Draw-ramp egg-teeter-totter wild-animal-shield chicken coop, having easy-access ventilated roosting system, automatic-egg-collecting-and-indicating-teeter-totter nesting system, cable draw-ramp system, automatic-hook sliding-door system, easy-access pivotable feeder-and-water system, extendable chicken-run system, anti-pushing anti-growing anti-digging anti-rotting shield systems, and automatic-relatching-twistable-compressable-spring latch systems

Abstract

A draw-ramp egg-teeter-totter wild-animal-shield chicken coop, comprising: a first and a second and a third and a fourth roosting walls attached to one another, a roosting roof attached to the first and the second and the third and the fourth roosting wall, a passage opening formed in the fourth roosting wall, a first nesting wall attached to the third roosting wall along the opposite passage-opening edges, a second nesting wall attached to the first nesting wall, a third nesting wall attached to the second nesting wall, a slanted nesting floor attached to the first nesting wall and the third nesting wall, a teeter-totter axle attached to the slanted nesting floor, an automatic egg-collecting teeter-totter seesawingly attached to the teeter-totter axle, an automatic egg-laying indicator attached to one of the two opposite teeter-totter ends, a teeter-totter-angle-adjusting screw threadedly attached to another one of the two opposite teeter-totter ends, a draw-ramp opening formed in the first roosting wall, two rails respectively attached to the first roosting wall along the top and the bottom of the draw-ramp opening edges, a sliding door slidably attached to and between the two rails, a door rod attached to the sliding door, a door-rod handle attached to the door rod, an automatic spring-loaded handle hook seesawingly attached to the door-rod handle, a handle-hook ring attached to the second roosting wall, a plurality of wall panels respectively attached to one another or the first roosting wall or the second roosting wall or the third roosting wall or the fourth roosting wall, a door panel hinged to one of the wall panels, a latch-tip brace attached to one of the wall panels, a latch-body brace attached to the door panel, a C-shaped cut-out formed in the latch-body brace, a latch pivotably and slidably attached to the latch-body brace, a latch lever molded to the latch, a spring housing molded to the latch-body brace, an automatic-relatching twistable compressable spring attached to the latch at one of the two opposite spring ends and attached to the spring housing at another one of the two opposite spring ends, a wire-strengthening anti-pushing vertical shield positioned on the inside of the chicken coop against the wall panels and the door panel, a panel-strengthening anti-growing anti-digging horizontal shield molded to the wire-strengthening anti-pushing vertical shield and positioned under the wall panels or the door panel, a plurality of wire-panel-coupling hooks respectively molded on or formed on the wire-strengthening anti-pushing vertical shield, a plurality of panel-raising anti-rotting ridges respectively molded on or formed on the wire-strengthening anti-pushing vertical shield and the panel-strengthening anti-growing anti-digging horizontal shield, a plurality of water-evaporation-inducing alleys respectively formed between the panel-raising anti-rotting ridges, and a plurality of water-draining holes respectively drilled in or formed in the wire-strengthening anti-pushing vertical shield or the panel-strengthening anti-growing anti-digging horizontal shield.

Claims

1. A draw-ramp egg-teeter-totter wild-animal-shield chicken coop, comprising: a first roosting wall having two opposite first-roosting-wall edges; a second roosting wall having a second-roosting-wall edge; a third roosting wall having a third-roosting-wall edge, said first roosting wall attached to and between said second roosting wall and third roosting wall along said two first-roosting-wall opposite edges; a fourth roosting wall, said second roosting wall attached to said fourth roosting wall along said second-roosting-wall edge, said third roosting wall attached to said fourth roosting wall along said third-roosting-wall edge; a roosting rod attached to and between said second roosting wall and said third roosting wall; a roosting roof attached to said first roosting wall, said second roosting wall, said third roosting wall, and said fourth roosting wall; an easy-access opening having an easy-access-opening edge, said easy-access opening formed in said second roosting wall; a plurality of easy-access door hinges respectively attached to said second roosting wall along said easy-access-opening edge; an easy-access door pivotably attached to said easy-access door hinges; a window opening having four window-opening edges, said window opening formed in said easy-access door; a window wire panel attached to said easy-access door along said four window-opening edges; a ventilation opening having a top ventilation-opening edge and a bottom ventilation-opening edge, said ventilation opening formed in said third roosting wall 104; two ventilation-opening rails respectively attached to said third roosting wall 104 along said top and said bottom ventilation-opening edges; a ventilation-opening sliding door slidably attached to and between said two ventilation-opening rails; a waste-tray opening formed in said third roosting wall; a waste tray inserted through said waste-tray opening; a waste-tray handle attached to said waste tray; a passage opening having a left passage-opening edge, a right passage-opening edge, and a top passage-opening edge said passage opening formed in said fourth roosting wall above said waste-tray opening; a first nesting wall having a bottom first-nesting-wall edge, said first nesting wall attached to said fourth roosting wall 105 along said left passage-opening edge; a second nesting wall having a bottom second-nesting-wall edge, said second nesting wall attached to said fourth roosting wall along said right passage-opening edge; a third nesting wall attached to and between said first nesting wall and said second nesting wall; a slanted nesting floor attached to said first nesting wall and said second nesting wall along said bottom first-nesting-wall edge and said bottom second-nesting-wall edge; a plurality of nesting-roof hinges respectively attached to said fourth roosting wall along said top passage-opening edge; a nesting roof pivotably attached to said nesting-roof hinges; a nesting divider attached to said slanted nesting floor and said fourth roosting wall 105; an automatic-egg-collecting-teeter-totter axle attached to said slanted nesting floor and said third nesting wall; an automatic egg-collecting teeter-totter having two opposite teeter-totter ends and a slanted teeter-totter angle, said automatic egg-collecting teeter-totter seesawingly attached to said automatic-egg-collecting-teeter-totter axle for collecting eggs, and for allowing eggs to roll down to one of said two opposite teeter-totter ends; an automatic egg-laying indicator attached to one of said two opposite teeter-totter ends for being lowered out of said chicken coop by said automatic egg-collecting teeter-totter when there is at least one egg inside said automatic egg-collecting teeter-totter to indicate and to let a user from inside a house know that there is at least one egg laid inside said automatic egg-collecting teeter-totter, without the needs for getting out of a house, walking to said chicken coop to check and see whether or not there is any egg laid, and for eliminating the needs for a user to get out of a house to walk to said said chicken coop to check and see whether or not there is any egg laid inside said automatic egg-collecting teeter-totter; a teeter-totter-angle-adjusting screw threadedly attached to another one of said two opposite teeter-totter ends, for adjusting said slanted teeter-totter angle to allow eggs to roll down to one of said two opposite teeter-totter ends, to allow said automatic egg-collecting teeter-totter to lower said automatic egg-laying indicator out of said chicken coop to indicate that there is at least one egg inside said automatic egg-collecting teeter-totter; a draw-ramp opening having a top draw-ramp-opening edge and a bottom draw-ramp-opening edge, said draw-ramp opening formed in said first roosting wall; a plurality of draw-ramp hinges respectively attached to said first roosting wall along said bottom draw-ramp-opening edge; a draw ramp having a first draw-ramp end, a second draw-ramp end, and a draw-ramp surface, said draw ramp pivotably attached to said draw-ramp hinges along said first draw-ramp end; a plurality of draw-ramp steps respectively attached to said draw-ramp surface; a draw-ramp cable having a first cable end and a second cable end, said draw-ramp cable attached to said second draw-ramp end via said first cable end; a cable tunnel formed through said first roosting wall, said draw-ramp cable threaded through said cable tunnel; a cable ring attached to said second cable end; a cable hook; two draw-ramp-opening rails respectively attached to said first roosting wall along said top draw-ramp-opening edge and said bottom draw-ramp-opening edge; a draw-ramp-opening sliding door slidably attached to and between said two draw-ramp-opening rails; a plurality of door-rod braces respectively attached to said draw-ramp-opening sliding door; a door-rod hole formed through said second roosting wall; a first door rod attached to said door-rod braces and inserted through said door-rod hole; a second door rod; a door-rod joint pivotably coupled to said first door rod and said second door rod; a door-rod handle attached to said second door rod; a handle-hook ring attached to said second roosting wall; an automatic spring-loaded handle hook seesawingly attached to said door-rod handle for releasably and automatically hooking on said handle-hook ring when said door-rod handle is pushed toward said handle-hook ring; a plurality of wire wall panels respectively attached to one another, or said first roosting wall, or said second roosting wall, or said third roosting wall, or said fourth roosting wall; at least one wire roof panel attached to at least one of said wire wall panels, said cable hook attached to one of said wire wall panels or one of said at least one wire roof panel; a plurality of wire-door-panel hinges respectively attached to one of said wire wall panels; a wire door panel pivotably attached to said wire-door-panel hinges; a latch-tip brace attached to said second roosting wall, or said second nesting wall, or one of said wire wall panels; a latch-body brace attached to said easy-access door, or said nesting roof, or said wire door panel; a C-shaped cut-out formed in said latch-body brace; a latch having a latch locking position and a latch tip, said latch pivotably and slidably attached to said latch-body brace; a latch lever having a latch-lever locking position, said latch lever molded to said latch; a spring housing molded to said latch-body brace; and an automatic-relatching twistable compressable spring having two opposite spring ends, said automatic-relatching twistable compressable spring attached to said latch at one of said two opposite spring ends and attached to said spring housing at another one of said two opposite spring ends, said automatic-relatching twistable compressable spring for twisting said latch lever back into said latch-lever locking position when said latch lever is lifted up out of said latch-lever locking position, and for pushing and twisting said latch lever back into said latch-lever locking position when said latch lever is lifted up and slid out of said latch-lever locking position to push and twist said latch back into said latch locking position to relatch said latch tip inside said latch-tip brace.

2. The draw-ramp egg-teeter-totter wild-animal-shield chicken coop of claim 1, said chicken coop having a chicken-coop inside, said chicken coop further comprising: a wire-strengthening anti-pushing vertical shield positioned on said chicken-coop inside against said wire wall panels and said wire door panel; a panel-strengthening anti-growing anti-digging horizontal shield molded to said wire-strengthening anti-pushing vertical shield, and positioned under said wire wall panels or said wire door panel; a plurality of wire-panel-coupling hooks respectively molded on or formed on said wire-strengthening anti-pushing vertical shield; a plurality of panel-raising anti-rotting ridges respectively molded on or formed on said wire-strengthening anti-pushing vertical shield and said panel-strengthening anti-growing anti-digging horizontal shield; a plurality of water-evaporation-inducing alleys respectively formed between said panel-raising anti-rotting ridges; and a plurality of water-draining holes respectively drilled in or formed in said wire-strengthening anti-pushing vertical shield or said panel-strengthening anti-growing anti-digging horizontal shield, wherein said wire-strengthening anti-pushing vertical shield is for strengthening said wire wall panels and said wire door panel, for preventing said wire wall panels and said wire door panel from being pushed inward by wild animals, and for retaining the designed shape of said chicken coop, wherein said panel-strengthening anti-growing anti-digging horizontal shield is for raising said wire wall panels and said wire door panel above the ground to allow water to drain and evaporate and to prevent said wire wall panels and said wire door panel from rotting away, for preventing wild animals from digging under said wire wall panels and said wire door panel into said chicken coop, and for preventing grass from growing around and close to said chicken coop, wherein said wire-panel-coupling hooks respectively are for hooking on said wire wall panels and said wire door panel to couple said wire-strengthening anti-pushing vertical shield and said panel-strengthening anti-growing anti-digging horizontal shield to said wire wall panels and said wire door panel to strengthen and stabilize said chicken coop, wherein said panel-raising anti-rotting ridges respectively are for raising said wire wall panels and said wire door panel above the ground to allow water to drain and evaporate to prevent said wire wall panels and said wire door panel from rotting away, wherein said water-evaporation-inducing alleys respectively are for creating empty space between said panel-raising anti-rotting ridges to allow water to drain and evaporate to prevent said wire wall panels and said wire door panel from rotting away, wherein said water-draining holes respectively are for allowing water to drain to prevent said wire wall panels and said wire door panel from rotting away.

3. The draw-ramp egg-teeter-totter wild-animal-shield chicken coop of claim 2, further comprising: a plurality of stake holes respectively drilled in or formed in said panel-strengthening anti-growing anti-digging horizontal shield; a plurality of stake handles; and a plurality of spiral stakes having a plurality of stake ends, said spiral stakes respectively screwed or driven through said stake holes into the ground, said stake handles respectively molded to said stake ends, wherein said stake holes respectively are for driving or hammering said spiral stakes therethrough to secure said chicken coop to the ground, wherein said spiral stakes are for securing said chicken coop to the ground, for securing said wire-strengthening anti-pushing vertical shield to the ground, and for securing said panel-strengthening anti-growing anti-digging horizontal shield to the ground.

4. The draw-ramp egg-teeter-totter wild-animal-shield chicken coop of claim 1, further comprising: a pivotable-arm brace attached to said first roosting wall; a pivotable L-shaped arm pivotably attached to said pivotable-arm brace; a feeder ring slid on said pivotable L-shaped arm; a conventional feeder attached to said feeder ring; a water-container ring slid on said pivotable L-shaped arm; and a conventional water-container attached to said water-container ring, wherein said pivotable L-shaped arm is for conveniently hanging said conventional feeder and said conventional water-container thereon, for conveniently swinging said conventional feeder and said conventional water-container to different locations, and for conveniently swinging said conventional feeder and said conventional water-container to said wire door panel to conveniently replenish food and water for chickens.

5. The draw-ramp egg-teeter-totter wild-animal-shield chicken coop of claim 2, wherein said wire-strengthening anti-pushing vertical shield is formed into a square or a rectangular shape.

6. The draw-ramp egg-teeter-totter wild-animal-shield chicken coop of claim 2, wherein said wire-strengthening anti-pushing vertical shield is made of metallic or plastic material.

7. The draw-ramp egg-teeter-totter wild-animal-shield chicken coop of claim 2, wherein said panel-strengthening anti-growing anti-digging horizontal shield is formed into a square or a rectangular shape.

8. The draw-ramp egg-teeter-totter wild-animal-shield chicken coop of claim 2, wherein said panel-strengthening anti-growing anti-digging horizontal shield is made of metallic or plastic material.

9. The draw-ramp egg-teeter-totter wild-animal-shield chicken coop of claim 1, wherein said chicken coop is made of metal, plastic, wood, composite material, or a combination thereof.

10. An egg-teeter-totter wild-animal-shield chicken coop, comprising: a first roosting wall having two opposite first-roosting-wall edges; a second roosting wall having a second-roosting-wall edge; a third roosting wall having a third-roosting-wall edge, said first roosting wall attached to and between said second roosting wall and third roosting wall along said two first-roosting-wall opposite edges; a fourth roosting wall, said second roosting wall attached to said fourth roosting wall along said second-roosting-wall edge, said third roosting wall attached to said fourth roosting wall along said third-roosting-wall edge; a roosting roof attached to said first roosting wall, said second roosting wall, said third roosting wall, and said fourth roosting wall; a waste-tray opening formed in said third roosting wall; a waste tray inserted through said waste-tray opening; a waste-tray handle attached to said waste tray; a passage opening having a left passage-opening edge, a right passage-opening edge, and a top passage-opening edge said passage opening formed in said fourth roosting wall above said waste-tray opening; a first nesting wall having a bottom first-nesting-wall edge, said first nesting wall attached to said fourth roosting wall 105 along said left passage-opening edge; a second nesting wall having a bottom second-nesting-wall edge, said second nesting wall attached to said fourth roosting wall along said right passage-opening edge; a third nesting wall attached to and between said first nesting wall and said second nesting wall; a slanted nesting floor attached to said first nesting wall and said second nesting wall along said bottom first-nesting-wall edge and said bottom second-nesting-wall edge; an automatic-egg-collecting-teeter-totter axle attached to said slanted nesting floor and said third nesting wall; an automatic egg-collecting teeter-totter having two opposite teeter-totter ends and a slanted teeter-totter angle, said automatic egg-collecting teeter-totter seesawingly attached to said automatic-egg-collecting-teeter-totter axle for collecting eggs, and for allowing eggs to roll down to one of said two opposite teeter-totter ends; an automatic egg-laying indicator attached to one of said two opposite teeter-totter ends for being lowered out of said chicken coop by said automatic egg-collecting teeter-totter when there is at least one egg inside said automatic egg-collecting teeter-totter to indicate and to let a user from inside a house know that there is at least one egg laid inside said automatic egg-collecting teeter-totter, without the needs for getting out of a house, walking to said chicken coop to check and see whether or not there is any egg laid, and for eliminating the needs for a user to get out of a house to walk to said said chicken coop to check and see whether or not there is any egg laid inside said automatic egg-collecting teeter-totter; a teeter-totter-angle adjusting screw threadedly attached to another one of said two opposite teeter-totter ends, for adjusting said slanted teeter-totter angle to allow eggs to roll down to one of said two opposite teeter-totter ends, to allow said automatic egg-collecting teeter-totter to lower said automatic egg-laying indicator out of said chicken coop to indicate that there is at least one egg inside said automatic egg-collecting teeter-totter; a draw-ramp opening having a top draw-ramp-opening edge and a bottom draw-ramp-opening edge, said draw-ramp opening formed in said first roosting wall; a plurality of draw-ramp hinges respectively attached to said first roosting wall along said bottom draw-ramp-opening edge; a draw ramp having a first draw-ramp end, a second draw-ramp end, and a draw-ramp surface, said draw ramp pivotably attached to said draw-ramp hinges along said first draw-ramp end; a plurality of draw-ramp steps respectively attached to said draw-ramp surface; a draw-ramp cable having a first cable end and a second cable end, said draw-ramp cable attached to said second draw-ramp end via said first cable end; a cable tunnel formed through said first roosting wall, said draw-ramp cable threaded through said cable tunnel; a cable ring attached to said second cable end; a cable hook; two draw-ramp-opening rails respectively attached to said first roosting wall along said top draw-ramp-opening edge and said bottom draw-ramp-opening edge; a draw-ramp-opening sliding door slidably attached to and between said two draw-ramp-opening rails; a plurality of door-rod braces respectively attached to said draw-ramp-opening sliding door; a door-rod hole formed through said second roosting wall; a door rod attached to said door-rod braces and inserted through said door-rod hole; a door-rod handle attached to said door rod; a handle-hook ring attached to said second roosting wall; an automatic spring-loaded handle hook seesawingly attached to said door-rod handle for releasably and automatically hooking on said handle-hook ring when said door-rod handle is pushed toward said handle-hook ring; a plurality of wire wall panels respectively attached to one another, or said first roosting wall, or said second roosting wall, or said third roosting wall, or said fourth roosting wall; a plurality of wire-door-panel hinges respectively attached to one of said wire wall panels; a wire door panel pivotably attached to said wire-door-panel hinges; a latch-tip brace attached to said second roosting wall, or said second nesting wall, or one of said wire wall panels; a latch-body brace attached to said wire door panel; a C-shaped cut-out formed in said latch-body brace; a latch having a latch locking position and a latch tip, said latch pivotably and slidably attached to said latch-body brace; a latch lever having a latch-lever locking position, said latch lever molded to said latch; a spring housing molded to said latch-body brace; and an automatic-relatching twistable compressable spring having two opposite spring ends, said automatic-relatching twistable compressable spring attached to said latch at one of said two opposite spring ends and attached to said spring housing at another one of said two opposite spring ends, said automatic-relatching twistable compressable spring for twisting said latch lever back into said latch-lever locking position when said latch lever is lifted up out of said latch-lever locking position, and for pushing and twisting said latch lever back into said latch-lever locking position when said latch lever is lifted up and slid out of said latch-lever locking position to push and twist said latch back into said latch locking position to relatch said latch tip inside said latch-tip brace.

11. The egg-teeter-totter wild-animal-shield chicken coop of claim 10, said chicken coop having a chicken-coop inside, said chicken coop further comprising: a wire-strengthening anti-pushing vertical shield positioned on said chicken-coop inside against said wire wall panels and said wire door panel; a panel-strengthening anti-growing anti-digging horizontal shield molded to said wire-strengthening anti-pushing vertical shield, and positioned under said wire wall panels or said wire door panel; a plurality of wire-panel-coupling hooks respectively molded on or formed on said wire-strengthening anti-pushing vertical shield; a plurality of panel-raising anti-rotting ridges respectively molded on or formed on said wire-strengthening anti-pushing vertical shield and said panel-strengthening anti-growing anti-digging horizontal shield; a plurality of water-evaporation-inducing alleys respectively formed between said panel-raising anti-rotting ridges; and a plurality of water-draining holes respectively drilled in or formed in said wire-strengthening anti-pushing vertical shield or said panel-strengthening anti-growing anti-digging horizontal shield, wherein said wire-strengthening anti-pushing vertical shield is for strengthening said wire wall panels and said wire door panel, for preventing said wire wall panels and said wire door panel from being pushed inward by wild animals, and for retaining the designed shape of said chicken coop, wherein said panel-strengthening anti-growing anti-digging horizontal shield is for raising said wire wall panels and said wire door panel above the ground to allow water to drain and evaporate and to prevent said wire wall panels and said wire door panel from rotting away, for preventing wild animals from digging under said wire wall panels and said wire door panel into said chicken coop, and for preventing grass from growing around and close to said chicken coop, wherein said wire-panel-coupling hooks respectively are for hooking on said wire wall panels and said wire door panel to couple said wire-strengthening anti-pushing vertical shield and said panel-strengthening anti-growing anti-digging horizontal shield to said wire wall panels and said wire door panel to strengthen and stabilize said chicken coop, wherein said panel-raising anti-rotting ridges respectively are for raising said wire wall panels and said wire door panel above the ground to allow water to drain and evaporate to prevent said wire wall panels and said wire door panel from rotting away, wherein said water-evaporation-inducing alleys respectively are for creating empty space between said panel-raising anti-rotting ridges to allow water to drain and evaporate to prevent said wire wall panels and said wire door panel from rotting away, wherein said water-draining holes respectively are for allowing water to drain to prevent said wire wall panels and said wire door panel from rotting away.

12. The egg-teeter-totter wild-animal-shield chicken coop of claim 11, further comprising: a plurality of stake holes respectively drilled in or formed in said panel-strengthening anti-growing anti-digging horizontal shield; a plurality of stake handles; and a plurality of spiral stakes having a plurality of stake ends, said spiral stakes respectively screwed or driven through said stake holes into the ground, said stake handles respectively molded to said stake ends, wherein said stake holes respectively are for driving or hammering said spiral stakes therethrough to secure said chicken coop to the ground, wherein said spiral stakes are for securing said chicken coop to the ground, for securing said wire-strengthening anti-pushing vertical shield to the ground, and for securing said panel-strengthening anti-growing anti-digging horizontal shield to the ground.

13. The egg-teeter-totter wild-animal-shield chicken coop of claim 10, further comprising: a pivotable-arm brace attached to said first roosting wall; a pivotable L-shaped arm pivotably attached to said pivotable-arm brace; a feeder ring slid on said pivotable L-shaped arm; a conventional feeder attached to said feeder ring; a water-container ring slid on said pivotable L-shaped arm; and a conventional water-container attached to said water-container ring, wherein said pivotable L-shaped arm is for conveniently hanging said conventional feeder and said conventional water-container thereon, for conveniently swinging said conventional feeder and said conventional water-container to different locations, and for conveniently swinging said conventional feeder and said conventional water-container to said wire door panel to conveniently replenish food and water for chickens.

14. The egg-teeter-totter wild-animal-shield chicken coop of claim 11, wherein said wire-strengthening anti-pushing vertical shield is formed into a square or a rectangular shape.

15. The egg-teeter-totter wild-animal-shield chicken coop of claim 11, wherein said wire-strengthening anti-pushing vertical shield is made of metallic or plastic material.

16. The egg-teeter-totter wild-animal-shield chicken coop of claim 11, wherein said panel-strengthening anti-growing anti-digging horizontal shield is formed into a square or a rectangular shape.

17. The egg-teeter-totter wild-animal-shield chicken coop of claim 11, wherein said panel-strengthening anti-growing anti-digging horizontal shield is made of metallic or plastic material.

18. The egg-teeter-totter wild-animal-shield chicken coop of claim 10, wherein said chicken coop is made of metal, plastic, wood, composite material, or a combination thereof.

19. An egg-teeter-totter animal-shield chicken coop, comprising: a first roosting wall having two opposite first-roosting-wall edges; a second roosting wall having a second-roosting-wall edge; a third roosting wall having a third-roosting-wall edge, said first roosting wall attached to and between said second roosting wall and third roosting wall along said two first-roosting-wall opposite edges; a fourth roosting wall, said second roosting wall attached to said fourth roosting wall along said second-roosting-wall edge, said third roosting wall attached to said fourth roosting wall along said third-roosting-wall edge; a roosting roof attached to said first roosting wall, said second roosting wall, said third roosting wall, and said fourth roosting wall; a passage opening having a left passage-opening edge, a right passage-opening edge, and a top passage-opening edge said passage opening formed in said fourth roosting wall above said waste-tray opening; a first nesting wall having a bottom first-nesting-wall edge, said first nesting wall attached to said fourth roosting wall 105 along said left passage-opening edge; a second nesting wall having a bottom second-nesting-wall edge, said second nesting wall attached to said fourth roosting wall along said right passage-opening edge; a third nesting wall attached to and between said first nesting wall and said second nesting wall; a slanted nesting floor attached to said first nesting wall and said second nesting wall along said bottom first-nesting-wall edge and said bottom second-nesting-wall edge; an automatic-egg-collecting-teeter-totter axle attached to said slanted nesting floor and said third nesting wall; an automatic egg-collecting teeter-totter having two opposite teeter-totter ends and a slanted teeter-totter angle, said automatic egg-collecting teeter-totter seesawingly attached to said automatic-egg-collecting-teeter-totter axle, for collecting eggs, and for allowing eggs to roll down to one of said two opposite teeter-totter ends; an automatic egg-laying indicator attached to one of said two opposite teeter-totter ends for being lowered out of said chicken coop by said automatic egg-collecting teeter-totter when there is at least one egg inside said automatic egg-collecting teeter-totter to indicate and to let a user from inside a house know that there is at least one egg laid inside said automatic egg-collecting teeter-totter, without the needs for getting out of a house, walking to said chicken coop to check and see whether or not there is any egg laid, and for eliminating the needs for a user to get out of a house to walk to said said chicken coop to check and see whether or not there is any egg laid inside said automatic egg-collecting teeter-totter; a teeter-totter-angle-adjusting screw threadedly attached to another one of said two opposite teeter-totter ends, for adjusting said slanted teeter-totter angle to allow eggs to roll down to one of said two opposite teeter-totter ends, to allow said automatic egg-collecting teeter-totter to lower said automatic egg-laying indicator out of said chicken coop to indicate that there is at least one egg inside said automatic egg-collecting teeter-totter; a draw-ramp opening having a top draw-ramp-opening edge and a bottom draw-ramp-opening edge, said draw-ramp opening formed in said first roosting wall; a plurality of draw-ramp hinges respectively attached to said first roosting wall along said bottom draw-ramp-opening edge; a draw ramp having a first draw-ramp end, a second draw-ramp end, and a draw-ramp surface, said draw ramp pivotably attached to said draw-ramp hinges along said first draw-ramp end; a draw-ramp cable having a first cable end and a second cable end, said draw-ramp cable attached to said second draw-ramp end via said first cable end; a cable tunnel formed through said first roosting wall, said draw-ramp cable threaded through said cable tunnel; a cable ring attached to said second cable end; a cable hook; a plurality of wire wall panels respectively attached to one another, or said first roosting wall, or said second roosting wall, or said third roosting wall, or said fourth roosting wall; a plurality of wire-door-panel hinges respectively attached to one of said wire wall panels; a wire door panel pivotably attached to said wire-door-panel hinges; a latch-tip brace attached to said second roosting wall, or said second nesting wall, or one of said wire wall panels; a latch-body brace attached to said wire door panel; a C-shaped cut-out formed in said latch-body brace; a latch having a latch locking position and a latch tip, said latch pivotably and slidably attached to said latch-body brace; a latch lever having a latch-lever locking position, said latch lever molded to said latch; a spring housing molded to said latch-body brace; and an automatic-relatching twistable compressable spring having two opposite spring ends, said automatic-relatching twistable compressable spring attached to said latch at one of said two opposite spring ends and attached to said spring housing at another one of said two opposite spring ends, said automatic-relatching twistable compressable spring for twisting said latch lever back into said latch-lever locking position when said latch lever is lifted up out of said latch-lever locking position, and for pushing and twisting said latch lever back into said latch-lever locking position when said latch lever is lifted up and slid out of said latch-lever locking position to push and twist said latch back into said latch locking position to relatch said latch tip inside said latch-tip brace.

20. The egg-teeter-totter animal-shield chicken coop of claim 19, said chicken coop having a chicken-coop inside, said chicken coop further comprising: a wire-strengthening anti-pushing vertical shield positioned on said chicken-coop inside against said wire wall panels and said wire door panel; a panel-strengthening anti-growing anti-digging horizontal shield molded to said wire-strengthening anti-pushing vertical shield, and positioned under said wire wall panels or said wire door panel; a plurality of wire-panel-coupling hooks respectively molded on or formed on said wire-strengthening anti-pushing vertical shield; a plurality of panel-raising anti-rotting ridges respectively molded on or formed on said wire-strengthening anti-pushing vertical shield and said panel-strengthening anti-growing anti-digging horizontal shield; a plurality of water-evaporation-inducing alleys respectively formed between said panel-raising anti-rotting ridges; and a plurality of water-draining holes respectively drilled in or formed in said wire-strengthening anti-pushing vertical shield or said panel-strengthening anti-growing anti-digging horizontal shield, wherein said wire-strengthening anti-pushing vertical shield is for strengthening said wire wall panels and said wire door panel, for preventing said wire wall panels and said wire door panel from being pushed inward by wild animals, and for retaining the designed shape of said chicken coop, wherein said panel-strengthening anti-growing anti-digging horizontal shield is for raising said wire wall panels and said wire door panel above the ground to allow water to drain and evaporate and to prevent said wire wall panels and said wire door panel from rotting away, for preventing wild animals from digging under said wire wall panels and said wire door panel into said chicken coop, and for preventing grass from growing around and close to said chicken coop, wherein said wire-panel-coupling hooks respectively are for hooking on said wire wall panels and said wire door panel to couple said wire-strengthening anti-pushing vertical shield and said panel-strengthening anti-growing anti-digging horizontal shield to said wire wall panels and said wire door panel to strengthen and stabilize said chicken coop, wherein said panel-raising anti-rotting ridges respectively are for raising said wire wall panels and said wire door panel above the ground to allow water to drain and evaporate to prevent said wire wall panels and said wire door panel from rotting away, wherein said water-evaporation-inducing alleys respectively are for creating empty space between said panel-raising anti-rotting ridges to allow water to drain and evaporate to prevent said wire wall panels and said wire door panel from rotting away, wherein said water-draining holes respectively are for allowing water to drain to prevent said wire wall panels and said wire door panel from rotting away.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

(1) FIG. 1A, FIG. 1B, FIG. 1C, and FIG. 1D illustrate perspective views of the assembly of the draw-ramp egg-teeter-totter wild-animal-shield chicken coop.

(2) FIG. 1E, FIG. 1F, and FIG. 1G illustrate perspective views of the assembly of easy-access door, ventilation-opening sliding door, and waste tray.

(3) FIG. 2A and FIG. 2B illustrate cross-sectional views of the assembly of automatic-egg-collecting-and-indicating-teeter-totter nesting system.

(4) FIG. 3, FIG. 4, and FIG. 5 illustrate perspective views of the assembly of cable draw-ramp system and automatic-hook sliding-door system.

(5) FIG. 6A and FIG. 6B illustrate perspective views of the assembly of easy-access pivotable feeder-and-water system.

(6) FIG. 7A, FIG. 7B, and FIG. 7C illustrate perspective, top, and front views of wire-strengthening anti-pushing vertical shield and panel-strengthening anti-growing anti-digging horizontal shield.

(7) FIG. 8 illustrates a perspective view of one of spiral stakes.

(8) FIG. 9 illustrates a perspective view of one of automatic-relatching-twistable-compressable-spring latch systems.

(9) FIG. 10A, FIG. 10B, FIG. 10C, and FIG. 10D illustrate cross-sectional views of how the automatic-egg-collecting-and-indicating-teeter-totter nesting system works.

(10) FIG. 11A and FIG. 11B illustrate cross-sectional views of how cable draw-ramp system works.

(11) FIG. 12A, FIG. 12B, FIG. 13A, FIG. 13B, FIG. 13C, and FIG. 13D illustrate perspective views of how the automatic-hook sliding-door system works.

(12) FIG. 14A and FIG. 14B illustrate top views of how the easy-access pivotable feeder-and-water system works.

(13) FIG. 15A, FIG. 15B, FIG. 15C, FIG. 15D, FIG. 15E, FIG. 15F, FIG. 15G, and FIG. 1511 illustrate perspective and side views of how the anti-pushing anti-growing anti-digging anti-rotting shield systems work.

(14) FIG. 16A and FIG. 16B illustrate cross-sectional views of how the automatic-relatching-twistable-compressable-spring latch systems work.

(15) FIG. 17A, FIG. 17B, and FIG. 17C illustrate front and perspective views of equivalents of wire wall panels, wire roof panel, and/or wire door panel.

(16) FIG. 17D illustrates a perspective view of an equivalent of draw-ramp cable 136.

(17) FIG. 18A, FIG. 18B, FIG. 18C, FIG. 18D, FIG. 18E, and FIG. 18F illustrate perspective views of equivalents of anti-pushing anti-growing anti-digging anti-rotting shield systems.

(18) FIG. 18G, FIG. 1811, FIG. 181, FIG. 18J, FIG. 18K, and FIG. 18L illustrate perspective and front views of equivalents of the draw-ramp egg-teeter-totter wild-animal-shield chicken coop. The equivalents are made with or without extended chicken run, and are made with or without slanted wire roof panel.

(19) FIG. 18M, FIG. 18N, FIG. 18O, and FIG. 18P illustrate top views of equivalents of wire-strengthening anti-pushing vertical shield and/or panel-strengthening anti-growing anti-digging horizontal shield.

DETAILED DESCRIPTION OF THE INVENTION

(20) The draw-ramp egg-teeter-totter wild-animal-shield chicken coop comprises: 1) Easy-access ventilated roosting system, 2) Automatic-egg-collecting-and-indicating-teeter-totter nesting system, 3) Cable draw-ramp system, 4) Automatic-hook sliding-door system, 5) Easy-access pivotable feeder-and-water system, 6) Extendable chicken-run system, 7) Anti-pushing anti-growing anti-digging anti-rotting shield systems, and 8) Automatic-relatching-twistable-compressable-spring latch systems.
Component

(21) Referring to FIG. 1A, FIG. 1B, FIG. 1C, FIG. 1D, FIG. 1E, FIG. 1F, FIG. 1G, FIG. 2A, FIG. 2B, FIG. 3, FIG. 4, FIG. 5, FIG. 6A, FIG. 6B, FIG. 7A, FIG. 7B, FIG. 7C, FIG. 8, and FIG. 9, the draw-ramp egg-teeter-totter wild-animal-shield chicken coop (having: 1) Easy-access ventilated roosting system, 2) Automatic-egg-collecting-and-indicating-teeter-totter nesting system, 3) Cable draw-ramp system, 4) Automatic-hook sliding-door system, 5) Easy-access pivotable feeder-and-water system, 6) Extendable chicken-run system, 7) Anti-pushing anti-growing anti-digging anti-rotting shield systems, and 8) Automatic-relatching-twistable-compressable-spring latch systems) comprises:

(22) 1) Easy-access ventilated roosting system 101, comprising:

(23) 2) First roosting wall 102,

(24) 3) Second roosting wall 103,

(25) 4) Third roosting wall 104,

(26) 5) Fourth roosting wall 105,

(27) 6) Roosting rod 106,

(28) 7) Roosting roof 107,

(29) 8) Easy-access opening 108,

(30) 9) Easy-access door hinges 109,

(31) 10) Easy-access door 110,

(32) 11) Window opening 111,

(33) 12) Window wire panel 112,

(34) 13) Ventilation opening 113,

(35) 14) Ventilation-opening rails 114,

(36) 15) Ventilation-opening sliding door 115,

(37) 16) Waste-tray opening 116,

(38) 17) Waste tray 117,

(39) 18) Waste-tray handle 118;

(40) 19) Automatic-egg-collecting-and-indicating-teeter-totter nesting system 119, comprising:

(41) 20) Passage opening 120,

(42) 21) First nesting wall 121,

(43) 22) Second nesting wall 122,

(44) 23) Third nesting wall 123,

(45) 24) Slanted nesting floor 124,

(46) 25) Nesting-roof hinges 125,

(47) 26) Nesting roof 126,

(48) 27) Nesting divider 127,

(49) 28) Automatic-egg-collecting-teeter-totter axle 128,

(50) 29) Automatic egg-collecting teeter-totter 129,

(51) 30) Automatic egg-laying indicator 130a, Teeter-totter-angle-adjusting screw 130b,

(52) 31) Cable draw-ramp system 131, comprising:

(53) 32) Draw-ramp opening 132,

(54) 33) Draw-ramp hinges 133,

(55) 34) Draw ramp 134,

(56) 35) Draw-ramp steps 135,

(57) 36) Draw-ramp cable 136,

(58) 37) Cable tunnel 137,

(59) 38) Cable ring 138,

(60) 39) Cable hook 139,

(61) 40) Automatic-hook sliding-door system 140, comprising:

(62) 41) Draw-ramp-opening rails 141a, Draw-ramp-opening sliding door 141b,

(63) 42) Door-rod braces 142,

(64) 43) Door-rod hole 143,

(65) 44) First door rod 144,

(66) 45) Second door rod 145,

(67) 46) Door-rod joint 146,

(68) 47) Door-rod handle 147,

(69) 48) Automatic spring-loaded handle hook 148,

(70) 49) Handle-hook ring 149;

(71) 50) Easy-access pivotable feeder-and-water system 150, comprising:

(72) 51) Pivotable-arm brace 151,

(73) 52) Pivotable L-shaped arm 152,

(74) 53) Feeder ring 153,

(75) 54) Conventional feeder 154,

(76) 55) Water-container ring 155,

(77) 56) Conventional water-container 156,

(78) 57) Extendable chicken-run system 157, comprising:

(79) 58) Wire wall panels 158,

(80) 59) At least one wire roof panel 159,

(81) 60) Wire-door-panel hinges 160,

(82) 61) Wire door panel 161; and

(83) 62) Anti-pushing anti-growing anti-digging anti-rotting shield systems 162, each comprising:

(84) 63) Wire-strengthening anti-pushing vertical shield 163,

(85) 64) Panel-strengthening anti-growing anti-digging horizontal shield 164,

(86) 65) Wire-panel-coupling hooks 165a, Panel-raising anti-rotting ridges 165b,

(87) 66) Water-evaporation-inducing alleys 166,

(88) 67) Water-draining holes 167,

(89) 68) Stake holes 168,

(90) 69) Stake handles 169,

(91) 70) Spiral stakes 170;

(92) 71) Automatic-relatching-twistable-compressable-spring latch systems 171, each comprising:

(93) 72) Latch-tip brace 172,

(94) 73) Latch-body brace 173,

(95) 74) C-shaped cut-out 174,

(96) 75) Latch 175,

(97) 76) Latch lever 176,

(98) 77) Spring housing 177,

(99) 78) Automatic-relatching twistable compressable spring 178.

(100) Material

(101) Referring to FIG. 1A, FIG. 1B, FIG. 1C, FIG. 1D, FIG. 1E, FIG. 1F, FIG. 1G, FIG. 2A, FIG. 2B, FIG. 3, FIG. 4, FIG. 5, FIG. 6A, FIG. 6B, FIG. 7A, FIG. 7B, FIG. 7C, FIG. 8, and FIG. 9:

(102) 1) Easy-access ventilated roosting system 101 is made of the combined materials of its components.

(103) 2) First roosting wall 102 is made of metallic, wooden, plastic, and/or composite material.

(104) 3) Second roosting wall 103 is made of metallic, wooden, plastic, and/or composite material.

(105) 4) Third roosting wall 104 is made of metallic, wooden, plastic, and/or composite material.

(106) 5) Fourth roosting wall 105 is made of metallic, wooden, plastic, and/or composite material.

(107) 6) Roosting rod 106 is made of metallic, wooden, plastic, and/or composite material.

(108) 7) Roosting roof 107 is made of asphalt or waterproof material.

(109) 8) Easy-access opening 108 is made of empty space.

(110) 9) Easy-access door hinges 109 each are made of metallic or plastic material.

(111) 10) Easy-access door 110 is made of metallic, wooden, plastic, and/or composite material.

(112) 11) Window opening 111 is made of empty space.

(113) 12) Window wire panel 112 is made of metallic or plastic material.

(114) 13) Ventilation opening 113 is made of empty space.

(115) 14) Ventilation-opening rails 114 each are made of metallic or plastic material.

(116) 15) Ventilation-opening sliding door 115 is made of metallic, wooden, plastic, and/or composite material.

(117) 16) Waste-tray opening 116 is made of empty space.

(118) 17) Waste tray 117 is made of galvanized, wooden, plastic, and/or composite material.

(119) 18) Waste-tray handle 118 is made of galvanized, metallic, wooden, plastic, and/or composite material.

(120) 19) Automatic-egg-collecting-and-indicating-teeter-totter nesting system 119 is made of the combined materials of its components.

(121) 20) Passage opening 120 is made of empty space.

(122) 21) First nesting wall 121 is made of metallic, wooden, plastic, and/or composite material.

(123) 22) Second nesting wall 122 is made of metallic, wooden, plastic, and/or composite material.

(124) 23) Third nesting wall 123 is made of metallic, wooden, plastic, and/or composite material.

(125) 24) Slanted nesting floor 124 is made of metallic, wooden, plastic, and/or composite material.

(126) 25) Nesting-roof hinges 125 each are made of metallic or plastic material.

(127) 26) Nesting roof 126 is made of asphalt or waterproof material.

(128) 27) Nesting divider 127 is made of metallic, wooden, plastic, and/or composite material.

(129) 28) Automatic-egg-collecting-teeter-totter axle 128 is made of metallic, wooden, plastic, and/or composite material.

(130) 29) Automatic egg-collecting teeter-totter 129 is made of metallic, wooden, plastic, and/or composite material.

(131) 30) Automatic egg-laying indicator 130a is made of metallic, wooden, plastic, and/or composite material. Teeter-totter-angle-adjusting screw 130b is made of metallic, wooden, plastic, and/or composite material.

(132) 31) Cable draw-ramp system 131 is made of the combined materials of its components.

(133) 32) Draw-ramp opening 132 is made of empty space.

(134) 33) Draw-ramp hinges 133 each are made of metallic or plastic material.

(135) 34) Draw ramp 134 is made of metallic, wooden, plastic, and/or composite material.

(136) 35) Draw-ramp steps 135 each are made of metallic, wooden, plastic, and/or composite material.

(137) 36) Draw-ramp cable 136 is made of nylon, metallic, and/or plastic material.

(138) 37) Cable tunnel 137 is made of empty space.

(139) 38) Cable ring 138 is made of metallic, wooden, plastic, and/or composite material.

(140) 39) Cable hook 139 is made of metallic, wooden, plastic, and/or composite material.

(141) 40) Automatic-hook sliding-door system 140 is made of the combined materials of its components.

(142) 41) Door-ramp-opening rails 141 each are made of metallic, wooden, plastic, and/or composite material. Door-ramp-opening sliding door 141b is made of metallic, wooden, plastic, and/or composite material.

(143) 42) Door-rod braces 142 each are made of metallic, wooden, plastic, and/or composite material.

(144) 43) Door-rod hole 143 is made of empty space.

(145) 44) First door rod 144 is made of metallic, wooden, plastic, and/or composite material.

(146) 45) Second door rod 145 is made of metallic, wooden, plastic, and/or composite material.

(147) 46) Door-rod joint 146 is made of metallic, wooden, plastic, and/or composite material.

(148) 47) Door-rod handle 147 is made of metallic, wooden, plastic, and/or composite material.

(149) 48) Automatic spring-loaded handle hook 148 is made of metallic, wooden, plastic, and/or composite material.

(150) 49) Handle-hook ring 149 is made of metallic, wooden, plastic, and/or composite material.

(151) 50) Easy-access pivotable feeder-and-water system 150 is made of the combined materials of its components.

(152) 51) Pivotable-arm brace 151 is made of metallic, wooden, plastic, and/or composite material.

(153) 52) Pivotable L-shaped arm 152 is made of metallic, wooden, plastic, and/or composite material.

(154) 53) Feeder ring 153 is made of metallic, rubber, plastic, and/or composite material.

(155) 54) Conventional feeder 154 is made of metallic, plastic, and/or composite material.

(156) 55) Water-container ring 155 is made of metallic, rubber, plastic, and/or composite material.

(157) 56) Conventional water-container 156 is made of metallic, plastic, and/or composite material.

(158) 57) Extendable chicken-run system 157 is made of the combined materials of its components.

(159) 58) Wire wall panels 158 each are made of metallic, plastic, and/or wooden material.

(160) 59) At least one wire roof panel 159 is made of metallic, plastic, and/or wooden material.

(161) 60) Wire-door-panel hinges 160 each are made of metallic or plastic material.

(162) 61) Wire door panel 161 is made of metallic, plastic, and/or wooden material.

(163) 62) Anti-pushing anti-growing anti-digging anti-rotting shield systems 162 each are made of the combined materials of its components.

(164) 63) Wire-strengthening anti-pushing vertical shield 163 is made of metallic or plastic material.

(165) 64) Panel-strengthening anti-growing anti-digging horizontal shield 164 is made of metallic or plastic material.

(166) 65) Wire-panel-coupling hooks 165a each are made of metallic or plastic material. Panel-raising anti-rotting ridges 165b each are made of metallic or plastic material.

(167) 66) Water-evaporation-inducing alleys 166 each are made of empty space.

(168) 67) Water-draining holes 167 each are made of empty space.

(169) 68) Stake holes 168 each are made of empty space.

(170) 69) Stake handles 169 each are made of metallic or plastic material.

(171) 70) Spiral stakes 170 each are made of metallic or plastic material.

(172) 71) Automatic-relatching-twistable-compressable-spring latch systems 171 each are made of the combined materials of its components.

(173) 72) Latch-tip brace 172 is made of metallic or plastic material.

(174) 73) Latch-body brace 173 is made of metallic or plastic material.

(175) 74) C-shaped cut-out 174 is made of empty space.

(176) 75) Latch 175 is made of metallic or plastic material.

(177) 76) Latch lever 176 is made of metallic or plastic material.

(178) 77) Spring housing 177 is made of metallic or plastic material.

(179) 78) Automatic-relatching twistable compressable spring 178 is made of metallic or plastic material.
Shape

(180) Referring to FIG. 1A, FIG. 1B, FIG. 1C, FIG. 1D, FIG. 1E, FIG. 1F, FIG. 1G, FIG. 2A, FIG. 2B, FIG. 3, FIG. 4, FIG. 5, FIG. 6A, FIG. 6B, FIG. 7A, FIG. 7B, FIG. 7C, FIG. 8, and FIG. 9:

(181) 1) Easy-access ventilated roosting system 101 has the combined shapes of its components.

(182) 2) First roosting wall 102 has a square or rectangular shape with a gable top section.

(183) 3) Second roosting wall 103 has a square or rectangular shape.

(184) 4) Third roosting wall 104 has a square or rectangular shape.

(185) 5) Fourth roosting wall 105 has a square or rectangular shape with a gable top section.

(186) 6) Roosting rod 106 has a round-cylinder shape.

(187) 7) Roosting roof 107 has a double-rectangle shape.

(188) 8) Easy-access opening 108 has a square or rectangular shape.

(189) 9) Easy-access door hinges 109 each have a square-or-rectangular-hinge shape.

(190) 10) Easy-access door 110 has a rectangular shape.

(191) 11) Window opening 111 has a square or rectangular shape.

(192) 12) Window wire panel 112 has a square or rectangular shape.

(193) 13) Ventilation opening 113 has a square or rectangular shape.

(194) 14) Ventilation-opening rails 114 each have a rectangular shape with an L-or-U-shaped cross-section.

(195) 15) Ventilation-opening sliding door 115 has a rectangular shape.

(196) 16) Waste-tray opening 116 has a square or rectangular shape.

(197) 17) Waste tray 117 has a rectangular shape.

(198) 18) Waste-tray handle 118 has a C shape.

(199) 19) Automatic-egg-collecting-and-indicating-teeter-totter nesting system 119 has the combined shapes of its components.

(200) 20) Passage opening 120 has a square or rectangular shape.

(201) 21) First nesting wall 121 has a square or rectangular shape.

(202) 22) Second nesting wall 122 has a square or rectangular shape.

(203) 23) Third nesting wall 123 has a square or rectangular shape.

(204) 24) Slanted nesting floor 124 has a square or rectangular shape.

(205) 25) Nesting-roof hinges 125 each have a square or rectangular-hinge shape.

(206) 26) Nesting roof 126 has a rectangular shape.

(207) 27) Nesting divider 127 has a parallelogram, square, or rectangular shape.

(208) 28) Automatic-egg-collecting-teeter-totter axle 128 has a shape.

(209) 29) Automatic egg-collecting teeter-totter 129 has a rectangular-trough shape with a U-shaped cross-section.

(210) 30) Automatic egg-laying indicator 130a has a rod-like shape with a square, rectangular, or round cross-section. Teeter-totter-angle-adjusting screw 130b has a threaded screw shape.

(211) 31) Cable draw-ramp system 131 has the combined shapes of its components.

(212) 32) Draw-ramp opening 132 has a square or rectangular shape.

(213) 33) Draw-ramp hinges 133 each have a square-or-rectangular-hinge shape.

(214) 34) Draw ramp 134 has a square or rectangular shape.

(215) 35) Draw-ramp steps 135 each have a square or rectangular shape.

(216) 36) Draw-ramp cable 136 has a cable shape with a round cross-section.

(217) 37) Cable tunnel 137 has a round shape.

(218) 38) Cable ring 138 has a ring shape.

(219) 39) Cable hook 139 has a C shape with a threaded I-shaped tail.

(220) 40) Automatic-hook sliding-door system 140 has the combined shapes of its components.

(221) 41) Draw-ramp-opening rails 141 each have a rectangular shape with an L-or-U-shaped cross-section. Draw-ramp-opening sliding door 141b has a square or rectangular shape.

(222) 42) Door-rod braces 142 each have a C shape.

(223) 43) Door-rod hole 143 has a round shape.

(224) 44) First door rod 144 has a rod shape with a round cross-section.

(225) 45) Second door rod 145 has a rod shape with a round cross-section.

(226) 46) Door-rod joint 146 has a double-half-moon shape with a round door-rod-joint axle.

(227) 47) Door-rod handle 147 has a D shape.

(228) 48) Automatic spring-loaded handle hook 148 has a C shape.

(229) 49) Handle-hook ring 149 has a C or O shape.

(230) 50) Easy-access pivotable feeder-and-water system 150 has the combined shapes of its components.

(231) 51) Pivotable-arm brace 151 has a C shape.

(232) 52) Pivotable L-shaped arm 152 has an L shape with a square or round cross-section.

(233) 53) Feeder ring 153 has a ring shape.

(234) 54) Conventional feeder 154 has a conventional-chicken-feeder shape.

(235) 55) Water-container ring 155 has a ring shape.

(236) 56) Conventional water-container 156 has a conventional-chicken-water-container shape.

(237) 57) Extendable chicken-run system 157 has the combined shapes of its components.

(238) 58) Wire wall panels 158 each have a square or rectangular shape.

(239) 59) At least one wire roof panel 159 has a square or rectangular shape.

(240) 60) Wire-door-panel hinges 160 each have a square-or-rectangular-hinge shape.

(241) 61) Wire door panel 161 has a square or rectangular shape.

(242) 62) Anti-pushing anti-growing anti-digging anti-rotting shield systems 162 each have the combined shapes of its components.

(243) 63) Wire-strengthening anti-pushing vertical shield 163 has a square or rectangular shape.

(244) 64) Panel-strengthening anti-growing anti-digging horizontal shield 164 has a square or rectangular shape.

(245) 65) Wire-panel-coupling hooks 165a each have a square, rectangular, or triangular shape. Panel-raising anti-rotting ridges 165b each have a square, rectangular, or triangular shape.

(246) 66) Water-evaporation-inducing alleys 166 each have a square, rectangular, or triangular shape.

(247) 67) Water-draining holes 167 each have a round or square shape.

(248) 68) Stake holes 168 each have a round or square shape.

(249) 69) Stake handles 169 each have a round, square, rectangular, or triangular shape.

(250) 70) Spiral stakes 170 each have a round-or-square-rod shape with a surrounding spiral blade.

(251) 71) Automatic-relatching-twistable-compressable-spring latch systems 171 each have the combined shapes of its components.

(252) 72) Latch-tip brace 172 has a C shape.

(253) 73) Latch-body brace 173 has an elongated C shape.

(254) 74) C-shaped cut-out 174 has a C shape.

(255) 75) Latch 175 has a I shape.

(256) 76) Latch lever 176 has a pendulum shape.

(257) 77) Spring housing 177 has a cup shape with a round cross-section.

(258) 78) Automatic-relatching twistable compressable spring 178 has a coil shape.
Connection

(259) Referring to FIG. 1A, FIG. 1B, FIG. 1C, FIG. 1D, FIG. 1E, FIG. 1F, FIG. 1G, FIG. 2A, FIG. 2B, FIG. 3, FIG. 4, FIG. 5, FIG. 6A, FIG. 6B, FIG. 7A, FIG. 7B, FIG. 7C, FIG. 8, and FIG. 9:

(260) 1) Easy-access ventilated roosting system 101 has the combined connections of its components.

(261) 2) First roosting wall 102 is attached to and between second roosting wall 103 and third roosting wall 104 along its two opposite edges.

(262) 3) Second roosting wall 103 is attached to fourth roosting wall 105 along one of its edges.

(263) 4) Third roosting wall 104 is attached to fourth roosting wall 105 along one of its edges.

(264) 5) Fourth roosting wall 105 is attached to and between second roosting wall 103 and third roosting wall 104.

(265) 6) Roosting rod 106 is attached to and between second roosting wall 103 and third roosting wall 104.

(266) 7) Roosting roof 107 is attached to first roosting wall 102, second roosting wall 103, third roosting wall 104, and fourth roosting wall 105.

(267) 8) Easy-access opening 108 is formed in second roosting wall 103.

(268) 9) Easy-access door hinges 109 respectively are attached to second roosting wall 103 along one of the edges of easy-access opening 108.

(269) 10) Easy-access door 110 is pivotably attached to easy-access door hinges 109.

(270) 11) Window opening 111 is formed in easy-access door 110.

(271) 12) Window wire panel 112 is attached to easy-access door 110 along the edges of window opening 111.

(272) 13) Ventilation opening 113 is formed in third roosting wall 104.

(273) 14) Ventilation-opening rails 114 respectively are attached to third roosting wall 104 along the top and bottom edges of ventilation opening 113.

(274) 15) Ventilation-opening sliding door 115 is slidably attached to and between ventilation-opening rails 114.

(275) 16) Waste-tray opening 116 is formed in third roosting wall 104 under passage opening 120.

(276) 17) Waste tray 117 is inserted through waste-tray opening 116.

(277) 18) Waste-tray handle 118 is attached to waste tray 117.

(278) 19) Automatic-egg-collecting-and-indicating-teeter-totter nesting system 119 has the combined connections of its components.

(279) 20) Passage opening 120 is formed in third roosting wall 104 above waste-tray opening 116.

(280) 21) First nesting wall 121 is attached to third roosting wall 104 along one side edge of passage opening 120.

(281) 22) Second nesting wall 122 is attached to third roosting wall 104 along another side edge of passage opening 120.

(282) 23) Third nesting wall 123 is attached to and between first nesting wall 121 and second nesting wall 122.

(283) 24) Slanted nesting floor 124 is attached to first nesting wall 121 and second nesting wall 122 along their bottom edges.

(284) 25) Nesting-roof hinges 125 respectively are attached to fourth roosting wall 105 along the top edge of passage opening 120.

(285) 26) Nesting roof 126 is pivotably attached to nesting-roof hinges 125.

(286) 27) Nesting divider 127 is attached to slanted nesting floor 124 and/or third roosting wall 104.

(287) 28) Automatic-egg-collecting-teeter-totter axle 128 is attached to slanted nesting floor 124 and/or second nesting wall 122.

(288) 29) Automatic egg-collecting teeter-totter 129 is seesawingly attached to automatic-egg-collecting-teeter-totter axle 128 through its first half on one side of its invisible vertical central axis.

(289) 30) Automatic egg-laying indicator 130a is attached to one of two opposite ends of automatic egg-collecting teeter-totter 129. Teeter-totter-angle-adjusting screw 130b is threadedly attached to another one of two opposite ends of automatic egg-collecting teeter-totter 129.

(290) 31) Cable draw-ramp system 131 has the combined connections of its components.

(291) 32) Draw-ramp opening 132 is formed in first roosting wall 102.

(292) 33) Draw-ramp hinges 133 respectively are attached to first roosting wall 102 along the bottom edge of door-ramp opening 132.

(293) 34) Draw ramp 134 is pivotably attached to draw-ramp hinges 133 along the first end of door ramp 134.

(294) 35) Draw-ramp steps 135 respectively are attached to the surface of door ramp 134.

(295) 36) Draw-ramp cable 136 is attached to the second end of door ramp 134 via the first end of draw-ramp cable 136 and is threaded through cable tunnel 137.

(296) 37) Cable tunnel 137 is formed through first roosting wall 102.

(297) 38) Cable ring 138 is attached to the second end of door-ramp cable 136.

(298) 39) Cable hook 139 is attached to one of wire wall panels 158 or wire roof panel 159.

(299) 40) Automatic-hook sliding-door system 140 has the combined shapes of its components.

(300) 41) Draw-ramp-opening rails 141a respectively are attached to first roosting wall 102 along the top and bottom edges of door-ramp opening 132. Draw-ramp-opening sliding door 141b is slidably attached to and between draw-ramp-opening rails 141a.

(301) 42) Door-rod braces 142 respectively are attached to draw-ramp-opening sliding door 141b.

(302) 43) Door-rod hole 143 is formed through second roosting wall 103.

(303) 44) First door rod 144 is attached to door-rod braces 142, is inserted through door-rod hole 143, and is pivotably attached to door-rod joint 146.

(304) 45) Second door rod 145 is pivotably attached to door-rod joint 146.

(305) 46) Door-rod joint 146 is pivotably coupled to first door rod 144 and second door rod 145.

(306) 47) Door-rod handle 147 is attached to second door rod 145.

(307) 48) Automatic spring-loaded handle hook 148 is seesawingly attached to door-rod handle 147.

(308) 49) Handle-hook ring 149 is attached to second roosting wall 103.

(309) 50) Easy-access pivotable feeder-and-water system 150 has the combined connections of its components.

(310) 51) Pivotable-arm brace 151 is attached to third roosting wall 104.

(311) 52) Pivotable L-shaped arm 152 is pivotably attached to pivotable-arm brace 151.

(312) 53) Feeder ring 153 is slid on swingable-arm brace 151.

(313) 54) Conventional feeder 154 is attached to feeder ring 153.

(314) 55) Water-container ring 155 is slid on swingable-arm brace 151.

(315) 56) Conventional water-container 156 is attached to water-container ring 155.

(316) 57) Extendable chicken-run system 157 has the combined connections of its components.

(317) 58) Wire wall panels 158 respectively are attached to one another, and/or respectively are attached to first roosting wall 102, second roosting wall 103, third roosting wall 104, and/or fourth roosting wall 105.

(318) 59) At least one wire roof panel 159 is attached to at least one of wire wall panels 158.

(319) 60) Wire-door-panel hinges 160 respectively are attached to one of wire wall panels 158.

(320) 61) Wire door panel 161 is pivotably attached to wire-door-panel hinges 160.

(321) 62) Anti-pushing anti-growing anti-digging anti-rotting shield systems 162 respectively have the combined connections of its components.

(322) 63) Wire-strengthening anti-pushing vertical shield 163 is positioned on the inside of the chicken coop against wire wall panels 158 and wire door panel 161.

(323) 64) Panel-strengthening anti-growing anti-digging horizontal shield 164 is molded to wire-strengthening anti-pushing vertical shield 163, and is positioned under wire wall panels 158 and/or wire door panel 161.

(324) 65) Wire-panel-coupling hooks 165a respectively are molded on or formed on wire-strengthening anti-pushing vertical shield 163. Panel-raising anti-rotting ridges 165b respectively are molded on or formed on wire-strengthening anti-pushing vertical shield 163 and panel-strengthening anti-growing anti-digging horizontal shield 164.

(325) 66) Water-evaporation-inducing alleys 166 respectively are formed between panel-raising anti-rotting ridges 165b.

(326) 67) Water-draining holes 167 respectively are drilled in or formed in wire-strengthening anti-pushing vertical shield 163 and/or panel-strengthening anti-growing anti-digging horizontal shield 164.

(327) 68) Stake holes 168 respectively are drilled in or formed in panel-strengthening anti-growing anti-digging horizontal shield 164.

(328) 69) Stake handles 169 respectively are molded to one end of spiral stakes 170.

(329) 70) Spiral stakes 170 respectively are screwed or driven through stake holes 168 into the ground.

(330) 71) Automatic-relatching-twistable-compressable-spring latch systems 171 respectively have the combined connections of its components.

(331) 72) Latch-tip brace 172 is attached to second roosting wall 103, second nesting wall 122, or one of wire wall panels 158.

(332) 73) Latch-body brace 173 is attached to easy-access door 110, nesting roof 126, or wire door panel 161.

(333) 74) C-shaped cut-out 174 is formed in latch-body brace 173.

(334) 75) Latch 175 is pivotably and slidably attached to latch-body brace 173.

(335) 76) Latch lever 176 is molded to latch 175.

(336) 77) Spring housing 177 is molded to latch-body brace 173.

(337) 78) Automatic-relatching twistable compressable spring 178 is attached to latch 175 at one of its ends and is attached to spring housing 177 at another one of its ends.
Function

(338) 1) Easy-access ventilated roosting system 101 is for performing the combined functions of its components.

(339) 2) First roosting wall 102 is for creating a protected roosting area for chickens.

(340) 3) Second roosting wall 103 is for creating a protected roosting area for chickens.

(341) 4) Third roosting wall 104 is for creating a protected roosting area for chickens.

(342) 5) Fourth roosting wall 105 is for creating a protected roosting area for chickens.

(343) 6) Roosting rod 106 is for chickens to perch on to rest and sleep.

(344) 7) Roosting roof 107 is for covering and protecting the roosting area from weather elements and wild animals.

(345) 8) Easy-access opening 108 is for accessing the roosting area to clean and maintain it.

(346) 9) Easy-access door hinges 109 respectively are for attaching easy-access door 110 to second roosting wall 103.

(347) 10) Easy-access door 110 is for closing easy-access opening 108.

(348) 11) Window opening 111 is for providing a view into the roosting area.

(349) 12) Window wire panel 112 is for covering window opening 111.

(350) 13) Ventilation opening 113 is for allowing air to enter and odor to exit the roosting area.

(351) 14) Ventilation-opening rails 114 respectively are for attaching ventilation-opening sliding door 115 to third roosting wall 104.

(352) 15) Ventilation-opening sliding door 115 is for covering ventilation opening 113.

(353) 16) Waste-tray opening 116 is for installing and removing waste tray 117.

(354) 17) Waste tray 117 is for containing hay, the like, or the equivalent, and/or is for chickens to rest and sleep thereon.

(355) 18) Waste-tray handle 118 is for holding on to install and to remove waste tray 117.

(356) 19) Automatic-egg-collecting-and-indicating-teeter-totter nesting system 119 is for performing the combined functions of its components.

(357) 20) Passage opening 120 is for allowing chickens to enter the nesting area.

(358) 21) First nesting wall 121 is for creating and protecting a nesting area for chickens.

(359) 22) Second nesting wall 122 is for creating and protecting a nesting area for chickens.

(360) 23) Third nesting wall 123 is for creating and protecting a nesting area for chickens.

(361) 24) Slanted nesting floor 124 is for allowing chickens to lay eggs thereon, and is for allowing eggs to roll down into automatic egg-collecting teeter-totter 129 in the direction of arrows 179 (see FIG. 10A).

(362) 25) Nesting-roof hinges 125 respectively are for attaching nesting roof 126 to fourth roosting wall 105.

(363) 26) Nesting roof 126 is for covering and protecting the nesting area from weather elements and wild animals.

(364) 27) Nesting divider 127 is for dividing the nesting area into two for two chickens.

(365) 28) Automatic-egg-collecting-teeter-totter axle 128 is for allowing the two opposite ends of automatic egg-collecting teeter-totter 129 to seesaw in the direction of arrow 180a when there is at least one egg inside automatic egg-collecting teeter-totter 129 (see FIG. 10B), and in the direction of arrow 180b when there is no egg inside automatic egg-collecting teeter-totter 129 (see FIG. 10B).

(366) 29) Automatic egg-collecting teeter-totter 129 is for: a) Collecting eggs; and b) Allowing eggs to roll down to one end of automatic egg-collecting teeter totter 129 in the direction of arrow 180a (see FIG. 10C and FIG. 10D) to lower automatic egg-laying indicator 130a out of the draw-ramp egg-teeter-totter wild-animal-shield chicken coop in the direction of arrow 181b (see FIG. 10C and FIG. 10D) to indicate that there is at least one egg inside automatic egg-collecting teeter-totter 129 to conveniently let a user from inside a house comfortably know that there is egg(s) laid, without the needs for getting out of a house, walking to nesting system 119, and lifting nesting roof 126 up to check and see if there is any egg laid. c) Eliminate the needs for getting out of the house, opening nesting roof 126, and looking inside the draw-ramp egg-teeter-totter wild-animal-shield chicken coop to see whether or not there is any egg in automatic egg-collecting teeter-totter 129.

(367) 30) Automatic egg-laying indicator 130a is for indicating that there is at least one egg inside automatic egg-collecting teeter-totter 129 in the direction of arrow 181b (see FIG. 10C and FIG. 10D) to conveniently let a user from inside a house comfortably know that there is egg(s) laid, without the needs for getting out of a house, walking to nesting system 119, and lifting nesting roof 126 up to check and see if there is any egg laid. Teeter-totter-angle-adjusting screw 130b is for adjusting the slanted angle of automatic egg-collecting teeter-totter 129 to allow eggs to roll down to one end of automatic egg-collecting teeter totter 129 in the direction of arrow 181b (see FIG. 10C and FIG. 10D), to allow automatic egg-collecting teeter-totter 129 to lower automatic egg-laying indicator 130a out of the draw-ramp egg-teeter-totter wild-animal-shield chicken coop to indicate that there is at least one egg inside automatic egg-collecting teeter-totter 129.

(368) 31) Cable draw-ramp system 131 is for performing the combined functions of its components.

(369) 32) Draw-ramp opening 132 is for allowing chickens to enter and exit the draw-ramp egg-teeter-totter wild-animal-shield chicken coop.

(370) 33) Draw-ramp hinges 133 respectively are for attaching draw ramp 134 to first roosting wall 102.

(371) 34) Draw ramp 134 is for closing draw-ramp opening 132 in addition to draw-ramp-opening sliding door 141b in the direction of arrow 182a (see FIG. 11A) to protect the roosting area.

(372) 35) Draw-ramp steps 135 respectively are for providing convex surfaces for chickens to grasp thereon to walk on draw ramp 134.

(373) 36) Draw-ramp cable 136 is for raising door ramp 134 to close draw-ramp opening 132 in the direction of arrow 182a (see FIG. 11A), and is for lowering door ramp 134 to open draw-ramp opening 132 in the direction of arrow 182b (see FIG. 11B).

(374) 37) Cable tunnel 137 is for threading draw-ramp cable 136 therethrough.

(375) 38) Cable ring 138 is for pulling on door-ramp cable 136 in the direction of arrow 182c, and is for hooking on cable hook 139 in the direction of arrow 182d (see FIG. 11A).

(376) 39) Cable hook 139 is for hooking cable ring 138 thereon to keep draw ramp 134 raised and draw-ramp opening 132 closed.

(377) 40) Automatic-hook sliding-door system 140 has the combined shapes of its components.

(378) 41) Draw-ramp-opening rails 141a respectively are for attaching draw-ramp-opening sliding door 141b to first roosting wall 102. Draw-ramp-opening sliding door 141b is for closing and opening draw-ramp opening 132 in addition to draw ramp 134 in the direction of arrow 183a (see FIG. 12A and FIG. 12B) to protect the roosting area.

(379) 42) Door-rod braces 142 respectively are for attaching first door rod 144 to draw-ramp-opening sliding door 141b.

(380) 43) Door-rod hole 143 is for inserting first door rod 144 and second door rod 145 therethrough.

(381) 44) First door rod 144 is for pulling and pushing on draw-ramp-opening sliding door 141b in the direction of arrow 183b (see FIG. 12A and FIG. 12B).

(382) 45) Second door rod 145 is for pulling and pushing on first door rod 144.

(383) 46) Door-rod joint 146 is for pivotably coupling first door rod 144 and second door rod 145 in the direction of arrow 183c (see FIG. 13A and FIG. 13B).

(384) 47) Door-rod handle 147 is for pulling and pushing on second door rod 145.

(385) 48) Automatic spring-loaded handle hook 148 is for releasably and automatically hooking on handle-hook ring 149 in the direction of arrow 183d (see FIG. 13C and FIG. 13D).

(386) 49) Handle-hook ring 149 is for allowing automatic spring-loaded handle hook 148 to automatically hook thereon when door-rod handle 147 is pushed toward handle-hook ring 149 to push draw-ramp-opening sliding door 141b to close draw-ramp opening 132.

(387) 50) Easy-access pivotable feeder-and-water system 150 is for performing the combined functions of its components.

(388) 51) Pivotable-arm brace 151 is for pivotably attaching pivotable L-shaped arm 152 to third roosting wall 104 in the direction of arrow 184 (see FIG. 6A, FIG. 14A, and FIG. 14B).

(389) 52) Pivotable L-shaped arm 152 is for: a) Conveniently hanging conventional feeder 154 and conventional water container 156 thereon; b) Conveniently swinging conventional feeder 154 and conventional water-container 156 to different locations in the direction of arrow 184 (see FIG. 14A and FIG. 14B); and c) Conveniently swinging conventional feeder 154 and conventional water-container 156 to the entrance of the chicken run to conveniently replenish food and water for chickens.

(390) 53) Feeder ring 153 is for hanging conventional feeder 154.

(391) 54) Conventional feeder 154 is for containing food for chickens.

(392) 55) Water-container ring 155 is for hanging conventional water-container 156.

(393) 56) Conventional water-container 156 is for containing water for chickens.

(394) 57) Extendable chicken-run system 157 is for performing the combined functions of its components.

(395) 58) Wire wall panels 158 respectively are for creating and protecting a chicken run.

(396) 59) At least one wire roof panel 159 is for creating and protecting the chicken run.

(397) 60) Wire-door-panel hinges 160 respectively are for attaching wire door panel 161 to one of wire wall panels 158.

(398) 61) Wire door panel 161 is for closing the entrance of the chicken run.

(399) 62) Anti-pushing anti-growing anti-digging anti-rotting shield systems 162 respectively are for performing the combined functions of its components.

(400) 63) Wire-strengthening anti-pushing vertical shield 163 is for: a) Strengthening wire wall panels 158 and wire door panel 161, b) Preventing the wires of wire wall panels 158 and wire door panel 161 from being pushed inward by wild animals in the direction of arrow 185a (see FIG. 15A), and c) Retaining the designed shape of the chicken run.

(401) 64) Panel-strengthening anti-growing anti-digging horizontal shield 164 is for: a) Raising wire wall panels 158 and wire door panel 161 above the ground in the direction of arrow 185b (see FIG. 15A) to allow water to drain and evaporate in the direction of arrow 186a and 186b (see FIG. 15B, FIG. 15C, and FIG. 15D) to prevent wire wall panels 158 and wire door panel 161 from rotting away; b) Preventing wild animals from digging under wire wall panels 158 and wire door panel 161 into the chicken coop; and c) Preventing grass from growing around and close to the draw-ramp egg-teeter-totter wild-animal-shield chicken coop. in the direction of arrow 187 (see FIG. 15E).

(402) 65) Wire-panel-coupling hooks 165a respectively are for hooking on the wires of wire wall panels 158 and wire door panel 161 in the direction of arrow 188 (see FIG. 15F) to couple wire-strengthening anti-pushing vertical shield 163 and panel-strengthening anti-growing anti-digging horizontal shield 164 to wire wall panels 158 and wire door panel 161 to strengthen and stabilize the draw-ramp egg-teeter-totter wild-animal-shield chicken coop. Panel-raising anti-rotting ridges 165b respectively are for raising wire wall panels 158 and wire door panel 161 above the ground in the direction of arrow 185b (see FIG. 15A) to allow water to drain and evaporate in the direction of arrow 186a and 186b (see FIG. 15B, FIG. 15C, and FIG. 15D) to prevent wire wall panels 158 and wire door panel 161 from rotting away.

(403) 66) Water-evaporation-inducing alleys 166 respectively are for creating empty space between panel-raising anti-rotting ridges 165b to allow water to drain and evaporate in the direction of arrow 186a and 186b (see FIG. 15B, FIG. 15C, and FIG. 15D) to prevent wire wall panels 158 and wire door panel 161 from rotting away.

(404) 67) Water-draining holes 167 respectively are for allowing water to drain in the direction of arrow 186a and 186b (see FIG. 15B, FIG. 15C, and FIG. 15D) to prevent wire wall panels 158 and wire door panel 161 from rotting away.

(405) 68) Stake holes 168 respectively are for driving or hammering a stake therethrough to secure the draw-ramp egg-teeter-totter wild-animal-shield chicken coop to the ground.

(406) 69) Stake handles 169 respectively are for driving a stake into the ground in the direction of arrow 189 (see FIG. 15G).

(407) 70) Spiral stakes 170 respectively are for: a) Securing the draw-ramp egg-teeter-totter wild-animal-shield chicken coop to the ground; and b) Securing wire-strengthening anti-pushing vertical shield 163 right side up and Securing panel-strengthening anti-growing anti-digging horizontal shield 164 upside down to prevent wild animals from digging under wire wall panels 158 and wire door panel 161 into the chicken coop; in the direction of arrow 190 (see FIG. 1511).

(408) 71) Automatic-relatching-twistable-compressable-spring latch systems 171 respectively are for performing the combined functions of its components.

(409) 72) Latch-tip brace 172 is for releasably latching the tip of latch 175 to second roosting wall 103, second nesting wall 122, or one of wire wall panels 158.

(410) 73) Latch-body brace 173 is for latching latch 175 to easy-access door 110, nesting roof 126, or wire door panel 161.

(411) 74) C-shaped cut-out 174 is for allowing latch lever 176 to move between latching and unlatching positions.

(412) 75) Latch 175 is for releasably latching easy-access door 110, nesting roof 126, or wire door panel 161.

(413) 76) Latch lever 176 is for moving latch 175 between latching and unlatching positions.

(414) 77) Spring housing 177 is for housing automatic-relatching twistable compressable spring 178.

(415) 78) Automatic-relatching twistable compressable spring 178 is for: a) Twisting latch lever 176 back into its locking position in the direction of arrow 191a when latch lever 176 is lifted up out of its locking position in the direction of arrow 191b (see FIG. 16A); and b) Pushing and twisting latch lever 176 back into its locking position. in the direction of arrow 192a when latch lever 176 is lifted up and slid out of its locking position in the direction of arrow 192b (see FIG. 16B) to push and twist latch 175 back into its locking position to relatch the tip of latch 175 inside latch-tip brace 172.
Variation

(416) Any component of the draw-ramp egg-teeter-totter wild-animal-shield chicken coop can have any shape and size. Any component of the draw-ramp egg-teeter-totter wild-animal-shield chicken coop can be replaced with an equivalent component. Any component of the draw-ramp egg-teeter-totter wild-animal-shield chicken coop can be made of any material or any combination of any materials. Any component of the draw-ramp egg-teeter-totter wild-animal-shield chicken coop can be made of any flexible, semi-flexible, bendable, semi-bendable, stretchable, semi-stretchable, rigid, or semi-rigid material(s). Any component-attaching method of the draw-ramp egg-teeter-totter wild-animal-shield chicken coop can be replaced with any equivalent method. For example, FIG. 17A, FIG. 17B, and FIG. 17C illustrate front and perspective views of equivalents of wire wall panels 158, wire roof panel 159, and/or wire door panel 161. For example, FIG. 17D illustrates a perspective view of an equivalent of draw-ramp cable 136. For example, FIG. 18A, FIG. 18B, FIG. 18C, FIG. 18D, FIG. 18E, and FIG. 18F illustrate perspective views of equivalents of anti-pushing anti-growing anti-digging anti-rotting shield systems 162. Each of the equivalents can be made with or without wire-strengthening anti pushing vertical shield 163, panel-strengthening anti growing anti-digging horizontal shield 164, wire-panel-coupling hooks 165a, panel-raising anti rotting ridges 165b, water-evaporation inducing alleys 166, water-draining holes 167, and/or stake holes 168. For example, FIG. 18G, FIG. 1811, FIG. 181, FIG. 18J, FIG. 18K, and FIG. 18L illustrate perspective and front views of equivalents of the draw-ramp egg-teeter-totter wild-animal-shield chicken coop. The equivalents are made with or without extended chicken run, and are made with or without slanted wire roof panel (which is equivalent to wire roof panel 159). For example, FIG. 18M, FIG. 18N, FIG. 18O, and FIG. 18P illustrate top views of equivalents of wire-strengthening anti-pushing vertical shield and/or panel-strengthening anti-growing anti-digging horizontal shield.

Major Advantages of the Invention

(417) The present invention substantially departs from the conventional concepts and designs of the prior art. In doing so, the present invention provides a draw-ramp egg-teeter-totter wild-animal-shield chicken coop (having: 1) Easy-access ventilated roosting system, 2) Automatic-egg-collecting-and-indicating-teeter-totter nesting system, 3) Cable draw-ramp system, 4) Automatic-hook sliding-door system, 5) Easy-access pivotable feeder-and-water system, 6) Extendable chicken-run system, 7) Anti-pushing anti-growing anti-digging anti-rotting shield systems, and 8) Automatic-relatching-twistable-compressable-spring latch systems), having many unique and significant features, functions, and advantages, which overcome all the disadvantages of the prior art, as follows:

(418) 1) It is an object of the new invention to provide a draw-ramp egg-teeter-totter wild-animal-shield chicken coop, having automatic egg-collecting teeter-totter 129. Therefore, the draw-ramp egg-teeter-totter wild-animal-shield chicken coop: a) Can collect eggs; and b) Can allow eggs to roll down to one end of automatic egg-collecting teeter-totter 129 in the direction of arrow 180a (see FIG. 10C and FIG. 10D) to lower automatic egg-laying indicator 130a out of the draw-ramp egg-teeter-totter wild-animal-shield chicken coop in the direction of arrow 181b (see FIG. 10C and FIG. 10D) to indicate that there is at least one egg inside automatic egg-collecting teeter-totter 129 to conveniently let a user from inside a house comfortably know that there is egg(s) laid, without the needs for getting out of a house, walking to nesting system 119, and lifting nesting roof 126 up to check and see if there is any egg laid. c) Can eliminate the needs for getting out of the house, opening nesting roof 126, and looking inside the draw-ramp egg-teeter-totter wild-animal-shield chicken coop to see whether or not there is any egg in automatic egg-collecting teeter-totter 129.

(419) 2) It is another object of the new invention to provide a draw-ramp egg-teeter-totter wild-animal-shield chicken coop, having automatic egg-laying indicator 130a. Therefore, the draw-ramp egg-teeter-totter wild-animal-shield chicken coop: Can indicate that there is at least one egg inside automatic egg-collecting teeter-totter 129 in the direction of arrow 181b (see FIG. 10C and FIG. 10D) to conveniently let a user from inside a house comfortably know that there is egg(s) laid, without the needs for getting out of a house, walking to nesting system 119, and lifting nesting roof 126 up to check and see if there is any egg laid.

(420) 3) It is another object of the new invention to provide a draw-ramp egg-teeter-totter wild-animal-shield chicken coop, having teeter-totter-angle adjusting screw 130b. Therefore, the draw-ramp egg-teeter-totter wild-animal-shield chicken coop: Can adjust the slanted angle of automatic egg-collecting teeter-totter 129 to allow eggs to roll down to one end of automatic egg-collecting teeter totter 129 in the direction of arrow 181b (see FIG. 10C and FIG. 10D), to allow automatic egg-collecting teeter-totter 129 to lower automatic egg-laying indicator 130a out of the draw-ramp egg-teeter-totter wild-animal-shield chicken coop to indicate that there is at least one egg inside automatic egg-collecting teeter-totter 129.

(421) 4) It is a further object of the new invention to provide a draw-ramp egg-teeter-totter wild-animal-shield chicken coop, having automatic-egg-collecting-teeter-totter axle 128. Therefore, the draw-ramp egg-teeter-totter wild-animal-shield chicken coop: Can allow the two opposite ends of automatic egg-collecting teeter-totter 129 to seesaw in the direction of arrow 180a when there is at least one egg inside automatic egg-collecting teeter-totter 129 (see FIG. 10B), and in the direction of arrow 180b when there is no egg inside automatic egg-collecting teeter-totter 129 (see FIG. 10B).

(422) 5) It is an even further object of the new invention to provide a draw-ramp egg-teeter-totter wild-animal-shield chicken coop, having wire-strengthening anti-pushing vertical shield 163. Therefore, the draw-ramp egg-teeter-totter wild-animal-shield chicken coop: a) Can strengthen wire wall panels 158 and wire door panel 161, b) Can prevent the wires of wire wall panels 158 and wire door panel 161 from being pushed inward by wild animals in the direction of arrow 185a (see FIG. 15A), and c) Can retain the designed shape of the chicken run.

(423) 6) It is another object of the new invention to provide a draw-ramp egg-teeter-totter wild-animal-shield chicken coop, having panel-strengthening anti-growing anti-digging horizontal shield 164. Therefore, the draw-ramp egg-teeter-totter wild-animal-shield chicken coop: a) Can raise wire wall panels 158 and wire door panel 161 above the ground in the direction of arrow 185b (see FIG. 15A) to allow water to drain and evaporate in the direction of arrow 186a and 186b (see FIG. 15B, FIG. 15C, and FIG. 15D) to prevent wire wall panels 158 and wire door panel 161 from rotting away; b) Can prevent wild animals from digging under wire wall panels 158 and wire door panel 161 into the chicken coop; and c) Can prevent grass from growing around and close to the draw-ramp egg-teeter-totter wild-animal-shield chicken coop. in the direction of arrow 187 (see FIG. 15E).

(424) 7) It is yet another object of the new invention to provide a draw-ramp egg-teeter-totter wild-animal-shield chicken coop, having wire-panel-coupling hooks 165a. Therefore, the draw-ramp egg-teeter-totter wild-animal-shield chicken coop: Can hook on the wires of wire wall panels 158 and wire door panel 161 in the direction of arrow 188 (see FIG. 15F) to couple wire-strengthening anti-pushing vertical shield 163 and panel-strengthening anti-growing anti-digging horizontal shield 164 to wire wall panels 158 and wire door panel 161 to strengthen and stabilize the draw-ramp egg-teeter-totter wild-animal-shield chicken coop.

(425) 8) It is still yet another object of the new invention to provide a draw-ramp egg-teeter-totter wild-animal-shield chicken coop, having panel-raising anti-rotting ridges 165b. Therefore, the draw-ramp egg-teeter-totter wild-animal-shield chicken coop: Can raise wire wall panels 158 and wire door panel 161 above the ground in the direction of arrow 185b (see FIG. 15A) to allow water to drain and evaporate in the direction of arrow 186a and 186b (see FIG. 15B, FIG. 15C, and FIG. 15D) to prevent wire wall panels 158 and wire door panel 161 from rotting away.

(426) 9) It is still yet an even further object of the new invention to provide a draw-ramp egg-teeter-totter wild-animal-shield chicken coop, having water-evaporation-inducing alleys 166. Therefore, the draw-ramp egg-teeter-totter wild-animal-shield chicken coop: Can create empty space between panel-raising anti-rotting ridges 165b to allow water to drain and evaporate in the direction of arrow 186a and 186b (see FIG. 15B, FIG. 15C, and FIG. 15D) to prevent wire wall panels 158 and wire door panel 161 from rotting away.

(427) 10) It is still yet an even further object of the new invention to provide a draw-ramp egg-teeter-totter wild-animal-shield chicken coop, having water-draining holes 167. Therefore, the draw-ramp egg-teeter-totter wild-animal-shield chicken coop: Can allow water to drain in the direction of arrow 186a and 186b (see FIG. 15B, FIG. 15C, and FIG. 15D) to prevent wire wall panels 158 and wire door panel 161 from rotting away.

(428) 11) It is still yet an even further object of the new invention to provide a draw-ramp egg-teeter-totter wild-animal-shield chicken coop, having automatic-relatching twistable compressable spring 178. Therefore, the draw-ramp egg-teeter-totter wild-animal-shield chicken coop: a) Can twist latch lever 176 back into its locking position in the direction of arrow 191a when latch lever 176 is lifted up out of its locking position in the direction of arrow 191b (see FIG. 16A); and b) Can push and twist latch lever 176 back into its locking position. in the direction of arrow 192a when latch lever 176 is lifted up and slid out of its locking position in the direction of arrow 192b (see FIG. 16B) to push and twist latch 175 back into its locking position to relatch the tip of latch 175 inside latch-tip brace 172.

(429) 12) It is still yet an even further object of the new invention to provide a draw-ramp egg-teeter-totter wild-animal-shield chicken coop, having spring housing 177. Therefore, the draw-ramp egg-teeter-totter wild-animal-shield chicken coop: Can house automatic-relatching twistable compressable spring 178.

(430) 13) It is still yet an even further object of the new invention to provide a draw-ramp egg-teeter-totter wild-animal-shield chicken coop, having automatic spring-loaded handle hook 148. Therefore, the draw-ramp egg-teeter-totter wild-animal-shield chicken coop: Can releasably and automatically hook on handle-hook ring 149 in the direction of arrow 183d (see FIG. 13C and FIG. 13D).

(431) 14) It is still yet an even further object of the new invention to provide a draw-ramp egg-teeter-totter wild-animal-shield chicken coop, having draw ramp 134. Therefore, the draw-ramp egg-teeter-totter wild-animal-shield chicken coop: Can close draw-ramp opening 132 in addition to draw-ramp-opening sliding door 141b in the direction of arrow 182a (see FIG. 11A) to protect the roosting area.

(432) 15) It is still yet an even further object of the new invention to provide a draw-ramp egg-teeter-totter wild-animal-shield chicken coop, having pivotable L-shaped arm 152. Therefore, the draw-ramp egg-teeter-totter wild-animal-shield chicken coop: a) Can conveniently hang conventional feeder 154 and conventional water container 156 thereon; b) Can conveniently swing conventional feeder 154 and conventional water container 156 to different locations in the direction of arrow 184 (see FIG. 14A and FIG. 14B); and c) Can conveniently swing conventional feeder 154 and conventional water-container 156 to the entrance of the chicken run to conveniently replenish food and water for chickens.