Pet carrying bag for installation to a bicycle handle bar

Abstract

Present invention provides a pet carrying bag utilizing first tie bands and second tie band to provide means for securing the bag to a bicycle handle bar when looping the bands around the handle bar and clicking the insertion prongs to the receiving insertion shells. Such installation mechanism allows for tight and secure fit to bicycle handle bars of different configurations. The bag body is made of flexible materials with rigid back board and bottom board embedded inside the flexible material, for easy fold-down and storage. During regular usage, two movable boards can be set, by using common Velcro pieces, to prop the bag open, creating a maximum space for the pets.

Claims

1. A pet carrying bag made of flexible material, comprising: a body having a rigid back board and a rigid bottom board embedded inside the flexible material; two first tie bands extending from the right and left sides of the body, each of said first tie band further having a first fixed end and a first moving end, wherein a first insertion prong is formed at the distal tip of said first moving end; two first insertion shells are formed on the right and left sides of the body, each of said first insertion shell is made to receive a first insertion prong; at least one second tie band having two second moving ends, each of said second moving end further having a second insertion prong, wherein the second tie band has sufficient length to loop around a bicycle handle bar or a vertical turn rod of a bicycle; two second insertion shells on the right and left sides of the back of the body, each of said second insertion shell is made to receive a second insertion prong; a cling band is made on the back of the body for slidably receiving said at least one second tie band; and, a support ring is made around the top edge of said body, propping up a top netting with a central opening the size of which can be controlled by a pull cord.

2. The pet carrying bag of claim 1 wherein the cling band is located on a point off the straight line between the two points where the first tie bands are extending out from the right and left side of the body.

3. The pet carrying bag of claim 1, further comprising a second cling band on the back of the body to allow additional tightening of the bag to a bicycle when looping said at least one second tie band.

4. The pet carrying bag of claim 1, further comprising a movable left board and a movable right board placed inside the body where one end of the boards are connected to the inside back ball of the bag, allowing a limited pivoting motion.

5. The pet carrying bag of claim 4 wherein the two movable boards can be secured to the inside wall of the bag by use of Velcro pieces.

6. The pet carrying bag of claim 5 further comprising two ear clasps on the right side and left side of the bag.

7. The pet carrying bag of claim 6 further comprising a detachable shoulder strap containing two connection claws on the two ends of the strap where the connection claws are sized to fit into the ear clasps.

8. A pet carrying bag made of flexible material, comprising: a body having a rigid back board and a rigid bottom board embedded inside the flexible material; two first tie bands extending from the right and left sides of the body, each of said first tie band further having a first fixed end and a first moving end, wherein a first insertion prong is formed at the distal tip of said first moving end; two first insertionshells are formed on the right and left sides of the body, each of said first insertion shell is made to receive a first insertion prong; at least one second tie band extending out from one side of the body, further having one second moving end containing a second insertion prong at the distend tip of the second moving end, wherein the second insertion prong is to be received in a second insertion shell located on the other side of the body, and wherein the second tie band has sufficient length to loop around a bicycle handle bar or a vertical turn rod of a bicycle; a cling band is made on the back of the body for slidably receiving said at least one second tie band; and, a support ring is made around the top edge of said body, propping up a top netting with a central opening the size of which can be controlled by a pull cord.

9. The pet carrying bag of claim 8, further comprising a movable left board and a movable right board placed inside the body where one end of the boards are connected to the inside back ball of the bag, allowing a limited pivoting motion.

10. The pet carrying bag of claim 9 wherein the two movable boards can be secured to the inside wall of the bag by use of Velcro pieces.

11. The pet carrying bag of claim 10 further comprising two ear clasps on the right side and left side of the bag.

Description

DESCRIPTION OF THE DRAWINGS

(1) The accompanying drawings, which are incorporated in and constitute a part of this specification, illustrate the preferred embodiments of the invention and together with the description, serve to explain the principles of the invention.

(2) A brief description of the drawings is as follows:

(3) FIG. 1 shows a perspective view of the pet carrying bag of present invention from the back side.

(4) FIG. 2 shows a perspective view of the pet carrying bag of present invention from the upper front side.

(5) FIG. 3 shows the pet carrying bag of present invention installed on a bicycle handle bar.

(6) FIGS. 4-6 show the exemplary ways of installing the pet carrying bag of present invention to three different types of bicycle handle bar configurations.

(7) FIG. 7 shows the movable left board and movable right board inside the pet carrying bag.

(8) FIG. 8 shows the parts related to the shoulder strap with two connection claws.

(9) FIG. 9 shows the pet carrying bag of present invention with a different embodiment of the second tie band.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT

(10) As shown in the FIGS. 1-2, present invention teaches a pet carrying bag made of flexible material suitable for carrying a pet, or pets, inside the inner space of the bag. There is no limitation as to what type of materials can be used. Persons reasonably skilled in the art can use commercially available materials for this purpose.

(11) The flexible material forms a body 10 that has a rigid back board and a rigid bottom board embedded inside the flexible material. These two rigid boards provide the basic shape and propping force to give the bag its needed space for holding content, such as pets, inside the bag.

(12) The rigid back board and the rigid bottom board are embedded inside the flexible material and require no more disclosure for people reasonably skilled in the art. As such, no drawing is provided to show the rigid back board or the rigid bottom board.

(13) Two first tie bands 20 extending from the right and left sides of the body 10. Each of said first tie band 20 further has a first fixed end 22 and a first moving end 21, where a first insertion prong 23 is formed at the distal tip of said first moving end 21.

(14) Two first insertion shells 24 are formed on the right and left sides of the body 10. Each of said first insertion shell 24 is made to receive a first insertion prong 23.

(15) The way the insertion prongs 23 is inserted into the insertion shells 24 is similar to many child booster seat locking straps, or kids' life vest locking straps and thus require no more disclosure. In actual usage, a rider can loop the first tie bands around the end of a bicycle handle bar, on both the left and right sides, clicking the first insertion prong 23 into a respective first insertion shell 24, thus tightening the carrying bags to the handle bar on both ends of the handle bar.

(16) As shown in FIGS. 3 and 6, the two first tie bands 20 will be looped around/over a bicycle handle bar (there are at least 3 handle bar configurations, discussed later), the first insertion prong 23 will be clicked into a first insertion shell 24, thus producing a securing and tying force to stabilize the body 10.

(17) The body 10 has at least one second tie band 30 that has two second moving ends 31; each of said second moving end 31 further having a second insertion prong 32. The second tie band 30 has sufficient length to loop around a bicycle handle bar or a vertical turn rod of a bicycle, as shown in FIGS. 3 and 4.

(18) Two second insertion shells 33 are located on the right and left sides of the back of the body 10, as shown in FIG. 1. The embodiment shown herein indicated the location to be at the lower corners of the body 10; though the location of upper corner can be another embodiment.

(19) Each of said second insertion shell 33 is made to receive a second insertion prong 32.

(20) A cling band 40 is made on the back of the body 10 for slidably receiving said at least one second tie band 30. As shown in FIGS. 1 and 4, said at least one second tie band 30 is slidably received within the loop space created by the cling band 40. When the second moving end 31 is wrapped around a bicycle handle bar (there are at least 3 handle bar configurations, discussed later), the second insertion prong 32 will be clicked into the second insertion shell 33, producing a securing and tying force to keep the body 10 relatively stable.

(21) A support ring 13 is made around the top edge of said body 10, propping up a top netting 10 with a central opening 10. The size of the central opening 10 can be controlled by a pull cord 16.

(22) The cling band 40 is located on a point off the straight line between the two points where the first tie bands 20 are extending out from the right and left side of the body 10. As shown in FIG. 1, the two points of the first tie bands 20 are at the bottom back side of the body 10, whereas the cling band 40 is generally in the middle of the back side of the body 10.

(23) As another embodiment, shown in FIG. 9, the at least one second tie band 30 can be made to extend out from one side of the body 10 (generally from the back side) and has only one second moving end 31 that contains a second insertion prong 32 at the distend tip of the second moving end 31. On the other side of the body 10, a second insertion shell 33 is located so that the second insertion prong 32 can be inserted, or clicked, into the second insertion shell 3. The second tie band 30 of this embodiment has sufficient length to loop around a bicycle handle bar or a vertical turn rod of a bicycle;

(24) As another embodiment, a second cling band 40 can be made to exist on the back of the body 10 to allow additional tightening of the bag to a bicycle when looping said at least one second tie band 30. As such, looping said at least one second tie band 30 through two cling bands 40 will increase the tightness when the body 10 is being secured to the bicycle handle bar.

(25) The body 10 further has a movable left board 11 and a movable right board 12 placed inside the body 10 where one end of the boards are connected to the inside back ball of the body 10, allowing a limited pivoting motion. FIG. 7 shows such construction of the two movable boards 11 and 12.

(26) Commercially available Velcro pieces can be utilized to fix the two movable boards 11 and 12 to the side walls on both sides, maintaining a maximal amount of space.

(27) On the outside of the body 10, two ear clasps 17 are formed, one on the right side and one on the left side of the body 10. A shoulder strap 50 can be used along with this pet bag when the two connection claws 51 are sized to fit into the ear clasps 17; as shown in FIG. 8.

(28) Utilization of present invention is not affected by different bicycle handle bar configurations. FIGS. 4-6 show different types of bicycle handle bar configurations.

(29) FIG. 4 shows a straight handle bar a1 on top of a vertical turn rod a2. The second tie band 30 is looped around the vertical turn rod a2. FIG. 4 also shows the second insertion prong 32 in a almost clicked position to a matching second insertion shell 33.

(30) FIG. 5 shows a curved handle bar a1. The second tie band 30 is looped differently over such curved handle bar a1.

(31) FIG. 6 shows a straight handle bar a1 connected to a v-connector a3 then to a vertical turn rod a2. The second tie band 30 is looped differently over said v-connector a3. FIG. 6 also shows a first tie band 20 being tied and looped over the left side of the handle bar a1 in such configuration.

(32) For ease of reference, the numbered elements of the invention are identified below: 10 bag body 11 left board 12 right board 13 support ring 14 top netting 15 central opening 16 pull cord 17 ear clasp 20 first tie band 21 first moving end 22 first fixed end 23 first insertion prong 24 first insertion shell 30 (at least one) second tie band 31 second moving end 32 second insertion prong 33 second insertion shell 40 cling band 50 shoulder strap 51 connection claw a1 handle bar a2 vertical turn rod a3 v-connector