Abstract
An improved practical solution of a unit a dog will use to urinate and/or defecate on, and will clean itself. The unit has a post for the dog to urinate on and a based plate with the surface covered with artificial grass for the dog to defecate on. The dog would urinate on post to mark their territory and would feel comfortable to defecate on an artificial grass surface. The urination post is cleaned by water flowing down it and into a drain on the base. The deification base surface has a slight grade to help direct the feces to the drain. Water is sprayed from nozzles in motion and towards the drain to wash the surface clean of feces. Two possible solutions one for outdoor for public use, and the other for in home use.
Claims
1. A pet toilet comprising: a base, comprising a top surface, a bottom surface and a perimeter, wherein the base is at least a portion of a circle, and the top surface of the base is angled, so the perimeter of the base is the lowest point of the top surface; a post coupled to the top surface of the base; at least one nozzle coupled to the post; a drain surface, coupled to the bottom surface of the base; and wherein, the at least one nozzle is designed to spray a liquid on both the post and/or the top surface of the base, and the drain surface is separated from the bottom surface of the base by a distance below the base.
2. The pet toilet of claim 1, wherein the pet toilet further comprises, at least one nozzle coupled to the perimeter of the base, the at least one nozzle designed to spray water on the base.
3. The pet toilet of claim 2, wherein the at least one nozzle coupled to the base is designed to move side to side to spray a larger area of the base.
4. The pet toilet of claim 1, wherein the drain surface is at least a portion of a circle, and the drain surface and the base, each further comprise a radius, wherein the radius of the drain surface is greater than the radius of the base.
5. The pet toilet of claim 1, wherein the post is coupled to a center of the circle, and the post is coupled to the base at a right angle.
6. The pet toilet of claim 1, wherein the top surface of the base comprises turf or artificial grass.
7. The pet toilet of claim 1, wherein the post comprises a non-conductive surface.
8. The pet toilet of claim 1, further comprising a weight sensor, wherein the weight sensor is designed to trigger the at least one nozzle to spray the liquid.
9. The pet toilet of claim 1, further comprising a liquid coolant cavity coupled to the bottom surface of the base, and a liquid coolant reservoir coupled to the liquid coolant cavity, wherein the liquid coolant cavity is designed to heat and/or cool the surface of the base, and the liquid coolant reservoir is designed to provide liquid coolant to the liquid coolant cavity.
10. The pet toilet of claim 1, further comprising a tank coupled to the post, and a handle coupled to the tank, wherein the at least one nozzle is also coupled to the tank, and the tank is designed to supply the liquid to the nozzle when the handle is engaged by a user.
11. The pet toilet of claim 1, wherein the liquid is water, and the pet toilet is coupled to a city water supply, and the pet toilet is coupled to a city sewer.
12. An outdoor pet toilet comprising: a base, comprising a top surface, a bottom surface and a perimeter, wherein the base is at least a portion of a circle, and the top surface of the base is angled, so the perimeter of the base is the lowest point of the top surface; a post coupled to the top surface of the base; at least one nozzle coupled to the post; at least one nozzle coupled to the perimeter of the base, wherein the at least one nozzle is designed to spray water on the base, and the at least one nozzle is designed move side to side to spray a larger area of the base a drain surface, coupled to the bottom surface of the base; and wherein, the at least one nozzle coupled to the post is designed to spray a liquid on both the post and/or the top surface of the base, and the drain surface is separated from the bottom surface of the base by a distance below the base.
13. The pet toilet of claim 12, further comprising a pedal configured to activate the at least one nozzle coupled to the post, and the at least one nozzle coupled to the base.
14. The pet toilet of claim 12, further comprising a liquid coolant cavity coupled to the bottom surface of the base, and a liquid coolant reservoir coupled to the liquid coolant cavity, wherein the liquid coolant cavity is designed to heat and/or cool the surface of the base, and the liquid coolant reservoir is designed to provide liquid coolant to the liquid coolant cavity.
15. The pet toilet of claim 13, wherein the at least one nozzle coupled to the post, and the at least one nozzle coupled to the base are both coupled to a city water supply, and the drain is coupled to a city sewer.
16. The pet toilet of claim 14, wherein the top surface of the base comprises turf or artificial grass.
17. The pet toilet of claim 15, wherein the post comprises a non-conductive surface.
18. An indoor pet toilet comprising: a base, comprising a top surface and a perimeter, wherein the base is at least a portion of a circle, and the top surface of the base is angled, so the perimeter of the base is the highest point of the top surface; a post coupled to the top surface of the base; a tank coupled to the post; a handle coupled to the tank at least one nozzle coupled to both the post and the tank, wherein the at least one nozzle is designed to spray water on the post and/or the top surface of the base; a drain, coupled to the base at the location, designed to collect and dispose of a liquid; and wherein, wherein, the at least one nozzle is also coupled to the tank, and the tank is designed to supply the liquid to the nozzle when the handle is engaged by a user, and the at least one nozzle is designed to spray the liquid on both the post and the top surface of the base.
19. The pet toilet of claim 18, further comprising a weight sensor coupled to the base wherein the weight sensor is designed to trigger the at least one nozzle to spray the liquid.
Description
BRIEF DESCRIPTION OF THE DRAWINGS
[0016] FIG. 1 Outdoor unit Isometric of complete unit.
[0017] FIG. 2 Outdoor unit cross section of complete unit.
[0018] FIG. 3 Outdoor unit cross section urination cleaning water flow
[0019] FIG. 4 Outdoor unit defecation cleaning nozzle Isometric drawing
[0020] FIG. 5 Overhead views of Outdoor Public use version
[0021] FIG. 6 Isometric of Indoor Dog Toilet for Small to Medium Size breads.
[0022] FIG. 7 Sectional view Indoor Dog Toilet
[0023] FIG. 8 Sectional view of Indoor Dog Toilet Water Tank and Flushing mechanism
[0024] FIG. 9 Sectional view of Indoor Dog Toilet Flushing mechanism for automatic electronic option
[0025] FIG. 10 Sectional view of water moving feces cleaning nozzle mechanism
[0026] FIG. 11 Overhead view of Indoor version of small to Medium and The Large or Multiple Dogs Toilets
DETAILED DESCRIPTION
[0027] The flushing toilet drawings with the corresponding parts showing several views. The numbers in the descriptions refer to the numbers in the corresponding figures.
[0028] FIG. 1 is an isometric drawing which show how the unit would look as you approach it. #1 The post which can serve multiple purposes; locate the unit from a distance, vehicle control, and must important a location were a dog can urinate on. #10 The optional liquid coolant cavity; exposed to the elements all surfaces will absorb heat and/or cold from the atmosphere this can affect the ability of the unit to flush and more important make it very uncomfortable for the dog to do their business. #3 is where the water is allowed to flow over the urination post to clean it after the dog has finished urinating, located on the bottom of the urination post #5 is where the water and urine will drain. #2 the bottom plate this is where the dog defecates, covered with artificial grass and at a slight gradation so as to direct the feces to the outside toward the gap on the outer rim which is #6 the feces drain allow for the waste to go down # 8 the sewer. #10 The optional liquid coolant cavity behind the surface. A #11 Foot peddle or an electric actuator to open #27 the valve, will be use to start the cleaning proses after the dog has finished. The automatic option will start by #9 a weight sensor when the dog first stands on the unit it sets the system, when the dog gets off the sensor opens #27 the value for a predetermined time then closes. The proses is to spray the post and plate with water until all feces and urine is removed and sent down the drain to the sewer. #7 Water supply and #8 Sewer are provided by the municipality.
[0029] FIG. 2 is a cross section of the complete unit, showing more detailed you can see the #1 post with the #10 optional liquid coolant cavities on the outside and #3 water waterfall for the urination post and on the bottom you will see #5 the drain for the urine bellow #4 the nozzles to clean the feces off. Inside you see the #7 water supply. #20 optional antifreeze chamber approximately 10 ft. below the surface; normally water would flow through the #10 liquid coolant cavities but were water is in short supply or extreme weather other liquids could be pumped in, 10 ft bellow the earth surface is a constant temperate the liquid would transfer this to the unit above. #2 the base plate: shows an angle to drain to the outside of the plate #6 is a gap to outside for the feces to drain down #8 the sewer system below the plate. #10 liquid coolant cavities. #11 the foot peddle or electronic sensor; would control #27 the water value
[0030] FIG. 3 shows a cross section of #1 the urination post on the top is where the #3 water will start to cascade over the post. One the outside you will see #10 the optional cavity for the water to keep the post's temperature constant. The outside of the bottom shows where the urine will be collected #5 the urine drain and sent to #8 sewer system. Inside the unit you will see #4 the feces cleaning nozzle located at the end of #14 4 way “T” sitting on #13 a mechanism similar to a lawn springer that uses water flow to move them back and forth. Inside the base #1 urine post at that point is located #28 is a cut out were #4 the feces cleaning nozzles poke out so they can shot water across #2 the defecation base to clean it. On the left and right you see the artificial turf cover angler #2 base plate with #10 the liquid cavity to control the units temperate behind it.
[0031] FIG. 4 shows the poo nozzle configuration located in the base of the #1 urination post. There will be 4 #4 nozzles in the free standing unit, 2 in the wall mounted unit and only one in the corner unit. As you can see by the illustration they are mounted at the end of #14 a four way water or, 2 way or just 1‘T’ and on top of #13 mechanism similar to a lawn sprinkler that uses water flow to move them back and forth. This greatly improves cleaning of feces of #2 the defecating plate base surface #6 the water will come from the bottom #7 from a water supply.
[0032] FIG. 5 Over head views of a freestanding unit, a unit mounted against a wall and a unit placed in a corner. You can see the units that are mounted against building walls will have #1 the urination post towards the back with #26 walls to protect the building from spillage mounted to the back. The free standing unit has 4 #4 feces cleaning spray nozzles the wall unit has 2 and the corner unit has 1. All units have #2 the defecation base plate with grade outward for ease of access and to assist the feces to when blasted with #4 the feces cleaning nozzles to send to #6 the waste drain on the outside of the circle or semicircle.
[0033] Referring to FIG. 6 the Isometric of Small to Medium Size bread unit, Shows the complete unit which looks like an oversize urinal #1 the urinal post is located towards the back of the semicircle #2 defecation base plate set at a slight incline and covered with artificial grass. #21 the water tank sits atop the #1 urination post to one side is #12 a flushing handle on either sides of #1 the urination post underneath the #21 water tank are #15 the feces cleaning tubs to provide water to #4 the feces cleaning nozzles. #4 the feces cleaning nuzzles travel across #2 the defecation surface when water is applied this mechanism is explained in FIG. 10. #28 shows a lip around the front of the unit to prevent spillage and house #15 the tube that #4 the feces cleaning nozzle travel through while cleaning #2 the defecating surface. On the back there is #26 a wall to protect the wall the unit is mounted against from spillage. After a Dog has defected and/or urinated on the unit you simply pull #12 the flushing handle or have a unit with FIG. 7 #9 an electric detector, which will detect weight. Manually flushing the unit producer to clean the unit.
[0034] FIG. 8 is started by pulling #12 the flushing handle which pulls on #22 the flapper inside #21 the water tank mounted atop #1 the urination post, allowing water flow from the top of the water tank into the #25 lower section, were the water goes through openings #24 into #15 the feces cleaning tubs also using #3 an overflow opening will wash over and clean urine off #1 the urination post Shown in also in FIG. 1.
[0035] FIG. 9 Shows automatic electronic option illustrating how #27 a value will open from a water supply. This will remain open for a certain period of time to allow the process to complete. FIG. 7 Show #9 a weight switch under the defecation plate to trigger the start of the process.
[0036] When the dog first stands on the unit the switch gives a signal to the circuit. When it steps off, a second signal is sent. When the second signal is received FIG. 9 #27 Value is open and a timer will start and after a certain amount of time #27 Value is closed. The water is supplied to the urination post via #3 through the overflow and the defecation plate via #24 the openings in the bottom of the #25 lower tank, there will no need for an upper fill tank as in the manual method.
[0037] FIG. 10 Sectional view of water moving feces cleaning nozzle mechanism. When the water enters the #15 feces spraying tubes through #6 the openings the water will push the #19 inner tube through #15 the out tube as it travels the water will be forced through #4 a spray nozzle which will traveling through #18 the cut out, those it will clean #2 the defecation base plat and send the waste down #6 the drain. There will be #17 a spring inside #15 the tube to return the spray nozzles to their original positions when the cycle is complete. FIG. 6 & FIG. 7 show #15 the outer tub which is path #4 the feces cleaning spray nozzles will follow.
[0038] FIG. 11 Floor plan of Indoor version of small to Medium dog and The Large or Multiple Dogs toilets. The units are designed to be place against a wall in a bathroom they are designed to look like oversized urinals so as to look like they belong in a home. These drawings show 2 layouts. You can clearly see #2 the defection base is a semicircle, #28 the front lip were #4 the feces cleaning nuzzle will travel through to clean the #2 the defecation base. Under and in front of the #1 urination post which is mounted towards the back is the drain for both #5 urine and #6 waste. On top of #1 the urination post is #21 the water tank and on the front is #3 the overflow to start the water flow to clean #1 the urination post. On the back in front #26 the protective walls you see #15 the tubs that the water to clean the feces and #16 inner tubes and finally #4 the feces cleaning nozzles travel
