JP3234640U - Unisex urinal structure - Google Patents

Abstract

PROBLEM TO BE SOLVED: To achieve the purpose of water saving and power saving, to serve as a posture used by men and women, to prevent odor from coming out and giving off a foul odor, and to press a switch again after a woman has added urine. It provides a unisex urinal structure that does not require the flow of urine and is consistent with energy saving and usage effects.
A unisex urinal structure includes a main body 10 in which a horizontal urinal portion 12 and a vertical urinal portion 15 are opposed to each other. With a structure in which a downspout conduit 19 having an S-shaped curved pipe is provided at the bottom of the drainage end, a sensor switch is installed at a planned position of the main body or a suitable position on the surrounding side surface, and the sensor switch is a vertical urine part and a vertical urine section. The water discharge of the shower member 21 installed in various places in the horizontal urine section is opened and closed. In addition to the fact that shower washing significantly reduces the amount of water used in the toilet, the amount of water used in the toilet bowl when flushing urine is only 300-500 milligrams.
[Selection diagram] Fig. 1

Description

The present invention relates to a urinal structure for both men and women, and particularly to a urinal structure applicable to both male and female postures.

Today, limited water resources are declining daily due to global climate change and the large-scale development and consumption of humankind. Therefore, each country is calling for water saving, and more new products that can save water are being released. For everyday toilet bowls, a two-stage water supply structure has been developed, which distinguishes between using 6 liters of water primarily for stool and 3 liters of water for urine. The user achieves the purpose of saving water by selecting the amount of water to be flushed. However, although toilet flushing equipment of this type of construction is already generally accepted and has a water-saving effect, it has many drawbacks in use. Listed below, one of them is that the amount of water washed during urination is generally 3 liters, and the amount of water washed once for men's urinals is about 1 to 2 liters, and a large amount of water is still used. There is still room for improvement in the amount of urinal wash water used. Second, the two-stage pressurized water supply structure is prone to failure after long-term use, and pathogens and viruses due to contact are prone to increase. Therefore, it is troublesome to use, so the user has to replace the dedicated switch structure, but when the model number of the toilet becomes old, parts stop production or the situation does not meet the standard, and a new toilet Will have to be replaced with. Therefore, it needs to be improved. Third, the known structure presses immediately after urine to wash with water, but inadvertently touches the urine or bacteria of the previous user, or pushes the urine or bacteria directly onto the press switch. It leaves behind and is prone to hygiene and transmission of other diseases. Fourth, since the drainage hole bottom pipe of the known men's urinal structure has a straight pipe structure, the odor flows back from the inside to the outside, and it is easy to emit a bad odor into the room.

Based on the above phenomena, the present inventor submits the best practical device for improving the defect based on many years of experience.

A unisex urinal structure is provided as a main object of the present invention. The problem in solving it is the use of stools in existing office buildings, science and technology workshops and toilets in crowded public places, and the water supply system in the above places pumps water to the top floor. Next, water is sent to each toilet tank by a piping method for use. The electricity required in the water supply process requires electricity for each additional use, and urine is frequently used. Therefore, considering the current toilet design and the amount of washing, waste of water and electricity is large. Since the known toilet structure is not ideal for cleaning during urinals, it is necessary to improve the pipeline structure at the bottom of the drainage hole of the urinal structure to solve the problem of returning the odor from the outside to the inside and emitting a foul odor. It is necessary to achieve an innovative structural design with practical inventive step of green energy, environmental protection and water saving.

In order to improve the above-mentioned problems, it mainly includes a main body in which a horizontal urine part and a vertical urine part are opposed to each other. Among them, the uppermost edge of the horizontal urine portion forms an upper annular portion, and a drainage portion is formed inside the horizontal seat type urinal seat, and the position of the upper annular portion relative to the peripheral edge of the drainage portion is At least one shower member is provided. A drainage end is provided at the bottom of the drainage portion facing the horizontal urine portion, and a downspout conduit is provided at the bottom of the drainage end. Among them, the vertical gutter pipeline includes the first straight pipe portion, the bottom end of the first straight pipe portion is installed with an S-shaped curved pipe communicating with each other, and the other end of the S-shaped curved pipe is the second straight pipe. It is installed in communication with the pipe. The vertical urine section is vertically connected to one side of the horizontal urine section, and the inside thereof forms a liquid collecting tank that communicates with the drainage section of the horizontal urine section. At least one shower member is provided at a position corresponding to the liquid collecting tank on the uppermost edge. The washing water pipe is embedded at an appropriate position inside the horizontal urine section and the vertical urine section, and shower members installed at various places of the vertical urine section and the horizontal urine section are electrically connected to each other, and the washing water pipe is connected. The water pipe of the cleaning device is connected to a suitable position at the top of the road. The sensor switch is installed at the planned position of the main body or a suitable position on the peripheral side surface, and the sensor switch opens and closes the water discharge of the shower member installed at various places in the vertical urine section and the horizontal urine section.

The unisex urinal structure of the present invention not only significantly reduces the amount of water used to wash the toilet by shower washing, but also requires only 300 to 500 milligrams of water to flush the urine. The method of flushing urine by consuming 3000 to 6000 ml of water in the tank during urinals will be revised. By doing so, the purpose of water saving and power saving is achieved, and the posture used by men and women is also used. Furthermore, the structural design of providing a downspout pipeline with an S-shaped curved pipe at the bottom of the drainage end prevents odors from coming out from the drainage end and emitting a foul odor, and a sensor switch is used by women. It is not necessary to press the switch again to drain the urine after adding the above, and the present invention corresponds to the energy saving and the effect of use.

It is a three-dimensional view of the urinal structure for both men and women of the present invention. It is a front view of the urinal structure for both men and women of this invention. It is a washing water pipe instruction diagram of the urinal structure for both men and women of this invention. It is sectional drawing of the urinal structure for both men and women of this invention.

In order to gain a deeper understanding of the present invention, preferred embodiments will be presented and detailed with diagrams. As shown in FIGS. 1 to 4, the unisex urinal structure of the present invention includes the following.

The main body 10 includes a horizontal urine section 12 and a vertical urine section 15, and they are configured to face each other. The horizontal urine section 12 is used by a female user in a sitting position, and the vertical urine section 15 is used by a male user in a standing position.

The uppermost edge of the horizontal urine portion 12 forms an upper annular portion 121, and the inside of the horizontal seat type urine seat forms a drainage portion 14. At least one shower member 21 is provided at a relative position of the peripheral edge of the upper annular portion 121 corresponding to the drainage portion 14, and drainage is provided at the bottom of the drainage portion 14 corresponding to the horizontal urine portion 12. An end 17 is provided, and a downspout pipeline 19 is provided at the bottom of the drainage end 17. Among them, the downspout pipe line 19 includes the first straight pipe portion 191 and the bottom end of the first straight pipe portion 191 is installed so as to communicate with the S-shaped curved pipe 192, and the other end of the S-shaped curved pipe 192. Is installed in communication with the second straight pipe section 193. A plurality of screwing portions 11 are provided on the inner surface of the vertical urine portion 15, and one side of the vertical urine portion 15 is fixed to the wall surface in advance.

The vertical urine section 15 is vertically connected to one side of the horizontal urine section 12, and a liquid collecting tank 16 communicating with the drainage section 14 of the horizontal urine section 12 is formed inside the vertical urine section 12. At least one shower member 21 is provided at a relative position corresponding to the liquid collecting tank 16 at the uppermost edge of the vertical urine portion 15.

The washing water pipe 23 is embedded at an appropriate position inside the horizontal stool portion 12 and the vertical stool portion 15, and is connected to and communicated with a shower member 21 installed in each of the vertical stool portion 15 and the horizontal stool portion 12. The water outlet pipe 25 of the cleaning device 24 is communicated at a suitable position at the uppermost end of the cleaning water pipe 23, and the water inlet pipe 22 is provided at the planned position of the cleaning device 24.

The sensor switch 20 is connected to the cleaning device 24 through the circuit 26, and is installed at a planned position of the main body 10 or a suitable position on the peripheral side surface. The sensor switch 20 is electrically connected to the cleaning device 24 through a circuit 26, and the cleaning device 24 controls opening and closing of water discharged from shower members 21 installed at various locations in the vertical urine section 15 and the horizontal urine section 12.

Preferably, the sensor switch 20 is an infrared sensor type.

Preferably, an arc peripheral edge 18 is formed on the outer edge of the vertical urine portion 15, and the arc peripheral edge 18 is formed on the uppermost arc edge 181 and the side surface symmetrically formed on both sides of the uppermost arc edge 181. Includes arc edge 182. Since the vertical urine portion 15 reduces the external volume of the main body 10 by the arc peripheral edge 18, the arc peripheral edge 18 increases the water supply rate of urine.

Preferably, a toilet seat 13 is provided at the uppermost portion of the upper annular portion 121 of the horizontal urine portion 12, and at least two pivotal rotation shafts are provided at the side end corresponding to the upper annular portion 121 on one side of the toilet seat 13. 131 is provided, and the toilet seat 13 is freely raised by the two pivotal rotating shafts 131.

Preferably, an assembly portion 211 is provided at one end of the shower member 21, the assembly portion 211 is used for a water discharge pipe 25 for fixed assembly to the cleaning device 24, and a water drawing hole 212 is provided inside the assembly portion 211. A nozzle portion 213 is provided at the other end of the water drawing hole 212. A vertical shower guide slope 214 is provided at one end of the shower member 21 at a position corresponding to the nozzle portion 213, and the vertical shower guide slope 214 and the nozzle portion 213 are vertically reflected from each other and face each other to collect shower water. 16 Spray vertically on the inner wall surface.

The unisex urinal structure of the present invention significantly reduces the amount of toilet flush water used by shower cleaning, and the amount of flushing of the toilet bowl during urine flushing requires only 300 to 500 milligrams. When the toilet is urinal, it consumes 3000 to 6000 ml of water in the tank to wash the urine, changing the method to achieve water saving and power saving purposes. Further, by designing a vertical gutter pipeline installation structure having an S-shaped curved pipe at the bottom of the drainage end 17, which also serves as a structure for both men and women's postures, it is possible to prevent a foul odor emitted from the drainage end 17 to the outside. Further, since the sensor switch 20 does not require a woman to press the pressing switch again to flush the urine after adding the work, the present invention corresponds to the invention having energy saving and usage effects.

Since the present invention is a design having practicality and inventive step and has not been seen in similar products and publications, an application for utility model registration is made.

10 Main body 11 Screwed part 12 Horizontal stool part 121 Upper annular part 13 Toilet seat 131 Pivot rotation shaft 14 Drainage part 15 Vertical stool part 16 Liquid collection tank 17 Drainage end 18 Arc peripheral edge 181 Top arc edge 182 Side arc Edge 19 Vertical pipe 191 1st straight pipe 192 S-shaped curved pipe 193 2nd straight pipe 20 Sensor switch 21 Shower member 211 Assembly part 212 Water draw hole 213 Nozzle part 214 Vertical shower guide slope 22 Water inlet pipe 23 Washing water pipe Road 24 Cleaning device 25 Drainage pipe 26 Circuit

Claims (6)

In the unisex urinal structure
The main body is composed of a horizontal urine part and a vertical urine part so as to face each other.
An upper annular portion is formed on the uppermost edge of the horizontal stool portion, and a drainage portion is formed inside the horizontal seat type stool portion, and a position of the upper annular portion facing the peripheral edge of the drainage portion. Is provided with at least one shower member, a drainage end is provided at the bottom of the drainage portion facing the horizontal stool portion, and a vertical drainage pipe is provided at the bottom of the drainage end. The vertical drainage pipe includes the first straight pipe portion, the bottom end of the first straight pipe portion is installed so as to communicate with the S-shaped curved pipe, and the other end of the S-shaped curved pipe is the second straight pipe. Installed in communication with the pipe,
The vertical urine section is vertically connected to one side of the horizontal urine section, and the inside thereof forms a liquid collecting tank that communicates with the drainage section of the horizontal urine section. At least one shower member is also provided at the position corresponding to the liquid collecting tank on the uppermost edge.
A washing water pipe is embedded at an appropriate position inside the horizontal urine section and the vertical urine section, and shower members installed at various locations in the vertical urine section and the horizontal urine section are electrically connected to each other. The drain pipe of the washing device is communicated at a suitable position at the uppermost end of the washing water pipe.
The sensor switch is installed at a planned position of the main body or a suitable position on the peripheral side surface, and the sensor switch is characterized in that it opens and closes the water discharge of shower members installed in various places in the vertical urinal section and the horizontal urinal section. Unisex urinal structure. The unisex urinal structure according to claim 1, wherein the sensor switch is an infrared sensor type. An arc peripheral edge is formed on the outer edge of the vertical urinal portion, and the arc peripheral edge includes an uppermost arc edge formed on the uppermost portion and side arc edges symmetrically formed on both sides of the uppermost arc edge. The unisex urinal structure according to claim 1. A toilet seat is provided at the uppermost portion of the upper annular portion of the horizontal urinal portion, and at least two pivotal rotation shafts are provided at one side end corresponding to the upper annular portion on one side of the toilet seat. The unisex urinal structure according to claim 1. The unisex urinal according to claim 1, wherein a plurality of screwing portions are provided on the inner surface of the vertical urinal portion, and one side of the vertical urinal portion is supported and fixed to a wall surface. structure. An assembly portion is provided at one end of the shower member, a water intake hole is formed inside the assembly portion, a nozzle portion is provided at the other end of the water intake hole, and the nozzle portion at one end of the shower member is provided with a nozzle portion. The unisex urinal structure according to claim 1, wherein a vertical shower guide slope is formed at a corresponding position, and the vertical shower guide slope and the nozzle portion face each other by vertically reflecting each other.

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