TW202200874A - Toilet structure with function of greatly saving water achieving the practical progress of saving the energy, protecting the environment and saving water - Google Patents

Abstract

The invention provides a toilet structure with a function of greatly saving water, which may make a flushing volume of a toilet only need 300mg to 500mg when the urine is discharged compared to conventional toilets which need to consume 3000ml to 6000ml of water to flush the urine, thereby achieving the purpose of saving water and electricity. Moreover, this invention does not need to replace, add or change the originally buried pipeline during installation. A urinal container may be used as a toilet lid for covering the toilet. Accordingly, the practical progress of saving the energy, protecting the environment and saving water is achieved.

Description

A toilet structure with a large water saving function

The invention relates to a toilet structure with a large water saving function, in particular to a toilet that only needs 300-500 mg of flushing water when urinating, changing the 3000-6000 milliliters of water in the water tank to flush urine when urinating in a conventional toilet. In this way, the purpose of saving water and electricity can be achieved, and the present invention does not need to replace, add or change the originally buried pipeline during installation and installation, and the urinal container can also replace the toilet lid as a cover function. Practical and progressive innovative structural designer of energy, environmental protection and water saving.

Press, as shown in Figure 13, it is a conventional toilet seat E structure, with a water collecting tank E1 inside, the capacity of the water collecting tank E1 is about 1.5 liters, but 1.5 liters of "urine and water mixed" dirty water should be flushed out It is not easy, because there will be a little "residual urine volume", so more than 3 liters of water is needed to flush out the "urine and water mixed" dirty water, resulting in a lot of waste of water resources. Generally, the water volume of the new water tank is about 4~6 liters, and the water volume of the old water tank is about 10~12 liters, and a normal person needs to go to the toilet about 7~8 times a day (about 2 times of defecation and 6 times of urination), and the general collection type The water supply method of residential and office buildings is to send water to the top floor by a pump, and then route the water to each household for use. In the process of water supply, electricity is needed, and the number of times of urination is large. If the design of the existing toilet and the amount of flushing water are considered, it is very easy to cause a great waste of resources such as water and electricity. Accordingly, the conventional toilet structure is extremely unsatisfactory when used for urinating flushing.

In view of the above phenomenon, the creator of this case has developed the best practical products based on years of experience in production.

The main purpose of the present invention is to provide a toilet structure with a large water saving function; the problem to be solved is to improve and break through the excessive water required for urination flushing;

The technical characteristics of solving the problem mainly include a toilet seat and a water tank, a bucket seat space is formed inside the toilet seat, an inner wall is formed on the inner side of the bucket seat space, and the inner wall is connected with a flush with the water tank. a water channel, and an output curve communicated with the bucket seat space, wherein the output curve has a delivery inlet and an output outlet; an infusion pipeline is used for carrying and conveying urine, and the infusion pipeline is set in the toilet seat predetermined position, which has a hose connection end and a hose free end, wherein the hose connection end is connected to a predetermined position in the toilet seat space, and the hose free end is connected to the toilet seat The output port; a toilet seat cushion, which is arranged on the top of the toilet, a urinal container is arranged in the center of the toilet seat cushion, a accommodating groove is formed inside the urinal container, and a connecting part is arranged at the bottom end of the accommodating groove, and the connecting part is a guide group Connected to the connecting end of the hose of the infusion pipeline, and a flushing device is arranged on the periphery of the urinal container near the top edge, and the flushing device includes a flushing device located in the urinal container at a relative position near the top edge of the peripheral side. a first flushing part and a second flushing part, wherein a connecting pipe is connected between the first flushing part and the second flushing part; a pivoting unit is arranged opposite the urinal container and the toilet seat cushion position, wherein the pivoting unit includes a longitudinal pivot shaft disposed at a predetermined position of the toilet seat cushion, and two lateral shafts disposed on the lateral pivot shafts of the longitudinal pivot shaft, and the urinal container is provided with two pivot shafts corresponding to the two lateral pivot shafts A swivel base, wherein the two pivoting bases are respectively provided with a pivoting hole, so that the two pivoting holes are pivotally arranged on the two horizontal pivoting shafts corresponding to the shafts; in addition, the top of the longitudinal pivoting shaft is provided with a connection extending from the flushing device A hole, the top of the connection hole is connected to a guide tube from the water tank, one end of the longitudinal pivot shaft is provided with a lead-out end that communicates with the guide tube, and the lead-out end is connected to the first side of the flushing device. A flushing part; and a sensing device for opening and closing the flushing device is provided at a proper position on the outer edge of the water tank. The sensing device includes a sensor located at the upper end of the water tank and an electronic coupling device. The control element of the sensor, the control element and the sensor are connected by an electronic circuit, the sensing device further includes a water inlet end and a water outlet end, and the water outlet end is connected to the guide pipe.

With this innovative and unique design, the present invention can only use 300-500 mg of water when flushing the body's urine excretion, changing the conventional toilet to use 3000-6000 ml of water to flush urine when urinating. In order to achieve the purpose of saving water and electricity. The present invention does not need to replace, add or change the originally buried pipeline during installation, and the urinal container can also replace the toilet lid as a cover function, thereby achieving the practicability of green energy, environmental protection and water saving.

In order to make your examiners have a further in-depth understanding of the present invention, a preferred embodiment is hereby listed, and the description is as follows: Please refer to Figures 1 to 12, the toilet structure with a large water saving function of the present invention. ,Include:

A toilet seat 1 is provided with a water tank W, a bucket seat space 2 is formed inside the toilet seat 1, an inner wall 3 is formed on the inner side of the bucket seat space 2, and a flushing channel 6 communicated with the water tank W is connected to the inner wall 3. , and an output curve 4 communicating with the bucket seat space 2, wherein the output curve 4 has a conveying inlet 7 and an output port 5;

An infusion pipeline 10 for carrying and transporting urine V1, the infusion pipeline 10 is arranged at a predetermined position of the toilet seat 1, and has a hose connection end 14 and a hose free end 13, wherein the hose connection end 14 is set at a predetermined position of the toilet seat space 2 of the toilet seat 1, and the free end 13 of the hose is set at the output port 5 of the toilet seat 1;

Then, a toilet seat pad A is arranged on the top of the toilet seat 1, and a urinal container B is arranged in the center of the toilet seat pad A. The urinal container B is concavely formed into a container B1 with a front high and a low bottom surface, and the bottom end of the container B1 is concave. Corresponding to the lower potential corner, there is a connecting portion B2 , and the connecting portion B2 is connected to the hose connecting end 14 of the infusion pipeline 10 . In addition, a flushing device D is provided on the periphery of the urinal container B near the top edge. The flushing device D includes a first flushing part D4 and a second flushing part D4 and a second flushing part D4 and a second flushing part D4 and a second flushing part D4 and a second flushing part D4 and a second flushing part D4 are respectively provided in the urinal container B at opposite positions on the peripheral side near the top edge. Water Department D6. A connecting pipe D5 is connected between the first flushing portion D4 and the second flushing portion D6; a pivoting unit K is provided at the relative position of the urinal container B and the toilet seat A, wherein the pivoting unit K includes a The longitudinal pivot axis K3 at the predetermined position of the toilet seat A, and the two lateral axes are set on the lateral pivot axis K4 of the longitudinal pivot axis K3, and each end of the pivot axis is provided with a stop edge to prevent it from falling out and separating (not shown in the figure). ), and the urinal container B is provided with two pivoting bases K1 corresponding to the two lateral pivoting shafts K4, wherein the two pivoting bases K1 are respectively provided with a pivoting hole K2, so that the two pivoting holes K2 are pivotally arranged in the corresponding shafts. Two lateral pivot axes K4. In addition, the top of the longitudinal pivot shaft K3 is provided with a connecting hole D1 extending from the flushing device D, the top of the connecting hole D1 is connected to a guide pipe D2 from the water tank W, and one end side of the longitudinal pivot shaft K3 is provided with a communication A lead-out end D3 of the guide tube D2 is connected to the first flushing portion D4 of the flushing device D; and a proper position on the outer edge of the water tank W is provided with a device for opening and closing the flushing device. The sensing device C of D, the sensing device C includes a sensor C1 located at the upper end of the water tank W, and a control element C3 electronically coupled to the sensor C1, the control element C3 and the sensor The detectors C1 are connected by an electronic circuit C2. The sensing device C further includes a water inlet end C4 and a water outlet end C5, and the water outlet end C5 is connected to the guide tube D2.

Furthermore, the predetermined section of the infusion pipeline 10 is embedded in the inner wall 3 of the toilet seat 1, and the free end 13 of the hose and the connecting end 14 of the hose are exposed to the outside. The toilet seat 1 further includes a slope curve 8 and a straight downward curve 9 between the delivery inlet 7 and the output outlet 5 of the output curve 4 of the toilet seat 1. The infusion pipeline 10 is embedded in the inner wall 3 and runs along the slope. After the curve 8 and the straight-down curve 9 , the free end 13 of the hose is exposed to the outside at a position near the output port 5 .

Please refer to FIG. 5 , the urinal container B is disposed on the toilet seat A, and this is the mode used by female users when urinating.

Please refer to FIGS. 6 to 8. When the urinal container B is to be converted into the use mode for male users, the urinal container B can be rotated 90 degrees by the horizontal pivot axis K4 of the pivot unit K corresponding to the pivot hole K2 of the pivot base K1. After being opened, the urinal container B is turned 180 by the longitudinal pivot axis K3, and finally the urinal container B is tilted to facilitate male users to urinate. In addition, the urinal container B can also replace the toilet lid Used as a capping function.

Please refer to Figures 9 to 11, when male or female users urinate, the urine V1 is discharged into the urination container B, and is discharged into the hose connection end 14 of the infusion pipeline 10, and the urine V1 is then discharged through the urination container B. The free end 13 of the hose flows out of the outlet 5 of the toilet seat 1 for discharge. After urination is completed, the water tank W is activated by the sensor C1, so that the purified water V2 enters the water outlet C5, the guide pipe D2 and the outlet. end D3, and make the purified water V2 from the first flushing part D4 and the second flushing part D6 to flush the urine V1 of the urinal container B back and forth. The flushed urine V1 flows to the connection part B2 at the lower corner position, and then enters the infusion pipeline 10 and then is discharged to the free end 13 of the hose. Finally, the purified water V2 and the flushed urine V1 become one. And discharged to the output port 5, and when the flushing action is completed, a part of the purified water V2 will stay at the hook-shaped inner wall 3 at the front end of the slope bend 8, so as to achieve the isolation and deodorization of the infusion pipeline 10. Purpose.

Please refer to FIG. 12, which is another embodiment of the present invention, wherein the surface of the inner wall 3 of the infusion pipeline 10 is coated with a water-repellent layer 101, so that the urine V1 is not easy to adhere to the inner wall under long-term use. Wall 3 The surface of the pipe.

Thereby, the present invention can make the excretion and flushing amount of human urine V1 only need 300-500 mg, and change the conventional urinal water tank W that needs to flush urine with a large amount of water of 3000-6000 milliliters, so as to achieve the purpose of saving water and electricity. . In addition, the present invention does not need to replace, add or change the originally buried pipeline during installation, and the urinal container B can also replace the toilet lid as a cover function, thereby achieving the practical progress of green energy, environmental protection and water saving.

Accordingly, the present invention is a deeply practical and progressive design, and no similar products and publications have been disclosed, so that it complies with the requirements of an invention patent, and an application can be filed in accordance with the law.

[Part of the present invention] E: toilet seat E1: Sump [Part of the present invention] 1: toilet seat 2: Bucket seat space 3: inner wall 4: Output curve 5: Output port 6: Flush 7: Delivery inlet 8: Slope bend 9: Straight down bends 10: Infusion pipeline 101: Water repellent layer 13: Free end of hose 14: Hose connection end A: toilet seat B: Urine container B1: Container B2: Connection part C: Sensing device C1: Sensor C2: Electronic circuit C3: Control element C4: Water entry end C5: water outlet D: flushing device D1: connection hole D2: Guide tube D3: Export side D4: First flush D5: connecting pipe D6: Second flush K: pivot unit K1: Pivot seat K2: Pivot hole K3: longitudinal pivot axis K4: Lateral pivot axis W: water tank V1: Urine V2: Purified water

Figure 1: is a three-dimensional partial cross-sectional view of the toilet structure with a large water saving function of the present invention. Figure 2: It is a partial enlarged schematic view of Figure 1. Figure 3: It is a partial enlarged view of the pivoting unit of the toilet structure with a large water saving function of the present invention. Fig. 4 is an exploded perspective view of the pivoting unit of the toilet structure with a large water saving function of the present invention. Figure 5: It is a sectional action diagram of the toilet structure with a large water saving function of the present invention. Fig. 6: It is the second action view of the toilet structure of the present invention with the function of greatly saving water. Figure 7: It is the third action figure of the sectional view of the toilet structure with the function of greatly saving water according to the present invention. Fig. 8 is the fourth action diagram of the sectional view of the toilet structure with the function of greatly saving water according to the present invention. Fig. 9: It is the pipeline diagram 1 of the infusion pipeline of the toilet structure with the function of greatly saving water according to the present invention. Fig. 10: It is the second pipeline diagram of the infusion pipeline of the toilet structure with the function of greatly saving water according to the present invention. Fig. 11: It is the pipeline diagram 3 of the infusion pipeline of the toilet structure with the function of greatly saving water according to the present invention. Figure 12: is a cross-sectional view of another embodiment of the present invention. Figure 13: It is the structure diagram of the conventional toilet.

1: toilet seat

2: Bucket seat space

3: inner wall

10: Infusion pipeline

W: water tank

Claims (4)

A toilet structure with a function of greatly saving water, which comprises: A toilet seat is provided with a water tank. A bucket seat space is formed inside the toilet seat. An inner wall is formed inside the bucket seat space. The output curve, wherein the output curve has a conveying inlet and an output port; An infusion pipeline for carrying and conveying urine, the infusion pipeline is arranged at a predetermined position of the toilet seat, and has a hose connection end and a hose free end, wherein the hose connection end is attached to the toilet a predetermined position in the bucket seat space of the seat, and the free end of the hose is tied to the output port of the toilet seat; A toilet seat cushion is arranged on the top of the toilet, and a urinal container is arranged in the center of the toilet seat cushion. The urinal container is concavely formed with a cavity, and the bottom end of the cavity is provided with a connecting part, and the connecting part is connected to the infusion group. The hose connection end of the pipeline, and a flushing device is arranged on the periphery of the urinal container near the top edge. part and a second flushing part, wherein a connecting pipe is connected between the first flushing part and the second flushing part; a pivoting unit disposed at the relative position of the urinal container and the toilet seat cushion, wherein the pivoting unit includes a longitudinal pivot shaft disposed at a predetermined position of the toilet seat cushion, and two lateral shafts disposed on the longitudinal pivot shaft. a rotating shaft, and the urinal container is provided with two pivoting seats corresponding to the two lateral pivoting shafts, wherein the two pivoting bases are respectively provided with a pivoting hole, so that the two pivoting holes are pivotally arranged on the two lateral pivoting shafts corresponding to the shafts; The top of the longitudinal pivot shaft is provided with a connecting hole extending from the flushing device, the top of the connecting hole is connected to a guide pipe from the water tank, and one end of the longitudinal pivot shaft is provided with a lead-out end that communicates with the guide pipe , the lead-out end is connected to the first flushing part of the flushing device; and a sensing device for opening and closing the flushing device is provided at a proper position on the outer edge of the water tank, and the sensing device includes a device A sensor at the upper end of the water tank, and a control element electronically coupled to the sensor, the control element and the sensor are connected by an electronic circuit, and the sensing device also includes a water inlet end and a water outlet end, the water outlet end is connected to the guide pipe. The toilet structure with a substantial water saving function as claimed in claim 1, wherein the predetermined section of the infusion pipeline is embedded in the inner wall of the toilet seat, and the free end of the hose and the connecting end of the hose are exposed on the outside. The toilet structure with a large water saving function as described in claim 1, wherein the inner wall surface of the infusion pipeline is coated with a water-repellent layer. The toilet structure with a large water saving function as claimed in claim 1, wherein the container of the urinal container is in the shape of a bottom surface with a high front and a low back, and the connecting portion is arranged at a corner position of the container corresponding to the lower potential By.

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