CN113898044A

CN113898044A - Toilet structure with large water-saving function

Info

Publication number: CN113898044A
Application number: CN202010574094.9A
Authority: CN
Inventors: 萧玮; 萧蓉
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-06-22
Filing date: 2020-06-22
Publication date: 2022-01-07

Abstract

The invention provides a closestool structure with a large-scale water-saving function, which can ensure that the flushing volume of a closestool only needs 300-500 mg when urine is discharged, changes the mode that the existing closestool needs to consume 3000-6000 ml of water in a water tank to flush the urine when urinating so as to achieve the purposes of saving water and saving electricity, does not need to replace, add or change the originally embedded pipeline when being installed and arranged, and can replace a closestool cover to be used as a covering function, thereby achieving the practicability of green energy, environmental protection and water saving.

Description

Toilet structure with large water-saving function

Technical Field

The invention relates to a closestool structure with a large water-saving function, in particular to an innovative structural design which only needs 300-500 mg of flushing water when urinating, changes the mode that the existing closestool needs to consume 3000-6000 ml of water in a water tank to flush urine when urinating so as to achieve the purposes of saving water and saving electricity, does not need to replace, add or change an original embedded pipeline when being installed and arranged, and can replace a closestool cover to be used as a covering function, thereby achieving the practical and progressive effects of green energy, environmental protection and water saving.

Background

As shown in fig. 13, the conventional toilet seat E has a water collecting tank E1 inside, the capacity of the water collecting tank E1 is about 1.5 liters, however, it is not easy to wash out 1.5 liters of dirty water "mixed urine and water", and since a small amount of "residual urine" is generated, more than 3 liters of water is required to wash out the "mixed urine and water" dirty water, which results in a large waste of water resources. The water volume of the new water tank is about 4-6 liters, the water volume of the old water tank is about 10-12 liters, and normal people need to go to toilets for about 7-8 times (about 2 times of defecating and 6 times of urinating) a day, and the water supply mode of the common gathering type residence and office building is to pump water to a top floor by a water pump and then to pump the water to each resident in a pipe distribution mode for use. In the water supply process, electric quantity is needed, the number of times of urination is large, and if the design and the flushing water quantity of the existing closestool are used, the large waste of resources such as water, electricity and the like is easily caused. Accordingly, the conventional toilet structure is extremely undesirable when used for urine flushing.

In view of the above, the present inventors have developed an optimal practical product based on many years of manufacturing experience.

Disclosure of Invention

The invention mainly aims to provide a closestool structure with a great water-saving function; the problem to be solved is to improve and break through the requirement of using excessive water for urine flushing.

In order to achieve the purpose, the invention adopts the technical scheme that:

a toilet structure with a large water-saving function is characterized by comprising:

a toilet seat, which is provided with a water tank, a toilet seat space is formed inside the toilet seat, an inner wall is formed inside the toilet seat space, the inner wall is communicated with a flushing channel communicated with the water tank and an output bend communicated with the toilet seat space, wherein the output bend is provided with a conveying inlet and an output port;

the transfusion pipeline is arranged at a preset position of the toilet seat and is provided with a hose connecting end and a hose free end, wherein the hose connecting end is arranged at the preset position of the toilet seat space of the toilet seat, and the hose free end is arranged at the output port of the toilet seat;

a toilet seat cushion arranged at the top of the toilet, wherein a urine container is arranged at the center of the toilet seat cushion, a containing groove is formed by the inner concave part of the urine container, a connecting part is arranged at the bottom end of the containing groove and is communicated with the hose connecting end of the infusion pipeline, a flushing device is arranged at the periphery of the urine container close to the top edge, the flushing device comprises a first flushing part and a second flushing part which are respectively arranged at opposite positions in the urine container close to the periphery of the top edge, and a connecting pipe is connected between the first flushing part and the second flushing part;

a pivot unit, which is arranged at the relative position of the urine container and the toilet seat, wherein the pivot unit comprises a longitudinal pivot shaft arranged at the preset position of the toilet seat and two transverse pivot shafts arranged at the longitudinal pivot shaft by transverse shafts, the urine container is provided with two pivot seats corresponding to the two transverse pivot shafts, wherein the two pivot seats are respectively provided with a pivot hole, and the two pivot holes are arranged at the two transverse pivot shafts by corresponding to the pivot 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 with a guide pipe from the water tank, one end side of the longitudinal pivot shaft is provided with a leading-out end communicated with the guide pipe, and the leading-out end is connected with the first flushing part of the flushing device; the sensing device comprises a sensor arranged at the upper end of the water tank and a control element electronically coupled with the sensor, the control element and the sensor are connected by an electronic circuit, the sensing device also comprises a water inlet end and a water outlet end, and the water outlet end is connected with the guide pipe.

The preset section of the transfusion 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 to the outside.

The inner wall surface of the infusion pipeline is coated with a layer of anti-splashing water layer.

The containing groove of the urine container is in a bottom shape with a high front part and a low back part, and the connecting part is arranged at the corner position of the containing groove corresponding to the lower potential.

By adopting the innovative and unique design, the invention can ensure that only 300-500 mg of water is needed for flushing when human urine is excreted, and changes the condition that 3000-6000 ml of water is needed for flushing urine in the conventional closestool so as to achieve the purposes of saving water and electricity. The invention does not need to replace, add or change the originally embedded pipeline when in installation, and the urine container can also replace the toilet lid to be used as a covering function, thereby achieving the practicability of green energy, environmental protection and water saving.

Drawings

Fig. 1 is a perspective partial sectional view of a toilet bowl structure having a large water saving function according to the present invention.

Fig. 2 is a partially enlarged schematic view of fig. 1.

Fig. 3 is a partially enlarged view of the pivot unit of the toilet bowl structure having a large water saving function according to the present invention.

Fig. 4 is an exploded perspective view of the pivot unit of the toilet bowl structure having a large water saving function according to the present invention.

FIG. 5 is a schematic view of a sectional view of a toilet bowl with a water saving function.

FIG. 6 is a sectional view of a second embodiment of the toilet with a water saving function.

Fig. 7 is a third sectional view of the toilet structure with a large water saving function according to the present invention.

Fig. 8 is a cross-sectional view of a toilet structure with a large water saving function according to the present invention.

FIG. 9 is a first piping diagram of the infusion pipeline of the toilet structure of the present invention with a substantial water saving function.

FIG. 10 is a second piping diagram of the infusion pipeline of the toilet structure of the present invention with a substantial water saving function.

FIG. 11 is a third piping diagram of the infusion pipeline of the toilet structure of the present invention with a substantial water saving function.

Fig. 12 is a cross-sectional view of another embodiment of the present invention.

Fig. 13 is a structural view of a conventional toilet bowl.

Description of reference numerals: the present invention is in part an E-toilet seat; e1-water collection tank; [ part of the present invention ] 1-toilet seat; 2-barrel seat space; 3-inner wall; 4-output bend; 5-an output port; 6-flushing a water channel; 7-a delivery inlet; 8-slope curve; 9-straight downward bend; 10-a transfusion pipeline; 101-splashing prevention water layer; 13-free end of hose; 14-hose connection end; a-toilet seat pad; b-a urine container; b1-containing groove; b2-connection; c-a sensing device; c1-sensor; c2-electronic circuitry; c3-control element; c4-water inlet end; c5-water outlet end; d-a flushing device; d1-connection hole; d2-a guide tube; d3-leading-out end; d4-first flushing part; d5-connecting tube; d6-a second flushing part; k-pivot unit; k1-pivot seat; k2-pivot hole; k3-longitudinal pivot axis; k4-transverse pivot axis; w-a water tank; v1-urine; v2-clean water.

Detailed Description

To further clarify the present invention, a preferred embodiment is described in connection with the following drawings: referring to fig. 1 to 12, the toilet bowl structure with a large water saving function of the present invention includes:

a toilet seat 1 provided with a water tank W, a toilet seat space 2 formed inside the toilet seat 1, an inner wall 3 formed inside the toilet seat space 2, a flushing channel 6 communicated with the water tank W and an output bend 4 communicated with the toilet seat space 2, wherein the output bend 4 is provided with a conveying inlet 7 and an output port 5;

an infusion pipeline 10 for carrying and transporting urine V1, the infusion pipeline 10 is disposed 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 disposed at a predetermined position of the toilet seat space 2 of the toilet seat 1, and the hose free end 13 is disposed at the outlet 5 of the toilet seat 1;

then, a toilet seat a is disposed on the top of the toilet seat 1, a urine container B is disposed in the center of the toilet seat a, the urine container B is recessed to form a containing groove B1 with a front higher part and a rear lower part, a connecting portion B2 is disposed at the bottom end of the containing groove B1 corresponding to a lower corner, 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 arranged at the periphery of the urine container B close to the top edge, and the flushing device D comprises a first flushing part D4 and a second flushing part D6 which are respectively arranged at opposite positions of the urine container B close to the periphery of the top edge. Wherein a connecting pipe D5 is connected between the first flushing part D4 and the second flushing part D6; the relative position of the urine container B and the toilet seat a is provided with a pivot unit K, wherein the pivot unit K includes a longitudinal pivot shaft K3 disposed at a predetermined position of the toilet seat a, and two transverse pivot shafts K4 disposed at the longitudinal pivot shaft K3, each pivot shaft end is provided with a stop edge to prevent falling and separating (not shown), and the urine container B is provided with two pivot bases K1 corresponding to the two transverse pivot shafts K4, wherein the two pivot bases K1 are respectively provided with a pivot hole K2, so that the two pivot holes K2 are pivotally disposed at the two transverse pivot shafts K4 corresponding to the two transverse pivot shafts 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 with a guide tube D2 from the water tank W, one end side of the longitudinal pivot shaft K3 is provided with a leading-out end D3 communicated with the guide tube D2, and the leading-out end D3 is connected with the first flushing part D4 of the flushing device D; and a sensing device C for controlling the flushing device D to open and close is arranged at a proper position on the outer edge of the water tank W, the sensing device C comprises a sensor C1 arranged at the upper end position of the water tank W and a control element C3 electrically coupled with the sensor C1, the control element C3 and the sensor C1 are connected through an electronic circuit C2, the sensing device C also comprises a water inlet end C4 and a water outlet end C5, and the water outlet end C5 is connected with the guide pipe D2.

Furthermore, a predetermined section of the infusion tube 10 is embedded inside the inner wall 3 of the toilet seat 1, and the free end 13 and the connection end 14 of the tube are exposed to the outside. Wherein a slope curve 8 and a straight down curve 9 are further included between the delivery inlet 7 and the delivery outlet 5 of the output curve 4 of the toilet seat 1, the fluid delivery pipeline 10 is embedded in the inner wall 3 and extends along the slope curve 8 and the straight down curve 9, and the free end 13 of the hose is exposed outside at the position close to the delivery outlet 5.

Referring to fig. 5, the urine container B is disposed on the toilet seat a, which is a mode used by female users when urinating.

Referring to fig. 6 to 8, when the use mode is to be changed to the use mode of the male user, the urine container B can be opened at 90 degrees by the transverse pivot K4 of the pivot unit K corresponding to the pivot hole K2 of the pivot seat K1, then turned by 180 degrees by the longitudinal pivot K3, and finally placed in an inclined manner, so as to facilitate the use of the male user for urination; in addition, the urine container B can also be used as a cover for replacing a toilet lid.

Referring to fig. 9 to 11, no matter whether a male or female user urinates, urine V1 is discharged into the urine receptacle B and is discharged into the hose connection end 14 of the fluid conduit 10, and urine V1 is discharged out of the output port 5 of the toilet seat 1 through the free end 13 of the hose, after the urination is completed, the water tank W is activated by the sensor C1, so that clean water V2 enters the water outlet C5, the guide tube D2 and the guide end D3, and clean water V2 is flushed back and forth towards the urine V1 of the urine receptacle B from the first flush water portion D4 and the second flush water portion D6, and then the clean water V1 flushed by the clean water V2 flows to the connection portion B2 at the lower corner position through the front-back low containing groove B1, then enters the fluid conduit 10 and is discharged to the free end 13, and finally the clean water V2 and the flushed urine V1 are discharged to the output port 5 together, and after the aforementioned action is completed, a portion of the clean water V2 stays in the front end of the curve 8 at the inner wall 3 to achieve the inner insulator and deodorization of the fluid line 10.

Referring to fig. 12, another embodiment of the present invention is shown, wherein a water-proof layer 101 is coated on the surface of the inner wall 3 of the infusion pipeline 10, so that the urine V1 is not easily attached to the surface of the inner wall 3 pipeline in long-term use.

Therefore, the invention can ensure that the water discharge amount of human urine V1 is only 300-500 mg, and change the mode that the existing urinal water tank W needs to clean urine with large water volume of 3000-6000 ml, thereby achieving the purposes of water saving and electricity saving. The invention does not need to replace, add or change the originally embedded pipeline when in installation, and the urine container B can also replace the toilet lid to be used as a covering function, thereby achieving the practical improvement of green energy, environmental protection and water saving.

The foregoing description is intended to be illustrative rather than limiting, and it will be appreciated by those skilled in the art that many modifications, variations or equivalents may be made without departing from the spirit and scope of the invention as defined in the appended claims.

Claims

1. A toilet structure with a large water-saving function is characterized by comprising:

2. The toilet structure with substantially water saving function according to claim 1, wherein: the preset section of the transfusion 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 to the outside.

3. The toilet structure with substantially water saving function according to claim 1, wherein: the inner wall surface of the infusion pipeline is coated with a layer of anti-splashing water layer.

4. The toilet structure with substantially water saving function according to claim 1, wherein: the containing groove of the urine container is in a bottom shape with a high front part and a low back part, and the connecting part is arranged at the corner position of the containing groove corresponding to the lower potential.