WO2023184772A1

WO2023184772A1 - Waterfall-type washing hanging toilet

Info

Publication number: WO2023184772A1
Application number: PCT/CN2022/103914
Authority: WO
Inventors: 谢炜; 江移山; 邓瑞坚; 鲁展望; 占炳清
Original assignee: 箭牌家居集团股份有限公司
Priority date: 2022-03-28
Filing date: 2022-07-05
Publication date: 2023-10-05
Also published as: CN114703936A; CN114703936B

Abstract

Disclosed in the present invention is a waterfall-type washing hanging toilet, which comprises a seat ring panel and a container, wherein the container is provided with a toilet bowl, a sewage discharge channel and a flushing structure; the flushing structure comprises a water intake cavity formed in the rear end of the toilet bowl, and a first water guide channel and a second water guide channel, which are arranged along the periphery of the top of the toilet bowl; the first water guide channel is arranged at the rear end of the toilet bowl, and first water distribution holes are formed in the top surface of the first water guide channel; the second water guide channel is continuously disposed on two sides and the front end of the toilet bowl, a flushing hole is formed in the end face of one end of the second water guide channel, and second water distribution holes are formed in the top surface of the other end of the second water guide channel; the seat ring panel is provided with a water-guide check ring extending into the toilet bowl; the toilet bowl is provided with water baffles at both ends of the second water guide channel, and a preset distance is formed between the water baffles and the seat ring panel; and a water guide groove is formed between the water baffle close to the water flushing hole and the second water guide channel, and the water guide groove is located on the rear side of a sewage discharge port. The waterfall-type washing hanging toilet of the present invention can achieve a 360-degree waterfall-type washing effect without any washing residue; and dirt is less prone to being hidden in the flushing structure, thus achieving a good flushing effect.

Description

A kind of waterfall type washing and hanging toilet

Technical field

The invention relates to the field of sanitary ware, and in particular to a waterfall type washing and hanging toilet.

Background technique

The existing flushing methods of drop-down toilets are mostly pure water hole type and surrounding flushing type.

The pure water hole type water flow rushes out from the water distribution holes on the oblique concave surface of the inner wall of the seat ring. In order to increase the washing surface, many holes need to be installed in the entire circle of the seat ring; the surrounding hedge type water flow flows from the flushing holes on the left and right sides of the rear end of the seat ring and The cloth water hole in the middle is punched out, and the double water flow is used for washing. Compared with the pure cloth water hole type, it has fewer holes, but the front-end cleaning force is weak. Both methods have exposed water distribution holes and water channels, which are easy to hide dirt and evil people and practices, and have the disadvantage of scrubbing dead corners.

Contents of the invention

The technical problem to be solved by the present invention is to provide a waterfall-type washing and hanging toilet that can achieve a 360-degree waterfall-type washing effect, with no washing residue, and the flushing structure is not easy to harbor dirt and evil, and the washing effect is good.

In order to solve the above technical problems, the present invention provides a waterfall type washing and hanging toilet, which includes a seat panel and a bladder bag. The bladder bag is provided with a toilet, a sewage channel and a flushing structure. The toilet is connected to the toilet through a sewage outlet. The sewage discharge channels are connected;

The flushing structure includes a water inlet chamber located at the rear end of the toilet, and a first water conduit and a second water conduit provided along the top edge of the toilet. The first water conduit is provided at the top of the toilet. The rear end has a first water distribution hole connected to the water inlet chamber on its top surface; the second water conduit is continuously provided on both sides and the front end of the toilet, and the end surface of one end of the second water conduit is provided with There is a flushing hole communicated with the water inlet chamber, and the top surface of the other end is provided with a second water distribution hole communicated with the water inlet chamber;

The seat panel covers the first water conduit and the second water conduit, and is provided with a water conduit retaining ring extending into the toilet;

The toilet is provided with water baffles at both ends of the second water conduit, and the water baffles are provided with a preset distance from the seat panel;

A water guide channel is formed between the water retaining plate close to the flushing hole and the second water guide channel, and the guide channel is located at the side and rear of the sewage outlet.

As an improvement to the above solution, a partition is provided between the first water guide channel and the second water guide channel, and the water guide retaining ring is provided with a water retaining rib corresponding to the partition, and the water retaining rib is connected with the partition. The partition and the inner wall of the toilet are in contact.

As an improvement to the above solution, the second water conduit is provided with a downward slope from back to front.

As an improvement to the above solution, the flushing hole is provided on the end surface of one end of the second water conduit;

The toilet is provided with a spiral scrubbing surface, which is arranged around the sewage outlet and eventually falls into the sewage outlet;

The top-down direction of rotation of the spiral scrubbing surface is the same as the extension direction of the second water conduit from the flushing hole around the toilet.

As an improvement to the above solution, the rear wall of the toilet includes an arcuate segment and a sloped segment arranged sequentially from top to bottom, and the position where the arcuate segment and the sloped segment meet form a first bulge that protrudes outward. ;

The first raised portion partially overlaps the outer edge of the spiral scrubbing surface.

As an improvement to the above solution, the sewage discharge channel includes a sewage inlet section, a buffer section and a flushing section arranged sequentially along the sewage discharge direction;

The rear wall surface and the front wall surface of the dirt inlet section are both tilted forward and downward, the rear wall surface of the dirt inlet section is connected to the slope section, and the drop point of the rear wall surface of the dirt inlet section is in contact with the water cover. The distance is no more than 40mm.

As an improvement to the above solution, a second protruding portion protruding outward is formed at a position where the front wall surface of the toilet and the front wall surface of the dirt inlet section meet, and the second protruding portion is connected to the spiral scrubbing surface. The inner edges partially overlap.

As an improvement to the above solution, the first raised portion is located above the second raised portion, and the outer edge of the spiral scrubbing surface, the first raised portion, the second raised portion, and the spiral The inner edges of the scrubbing surface are connected in sequence to form a smooth and continuous spiral profile.

As an improvement to the above solution, the inner wall of the buffer section is smoothly arranged, and the buffer section located directly below the rear wall of the dirt inlet section has a slope of 0 to 30° in which the axis of the buffer section rises rearward.

As an improvement to the above solution, it also includes a shell, the seat panel, the bladder bag and the shell are respectively molded by high-pressure grouting, and the water distribution hole, the flushing hole and the water conduit are all formed under high-pressure Formed on the bladder during the grouting molding process;

The bladder bag and the outer shell are respectively bonded to the seat panel.

Implementing the present invention has the following beneficial effects:

The present invention uses a flushing method that combines flushing holes and water distribution holes. Three streams of water flow are sprayed from the flushing hole, two streams of water flow are sprayed from the second water distribution hole, and two streams of water are sprayed from the first water distribution hole. The water flow achieves a 360-degree waterfall scrubbing effect under the diversion effect of the water guide retaining ring, achieving all-round flushing of the toilet, ensuring no residue during scrubbing and good flushing uniformity;

The first water distribution hole located on the top surface of the first water guide channel guides the water into the toilet through the water guide retaining ring; the flushing hole located at one end of the second water guide channel is located on the water retaining plate. Under the guidance, the sprayed water flows into the toilet in three streams, one of which rushes out from the top of the water retaining plate and flows into the toilet under the diversion effect of the water guide retaining ring; a small part of the other two streams of water flows through the water guide channel. Most of the water flows from the long arc-shaped second water conduit above the water conduit into the toilet; the second water distribution hole located at the other end of the second water conduit, the water sprayed from it divides into two streams and flows into the toilet, one of which It rushes out from the water retaining plate and flows into the toilet under the guiding effect of the water guide retaining ring. The other stream flows into the toilet along the second water guide channel on this side; the second water replenishing hole cooperates with the water retaining plate and the water guide retaining ring. , so that the second water conduit can conduct water throughout the entire path to achieve washing without dead corners;

The water flow sprayed from the water guide channel guides the water flow from the second water guide channel into the toilet to accelerate to form a vortex scrubbing, which enhances the swirling energy and improves the flushing effect;

The water conduit, flushing hole, and water distribution hole are all covered by the water conduit retaining ring extending into the toilet, which avoids the defect of exposed holes and water channels that easily harbor dirt and evil;

The direction of rotation of the spiral scrubbing surface is the same as the extension direction of the second water conduit from the flushing hole around the toilet. The water flow sprayed from the flushing hole and the spiral scrubbing surface will guide other water flows to form a vortex for scrubbing, which enhances the momentum of the water flow and uses the vortex. The kinetic energy of flushing increases flushing intensity, improves flushing effect, and at the same time avoids the problem of water flow directly colliding with the sewage outlet and causing splashing water when flushing in the existing technology;

The second water conduit and the water conduit groove form a stepped structure to guide water. The conduit groove helps guide the water flow from the second water conduit channel into the toilet to accelerate to form a vortex scrubbing, which further enhances the swirling energy and improves the flushing strength and flushing effect;

The rear wall of the toilet is set in two sections. The upper arc section can effectively slow down the water flow and further collide with the swirling water flow to generate splashing water. The inclined section cooperates with the sewage inlet section that is tilted forward and downward in the sewage channel to achieve rapid flow. Sewage discharge to achieve rapid sewage discharge and avoid splashing water;

The buffer section of the sewage channel is a smooth structure with a gentle slope. On the one hand, it can reduce the overall height of the toilet, making it easier to clean the lower space of the toilet after installation. On the other hand, it enlarges the water trap, improves the sewage discharge capacity, and facilitates cleaning. Complete discharge of dirt;

The first raised portion is formed at the connection between the two sections of the rear wall of the toilet, the second raised portion is formed at the connection between the front wall of the toilet and the front wall of the sewage inlet of the sewage channel, and the outer edge of the spiral scrubbing surface, the first raised portion, and the third raised portion are The two raised parts and the inner edge of the spiral washing surface are connected in sequence to form a smooth and continuous spiral profile, making the entire spiral flushing process smooth and smooth, and the sewage discharge is rapid and thorough.

Description of drawings

Figure 1 is a schematic three-dimensional structural diagram of an embodiment of the waterfall type toilet bowl according to the present invention;

Figure 2 is a top view of Figure 1;

Figure 3 is a schematic structural diagram of the A-A cross-section in Figure 2;

Figure 4 is a top view of the bile bag;

Figure 5 is a schematic structural diagram of the B-B cross-section in Figure 4;

Figure 6 is a schematic structural diagram of the C-C cross-section in Figure 4;

Figure 7 is a schematic diagram of the seat panel of Figure 2 after being detached;

Figure 8 is a schematic diagram of the D-D cross-sectional structure of Figure 7;

Figure 9 is a schematic three-dimensional structural diagram of the seat panel;

Figure 10 is a schematic three-dimensional structural diagram of the housing.

Detailed ways

In order to make the purpose, technical solutions and advantages of the present invention clearer, the present invention will be described in further detail below with reference to the accompanying drawings.

As shown in FIG. 1 , the present invention discloses an embodiment of a waterfall-type scrubber toilet, which includes a seat panel 1 and a bladder bag 2 . The seat panel 1 is located on the top of the bladder bag 2 .

With reference to Figures 2 and 3, the bladder 2 is provided with a toilet 21, a sewage channel 22 and a flushing structure. With reference to Figure 4, the flushing structure includes a water inlet chamber 23 provided at the rear end of the toilet 21, and a water conduit provided along the top edge of the toilet 21. The top surface of the water conduit is provided with the said water conduit. A water distribution hole communicates with the water inlet chamber 23. One end of the water conduit is provided with a flushing hole 24 that communicates with the water inlet chamber 23.

The water conduit specifically includes a first water conduit 25 located at the rear end of the toilet 21, and a second water conduit 26 continuously provided at both sides and the front end of the toilet 21. The first water conduit 25 and the second water conduit are There are partitions 27 between the water channels 26 . The first water conduit 25 , the second water conduit 26 and the partition 27 disposed therebetween form a closed loop surrounding the top edge of the toilet 21 .

Among them, the top surface of the first water conduit 25 is provided with a plurality of first water distribution holes 28 connected with the water inlet chamber 23 , and one end of the second water conduit 26 is provided with a plurality of first water distribution holes 28 connected with the water inlet chamber 23 . The other end of the communicating flushing hole 24 is provided with a second water distribution hole 29 communicating with the water inlet chamber 23 on the top surface. The toilet 21 is respectively provided with a first water baffle 261 and a second water baffle 262 at both ends of the second water guide channel 26. The first water baffle 261 is disposed close to the flushing hole 24, and the second water guide plate 261 is disposed close to the flushing hole 24. The plate is arranged close to the second water distribution hole 29. The first water blocking plate 261 and the second water blocking plate 262 are both extended upward from the inner wall of the toilet 21. The first water blocking plate 261 and the second water blocking plate 262 extend upward from the inner wall of the toilet 21. The plate 262 and the seat panel 1 are both provided with a preset distance.

The seat panel 1 is provided with a water guide retaining ring 11 that extends into the toilet 21 and covers the water guide channel. The water guide channel, the flushing hole 24, and the water distribution hole are all covered by the water guide retaining ring 11 extending into the toilet 21, thereby avoiding the defect that the holes and water channels are exposed and easily harbor dirt.

Under the guidance of the second water blocking plate 262 and the second water guide channel 26, part of the water sprayed from the second water distribution hole 29 will flow along the second water guide channel 26 and at the same time flow to the inner wall of the toilet 21, which can avoid flushing. There is a problem of insufficient washing water ejected from the hole 24 and flowing there along the second water conduit 26 .

The toilet 21 communicates with the sewage channel 22 through the sewage outlet 212 . In this embodiment, a water guide channel 263 is formed between the first water blocking plate 261 and the second water guide channel 26 close to the flushing hole 24. The water guide channel 263 is located at the side and rear of the sewage outlet 212. The end of 263 is connected with the toilet 21. The second water conduit 26 and the water conduit groove 263 form a stepped structure to conduct water. The water guide path of the water guide channel 263 is short, and it can help guide the water flow from the second water guide channel 26 into the toilet 21 to accelerate to form a vortex for scrubbing, thereby enhancing the swirling energy and improving the flushing effect.

The aperture of the flushing hole 24 is larger than the aperture of the first water distribution hole 28 , and the aperture of the first water distribution hole 28 is larger than the aperture of the second water distribution hole 29 .

As a result, the flow rate of water sprayed from the flushing hole 24 is maximum, and the water flows into the toilet 21 in three streams. One of them rushes out from the top of the first water baffle 261, that is, the gap between the first water baffle 261 and the seat panel 1, and flows into the toilet 21 under the diversion effect of the water guide ring 11 to compensate for the sewage discharge. The problem of insufficient washing water behind one side of the mouth 212; for the other two streams of water, a small part flows out through the water conduit 263, and most of the water flows into the toilet 21 from the long arc-shaped second water conduit 26 above the water conduit 263.

The water flow ejected from the second water distribution hole 29 located on the other side of the toilet 21 is divided into two streams and flows into the toilet 21 . One of them rushes out from the top of the second water baffle 262, that is, the gap between the second water baffle 262 and the seat panel 1, and flows into the toilet 21 under the diversion effect of the water guide ring 11 to compensate for the sewage discharge. The problem of insufficient washing water behind the other side of the mouth 212; another flow flows into the toilet 21 along the second water conduit 26 on this side to replenish the washing water on the surface of the toilet 21 on this side to avoid spraying out from the flushing hole 24. The problem of insufficient washing water flowing here along the second water conduit 26.

With reference to Figures 5 and 6, the second water conduit 26 of this embodiment is tilted forward and downward to reduce water conservancy losses caused by the water flowing toward the front end along the second water conduit 26, ensuring that the toilet 21 can be effectively washed. Front wall.

In addition, the water flow ejected from the first water distribution hole 28 located at the rear end of the toilet bowl 21 guides the water into the toilet bowl 21 through the water guide retaining ring 11 .

Therefore, the three streams of water flow formed by the flushing hole 24 , the two streams of water flow formed by the second water distribution hole 29 , and the water flow formed by the first water distribution hole 28 are formed on the water guide retaining ring 11 . Under the action of diversion, a 360-degree waterfall washing effect is achieved, realizing all-round washing of the toilet 21, ensuring no residue during washing and good washing uniformity.

The water jetted from the water conduit 263 guides the water flowing into the toilet 21 from the second water conduit 26 to accelerate to form a vortex scrubbing, further enhancing the swirling energy, strong flushing force, and obvious anti-splash effect.

In this embodiment, it is preferred that the toilet 21 is provided with a spiral washing surface 211. The spiral washing surface 211 is arranged around the sewage outlet 212 and finally falls into the sewage outlet 212. The spiral washing surface 211 moves from top to bottom. The direction of rotation is the same as the extending direction of the water conduit from the flushing hole 24 around the toilet 21 . The water flow sprayed from the flushing hole 24 and the spiral washing surface 211 will guide other water flows to form vortex washing, enhance the momentum of the water flow, use the kinetic energy of the swirling flushing to increase the flushing intensity, improve the flushing effect, and at the same time avoid the flow of water during flushing in the prior art. The direct collision at the sewage outlet 212 causes the problem of splashing water.

In order to facilitate the dirt falling into the sewage channel 22 with the rotation, the orthogonal projection width of the spiral washing surface 211 in this embodiment gradually decreases from top to bottom.

7 and 8 , in this embodiment, the rear wall of the toilet 21 adopts a two-section type, specifically the upper part is a curved surface section 213 and the lower part is an inclined surface section 214. The connecting position of the arc segment 213 and the inclined segment 214 forms a first raised portion 215 protruding toward the toilet 21; the first raised portion 215 and the outer edge portion 211c of the spiral washing surface 211 coincide.

The slope of the curved section 213 changes more gently than that of the inclined section 214, which can effectively slow down the water flow and avoid splashing due to collision between the excessive momentum and the swirling water flow. However, the unit height difference of the inclined section 214 is larger (the difference between the inclined section 214 and the vertical direction The included angle is preferably less than 40°) to facilitate rapid drainage.

The sewage discharge channel 22 includes a sewage inlet section 221, a buffer section 222 and a flushing section 223 which are arranged sequentially along the sewage discharge direction.

The dirt inlet rear wall surface a and the dirt inlet front wall surface b of the dirt inlet section 221 are both inclined forward and downward. The dirt inlet rear wall a of the dirt inlet section 221 is connected to the inclined surface section 214, and the dirt inlet section 221 is connected to the inclined surface section 214, and the dirt inlet front wall surface b is tilted forward and downward. The distance between the drop point a on the rear wall of the dirt section 221 and the water cover is not greater than 40mm.

It should be noted that the defecation point in this embodiment is located in the middle of the rear wall a after the dirt enters. With the help of the human body positioning seat ring, the anus of the human body can be positioned directly above the defecation point, so that the dirt can fall to the vicinity of the defecation point. , the water depth at the point of defecation should not be greater than 40mm, which can avoid splashing and infection during defecation.

The rear wall a of the waste inlet section 221 is designed as an inclined plane, and the front wall b of the waste inlet section 221 is tilted forward and downward, which cooperates with the rear wall a of the waste inlet to produce a slope effect, which can help discharge waste; Among them, the angle between the rear wall surface a of the dirt inlet section 221 and the vertical direction is greater than the angle between the front wall surface b of the dirt inlet section 221 and the vertical direction, which can expand the water sealing area and help improve the anti-odor performance.

Referring to Figure 9, the water-conducting retaining ring 11 of this embodiment is preferably provided with a water-retaining rib 111 corresponding to the partition 27. The water-retaining rib 111 is in contact with the partition 27 and the inner wall of the toilet 21. The water flow flushed out from the first water distribution hole 28 is concentrated to reduce dispersion, thereby providing a strong power for sewage discharge on the rear wall of the toilet 21 and the sewage rear wall a of the sewage inlet section 221, and increasing the intensity of direct flushing.

In this embodiment, a second raised portion 216 protruding outward is formed at a position where the front wall surface of the toilet 21 and the front wall surface b of the dirty inlet section 221 are connected. The second raised portion 216 is in contact with the spiral scrubber. The inner edges 211d of the surfaces 211 partially overlap.

It should be noted that the inner edge 211d of the spiral washing surface 211 refers to the side edge of the spiral washing surface 211 close to the sewage outlet 212, and the outer edge 211c of the spiral washing surface 211 refers to the side edge of the spiral washing surface 211 away from the sewage outlet 212. The side edge on one side of the sewage outlet 212.

Wherein, the first raised portion 215 is located above the second raised portion 216, and the outer edge portion 211c of the spiral scrubbing surface 211, the first raised portion 215, the second raised portion 216, and all The inner edge portions 211d of the spiral washing surface 211 are connected in sequence to form a smooth and continuous spiral profile e.

Therefore, even if the water flow sprayed from the first water distribution hole 28 at the rear end of the toilet 21, in addition to part of the water flowing directly from the arc section 213 of the rear wall of the toilet 21 into the slope section 214, part of the water will also flow through the toilet 21 The front wall surface and the spiral scrubbing surface 211 realize vortex scrubbing, further enhancing the swirling sewage discharge capability.

Similarly, in addition to part of the water flow sprayed from the second water distribution hole 29 flowing directly from the toilet 21 below the second water conduit 26 into the swirling brush surface, part of the water will also flow through the rear wall of the toilet 21, The front wall surface of the toilet 21 enters the rotating flushing surface. This part of the flushing water sweeps a very wide surface of the toilet 21, which can help flush the toilet 21 comprehensively.

Therefore, each flow of water flowing into the toilet 21 will have at least part of the washing water washed counterclockwise or clockwise along the spiral profile e. The rotational energy along the spiral profile e gradually increases and enters the dirt inlet section 221 Finally, the height difference of the sewage inlet section 221 is used to accelerate the discharge. There will be no water splashing during the sewage discharge process, and the flushing and sewage discharge effects are very outstanding.

In this embodiment, the inner wall of the buffer section 222 of the sewage channel 22 is smoothly arranged, and the buffer section 222 located directly below the rear wall of the sewage inlet section 221 has a gradient of 0 to 30° in which the axis of the buffer section 222 rises rearward.

The buffer section 222 located directly below the rear wall of the waste inlet section 221 is designed as a smooth structure with a small slope, enlarging the water trap, improving the waste discharge capacity, facilitating the complete discharge of waste, and easing the buffering of existing technologies. Section 222 has the shortcomings of short path, steep inner wall, and small trap, which reduces the formation of dirt.

Due to the prominent flushing structure design of this embodiment and the gentle slope of the buffer section 222, the overall height of the toilet in this embodiment can be controlled at 320 mm to 340 mm, compared with the overall height of the existing flush-down toilet (which is about 360 mm) Even smaller, the toilet bowl of this embodiment is 80 to 100 mm away from the ground after installation, making it easy to clean.

The toilet bowl of this embodiment also includes a shell 3. The seat panel 1, the bladder 2 and the shell 3 are preferably formed by high-pressure grouting respectively. The bladder 2 and the shell 3 are respectively connected with the seat panel 1. bonding.

Therefore, the water distribution holes, flushing holes 24 and water conduits can be directly self-molded on the bladder 2 by the mold during the high-pressure grouting molding process, thereby reducing the impact of low manual hole opening accuracy and reducing labor costs for employees. Operational difficulty.

In order to facilitate the bonding of the seat panel 1 with the bladder 2 and the shell 3, the seat panel 1 of this embodiment is provided with an adhesive positioning portion 12 behind the water guide retaining ring 11. The side walls of the outer periphery of the adhesive positioning portion 12 are It is in contact with the bladder 2 and the outer shell 3 .

In addition, with reference to Figure 10, the top surface of the housing 3 is also provided with a positioning groove 31, and the seat panel 1 is provided with a positioning protrusion 13 corresponding to the positioning groove, which not only has a positioning effect, but also can help Increase the bonding area and improve the firmness of the connection.

In this embodiment, there is a preset distance between the end of the flushing section 223 of the bag 2 and the shell 3, which is about 5 to 10 mm. On the one hand, it reduces the bonding process and avoids the risk of cracking of the sewage channel 22 and the shell 3. At the same time, it shortens the 22 sewage channels, effectively saving water.

The above is the preferred embodiment of the present invention. It should be pointed out that for those of ordinary skill in the art, several improvements and modifications can be made without departing from the principles of the present invention. These improvements and modifications are also regarded as It is the protection scope of the present invention.

Claims

A waterfall type washing and hanging toilet, characterized in that it includes a seat panel and a bladder bag, the bladder bag is provided with a toilet, a sewage channel and a flushing structure, and the toilet is connected to the sewage channel through a sewage outlet;

The flushing structure includes a water inlet chamber located at the rear end of the toilet, and a first water conduit and a second water conduit provided along the top edge of the toilet. The first water conduit is provided at the top of the toilet. The rear end has a first water distribution hole connected to the water inlet chamber on its top surface; the second water conduit is continuously provided on both sides and the front end of the toilet, and the end surface of one end of the second water conduit is provided with There is a flushing hole communicated with the water inlet chamber, and the top surface of the other end is provided with a second water distribution hole communicated with the water inlet chamber;

The seat panel covers the first water conduit and the second water conduit, and is provided with a water conduit retaining ring extending into the toilet;

The toilet is provided with water baffles at both ends of the second water conduit, and the water baffles are provided with a preset distance from the seat panel;

A water guide channel is formed between the water retaining plate close to the flushing hole and the second water guide channel, and the guide channel is located at the side and rear of the sewage outlet.
The waterfall type washing and hanging toilet according to claim 1, characterized in that a partition is provided between the first water guide channel and the second water guide channel, and the water guide retaining ring is provided with a water retaining ring corresponding to the partition. Ribs, the water retaining ribs are in contact with the partition and the inner wall of the toilet.
The waterfall-type scrubber toilet according to claim 1 or 2, characterized in that the second water conduit is provided with an inclination downward from back to front.
The waterfall type washing and hanging toilet according to claim 3, wherein the toilet is provided with a spiral washing surface, and the spiral washing surface is arranged around the sewage outlet and finally falls into the sewage outlet;

The top-down direction of rotation of the spiral scrubbing surface is the same as the extension direction of the second water conduit from the flushing hole around the toilet.
The waterfall type washing and hanging toilet according to claim 4, characterized in that the rear wall of the toilet includes an arc segment and a slope segment arranged in sequence from top to bottom, and the position where the arc segment and the slope segment meet forming a first bulge that protrudes outward;

The first raised portion partially overlaps the outer edge of the spiral scrubbing surface.
The waterfall type washing and hanging toilet according to claim 5, characterized in that the sewage discharge channel includes a sewage inlet section, a buffer section and a flushing section arranged in sequence along the sewage discharge direction;

The rear wall surface and the front wall surface of the dirt inlet section are both tilted forward and downward, the rear wall surface of the dirt inlet section is connected to the slope section, and the drop point of the rear wall surface of the dirt inlet section is in contact with the water cover. The distance is no more than 40mm.
The waterfall type scrubber toilet according to claim 6, characterized in that a second bulge protruding outward is formed at a position where the front wall of the toilet and the front wall of the dirt inlet section meet, and the second raised portion protrudes outward. The two ridges partially overlap with the inner edge of the spiral scrubbing surface.
The waterfall type scrubber toilet according to claim 7, wherein the first raised portion is located above the second raised portion, and the outer edge of the spiral scrubbing surface, the first raised portion, and the The second raised portion and the inner edge of the spiral scrubbing surface are connected in sequence to form a smooth and continuous spiral profile.
The waterfall type washing and hanging toilet according to claim 6, characterized in that the inner wall of the buffer section is smoothly arranged, and the buffer section located directly below the rear wall of the dirt inlet section has a slope of 0~ 30°.
The waterfall type washing and hanging toilet according to claim 1, further comprising a shell, the seat panel, the bladder bag and the shell are respectively formed by high-pressure grouting, and the water distribution holes, the flushing toilet are formed by high pressure grouting. The water holes and the water conduit are formed on the bladder bag during the high-pressure grouting molding process;

The bladder bag and the outer shell are respectively bonded to the seat panel.