WO2022114804A1

WO2022114804A1 - Super water-saving toilet bowl for wall piping

Info

Publication number: WO2022114804A1
Application number: PCT/KR2021/017476
Authority: WO
Inventors: 김정헌
Original assignee: 김정헌
Priority date: 2020-11-25
Filing date: 2021-11-25
Publication date: 2022-06-02
Also published as: KR102291165B1

Abstract

The present invention relates to a super water-saving toilet bowl for wall piping, which is capable of using a very small amount of water and can be easily installed and maintained, the toilet bowl comprising: a toilet body having a water tank which is formed on the rear upper side, stores cleaning water and has a partition, a water storage portion which is formed on the front side, is connected to the water tank to discharge cleaning water and has a seat portion provided on the upper portion thereof so that a user can seat thereon, and a discharge space which is formed on the rear lower side, is connected to the water storage portion to discharge contaminant containing excrement mixed with the cleaning water, and in which a cylinder trap for preventing bad odor and backflow is installed; and a lever unit which is installed to cross the upper end of the water tank in the lengthwise direction, has one side to which a cleaning water discharge lever is coupled and rotated, and is connected to a cleaning water discharge damper that opens/closes a connection port of the water tank and the water storage portion and to a contaminant discharge damper that opens/closes an inlet port of the cylinder trap connected to the water storage portion, so as to simultaneously open/close the cleaning water discharge damper and the contaminant discharge damper when rotating, wherein the cylinder trap has a discharge port formed in the other side of the inlet port and is connected to the wall piping embedded in the wall, and thus, can rapidly and completely block the bad odor or backflow from a sewer pipe.

Description

Ultra-Water Saving Wall Plumbing Toilet

The present invention relates to a toilet for ultra-water-saving wall piping, and more specifically, for ultra-saving wall piping that can completely block odors or backflow from sewage pipes, uses a very small amount of water, and is easy to install and maintain It's about the toilet.

A wall-pipe toilet is a Western-style toilet for sitting and urinating. It is a toilet that is installed and used on the wall. Like a general toilet, a certain amount of water is stored inside the toilet, and when the operation button is pressed, water comes out of the tank. It is supplied to the freshwater part and is formed to discharge the filth in the freshwater part.

As an example of a toilet for wall piping, Korean Utility Model No. 20-0267747 or Korean Patent No. 10-1052173 have been disclosed, and these wall-pipe toilets are easy to manage, such as cleaning, Because of its good aesthetics, it is currently favored not only in the European market but also around the world, and in Korea, it is partially used in high-end buildings or high-end apartments, and plans for use in new buildings are being established centered on LH Housing Corporation.

However, since these wall-pipe toilets are installed on the wall, as shown in Korea Utility Model Registration No. 20-0267747 or Korea Patent No. 10-1052173, the water pressure is low, so in order to receive more pressure from the water, generally a water tank It has to be installed separately and installed higher than the toilet body, and it takes up a lot of space.

In addition, S, n, or V traps are used in the discharge part like general toilets, which use about 12 to 20 liters of water per one time, which is more than conventional toilets. Therefore, it is not easy to install because it has to be installed at the same height as the toilet body in order to fit the wall pipe, so it takes a lot of time and money to install, requires a professional installer, holding

In order to solve the above problems, the present invention reduces the height of the water tank by making the toilet body as an integrated water tank type like a general toilet, and installing a natural drainage type bucket trap instead of an S, n or V trap type trap to reduce odors It blocks the backflow of filth quickly and completely, and it can save 70% to 80% of water compared to the existing toilet by using only about 3.5L to 4L of water per time, and installation and maintenance are easy. An object of the present invention is to provide an easy-to-use ultra-water-saving toilet for wall piping.

The toilet for ultra-saving wall piping according to an embodiment of the present invention for solving the above problems forms a water tank having a partition on the rear side to store washing water, is connected to the water tank, drains the washing water, and the upper end The toilet body, which forms a freshwater part provided with a seating part so as to be seated on the front side, is connected to the freshwater part to discharge contaminants, and forms a discharge space in the rear lower part in which a barrel trap for preventing odor and backflow is mounted, and the It is installed to cross the upper end of the water tank in the longitudinal direction, and the washing water discharge lever is coupled to one side and rotates when pressed, and the washing water discharge temper that opens and closes the connection port of the water tank and the fresh water unit and the inlet of the barrel trap connected to the fresh water unit It is connected to the pollutant discharge temper that opens and closes and includes a lever part that simultaneously opens and closes the washing water discharging temper and the polluting discharging temper during rotation, wherein the barrel trap forms an outlet at the other side of the inlet and includes a pipe embedded in the wall and can be connected

Here, the lever part may include: a lever shaft formed to cross the upper end of the water tank in the longitudinal direction, one end passing through one side of the water tank to be coupled to the washing water discharge lever, and the other end forming a step; a first lever connected to the first end of the lever shaft and having an end connected to the contaminant discharge temper by a wire or a chain; A second lever connected to the second end of the lever shaft and provided at the other end of the lever shaft and a second lever having an end connected to the washing water discharge temper with a wire or chain, and washing water on at least two surfaces including one side and a lower surface It may include a time for delaying the opening and closing operation times of the washing water discharging temper and the polluting discharging temper at the same time and a residual water control durebak by forming a flow port through which the inflow and outflow of the contaminants are possible.

In addition, the time and residual water control headboard is formed to adjust the degree of opening and closing of the flow port by providing an opening/closing control unit of a shape corresponding to the flow port, and may include an opening/closing control device capable of controlling the intake and discharge of washing water. have.

In addition, the flow port may be provided two each on the side and the lower surface of the time and residual water control durebak.

In addition, the inner wall of the freshwater unit forms an inclination angle α of 70 to 80°, and a plurality of jets formed along the circumference of the freshwater unit to drain the washing water to the inner wall of the freshwater unit, the discharge angle to generate a rotational water flow (β) may be formed at an angle of 35° to 45°.

In addition, the outlet may be formed to be inclined downward in the wall direction.

In addition, the pollutant discharge temper is coupled to a rotating shaft crossing the upper side of the inlet of the barrel trap, and an extension bar that is formed in a 'L' shape and rotates according to the rotation of the lever part is coupled to the extension bar. A magnet is installed, so it can open and close the pollutant discharge temper magnetically.

In addition, the toilet body may have an inspection port formed on one side or both sides of the barrel trap mounting space.

In addition, the washing water discharge temper is rotatably coupled to an overflow pipe connected to an upright or partially inclined at one side of the connection port of the water tank and the fresh water part, and the overflow pipe is equipped with a connector connected to the lever part and the mounted connecting body is bound to the lever part by a fixing clamp, and the overflow pipe and the lever part may be formed to support each other.

In addition, the magnet may be formed to be adjustable in height.

The toilet for ultra-water-saving wall piping according to an embodiment of the present invention can quickly and completely block odors or backflow from the sewage pipe, and uses only 70 to 80% of the ultra-trace water compared to the existing toilet, installation and maintenance It has the advantage of being easy to use.

1 is a rear perspective view of a toilet for ultra-water-saving wall piping according to an embodiment of the present invention.

2 is a perspective view of a toilet for ultra-water-saving wall piping viewed from the side according to an embodiment of the present invention.

3a (a) and (b) are views illustrating the injection of washing water of a toilet for ultra-water-saving wall piping according to an embodiment of the present invention, and FIGS. 3b (a) and (b) are the inclination angles ( It is a figure for exemplifying α) and the discharge angle β of the washing water.

4 is a plan view of the water tank of the toilet for ultra-water-saving wall piping according to an embodiment of the present invention.

5 is a configuration diagram of a lever part of the toilet for ultra-water-saving wall piping according to an embodiment of the present invention, and parts connected to the lever part.

Figure 6 (a) is a view showing a time and remaining water control durebak, which is one configuration of the lever part of Fig. 5, (b) is a view in which the opening and closing control device detachable from the time and remaining water control durebak is separated.

7 is an exploded view of the connection body and the fixing clamp connected to the washing water discharge temper of the toilet for ultra-saving wall piping according to an embodiment of the present invention.

8 is a configuration diagram of a bucket trap of a toilet for ultra-water-saving wall piping according to an embodiment of the present invention as viewed with the cover removed.

FIG. 9 is a body configuration diagram of the barrel trap shown in FIG. 8 .

10 is a detailed view of a barrel trap with a height-adjustable magnet attached thereto by removing the cover.

11 (a) and (b) is an exemplary view of the height adjustment of the height-adjustable magnet of FIG. 10 .

12 and 13 are diagrams illustrating an operation of opening and closing the pollutant discharge temper through the tong trap lever shaft, which is one configuration of the canister trap shown in FIG. 10 .

14 is a view viewed from the side by cutting the trap in the contaminant discharge tambour closed state of FIG. 12 .

15 is a detailed view of the tong trap lever shaft when the sealing member is separated and viewed according to an embodiment of the present invention.

16 is a rear perspective view of a reinforcing insertion member according to an embodiment of the present invention.

17 is a perspective view of a reinforcing flange according to an embodiment of the present invention.

18 and 19 are views showing a state before/after coupling the one-touch hook to the reinforcing flange according to an embodiment of the present invention.

20 is a configuration diagram of a barrel trap according to an embodiment of the present invention in which the outlet is provided in the downward direction.

The toilet for ultra-saving water wall piping according to an embodiment of the present invention stores washing water, forms a water tank with a partition at the rear side, and is connected to the water tank to drain the washing water and sits on the upper end The toilet body and the upper end of the water tank are longitudinally formed to form a fresh water part provided with a front side, and to form a discharge space on the rear side where a discharge space is connected to the fresh water part to discharge contaminants and to which a barrel trap for preventing odors and backflow is mounted. It is installed to cross, and the washing water discharge lever is coupled to one side and rotates when pressed, and the washing water discharge temper that opens and closes the connection port of the water tank and the fresh water part and the pollutant discharge temper that opens and closes the inlet of the barrel trap connected to the fresh water part and a lever part for simultaneously opening and closing the washing water discharge temper and the pollutant discharge temper during rotation, and the barrel trap may be connected to a pipe embedded in the wall by forming an outlet at the other side of the inlet.

Hereinafter, the description of the present invention with reference to the drawings is not limited to specific embodiments, and various modifications may be made and various embodiments may be provided. In addition, it should be understood that the contents described below include all transformations, equivalents, and substitutes included in the spirit and scope of the present invention.

In the following description, terms such as 1st, 2nd, etc. are terms used to describe various components, meanings are not limited thereto, and are used only for the purpose of distinguishing one component from other components.

Like reference numbers used throughout this specification refer to like elements.

As used herein, the singular expression includes the plural expression unless the context clearly dictates otherwise. In addition, terms such as "comprises", "comprises" or "have" described below are intended to designate the existence of features, numbers, steps, operations, components, parts, or combinations thereof described in the specification. It should be construed as not precluding the possibility of addition or existence of one or more other features, numbers, steps, operations, components, parts, or combinations thereof.

Hereinafter, a toilet for ultra-water-saving wall piping according to an embodiment of the present invention will be described in detail with reference to FIGS. 1 to 20 .

1 is a rear perspective view of a toilet for ultra-water-saving wall piping according to an embodiment of the present invention, FIG. 2 is a perspective view of the toilet for ultra-water-saving wall piping according to an embodiment of the present invention, as viewed from the side, FIG. 3a (a) and (b) is a view illustrating the injection of washing water of the toilet for ultra-saving wall piping according to an embodiment of the present invention, and (a) and (b) of FIG. 3b are the inclination angle α of the inner wall of the freshwater unit and It is a figure for illustrating the discharge angle β.

First, the ultra-water-saving wall-pipe toilet according to an embodiment of the present invention is a toilet installed in a building that forms a pipe with a wall. However, it is configured so that it can be discharged by treating it with low noise, preventing odors from the sewage pipe, backflow, and water leakage, and is an easy toilet to install (construction).

The toilet for ultra-saving wall piping of the present invention having such an effect forms a water tank 200, a seating part 140, and a fresh water part 130, and a barrel trap 500 is mounted with reference to FIGS. The toilet body 100 and the lever part (not shown in FIGS. 1 to 3 , 300 ) provided in the water tank 200 may be connected to a pipe (not shown) embedded in the wall.

Specifically, the toilet body 100 may provide a water tank 200 that stores washing water in the upper rear portion and is divided into two spaces on both sides by a partition (shown in FIG. 4 , 210 ), the front The side is connected to the water tank 200 to accommodate the filth, but the stored washing water is supplied and sprayed, and the fresh water part 130 forming the seating part 140 so that the user can be seated is provided at the upper end, and the rear side is lowered. forms a body with the water tank 200 and the fresh water unit 130 , and may provide a discharge space 150 in which the barrel trap 500 connected to the fresh water unit 130 is mounted.

In addition, in the barrel trap 500, an inlet 512 is connected to a water outlet 155 bordering the fresh water unit 130 and the discharge space 150, and an outlet 514 is formed on the other side of the pipe embedded in the wall. By being mounted to be connected to, when the washing water is sprayed from the fresh water unit 130 in which the dirt is accommodated, the pollutants mixed with the dirt and the washing water can pass through and discharged through the outlet 514, where the inlet of the barrel trap 500 ( 512) is provided with a pollutant discharge temper 530 and is formed to be opened at the same time as the spraying of the washing water, so that the pollutants can be quickly discharged first before the washing water reaches the fresh water unit 130, and the washing water cleans the fresh water unit with a time difference. After discharging, and after discharging up to the washing water, the pollutant discharge temper 530 is formed to be closed, thereby preventing leakage, odor, and backflow.

At this time, although the closing of the pollutant discharge temper 530 will be described later, leakage, odor, and reverse flow can be strongly blocked by the magnetic force of the magnet 526 embedded in the extension bar 524 which is the lever shaft of the pollutant discharge temper 530. have.

In addition, the pollutant discharge temper 530 is connected to the lever unit 300 installed so as to cross the upper end of the water tank in the longitudinal direction to be opened and closed according to the operation of the washing water discharge lever 350 provided on one side of the lever unit 300 . Here, the lever unit 300 is also connected to the washing water discharge temper 450 that opens and closes the connection port 452 (not shown in FIGS. 1 to 3) of the water tank 200 and the fresh water unit 130, and discharges the washing water. By simultaneously opening and closing the temper 450 and the pollutant discharge temper 530, it may be formed to discharge the pollutants at the same time as the washing water is sprayed.

In addition, as shown in FIGS. 3A and 3B , the freshwater unit 130 forms an inclination angle α of 70° to 80° on the inner wall of the freshwater unit 130 to improve the cleaning power even with a small amount of washing water. The water pressure is increased, and the plurality of spouts 135 formed along the circumference of the fresh water unit 130 are formed to be inclined so that the discharge angle (β) of the washing water is about 35° to 45° based on the horizontal discharge direction. In particular, when the discharge angle (β) of the washing water is formed in a range of 35° to 45°, a rotational water flow is generated when the washing water is drained, so that even a small amount (approximately 3.5 to 4.0L) of washing water is used inside the freshwater unit 130 . It has the advantage of being able to clean more strongly without gaps evenly.

Here, the discharge angle β has been described based on only the starting point of the seating unit 140 that forms a right angle when the toilet is viewed from the planar direction as shown in (b) of FIG. is provided in plurality along the circumference of the seating portion 140 , so it should be interpreted that the discharge angle β is formed as shown in FIG. 3B (b) with respect to each outlet 135 .

In addition, in order to facilitate understanding, the spout 135 has been illustrated as being sprayed in a horizontal direction when spraying to the inner wall of the freshwater unit 130, but this is not limited and is substantially vertical (Z-axis) and horizontal (X-axis). Or it may be formed to set the injection direction within an angle between the Y axis). However, it is irrelevant if only the discharge angle β related to the X-axis and the Y-axis forms the discharge angle β of 35° to 45° as described above.

That is, when the washing water discharge lever 350 of the lever unit 300 installed at the top of the water tank 200 is operated, the washing water discharge temper 450 and the pollutant discharge temper 530 connected to the lever unit 300 are opened at the same time. , first, as the filth contained in the freshwater unit 130 is discharged toward the barrel trap 500 due to its own weight and pressure difference, the washing water stored in the water tank 200 immediately has a plurality of spouts at an angle of 35° to 45° (β). The rotational water flow is generated through (135) and is discharged to the fresh water unit 130 without gaps and flows along the inner wall of the fresh water unit at an inclination angle (α) of 70° to 80°, which causes the inside of the freshwater unit 130 to rapidly and strongly It has the advantage of being able to cleanly process dirt, etc. by thorough cleaning.

On the other hand, the plurality of spouts 135 may be provided, for example, from 36 to 38, but is not necessarily limited thereto, and the number may vary depending on the size of the toilet, the area of the fresh water unit 130, or water pressure adjustment.

In addition, inspection holes 160 are formed on one side or both sides of the discharge space 150 of the toilet body 100 to which the barrel body 100 is mounted, so that the condition of the barrel trap 500 can be easily checked from the outside of the toilet body 100 as well. It can be observed, and this has the advantage of showing superiority in terms of maintenance. In addition, a cover 165 is provided on the inspection port 160 to close the inspection port 160 when not in use to protect the barrel trap 500 from the outside, and it can be aesthetically clean, and foreign substances or It can block the ingress of water.

On the other hand, one feature of the present invention is to provide a time and residual water control durebak 340 formed to delay the time in the lever part 300 to reduce the opening and closing operation time of the washing water discharge temper 450 and the pollutant discharge temper 530 that can be delayed. That is, the discharge time of filth and washing water can be adjusted through the time and residual water control durebak 340, which will be described together when the detailed configuration in the water tank is described with reference to FIGS. 4 to 7 .

4 is a plan view of the water tank of the ultra-water-saving wall-piped toilet according to an embodiment of the present invention, and FIG. 6 (a) is a view showing a time and remaining water control durebak, which is one configuration of the lever part of FIG. 5, and (b) is a detachable opening and closing control device detachable from the time and remaining water control durebak 7 is an exploded view of the connection body and the fixing clamp connected to the flushing water discharge temper of the toilet for ultra-saving wall piping according to an embodiment of the present invention.

4 to 7 , the water tank 200 forms two

spaces

205a and 205b on both sides by a partition 210, and washing water is introduced and stored in one space 205b, and the other one The inflow of the washing water may be blocked by the partition 210 in the space 205a. At this time, a washing water supply pipe (not shown) is connected to the washing water storage space 205b into which the washing water is introduced, and the washing water is supplied, and a water level ball top 220 capable of controlling the supply according to the washing water amount is provided. can do.

At the upper end of the water tank, the partition 210 may be installed so that the lever 300 to which the washing water discharge lever 350 is coupled to one end crosses in the longitudinal direction of the water tank 200 . At this time, the washing water discharge lever 350 may be formed to rotate on the outer wall of the water tank 200 , and as described above, the washing water discharge lever connected to the lever 300 according to the rotation operation of the washing water discharge lever 350 . The temper 450 and the pollutant discharge temper 530 may be opened and closed at the same time.

More specifically, the lever part 300 crosses the upper end of the water tank 200 in the longitudinal direction, and one end passes through one side of the water tank 200 and the other end forms a step difference. A lever shaft 310 and a lever shaft ( 310) The first lever 320 is connected to the first end and the end is connected to the pollutant discharge temper 530 with a wire or chain W1, and the lever shaft 310 is connected to the second end, and the end is the wire or chain W2 ) may include a second lever 330 connected to the washing water discharge temper 450 and a time and residual water control durebak 340 provided at the other end of the lever shaft 310 having a step difference.

Here, the lever shaft 310 passing through one side of the water tank 200 may be coupled to the washing water discharge lever 350 as described above, and the washing water discharge lever 350 has a predetermined rotation range. A stopper 350a protruding from one side and the other side with a rotation radius of 350 may be provided. The washing water discharge lever 350, whose rotation radius is determined by the stopper 350a, prevents excessive rotation so that an excessive impact is not applied, and the components connected to the lever shaft 310 do not collide with the inner wall of the water tank 200, etc. It is possible to reduce the impact on the parts.

In addition, the first lever 320 is connected to the first end of the lever shaft 310 formed above the space 205a of the water tank 200 into which the washing water does not flow, and a fastener 325 is formed at the distal end to form a wire or The chain W1 may be connected to the pollutant discharge temper 530 that opens and closes the barrel trap 500, and the second lever 330 is a lever shaft 310 formed above the space 205b of the water tank into which the washing water flows. It is connected to the second end of the, and can be connected to the washing water discharge temper 450 by a wire or chain (W2) by forming a fastener 335 at the distal end.

At this time, the washing water discharging temper 450 may have a central ball top 450a, and in more detail, the second lever 330 is connected to the central ball top 450a of the washing water discharging temper 450 to provide washing water. The opening and closing operation of the discharge temper 450 may be performed.

In addition, the time and residual water control durebak 340 is provided in the step portion of the lever shaft 310 to delay the opening and closing operation times of the washing water discharge temper 450 and the pollutant discharge temper 530 at the same time, for this purpose, time and Residual water control durebak 340 has an open top and may be formed as a circular or oval-shaped container that can contain and discharge washing water therein, and hooks 341 to the left and right for connection with the lever shaft 310 . ) is formed and a hook central shaft 342 is installed inside the hook 341 to firmly support it, and the center of the hook central shaft 342 forms a length upward, and at the end, the shaft center of the lever shaft 310 is provided. It may be coupled to the lever shaft 310 through a connecting ring 343 that provides a rotating part 343a to rotate accordingly.

In addition, the time and residual water control durebak 340 may form two flow ports 340a on the side and the lower surface in order to draw in and discharge the washing water according to the rotational operation of the lever shaft 310, and each flow port ( 340a) including an opening/closing control device 345 that can control the inflow and discharge of washing water by adjusting the degree of opening and closing of 340a) to delay the opening and closing operations of the washing water discharging temper 450 and the polluting discharging temper 530 can be adjusted

For example, the time and remaining water control durebak 340 basically forms a delay time of about 4 to 6 seconds, but by adjusting the opening/closing control device 345, the delay time of the flow port 340a is increased or decreased from the threshold value, respectively, and is 3 to 30 seconds. It can be configured to delay for seconds.

In addition, the opening/closing control device 345 may form an opening/closing control member 345a having a shape corresponding to the flow port 340a to control the degree of opening and closing of the flow port 340a, but is not limited and the shape may be modified. , the side flow port (340a) and the lower flow port (340a) are formed to be easily detachable, respectively, so that they can be used as needed.

The toilet for ultra-water-saving wall piping according to an embodiment of the present invention including the lever part 300 having such a structure is cleaned to discharge the filth after the user drops the filth into the fresh water part 130 in a state in which water is contained. When the water discharging lever 350 is rotated, the washing water discharging temper 450 connected to each end of the lever shaft 310 and the polluting discharging temper 530 of the canister trap 500 are simultaneously opened, thereby discharging dirt first. After that, the washing water is sprayed into the fresh water unit 130 and sufficiently drained out together with the remaining dirt, the time and residual water control durebak 340 connected to the step part of the lever shaft 310 is rotated before the washing water discharge lever 350 is operated ( 343a), submerged in the washing water filled in the water tank 200, and flowing the washing water into the time and residual water control durebak 340 through each flow port 340a, and the washing water is filled into the time and remaining water control durebak 340 It is in a cold state, and after the washing water discharge lever 350 is operated, it is stopped until it approaches the vertical position of the bottom of the water tank, and the water level in the water tank 200 is lowered by discharging the washing water to the flow port 340a. When it approaches, the time and residual water control time and the remaining water can be delayed as the leakage of the washing water inside the drum 340 starts, the opening time of the washing water discharging temper 450 and the polluting discharging temper 530 can be delayed.

Here, the time delay may be made for approximately 3 to 30 seconds as described above, and the delay time may be increased or decreased according to the control of the opening/closing control device 345 .

After the time delay is started, the washing water discharge lever 450 is returned along with the return of the washing water discharge lever 350 according to the rise of the time and remaining water control durebak 340 due to the decrease in the weight of the water of the time and remaining water control durebak 340. ) and the pollutant discharge temper 530 are closed, and at this time, leakage, reverse flow, and odor are blocked by magnetic force, and after the washing water discharge temper 450 and the pollutant discharge temper 530 are closed, the inside of the water tank 200 again As the water level rises, the washing water may be introduced into the time and residual water control durebak 340 through the flow port 340a, and the washing water may be filled to prepare for the time delay operation by the rotation of the lever shaft 310 again.

On the other hand, the closing of the washing water discharging temper 450 and the polluting discharging temper 530 is closed by the

magnets

516 and 526 provided on the outside of the barrel trap 500 to have a faster and stronger fixing force, This will be described together when the barrel trap 500 is described with reference to FIGS. 9 to 18 .

The washing water discharge temper 450 may be rotatably coupled to the overflow pipe 451 installed in the washing water inlet space 205b. To this end, coupling protrusions 451-1 forming the rotational axis of the washing water discharging temper 450 may protrude from the lower portion of the overflow pipe 415 on both sides, and the washing water discharging temper 450 may protrude. It is coupled to the coupling protrusion 451-1 and can rotate under a certain radius. Here, the washing water discharge temper 450 can be coupled to the coupling protrusion 451-1 in a one-touch type, so that it can be easily attached and detached.

The overflow pipe 451 may be connected to form an upright or some inclination at one side of the connector 452 of the water tank 200 and the fresh water unit 130 . That is, the overflow pipe 451 and the connector 452 may be manufactured to form one body or may be separately manufactured and assembled.

The connector 452 may be inclined downward so that the height of one side is lower. This facilitates the discharge of the washing water to the fresh water unit 130 and has the advantage of increasing the adhesion with the connector 452 due to the self-weight of the washing water discharge temper 450 .

In addition, a rubber packing 453 for preventing leakage of washing water may be provided at the lower end of the connector 452 , and a tightening bolt 454 may be provided at the center of the lower end thereof. The washing water discharged from the washing water inlet space 205b to the fresh water unit 130 may pass through the tightening bolt 454 side through the connector 452 and be discharged, where the washing water is adjusted by adjusting the tightening bolt 454. It is possible to control the level of emission.

On the other hand, a connector 455 connected to the lever part 300 is mounted on the overflow pipe 451, and the mounted connector 455 is bound together with the lever shaft 310 with a fixing clamp 456, The overflow pipe 451 and the lever part 300 may be formed to support each other.

Specifically, the connector 455 is inserted into the overflow tube 451 by forming a smaller or larger diameter than the overflow tube 451, or the overflow tube 451 is inserted into the insertion tube (455a) and , can be configured to include a connecting bar (455b) extending in the vertical direction from the insertion tube (455a), when the connecting body 455 is mounted on the overflow tube 451, the connecting bar (455b) is a lever shaft Formed to be perpendicular to the 310 and to bind the parallel connecting bar 455b and the lever shaft 310 to the fixing clamp 456, so that the overflow tube 451 and the lever part 300 are bound to each other and supported. will become

Here, the fixing clamp 456 is provided with fastening holes 456a at both ends while surrounding the vertical lever shaft 310 and the connecting bar 455b in an n-shape, for example, through a fastening member 456b such as a butterfly bolt. It may be tightened to have a structure that binds the lever shaft 310 and the connecting bar 455b.

However, this is not necessarily limited as a preferred example, and if the structure can bind the lever shaft 310 and the connecting bar 455b, the shape of the fixing clamp 456 may be formed in various ways other than the above examples.

Through this, the lever part 300 is supported on one side of the water tank 200 , and the overflow pipe 451 is supported by the connector 452 , while the lever part 300 and the overflow pipe 451 support each other. It is formed so that it is possible to form a more robust support form not only when the lever part 300 is not operated, but also against the reaction force caused by the rotational operation of the lever part 300 .

Hereinafter, the barrel trap 500 will be described in more detail with reference to FIGS. 8 to 20 .

8 is a configuration diagram of a bucket trap of a toilet for ultra-water-saving wall piping according to an embodiment of the present invention when viewed with the cover removed, FIG. 9 is a body configuration diagram of the bucket trap shown in FIG. 8, and FIG. 10 is height adjustment This is a detailed view of a barrel trap with a magnet attached to it with the cover removed.

In addition, (a) and (b) of Fig. 11 is an exemplary view of the height adjustment of the height-adjustable magnet of Fig. 10, and Figs. 12 and 13 are through the tong trap lever shaft, which is a configuration of the barrel trap shown in Fig. 10. It is a view exemplifying the opening and closing operation of the pollutant discharge temper, and FIG. 14 is a view viewed from the side by cutting the trap in the closed state of the pollutant discharge temper of FIG. 12 .

15 is a detailed view of the tong trap lever shaft as viewed by separating the sealing member according to the embodiment of the present invention, FIG. 16 is a rear perspective view of the reinforcing insertion member according to the embodiment of the present invention, and FIG. It is a perspective view of a reinforcing flange according to an embodiment.

In addition, FIGS. 18 and 19 are views showing a state before and after coupling the one-touch hook to the reinforcing flange according to an embodiment of the present invention, and FIG. 20 is an embodiment of the present invention in which the outlet is provided in the downward direction. It is a configuration diagram of a barrel trap according to the following.

8 to 20, the barrel trap 500 is mounted in the discharge space 150 to be connected to the fresh water unit 130 of the toilet, and forms an outlet 514 toward the rear wall to form a wall pipe (not shown) and can be connected At this time, when the bin trap 500 drops dirt while the water is immersed in the fresh water unit 130 through the water tank 200, the pollutant discharge temper 530 and the washing water discharge temper 450 are opened at the same time during cleaning. The dirt is first discharged to the outlet 514 through the contaminant discharge temper 530, and at the same time, the water tank 200 injects the washing water into the fresh water unit 130 to induce rapid discharge, and the contaminants pass through the outlet 514 quickly. By making it possible, it is possible to block the occurrence of odors or backflow, and ultra-saving water (3.5L to 4.0L of water per washing) can be cleaned by washing using only a small amount of water.

To this end, the barrel trap 500 is installed in the discharge space 150 formed at the lower rear side of the toilet body 100, has a rectangular shape, and has a water (washing water) fresh water inside through the fresh water unit 130. ) and a space 510-1 for quickly discharging the contaminants mixed with ) is formed, and an opening 510-2 is formed at the upper portion thereof, and the front and rear surfaces of the wall surface 510a have vertical or inclined surfaces. , 510b) is formed, but a space for seating the tong trap lever shaft 520 is formed on one side, and the bottom wall 510a of the space where the tong trap lever shaft 520 is seated is an inlet for receiving and discharging pollutants (512) is formed, the outlet 514 is formed on the rear side, and has a trap body 510 and a rectangular shape for draining contaminants concentrated on one side, and a hook 575 connected to the tong trap body 510 on the side. is formed to be seated in the opening 510 - 2 of the tong trap body 510 and may include a cover 570 covering the tong trap body 510 .

That is, the tong trap body 510 has a prismatic shape, and a space 510-1 is formed in it to receive and rapidly discharge pollutants mixed with fresh water and filth through the fresh water unit 130, An opening 510-2 is formed on its upper portion, and a cover 570 for covering the opening 510-2 is seated, and the front and rear surfaces form vertical or

inclined wall surfaces

510a, 510b, but A protruding end 510c is formed on one side of the

wall surfaces

510a and 510b to form a space for seating the tong trap lever shaft 520, and the lower side wall of the space where the tong trap lever shaft 520 is seated ( In 510a), an inlet 512 through which the contaminants supplied from the freshwater unit 130 are introduced is formed, and the contaminants passing through the tong trap body 510 are discharged through the other side wall 510b where the inlet 512 is formed. By providing an outlet 514, contaminants can be concentrated and drained, and the opening 510-2 of the upper part of the tub trap body 510 has a rectangular shape, and the side has a hook for connecting with the tub trap body 510 ( The opening 510 - 2 may be closed by covering it with the cover 570 forming the 575 .

Here, a protrusion 515 is formed on the upper outer side of the tong trap body 510 so as to be mutually fastened with the side hook 575 of the cover 570 to facilitate opening and closing. In this case, when the contaminants pass through the fresh water unit 130 to the outlet 514 side by the operation of the washing water discharge lever 350 of the water tank 200, residues are formed in the inlet 512 and the flow path. Even in the case of accumulation or accumulation, the cover 570 can be opened and closed to allow frequent confirmation and inspection, and repair is possible, and the opening and closing of the cover 570 is easy, so that even the general public can easily check it.

In addition, through the inspection holes 160 formed on one side or both sides of the discharge space 150, which are the barrel trap mounting space of the toilet body 100, the state of the barrel trap 500 can be easily identified and maintenance is possible. By being formed, the toilet for ultra-water-saving wall piping according to an embodiment of the present invention can exhibit a remarkable effect compared to the conventional toilet in terms of maintenance.

In addition, in the case of the outlet 514 protruding in the wall direction, it does not matter if it protrudes in a straight direction, but preferably, it may be formed so as to be inclined downward at 70° to 80° by drilling in the wall direction. This is to increase the discharge effect of pollutants, so that the pollutants along the downwardly inclined discharge port 514 may have an improved discharge effect due to the action of their own weight and pressure. However, the angle of the outlet 514 is only a preferred example and is not necessarily limited to the above inclination angle, and may protrude in a vertical direction as shown in FIG. 20 .

In addition, the inlet 512 of the tong trap body 510 may be provided with a sealing member 540, a reinforcing insertion member 550, a reinforcing flange 560, etc. in order to increase airtightness, etc., a detailed description thereof will be described later. decide to do

The tong trap lever shaft 520 seated in the space of the end 510c protruding from one side wall of the front and rear surfaces is configured to include a rotation shaft 522 , an extension bar 524 and a first magnet 526 , and the lever part It is connected to 300 and a wire or chain W1, etc., and can be rotated by the operation of the lever part 300 . At this time, a pollutant discharge temper 530 that opens and closes the inlet 512 of the barrel trap 500 may be coupled to the barrel trap lever shaft 520 , which causes the pollutant discharge temper according to the rotation of the lever part 300 ( 530) can be opened and closed.

More specifically, the barrel trap lever shaft 520 is installed such that a rotation shaft 522 having a circular or square shape crosses the upper side of the inlet 512 of the barrel trap 500, and at both ends of the rotation shaft 522, the barrel It is inserted into the hole 511 punched at the top of the side wall 510a of the trap body 510 and provided with two fixing members 523 provided to fix it so as not to be separated during movement, and among the two fixing members 523 An extension bar 524 formed in a 'L' shape is coupled to one end of the rotation shaft 522 through one to be integrated with the rotation shaft 522, and the end of the extension bar 524 is fastened to protect from the outside. A magnet housing 525 that is fastened and sealed by a member is provided to contain the first magnet 526 , and an end of the extension bar 524 adjacent to the magnet housing 525 is a wire for connecting with the lever part 300 . Alternatively, a connection part 527 for binding the chain W1 is provided so that the tong trap lever shaft 520 can rotate according to the operation of the lever part 300 .

In addition, to one side of the tong trap body 510 to which the extension bar 524 is coupled, a magnet seating portion 516a having a second magnet 516 corresponding to the first magnet 526 is fastened to the first side of the trap body 510 . The rotation of the extension bar 524 may be limited except for the operation of the lever part 300 by the attractive action between the first magnet 526 and the second magnet 516 . Here, the attractive action of the first magnet 526 and the second magnet 516 is strongly applied to completely block water leakage, reverse flow and odor, and since it has magnetism from the outside of the tong trap body 510, the trap body ( Even if a piece of iron or the like is introduced into the 510 , there is no room for being caught by the first magnet 526 or the second magnet 516 .

Meanwhile, although it has been described above that the first magnet 526 is simply embedded in the magnet housing 525 for better understanding, the first magnet 526 may be formed to be adjustable in height.

To this end, a housing connection portion 525b that forms an internal thread is provided at the end of the extension bar 524 where the magnet housing 525 is located, and the magnet housing 525 is a screw type 525a that forms a thread at the end. ) and may be inserted to correspond to the thread of the housing connection part 525b.

That is, the magnet housing 525 has a cross-section formed in a '凸' shape, and the first magnet 526 is provided on the lower horizontal surface 525a-1, and a screw thread is formed on the vertical surface 525a-2, so that the housing connection part ( 525b) may be formed, and the height may be adjusted while rotating along the thread of the housing connection part 525b during rotation to adjust the height of the provided first magnet 526.

Here, at the end of the screw-type magnet housing 525a passing through the housing connection part 525b in reverse, a rotation stopper 525c for preventing separation or determining the height may be provided above the housing connection part 525b, and the rotation stopper 525c may be formed in the form of a sprocket for ease of gripping, but the form is not limited thereto.

In addition, the pollutant discharge temper 530 is coupled to the rotary shaft 522 of the tong trap lever shaft 520 so that the pollutant discharge temper 530 also rotates according to the rotation of the tong trap lever shaft 520. Temper 530 is bent in a 'L' shape to correspond to the stepped 510d formed on the tong trap body 510 due to the formation of the seating portion of the tong trap lever shaft 520, and its upper surface has an increase in strength and It may be connected to the tong trap lever shaft 520 by a connecting member 535 providing a rib 535a for weight reduction.

Due to this, the pollutant discharge temper 530 operated together with the washing water discharge temper 450 according to the rotation of the lever unit 300 closes the inlet 512 by magnetic force to effectively block leakage and odor, After the opening is delayed for a certain period of time by the time and residual water control durebak 340 and the pollutants are sufficiently discharged, the inlet 512 is quickly closed to prevent leakage and odor, as well as to use only an appropriate amount of water to realize ultra-saving water. can

As such, the pollutant discharge temper 530 that opens and closes the inlet 512 may be formed in a disk shape to correspond to the inlet 512, and form a column with a step in the center of the front side, and a mushroom inside the step circumference. By forming the protrusion 537 of the convex arc of the shape, when the inlet of the pollutant discharge temper 530 is closed, the protrusion 537 is formed to be drawn into the inlet 512 to improve airtightness.

In addition, as described above, the pollutant discharge temper 530 may be rotated in combination with the trap lever shaft 520 connected to the lever part 300 by the connection member 535, where the connection member 535 is ' It is formed in a form to be seated on the step of the tong trap body 510 provided by the formation of an end for coupling the tong trap lever shaft 520 by forming a 'L'-shaped lower surface, and is caught when the pollutant discharge temper 530 is opened. When this is prevented, the rotation of the rotation shaft 522 can be limited when closed, and the upper surface independent of the step forms a plurality of ribs 535a to increase strength and reduce weight.

In addition, the connecting member 535 has an open end and can be coupled to the rotation shaft 522 in such a way that, in this case, the central portion of the rotation shaft 522 coupled to the connection member 535 has the open end of the connection member 535 . A recessed portion (not shown) that is recessed to a length corresponding to the end is formed, so that the upper end of the connecting member 535 can be seated in the recessed portion (not shown) when coupled, whereby the pollutant discharge temper 530 is It may be coupled to the central portion of the rotation shaft 522, and when coupled, a step 528 is formed on the left/right side of the connecting member 535, so that movement to the left/right may be restricted.

On the other hand, a contaminant discharge temper groove (not shown) is provided between the mushroom-shaped convex arc protrusions 537 formed inside the periphery of the step above the cylinder formed in the front center of the pollutant discharge temper 530 to seal the member 540. can also be combined. This is to firmly fix the inlet 512 of the contaminant discharge temper 530 even when torsional deformation occurs without departing from the fixed position when the inlet 512 is in close contact. It is composed of a coupling portion 544 having a step to the outside of the seal body 542, and the inner and outer sides of the coupling portion 544 may be formed with reinforcing ribs 546 to increase strength. In addition, the sealing member 540 is flexible, has excellent elasticity, maintains toughness for a long time, and is durable against contaminants mixed with water and dirt, that is, a material such as a silicone material, a thermoplastic polyurethane-based resin, or a polyamide-based material. Materials such as resin and synthetic resin can be used, and bonding strength can be improved by using an adhesive if necessary.

In addition, a reinforcing insertion member 550 may be inserted by forming an inlet groove 512a inside the cylindrical inlet 512 of the tong trap body 510 . Here, the reinforcing insertion member 550 is formed in a cylindrical shape corresponding to the inlet 512, and one end is formed to be vertical or inclined depending on the shape of the wall, and has a smaller diameter than the inlet 512 and is inserted into the inlet 512. The insertion body 552 which becomes the insertion body 552, the protrusion 554 protruding to correspond to the inlet groove portion 512a to the outside of the insertion body 552 to fix the insertion body 552, and the insertion body 552 at the other end of the insertion body Forming a larger diameter than 552 may include a locking portion 556 forming a boundary with the inlet 512, the protrusion 554 is mounted to the inlet 512 so as to be firmly coupled to the inlet groove (512a). It increases strength and at the same time it is firmly and closely connected to the sealing member 540 connected to the pollutant discharge temper 530 to prevent odor or backflow.

In addition, between the inlet, which is the inlet of the inlet 512 , and the outlet of the fresh water unit 130 of the toilet, a reinforcing flange 560 used as an intermediate medium of the pipe is coupled to each other, so that the water contained in the fresh water unit 130 and contaminants of filth It can be transmitted to the barrel trap 500 without leaking through this gap.

Here, the reinforcing flange 560 forms an inlet hole 561 in the front (fresh water side), a flange 562 is formed in the center thereof, and an outlet hole 563 is formed in the rear (inlet side). have. In addition, a stepped (not shown) is formed at the open end of the inlet hole 561 to be connected and fixed with the outlet of the fresh water unit 130 of the toilet, and the outlet hole 563 is inserted into the inlet of the inlet 512 It is connected to the end of the locking part 556 of the reinforcing insertion member 550, and a stepped part 564 for providing an exit hole groove part (not shown) is formed inside the exit hole 563, and the exit hole groove part has a thread ( seal) is inserted and the reinforcing flange 560 is not moved and is firmly fixed to the inlet 512 on the spot, so that the odor can be easily blocked. In addition, the reinforcement flange 560 may increase the strength by installing the flange ribs 565 along the circumference.

This reinforcing flange 560 is used to rotate left and right by installing opposite supports 517 on the outside of the inlet 512 from side to side, and using a pin 518 in a hole drilled on one side of the support 517. By installing the one-touch hook 519 that becomes the one-touch hook 519 and fastening the one-touch hook 519 to the end of the locking part 556 of the reinforcing insertion member 550, the reinforcing flange 560 can be easily and conveniently combined or disassembled in a short time. As a result, workability is improved, and it can be easily processed in terms of maintenance, so even in the case of an unskilled worker, there is an advantage that can be easily combined, disassembled, or maintained.

Here, as shown in the figure, a total of three one-touch hooks 519 may be provided, one each on the left/right side and the lower side, but this is exemplary and the number and position thereof are not limited.

In addition, although the exhaust port 514 is exemplified as being provided on the rear side of the barrel trap 500 in the above, the outlet 514 may be provided on the lower surface side as shown in FIG. 20 depending on where it is used.

Although embodiments of the present invention have been described above with reference to the accompanying drawings, those of ordinary skill in the art to which the present invention pertains can practice the present invention in other specific forms without changing the technical spirit or essential features of the present invention. you will be able to understand Accordingly, the embodiments described above are illustrative in all respects and not restrictive.

Claims

A water tank equipped with a partition for storing washing water is formed on the rear side, and a fresh water part is formed in the front side, which is connected to the water tank to drain the washing water, and a seating part is provided so that it can be seated at the upper end, and is connected to the fresh water part The toilet body, which discharges pollutants, but forms a discharge space on the rear side where a barrel trap is installed to prevent odors and backflow, and

It is installed to cross the upper end of the water tank in the longitudinal direction, and a washing water discharge lever is coupled to one side to rotate when pressed, and a washing water discharge temper that opens and closes a connection port between the water tank and the fresh water unit and a barrel trap connected to the fresh water unit It is connected to the pollutant discharge temper that opens and closes the inlet, and includes a lever part that simultaneously opens and closes the washing water discharge temper and the pollutant discharge temper when rotating,

The barrel trap is

A toilet for ultra-water-saving wall piping, characterized in that it is connected to a pipe embedded in the wall by forming an outlet at the other side of the inlet.
The method of claim 1,

The lever part,

a lever shaft formed to cross the upper end of the water tank in the longitudinal direction, one end passing through one side of the water tank to be coupled to the washing water discharge lever, and the other end forming a step;

a first lever connected to the first end of the lever shaft and having an end connected to the contaminant discharge temper by a wire or a chain;

a second lever connected to the second end of the lever shaft and having an end connected to the washing water discharge temper by a wire or a chain;

It is provided at the other end of the lever shaft and forms a flow port through which washing water can be drawn in and discharged on at least two surfaces including one side and a lower surface, thereby delaying the opening and closing operation times of the washing water discharging temper and the polluting discharging temper at the same time Ultra-saving water-saving wall toilet toilet that includes a time and remaining water control bucket.
3. The method of claim 2,

The time and remaining water control Durebak,

A toilet for ultra-saving wall piping comprising an opening/closing control device that is formed to adjust the degree of opening and closing of the flow port by providing an opening/closing control unit of a shape corresponding to the flow port, and capable of controlling the inflow and discharge of washing water.
3. The method of claim 2,

The flow port is a toilet for ultra-water-saving wall piping, characterized in that two each are provided on the side and the lower surface of the time and residual water control durebak.
The method of claim 1,

The freshwater part inner wall forms an inclination angle (α) of 70 to 80 °,

A plurality of spouts formed along the periphery of the fresh water unit to drain the washing water to the inner wall of the fresh water unit are super water-saving wall, characterized in that the discharge angle (β) is formed at an angle of 35° to 45° to generate a rotational water flow Plumbing toilet.
The method of claim 1,

The outlet is

A toilet for ultra-water-saving wall plumbing, characterized in that it slopes downward in the direction of the wall.
The method of claim 1,

The pollutant discharge temper is coupled to a rotating shaft crossing the upper side of the inlet of the barrel trap, and one end of the rotating shaft is formed in a 'L' shape and an extension bar rotating according to the rotation of the lever part is coupled, and the extension bar has a magnet. Ultra-saving water-saving wall toilet toilet, characterized in that it is installed to open and close the pollutant discharge temper magnetically.
The method of claim 1,

Super water-saving wall toilet toilet, characterized in that the inspection port is formed on one side or both sides of the barrel trap mounting space of the toilet body.
The method of claim 1,

The washing water discharge temper,

Doedoe rotatably coupled to an overflow pipe connected to form an upright or some inclination at one side of the connection port of the water tank and the freshwater part,

The overflow pipe is equipped with a connector connected to the lever part, and the mounted connector is bound to the lever part by a fixing clamp, and the overflow pipe and the lever part are formed to support each other. for toilet.
8. The method of claim 7,

The magnet is

Super water-saving wall toilet toilet, characterized in that it is formed to be adjustable in height.