KR20100106654A - One-piece type bowl pottery and combined bidet and bowl - Google Patents

Abstract

PURPOSE: A water tub integrated bowl and a toilet bowl with a bidet using the same are provided to continuously apply normal pressure to an automatic water flushing device. CONSTITUTION: A toilet bowl with a bidet using a water tub integrated bowl pottery comprises a bowl(100), a siphon cover, a water flushing device, a bidet, and a pressure transfer tube. The toilet bowl is integrally formed in a water tub and a washing bowl. A drain outlet connected to a drainage way is formed in the water tub. The siphon cover is installed in the drain outlet. The water flushing device opens and closes the siphon cover. The bidet is fixed to a bidet fixing surface of the washing bowl. The pressure transfer tube transfers pressure to the water flushing device.

Description

One-piece type bowl pottery and combined bidet and bowl}

The present invention relates to a water tank-integrated toilet bowl in which a pottery drawing hole, through which a pressure transfer hose delivered to an automatic water lowering device in a water tank is drawn out, is formed on a bidet fixed surface.

The present invention also relates to a bidet combined toilet in which a pressure transfer hose is connected to a bidet and an automatic water dispensing device through a bidet drawing hole formed at the bottom of a lower case including a ceramic drawing hole formed on a bidet fixed surface and an operation part of the bidet.

The toilet is composed of a water tank and a toilet main body to receive and store the washing water through the ball tap, and the wash water is discharged to the side of the toilet main body when the water cover is opened by the operation of the operation lever installed in the water tank and is discharged together with the dirt. These toilets can be distinguished by a two-piece toilet in which the tank and the toilet main body are separated, and a one-piece toilet where the tank and the toilet main body are integrally formed and the normal water level of the tank is lower than the main body. Due to the high quality of the house, the one-piece toilets, which are luxurious one-piece toilets, are becoming popular.

As a conventional water tank integrated toilet bowl, for example, the one disclosed in Korean Patent No. 10-814681 is proposed.

As shown in Figures 1 to 3, the conventional toilet body pottery 19 is formed with a water tank (9) integrally with the washing bowl 18, the washing space, the water tank (9) and the washing bowl (18) Is connected to the drainage channel 29. In addition, fastening holes 50 are formed on the bidet fixing surface 19a of the washing bowl 18 at both left and right sides of the straight rim channel 22, and the fastening holes 50 communicate with the water tank 9 below the fastening holes 50. The space 55 is formed. Therefore, the water of the water tank 9 enters the space 55, but the fastening hole 50 is not overflowing since it is higher than the normal water level WL.

In the toilet, since the normal water level (WL) of the water tank (9) is lower than that of the washing bowl (18), water is supplied from the water supply pipe (7) in the water tank (9) to clean the wall of the water washing bowl. The ball tap 17 which functions to switch the water supply to the opening and closing of the rim side or the water tank side is disposed. The ball tab 17 is connected to the rim channel 22 of the valve body via a rim connecting tube 21 toward the rim side. A siphon cover 13 for opening and closing the drainage channel 29 is disposed below the water tank 9, and the siphon cover 13 is connected to the hand lever link 15 through the ball chain 14. The hand lever link 15 is connected to the manual lever 12 outside the tank to open and close the siphon cover 13 by a user's operation.

The upper side of the washing bowl 18 is formed with a rim discharge port 25 is connected to the rim channel 22, the discharge port 30 for discharging dirt is disposed at the bottom. The rim discharge port 25 discharges the water supplied from the ball tab 17 to the wall surface of the washing bowl through the rim channel 22. A jet jet port 27 connected to the drain channel 29 is disposed to face the discharge port 30. The jet injection hole 27 functions to push the washing water stored in the water tank 9 strongly by using the free fall of the normal water level WL and suck the water stored in the washing bowl 18 to discharge the water out of the pottery. This toilet washing method is called a jet siphon type toilet.

When the washing water in the water tank exits the drainage channel 29 by the amount set from the normal water level WL to the bottom water level DL, the siphon cover 13 is closed to block the drainage channel 29. At this time, the ball tap 17 converts the water supply from the rim channel side to the water tank side water supply pipe 31 through the switching unit 16 to fill the water tank 9 with the washing water. When the washing water rises by the set normal water level (WL), the ball tap 17 blocks the water supply and waits for the next operation due to the action of the water level sensing float 33 connected to the ball tap 17. 51946, Ball Tap, see Korean Registration Room No. 20-190330).

On the other hand, the toilet described above may be provided with an automatic flushing device connected to the bidet.

The automatic flushing device associated with a conventional bidet is a method of using water pressure (see Korean Patent No. 764836) and a method of using pneumatic pressure in accordance with a method of operating a siphon cover that serves to open and close the washing water drainage inside the tank ( See Korean Patent Publication No. 2008-111240).

The method using the water pressure, as shown in Figure 4, while the solenoid valve 80 for selectively opening and closing the flow path of the water supplied from the tap water and while moving a certain distance by the water pressure of the water flowing through the solenoid valve 80 A water lowering device 70 for raising the siphon cover 13 to open the drain port 28 of the water tank 9, and a water lowering device 70 connected to the solooid valve 80 to supply water from the tap water. Consists of a connecting hose 71 to guide, the solenoid valve 80 is connected to the water supply pipe (7) is supplied water to the water tank 320 of the bidet 60 from the tap.

In addition, the method using the pneumatic, as shown in Figure 5, the siphon cover 13 is installed in the lower side of the toilet tank (9) associated with the bidet main body to open and close the drain hole 28 when flushing; An overflow pipe 20 vertically coupled to one side of the siphon cover 13; Is inserted into the outer space of the overflow pipe 20, and moves the overflow pipe 20 up and down on the axis, opening and closing the air hose 71 'and siphon cover 13 for supplying and discharging the air on the upper side An actuating fitting 70 'coupled to the first ball chain 15 installed for connection; An air pump connected to one side of the operation fitting 70 'by the air hose 71' and generating air supplied to the operating fitting 70 '; And a control unit (not shown) for controlling the air pump so that the user can automatically flush after using the bidet (60). 35 is a lower limit stopper of the operation tool 70 '.

Bidet equipped with such automatic water lowering device is used after the bidet is used, the sensor 90 of the toilet seat is operated, the water pressure or pneumatic pressure is transmitted through the connection hose 71 or the air hose (71 ') to lift the siphon cover automatically Drain with water.

By the way, since the connection hose 71 or the air hose 71 'is connected to the side or the bottom of the control unit body of the bidet by pulling out the lid of the water tank, the lid of the water tank may not be closed properly when viewed from the outside. It does not look very good, and if the lid is closed properly, the hose is pressed down to deliver a water pressure or a pneumatic pressure below a certain pressure, so there is a great risk of malfunction.

The present invention has been made to solve the above-mentioned problems, it is not exposed to the outside to provide a water tank-integrated toilet bowl and a bidet combined toilet using the same can be continuously applied to the automatic flushing device with a very clean appearance. The purpose is.

In order to achieve the above object, the water tank integrated toilet bowl according to claim 1 of the present invention,

A water tank formed with a drain hole communicating with the drainage channel is integrally formed in the washing bowl, and the sump of the water tank is lower than that of the rim channel of the washing bowl. A drawing hole is formed, and a space communicating with the water tank is formed below the fastening through hole and the pottery drawing hole.

The bidet combined use toilet of Claim 2 of this invention,

A toilet in which a water tank formed with a drain hole communicating with the drain water channel is integrally formed in the washing bowl, and the normal water level of the water tank is lower than that of the rim water channel of the washing bowl; A siphon cover installed at the drain; A water lowering device for opening and closing the siphon cover; A bidet fixed to the bidet fixing surface of the washing bowl; Including a pressure transfer tube for transmitting the pressure of the bidet to the flushing device,

A fastening through-hole and a pottery withdrawal hole are formed in the bidet fixing surface, and a space communicating with the water tank is formed below the fastening through-hole and pottery withdrawal hole, and a bidet withdrawal hole is formed at the bottom of the case of the bidet. Is connected to the flushing device and the bidet through the bidet withdrawal hole and the pottery withdrawal hole.

According to this configuration, since it is not exposed to the outside, the appearance is very clean, and it is possible to continuously apply normal pressure to the automatic flushing device.

The bidet combined use toilet of Claim 3 of this invention,

The bidet outlet hole is equipped with a connector, the pressure transfer tube is drawn out to the outside through the pottery drawer hole in the water lowering device and connected to the external connector of the connector, and the connector in the bidet It consists of a second pressure transfer tube connected to the inner connector of the.

According to this structure, when the first pressure transfer tube is removed from the external connector, only the bidet can be lifted from the pottery, and after-sales service is easy.

According to this structure, a toilet combined toilet.

The bidet combined use toilet of Claim 4 of this invention,

The connector includes a connector body having an internal connector and an external connector, and a mounting portion for mounting the connector body to the bidet outlet.

According to this configuration, the assembly / disassembly of the connector is easy and the position can be changed.

As is apparent from the above description, the embodiment of the present invention has the following effects.

The pressure transfer tube is connected to the water flushing device and the bidet through the withdrawal hole formed on the bidet fixed surface on the space communicating with the water tank and the bidet withdrawal hole formed at the bottom of the case of the bidet. It is very clean and can continuously apply normal pressure to the automatic flushing device.

In addition, the first pressure transfer tube is drawn out to the outside through the pottery draw-out hole in the water flushing device and connected to the external connector of the connector, and the second pressure transmission tube connected to the internal connector of the connector in the bidet, the first pressure If the transfer tube is pulled out from the external connector, only the bidet can be lifted from the pottery for easy A / S.

In addition, by including a mounting portion for mounting the connector body having an internal connector and an external connector to the bidet hole, it is easy to assemble / disassemble the connector in the bidet hole, it is easy to adjust even if the position of the bidet hole or the ceramic drawer hole is changed Do.

Best Mode for Carrying Out the Invention Preferred embodiments of the present invention will be described below with reference to the accompanying drawings, where like reference numerals are used to designate like parts, and detailed description thereof will be omitted.

FIG. 6 is a plan view illustrating a water tank integrated toilet according to a preferred embodiment of the present invention, FIG. 7 is a cross-sectional view taken along line 7-7 of FIG. 6, and FIG. 8 is taken along line 8-8 of FIG. 6. 9 is a cross-sectional view taken along line 9-9 of FIG. 6, and FIG. 10 is an exploded perspective view showing a main part of a bidet combined toilet having an automatic flushing device according to a preferred embodiment of the present invention. 11 is an enlarged view of the water tank and the flow valve of Figure 10, Figures 12 and 13 is a perspective view of the separation and coupling showing the connector of the pressure transfer hose, Figure 14 is a perspective view showing the lower surface of the lower case of the bidet, 15 is a perspective view of the bidet.

6 to 9, the water tank integral toilet bowl 100 according to the present embodiment is integrally formed with the water tank 9 and the washing bowl 18 in which a drain hole 28 communicating with the water drain passage 29 is formed. And the normal water level (WL) of the water tank (9) is configured to be substantially the same or lower than the rim channel (22) of the washing bowl (18).

In addition, the bidet fixing surface 19a of the washing bowl 18 is provided with a fastening through hole 50 and a pottery drawing hole 110.

Under the fastening through-hole 50 and the pottery drawing hole 110, the water tank 9 and the space 55 is formed to communicate with each other.

Since the space 55 serves to replenish the water filled in the water tank 9, the space 55 does not need to be filled higher than the upper surface of the washing bowl 18 like the two-piece water tank.

As shown schematically in FIG. 8, the water tank 9 receives water from the water supply pipe 7 in the water tank 9 and functions to open and close the water supply and switch water to the rim side or the water tank side according to the water level of the water tank. The ball tab 17 is disposed, and the ball tab 17 is connected to the rim channel 22 of the valve body through the rim connecting pipe 21 toward the rim side. A siphon cover 13 for opening and closing the drain 28 is disposed below the water tank 9, and the siphon cover 13 is connected to the hand lever link 15 through the ball chain 14. The hand lever link 15 is connected to the manual lever 12 outside the tank to open and close the siphon cover 13 by a user's operation.

In addition, the overflow pipe 20 is provided with an automatic flushing device 70 (detailed structure, see Korean Patent No. 764836), the siphon cover 13 is connected by a chain ball (14).

The bidet 300 is installed on the bidet fixing surface 19a. The bidet 300 is composed of an operation body portion 301 forming an external shape, and a toilet seat portion 303 which is rotatably installed with respect to the operation body portion 301.

The operation body 301 is fixed to the fastening hole of the bidet fixed surface 19a, the toilet seat 305 of the toilet seat 303 is placed on the upper surface of the circular rim channel 22, the toilet seat cover ( 307 is placed on the upper surface of the toilet seat 305.

The operation body 301 is composed of an upper case 380a, a lower case 380b, and an operation unit 360 forming an external shape, and an operation unit associated with a bidet is built in the case 380.

As shown in FIGS. 10 and 11, the operation unit may include a water supply pipe 7, a water supply solenoid valve 310, a water tank 320, a flow valve 330, an air pump 340, a main PCB 350, It is comprised by the operation part 360.

The water supply pipe 7 may supply water to the water tank 320 by fixing the T valve to the angle valve (index line) and then fixing the bidet hose and the ceramic hose to the T valve.

Opening and closing of the water supply solenoid valve 310 is controlled by the main PCB 350 which senses the water level of the water tank 320 from the float sensor 323.

The water tank 320 is preferably provided with a thermostat 321, for example, a bimetal, which is a device for automatically and constantly adjusting the temperature.

In addition, the water tank 320 is provided with a float sensor 323 and a water sensor 325 for detecting the maximum amount and the minimum amount of water to be supplied.

In addition, the water tank 320 is provided with a discharge port 327 for discharging water and an air vent 329 for discharging air when water is supplied.

The discharge port 327 is connected to the water inlet port 331 of the flow valve 330 by a supply hose.

Flow valve 330 is a flow path switching valve 330, the water flowing from the water inlet port 331, bidet port 332, the washing port 333, the water down port according to the operation state of the operation unit 360 (335), the flow path is selected by the nozzle clean port (336).

In addition, the flow valve 330 is provided with an air inlet port 334 that receives air from the air pump 340.

Air can produce maximum cleaning effect with the minimum amount of cleaning water (because it contains air), and can enjoy smooth cleaning with air bubbles.

In particular, the pressure drop tube 370 is connected to the water flushing port 335 to be connected to the water flushing device 70.

That is, one end of the pressure transfer tube 370 is connected to the cylinder of the water lowering device 70, as shown in Figure 8, and exits the pottery withdrawal hole 110 through the water tank 9 and the space 55 Enter the bidet outlet hole 490 and the other end of the pressure transfer tube 370 is connected to the water flush port 335 as shown in FIG.

Therefore, the pressure transfer tube 370 is not exposed in appearance, not only good aesthetics, but also prevents the tube from being pressed, thereby delivering a smooth pressure.

The bidet drawing hole 490 is formed at the bottom of the lower case 380b, and is preferably formed at a position to be aligned with the pottery drawing hole 110 when fixed to the bidet fixing surface 19a.

On the other hand, as shown in Figure 12 and 13, it is preferable that the connector 400 is mounted in the bidet drawing hole 490.

The connector 400 includes a connector body 410 having an inner connector 413 and an outer connector 411, and a mounting portion for mounting the connector body 410 to the bidet outlet 490.

Accordingly, the pressure transfer tube 370 is drawn out to the outside through the pottery drawing hole 110 in the water lowering device 70 and inserted into the external connector 411 and the water dropping port. It is preferable that the second pressure transfer tube 373 connected to the inner connector 413 at 335.

When the pressure transfer tube 370 is separated into two, when the bidet 300 receives the AS due to fixing, the bidet 300 simply removes the first pressure transfer tube 371 from the inner connector 413. Can be easily removed.

After the bidet 300 has been repaired, the assembly is simply performed by connecting the first pressure transfer tube 371 to the inner connector 413 again.

If the connector 400 is not used, the upper case 380a is opened, and then the pressure transfer tube 370 is removed from the flushing port 335, and then the lower case 380b is removed from the bidet fixing surface 19a. There is a hassle to do.

An inner (male) connector 413 is formed at an upper portion of the connector body 410, and an outer (female) connector 411 is formed at a lower portion thereof. Accordingly, the second pressure transfer tube 371 is fitted to the outer circumferential surface of the inner (male) connector 413, and the first pressure transfer tube 371 is inserted into the inner circumferential surface of the outer (female) connector 411. .

In addition, the fitting protrusion 415 is formed to protrude along the circumference at the center of the connector body 410.

As shown in FIG. 12, the support bracket 450 protrudes from the front bottom of the bidet outlet hole 490.

The support bracket 450 is composed of a support piece 453 supported by the upper portion of the connector body 410, and a pedestal 451 supporting the support piece 453.

In addition, the pedestal 451 serves to prevent the front departure by the connector body 410 is constrained forward.

After supporting the upper portion of the connector body 410 to the support piece 453, the flange 431 is inserted into the locking jaw 470 is hung on the pedestal 451, restrained to the rear and upward of the connector body 410 Mounting piece 430 is installed to prevent separation.

That is, the inner surface of the mounting piece 430 is formed with a fitting groove 435 is inserted into the fitting projection 415, the bottom is formed with a flange 431, the front is a locking projection (hung on the pedestal 451 ( 433) is formed in overall U-shape.

Hanging jaw 470 is formed in the 'a' and 'inverse a' shape on the right and left sides of the bidet outlet 490 based on the pedestal 451.

That is, the locking jaw 470 is composed of a vertical piece 471 protruding upward from the bottom, and a horizontal piece 473 facing the bidet outlet hole 490 in the vertical piece 471.

Therefore, when the flange 431 is slid into the locking step 470 is inserted, the flange 431 is restrained from being caught up.

By the structure of the connector 400 is easy to assemble and disassemble, even if the position of the pottery withdrawal hole 110 is changed, after forming the bidet withdrawal hole 490 at the changed position is reused of the connector 400 It is possible.

As described above, although described with reference to a preferred embodiment of the present invention, the present invention can be variously modified or modified without departing from the spirit and scope of the present invention described in the claims Those skilled in the art will appreciate.

The pressure of the present invention may be used, such as water pressure, pneumatic pressure, in the present embodiment is a bidet having an automatic flushing function using the water pressure.

The present invention can be applied to any one of the pottery in which the space is formed when manufacturing the pottery as well as the one-piece toilet.

1 is a plan view showing a conventional one-piece toilet (bath integrated toilet).

2 and 3 are cross-sectional views taken along line 2-2 of FIG.

Figure 4 is a plan view showing a toilet equipped with a bidet equipped with a conventional water flushing device using water pressure.

Figure 5 is a perspective view showing a toilet equipped with a bidet equipped with a conventional flushing device using pneumatic.

Figure 6 is a plan view showing the toilet integral toilet bowl according to a preferred embodiment of the present invention.

FIG. 7 is a sectional view taken along line 7-7 of FIG. 6; FIG.

8 is a sectional view taken along line 8-8 of FIG. 6;

9 is a sectional view taken along line 9-9 of FIG. 6;

Figure 10 is an exploded perspective view showing the main part of the bidet combined toilet with an automatic flushing device according to a preferred embodiment of the present invention.

11 is an enlarged view of the water tank and the flow valve of FIG.

12 and 13 are a perspective view of the separation and coupling of the connector of the pressure transfer hose.

14 is a perspective view showing a lower surface of the lower case of the bidet.

15 is a perspective view of a bidet.

<Explanation of symbols for the main parts of the drawings>

100: toilet bowl 110: pottery drawer

300: bidet 301: operation body

303: toilet seat sheet 305: toilet seat

307: toilet seat cover 310: water supply solenoid valve

320: water tank 321: thermostat (THERMOSTAT)

323: float sensor 325: water detection sensor

327: water tank outlet 329: air vent

330: flow valve 331: water inlet port

332: bidet port 333: washing port

334: air inlet port 335: water down porter

336: nozzle clean porter 340: air pump

350: main PCB 360: control panel

370: pressure transfer tube 371: first pressure transfer tube

373: second pressure transfer tube 380: case

380a, 380b: upper and lower case 400: connector

410: connector body 411: external female connector

413: internal male connector 415: fitting protrusion

430: mounting piece 431: flange

433: jamming protrusion 435: fitting groove

450: support bracket 451: support

453: base 470: locking jaw

471: Vertical piece 473: Horizontal piece

490: bidet started

Claims (4)

In the water tank integral toilet bowl in which a water tank formed with a drain hole communicating with the drain water channel is integrally formed in the washing bowl, and the normal water level of the water tank is lower than that of the rim water channel of the washing bowl. A fastening through hole and a pottery drawing hole are formed in the bidet fixing surface of the washing bowl, A water tank-integrated toilet is formed below the fastening through-hole and the pottery draw-out hole to communicate with the water tank. A toilet in which a water tank formed with a drain hole communicating with the drain water channel is integrally formed in the washing bowl, and the normal water level of the water tank is lower than that of the rim water channel of the washing bowl; A siphon cover installed at the drain; A water lowering device for opening and closing the siphon cover; A bidet fixed to the bidet fixing surface of the washing bowl; Including a pressure transfer tube for transmitting the pressure of the bidet to the flushing device, The bidet fixed surface is formed with fastening through-holes and pottery drawing holes, A space communicating with the water tank is formed below the fastening through hole and the pottery drawing hole, In the bottom of the case of the bidet is a bidet drawing hole is formed, The pressure transfer tube is a bidet combined toilet connected to the water flushing device and the bidet through the bidet withdrawal hole and the pottery withdrawal hole. The method of claim 2, The bidet drawing hole is equipped with a connector, The pressure transfer tube A first pressure transfer tube drawn out to the outside through the pottery drawing hole in the water lowering device and connected to an external connector of the connector; A bidet combined toilet comprising a second pressure transfer tube connected to the inner connector of the connector in the bidet. The method of claim 3, The connector is a bidet combined toilet including a connector main body having an internal connector and an external connector, and a mounting portion for mounting the connector body to the bidet outlet.

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