KR101132223B1 - Automatic water reservior cleaning system for toilet stool system using drainaged water - Google Patents

Abstract

The present invention is a recycled water tank 20, the wash water is supplied from the wash basin (1), the water tank (5) receiving water from the recycled water tank 20 and the direct water supply device, and the toilet body (3) In a toilet system utilizing a toilet, including; The direct water supply pipe 32, the first branch pipe 34 for communicating with the direct water supply pipe 32 and supplying the storage water to the water tank 5, and the direct water supply pipe 32 to communicate the washing water to the toilet bowl Direct water supply pipe unit 30 including a second branch pipe 36 for supplying; A direct water control device provided adjacent to the direct water supply pipe part 30 to enable intermittent supply in supplying the direct water to the water tank 5; And a wash water supply unit 80 for supplying wash water from the recycled water tank 20 to the water tank 5, wherein a plurality of injection holes are provided in the upper portion of the first branch pipe 34. (H) is formed to the water tank automatic washing device for washing water toilets, characterized in that the water tank inner wall and the device inside the water tank is washed by the washing water injected at high pressure, high speed from the injection hole (H) will be.

Description

Automatic water reservior cleaning system for toilet stool system using drainaged water}

The present invention relates to a water tank automatic cleaning device for toilet water recycling toilet.

The toilet system for recycling toilet water, which is filed by the applicant as a patent application No. 10-2006-0076684 and registered as patent No. 10-071161, is "recycled water tank 20 in which the wash water is supplied and stored in the sink 1. And, in the toilet system using the wash water including the water tank (5) and the toilet body (3) receiving water from the recycled water tank 20 and the direct water supply device; A first branch pipe 34 communicating with the water supply pipe 32 and supplying storage water to the water tank 5, and a second branch pipe communicating with the water supply pipe 32 and supplying washing water to the toilet bowl. Direct water supply pipe unit 30 comprising a 36; The water supply control device is provided adjacent to the direct water supply pipe unit 30, and the intermittent control device to enable intermittent supply in supplying the direct water to the water tank (5); And To supply the wash water from the recycle water tank 20 to the water tank (5) Washing can supply (80); toilet system utilizing a number of washing, characterized in that comprises a "and the post.

The conventional technology is that when the number of wash water is stored, the stored wash water is used as a variable of the toilet bowl, when there is little or no such wash water, the tap water (direct water) is used mainly (or all) as a variable, and these functions It provides a toilet system that utilizes a wash water that can be performed automatically or semi-automatically, without using electronic control equipment including sensors or controls, or without human intervention, but is used primarily in washbasins for suspended solids such as soapy water. Since recycled water containing foreign matters is introduced into the water tank, there is a problem in that the system provided in the inner wall of the water tank or in the water tank is contaminated by the suspended solids to cause odor.

It is an object of the present invention to clean the inside of a water tank when supplying water by using an intermittently operated direct water line (first branch pipe) supplied in a toilet system for recycling toilet water, stopping the supply of recycled water, and supplying recycled water again. In order to provide a water tank automatic washing device for a washbasin recycling toilet which can wash the dirt inside the water tank when water is stopped and water is supplied.

Water tank automatic washing device for washing water recycling toilet of the present invention, the water is supplied from the wash basin (1) to the recycled water tank 20, and the water supplied from the recycled water tank 20 and the direct water supply device In a toilet system using a water tank (5), and toilet water including a toilet body (3);

The direct water supply pipe 32, the first branch pipe 34 for communicating with the direct water supply pipe 32 and supplying the storage water to the water tank 5, and the direct water supply pipe 32 to communicate the washing water to the toilet bowl Direct water supply pipe unit 30 including a second branch pipe 36 for supplying;

A direct water control device provided adjacent to the direct water supply pipe part 30 to enable intermittent supply in supplying the direct water to the water tank 5;

And a wash water supply unit 80 for supplying wash water to the water tank 5 from the recycle water tank 20.

A plurality of injection holes (B) are formed in the upper portion of the first branch pipe 34 to wash the inner wall of the water tank and the apparatus inside the water tank by the washing water injected at high pressure and high speed from the injection holes (B). It is characteristic.

Preferably, a part of the plurality of injection holes B is horizontal, part is upward, or is downward, and the injection angle and the injection area are different from each other, so that the entire area of the inner wall of the water tank and the entire control valve are upward. It is possible to evenly wash the whole area of the washbasin supply.

According to the present invention, by using an intermittently operated direct water line (first branch pipe) supplied in a toilet system for recycling toilet water, the inside of the water tank is cleaned when the direct water is supplied, stopped when the recycled water is supplied, and again recycled water A water tank automatic cleaning device for a wash basin recycling toilet is provided which can clean the dirt inside the water tank if the supply is stopped and water is supplied.

1 is a schematic diagram of a toilet system utilizing toilet water according to an embodiment of the present invention.
2A is a perspective view of the toilet system of FIG. 1, and FIG. 2B is a front view of the toilet system of FIG.
Figure 3 is a detailed view (injection hole is formed) of the water direct control device according to an embodiment of the present invention.
Figure 4 is an exploded detailed view of the valve assembly of the direct control device according to an embodiment of the present invention.
Figure 5 is an operating state diagram, the initial state of the direct control device according to an embodiment of the present invention.
6A is an operation state diagram, a 1/3 cycle direct water supply start (direct water supply pipe open) state diagram, FIG. 6B is an operating state diagram, a 1/3 cycle direct water supply state (direct water supply pipe open) state diagram, and FIG. 6C is an operation state diagram. Fig. 6D is an operating state diagram of the 1/3 cycle direct water supply shutoff (direct water supply pipe closure, vent hole closure) and leakage start state.
FIG. 7A is an operation state diagram, a 2/3 cycle direct water supply start (direct water supply pipe open) state diagram, FIG. 7B is an operation state diagram, a 2/3 cycle direct water supply state (direct water supply pipe open) state diagram, and FIG. 7C is an operation state diagram. 2/3 cycle direct water supply shutoff (closed supply pipe closed, vent hole closed) and leakage start status.
8 is an operation state diagram, 3/3 cycle direct water supply start (direct water supply pipe open) state diagram.

In accordance with an embodiment shown in the accompanying drawings, the automatic water tank cleaning device for toilet water recycling toilet according to the present invention will be described in detail.

Figure 3 is a detailed view (injection hole formed) of the water tank automatic cleaning device for water surface recycling toilet according to an embodiment of the present invention. As shown in FIG. 3, in the water tank automatic washing device for washing water in a toilet according to the present invention, a plurality of injection holes B are formed on the first branch pipe 34 to form the injection holes B. It is characterized in that the water tank inner wall and the device inside the water tank is washed by the washing water sprayed from the high pressure and high speed.

Preferably, a part of the plurality of injection holes B is horizontal, part is upward, or is downward, and the injection angle and the injection area are different from each other, so that the entire area of the inner wall of the water tank and the entire control valve are upward. It is possible to evenly wash the whole area of the washbasin supply.

The following is a description of the function and operating environment of the first branch pipe 34 and the injection hole (B), and described in order to understand the overall system of the present invention. It discloses the same as the contents of Patent Application No. 10-2006-0076684 which is a patent right holder.

1 is a schematic view of a toilet system using a toilet according to an embodiment of the present invention, Figure 2a is a perspective view of the toilet system of Figure 1, Figure 2b is a front view of the toilet system of Figure 1; Figure 3 is a detailed view of the direct control device (injection hole formation) according to an embodiment of the present invention, Figure 4 is an exploded detailed view of the valve assembly of the direct control device according to an embodiment of the present invention.

As shown in FIG. 1, FIG. 2A and FIG. 2B, the present invention provides a waste water tank 20 in which wash water is supplied and stored in the sink 1, and water from the recycle water tank 20 and the direct water supply device. It relates to a toilet system utilizing toilet water including a water tank (5) supplied and a toilet body (3).

3 and 4, the water supply pipe unit 30 is in communication with the water supply pipe 32, the water supply pipe 32 and the first branch pipe for supplying storage water to the water tank (5) 34 and a second branch pipe 36 for communicating with the direct water supply pipe 32 for supplying the washing water to the toilet bowl.

The direct water control device is provided adjacent to the direct water supply pipe unit 30 and is configured to function to enable intermittent supply in supplying the direct water to the water tank 5. The direct water control device is largely composed of the valve assembly 40, the control unit 50, the delay lever unit 60, and the water level connection unit 70.

The valve assembly 40 is located above the direct water supply pipe 32 and has a vent hole 41.

The valve assembly 40 includes a cap 43 having a vent hole 41 and a support 42, an expansion space forming plate 44, a pressure plate 45, and a pressure plate guide protrusion 46. It is fixed to the upper portion of the water supply pipe 32 by the fastening means 47. In addition, when the vent hole 41 is opened, the direct water supply pipe 32 is opened so that the direct water flows into the expansion space 44a and flows into the first branch pipe 34 and the second branch pipe 36. ) Is closed, the pressure plate 45 by the pressure acting on the back of the pressure plate 45 is characterized in that the direct water supply pipe 32 is closed.

The controller 50 controls the opening and closing of the valve assembly 40 by opening and closing the vent hole 41 by using gravity of water contained in the adjustment container 55, and the adjustment container 55 is provided. .

The control unit 50 is provided with a release protrusion 52 in a direction in which the delay lever unit 60 is mounted, and an adjustment container 55 provided with a leak hole 55a on the opposite side. In addition, an adjustment water pipe 57 is provided in communication with the direct water supply pipe part 30 at a point downstream of the direct water supply pipe 32 among the direct water supply pipe part 30. Here, one point downstream means a point at which a flow is formed after the water flow is controlled by the valve assembly 40 and the shutoff is controlled, and includes an expansion space 44a of the valve assembly 40.

The controller 50 further includes a first magnet 51 containing any one of a magnet or a metal made of a material attracted to the magnet. Leakage hole (55a) is provided on the bottom surface of the adjustment vessel (55). Preferably, one end of the adjustment water pipe 57 is in communication with one side of the expansion space 44a of the valve assembly 40.

As shown in FIG. 3, the control unit 50 is formed such that the support body 54 and the adjustment vessel rod 56 are capable of relative movement so that the weight ratio around the support 53 is determined according to the intention of the designer. Allow to set freely. For example, in order to lengthen the closing time of the vent hole 41 (short the direct supply time), the support body 54 and the adjustment vessel rod 56 are pulled to support the center of gravity of the adjustment vessel 55. The position can be fixed by tightening with the fastener 59 after moving away from the 53. Fastener 59 may be a screw.

The delay lever unit 60 initiates the opening of the direct water supply pipe 32 when discharging the storage water of the water tank 5, and delays the open state of the direct water supply pipe 32 using the magnetic force despite the increase in the water level. The delay lever portion 60 is configured to include the impact projections 62 and the second magnet 64 made of any one material selected from a magnet or a metal made of a material attracted to the magnet. That is, in the present invention, the magnet body may be a magnet, but also includes a material attracted by the magnet.

The water level connection unit 70 includes a buoy 1 (71) to move up and down in accordance with the water level of the water tank (5), and transmits the water level information of the water tank (5) to the control unit (50). The water level connection unit 70 includes a buoy 1 (71) provided with an extension rod (72) and an impact protrusion (73), and a lifting guide (76) provided on the side surface of the first branch pipe (34). It is composed.

The wash water supply unit 80 is to supply the wash water from the recycle water tank 20 to the water tank (5). The wash water supply unit 80 includes a connection pipe 81 connecting the recycled water tank 20 and the water tank 5, and one end of the connection pipe 81, and a packing material 82 is provided at an upper portion thereof. It consists of the attached buoy 2 (83), the buoy 2 (83) is raised at the full water level, the packing material 82 blocks one end of the connecting pipe 81, the packing material 82 and the connecting pipe (81) at the low water level One end of the) is spaced apart so that the wash water flows into the water tank (5).

As shown in FIG. 1, a septic tank 90 may be further provided. The septic tank 90 may be introduced from the wash basin 1 into the recycled water tank 20, or from the recycled water tank 20. It is installed in one path selected from the paths flowing into the water tank (5), for filtering the suspended matter. Preferably it is installed in the path that enters the recycled water tank 20 from the sink (1). That is, the wash water supplied from the wash basin 1 to the recycle water tank 20 is a battery point flowing from the wash basin into the recycle water tank 20, or from a battery point flowing into the water tank 5 from the recycle water tank 20. It may be via a septic can 90 to filter out suspended matter at one point selected.

The operation of the toilet bowl system using the toilet water according to the present invention having such a configuration will be described. First, the operation of the present invention will be described step by step. The present invention is basically an apparatus for realizing a selective supply method of the wash face and direct water in the toilet system using the wash face.

5 is an operation state diagram, which is an initial state diagram of a direct water control device according to an embodiment of the present invention.

Fig. 5 Initial state

end. Control unit 50 Horizontal state-Ventilation hole 41 closed-Direct supply pipe 32 closed- Direct water shut off

I. Connector (81) closure by full water level- wash face shut off

It is assumed that the control unit 50 is set so that the water tank 5 reaches the full water level by repeating the opening and closing of the water supply pipe 32 about three times when there is no stored wash water. Here, the design factors include the capacity of the control container 55, the size of the leak hole 55a, the cross-sectional area of the control water pipe 57, the relative weight (mass) ratio of the control unit 50 based on the support 42, and the magnet body. It can be the magnitude of the magnetic force of the, the distance between the magnet body, and the like. That is, by appropriately manipulating them, the opening time, closing time, and the number of times the water supply pipe 32 is short-circuited (opened, closed) until the water level is reached in the absence of the wash water can be adjusted.

6A is an operation state diagram, a 1/3 cycle direct water supply start (direct water supply pipe open) state diagram, FIG. 6B is an operating state diagram, a 1/3 cycle direct water supply state (direct water supply pipe open) state diagram, and FIG. 6C is an operation state diagram. Fig. 6D is an operation state diagram, and a state diagram immediately before the start of 2/3 cycles is completed since the 1/3 cycle leak is almost completed.

6a immediately after control

end. Controller 50 declination to the right side (See Table 1 (71) due to eopeojim the supporting force of the fall, the magnetic force or the controller 50 due to the own weight of itself) the vent holes 41 open-water stream supply tube 32, the open-water stream Supply start

I. Lowering buoy 2 (83) due to low water level-Opening of connector (81) -Washable water supply condition ( Supplied water if present in recycled water tank (20)

6b: control unit aura

end. Direct water supply

I. Toilet water supply status

All. Water is filled in the control container (55) through the control water pipe (57)

6c: Immediately after the control unit becomes horizontal by blowing water to the adjusting container

end. Control Level-Direct Supply Off

I. Toilet water supply status

All. Magnetic weight between the first magnetic body 51 and the second magnetic body 64 on the opposite side of the control water pipe 57 of the control unit 50 in which the water weight of the water contained in the control container 55 is inclined through the adjustment water pipe 57 State immediately after the control unit 50 becomes horizontal

6d: control unit horizontally barely holding state

end. Keep direct supply shut off

I. The water level of the water tank (5) has risen slightly but still remains low due to the low water level. (2) The lower level of the water tank (5) is maintained.-The connector (81) remains open. -The wash water supply is possible. Supplied, if not available)

All. As the water of the adjustment container 55 is leaked through the leak hole 55a to lose its own weight, the control unit 50 is again inclined to the right side by the weight or magnetic force opposite the control container 55 again.

enough Wash face  If supplied

6C state, the water is cut off during the period in which the control container 55 is leaked, but the wash water is supplied to the water tank 5 if the wash water is present in the recycled water tank 20 in a state in which the water supply is possible, The buoy 2 (83) closes the connecting pipe (81), and the upper end (72a) of the extension rod (72) pushes the release projection (52) upward by the rise of the buoy 1 (71), the adjustment vessel Even if the leakage at 55 is completed, it is impossible for the control unit 50 to be in an inclined state, so that the control unit 50 can directly enter the initial state of FIG.

Wash face  If not supplied

As shown in FIG. 6D, the controller 55 loses its own weight of water so that the controller 50 is in the state immediately before the inclination, and enters the next step, FIG. 7A.

FIG. 7A is an operation state diagram, a 2/3 cycle direct water supply start (direct water supply pipe open) state diagram, FIG. 7B is an operation state diagram, a 2/3 cycle direct water supply state (direct water supply pipe open) state diagram, and FIG. 7C is an operation state diagram. 2, 2/3 cycle direct water supply shutoff (closed supply pipe closed, vent hole closed) and leakage start status.

Figure 7a

end. Direct supply start

I. Toilet water supply status

7b

end. Direct water supply

I. Toilet water supply status

Fig 7c

end. Control Level-Direct Supply Off

I. Toilet water supply status

Fig. 8 is an operating state diagram showing a 3/3 cycle direct water supply start (direct water supply pipe opening). If the wash water after Figure 7c is not sufficiently supplied, the water level of the water tank does not reach the full water level, and if the control vessel loses its own weight, the water enters the direct water supply state of Figure 8 again. To the extent that those skilled in the art can view and recognize the drawings, the operation, flow, and content of the present invention are deemed as described, and the principles of operation of valves used in toilets and well known in the art are deemed as described herein.

Although the present invention has been described in connection with the above-mentioned preferred embodiments, the scope of the present invention is not limited to these embodiments, and the scope of the present invention is defined by the following claims, and equivalent scope of the present invention. It will include various modifications and variations belonging to.

The reference numerals set forth in the claims below are merely to aid the understanding of the present invention, not to affect the interpretation of the scope of the claims, and the scope of the claims should not be construed narrowly.

B: injection hole
1: wash basin 3: toilet body
5: water tank 20: recycled water tank
30: water supply pipe 32: water supply pipe
34: first branch engine 36: second branch engine
40: valve assembly 41: vent hole
42: support 43: cap
44: expansion space forming plate 44a: expansion space
45: pressure plate 46: pressure plate guide projection
47: fastening means
50: control unit 51: the first magnet
55: adjusting container 55a: water leak
57: adjustable water pipe
60: delay lever portion 62: impact projection
64: second magnet
70: water level association 71: buoy 1
72: extension rod 73: impact protrusion
76: lifting guide 80: washing water supply 81: connector 82: packing material
83: buoy 2

Claims (2)

Recycling water tank 20, the wash water is supplied from the wash basin (1), a water tank (5) receiving water from the recycle water tank 20 and the direct water supply device, and a toilet body (3) In a toilet system using toilet water;
The direct water supply pipe 32, the first branch pipe 34 for communicating with the direct water supply pipe 32 and supplying the storage water to the water tank 5, and the direct water supply pipe 32 to communicate the washing water to the toilet bowl Direct water supply pipe unit 30 including a second branch pipe 36 for supplying;
A direct water control device provided adjacent to the direct water supply pipe part 30 to enable intermittent supply in supplying the direct water to the water tank 5;
And a wash water supply unit 80 for supplying wash water to the water tank 5 from the recycle water tank 20.

A plurality of injection holes (B) are formed in the upper portion of the first branch pipe (34) to wash the water tank inner wall and the device inside the water tank by the washing water sprayed at high pressure and high speed from the injection holes (B) Water tank automatic washing device for toilet water recycling toilet characterized in that. The method of claim 1,
Some of the plurality of injection holes B are horizontal, some are upward, or some are downward, so that the injection angles and the injection zones are different from each other, so that the entire water tank inner wall area, the upward control valve area, and the face water Water tank automatic washing device for washing water toilets, characterized in that formed so as to evenly wash the entire area of the supply.

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