KR101184052B1 - Push Button and Electronic Type Reservoir Cleaning System - Google Patents

Abstract

The present invention relates to a pushbutton and an electronic water tank washing system, and more particularly, in a washing system of a water tank recycling toilet, a pushbutton for controlling the flow of washing water from the direct water pipe (H1) to the first supply pipe (H2). 110; A solenoid valve 130 for controlling the flow of washing water from the direct water pipe H1 to the second supply pipe H3; A human body detecting sensor (120) installed in the sink (5) to detect a user's approach and transmit it to the control unit 125 so that the control unit 125 opens the solenoid valve 130 for a predetermined time; The push button and the electronic water tank cleaning system, characterized in that consisting of; washing nozzle 140 for receiving the washing water from the first supply pipe (H1) or the second supply pipe (H3) to wash the inside of the reservoir.

Description

Push Button and Electronic Type Reservoir Cleaning System

The present invention relates to pushbuttons and electronic reservoir cleaning systems.

The wash water is used water and contains suspended solids such as soapy water. Therefore, the prior art has a problem that the inside of the water reservoir or wash water storage tank is dirty. This phenomenon is prominent in the transparent wash basin, there is a problem that the wash basin is contaminated enough to feel uncomfortable if the user once or twice.

According to the present invention, when the user approaches the toilet or the user wants to wash the reservoir, the button is automatically pushed to wash the inside of the wash water recycling reservoir, and the push button can fundamentally solve the problem of cleanliness and odor of the toilet using recycled water. And electronic reservoir cleaning systems.

The present invention is used to wash the inside of the water tank (tap water) to store the wash water for recycling, and pushbutton and electronic water tank cleaning having a washing nozzle excellent in spraying effect that does not require power and automatically operates by the power of water pressure To provide a system.

The push button and the electronic water tank cleaning system of the present invention, in the washing system of the water tank for toilet water recycling toilet,

A push button 10 for controlling the flow of washing water from the straight pipe H1 to the first supply pipe H2;

A solenoid valve 130 for controlling the flow of washing water from the direct water pipe H1 to the second supply pipe H3;

A human body detecting sensor (120) installed in the sink (5) to detect a user's approach and transmit it to the control unit 125 so that the control unit 125 opens the solenoid valve 130 for a predetermined time;

It comprises a; washing nozzle 140 for receiving the washing water from the first supply pipe (H1) or the second supply pipe (H3) to wash the inside of the reservoir.

According to the present invention, when the user approaches the toilet or when the user wants to wash the reservoir, pressing the button automatically wash the inside of the wash water recycling reservoir can fundamentally solve the problem of cleanliness and odor of the toilet using recycled water Pushbuttons and electronic reservoir cleaning systems are provided.

According to the present invention, the push button having a washing nozzle excellent in spraying effect is used to wash the inside of the water reservoir (tap water) stored for recycling the wash water with direct water (tap water) and operate automatically by the power of water pressure and An electronic reservoir cleaning system is provided.

1 is a pushbutton and electronic water tank cleaning system configuration according to an embodiment of the present invention.
Figure 2 is a pushbutton cross-sectional configuration according to an embodiment of the present invention.
Figure 3 (a, b, c) is a first sealing perspective view, a valve body perspective view, a valve body cross-sectional view according to an embodiment of the present invention.
Figure 4 (a, b, c) is a perspective view, a plan view, the overall configuration of the cleaning nozzle according to an embodiment of the present invention.
Figure 5 is a push button and electronic reservoir cleaning system according to an embodiment of the present invention.

Hereinafter, a pushbutton and an electronic water tank cleaning system according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings. 1 is a pushbutton and electronic water tank cleaning system configuration according to an embodiment of the present invention, Figure 2 is a pushbutton cross-sectional configuration according to an embodiment of the present invention, Figure 3 (a, b, c) is the present invention The first sealing perspective view, the valve body perspective view, the valve body cross-sectional view according to an embodiment of Figure 5 is a push button and electronic water tank cleaning system embodiment state diagram according to an embodiment of the present invention.

Pushbutton and electronic water tank cleaning system according to the present invention, as shown in Figure 5, the recycle water from the sink is introduced into the reservoir through the supply pipe, the excess water of the reservoir is discharged directly to the excess water drain pipe, if necessary, the recycle water of the reservoir toilet The present invention relates to a push button and an electronic water tank cleaning system used in a toilet system using recycled water supplied to a water tank. The overall structure utilizing recycled water in a toilet is disclosed in Patent Application No. 10-2006-0076690, Patent Application No. 10-2006-0076684, filed by the applicant.

As shown in Figures 1 to 4, the push button and the electronic water tank cleaning system according to an embodiment of the present invention, the push button 110 for controlling the flow of the wash water from the direct pipe (H1) to the first supply pipe (H2) ), The solenoid valve 130 for controlling the flow of the washing water from the direct water pipe (H1) to the second supply pipe (H3), and installed in the wash basin (5) detects the user's approach and transmits to the control unit 125 to control the control unit ( A washing nozzle for washing the inside of the water storage tank by receiving the washing water from the human body sensor 120 to open the solenoid valve 130 for a predetermined time and the first supply pipe H1 or the second supply pipe H3. 140).

As shown in Figure 1, in one embodiment of the present invention, the push button 110, the inlet connected to the open room (112a) for providing a lifting space of the button 112, and the straight pipe (H1) The first chamber 118 which is in communication with the pipe 114 and is provided below the open room 112a, and the outlet pipe 115 which is connected to the first supply pipe H2 and communicates with the first chamber 118 The valve body 111 which forms the 2nd chamber 119 provided in the lower part, the said open chamber 112a, the 1st chamber 118, and the 2nd chamber 119, and the upper part of the said valve body 111 Installed in the button consists of a button 112 for pressing the operating bar 113.

In addition, as shown in Figs. 2 and 3 (a, b, c), the push button 110 is supported by the upper wall plate 118b of the first chamber 118 to provide a restoring force to the button 112. A spring S to be produced and a recessed groove portion 113a are formed to be pressed by the button 112 to open and close the operation hole 117a, the opening room 112a and the first chamber. 118 is composed of a first seal 116 for shielding the operation bar 113 up and down, and a second seal 117 for shielding the first chamber 118 and the second chamber 119.

As shown in FIG. 1, in one embodiment of the present invention, the pushbutton and the electronic water tank cleaning system, downstream of the first supply pipe (H2) and the second supply pipe (H3) to one connection pipe (H4) It is preferred that the connection and the downstream of the connecting pipe (H4) is mounted to the washing nozzle (140).

Figure 4 (a, b, c) is a perspective view, a plan view, the overall configuration of the cleaning nozzle according to an embodiment of the present invention. As shown in FIG. 4, the washing nozzle 140 of the present invention includes a rotating plate 10 having a plurality of guide grooves 15 having a center line forming a predetermined angle A with a radial line C1, and a rotating plate. A tapered catchment protrusion 20 protruding from the center of the upper portion 10 and a discharge groove 31 installed upwardly spaced from the outer circumference of the catchment protrusion 20 and communicating with an upstream portion of the guide groove 15 are formed. It is composed of a hollow upper fixing part 30 and a lower shaft portion 40 protruding downward in the lower center of the rotating plate 10.

In addition, in the washing nozzle 140 of the present invention, the support 50 formed with the fixing means 51 is fixed to the recycled water inlet pipe formed in the reservoir tank rotates the upper fixing portion 30 and the lower shaft portion 40. It is preferably supported, and the washing water flows from the first supply pipe (H2) or the second supply pipe (H3) to the hollow upper fixing part (30) to wash the inside of the reservoir while the rotating plate (10) rotates. .

5: wash basin 110: push button
111: valve body 112: button
112a: open room 113: operation bar
113a: groove 114: inlet pipe
115: outlet pipe 116: first sealing
117: second sealing 117a: working hole
118: first room 118b: top wall plate
119: room 2 120: human body detection sensor
125 control unit 130 solenoid valve
140: cleaning nozzle H 1: water pipe
H 2: 1st supply pipe H 3: 2nd supply pipe
H 4: Connector S: Spring
10: rotating plate 15: guide groove
20: catchment protrusion 21: expansion groove
30: upper fixing part 31: discharge groove
40: lower shaft portion 50: support
51: fixing means 53: upper horizontal bar
53a: connector A: predetermined angle
C1: Radial line H: Supply hose

Claims (4)

In the washing system of the water tank for toilet water recycling toilet,
A push button 110 for controlling the flow of washing water from the direct water pipe H1 to the first supply pipe H2;
A solenoid valve 130 for controlling the flow of washing water from the direct water pipe H1 to the second supply pipe H3;
A human body detecting sensor (120) installed in the sink (5) to detect a user's approach and transmit it to the control unit 125 so that the control unit 125 opens the solenoid valve 130 for a predetermined time;
The push button and the electronic water tank cleaning system, characterized in that consisting of; a washing nozzle 140 for receiving the washing water from the first supply pipe (H1) or the second supply pipe (H3) to wash the inside of the reservoir. The method of claim 1,
The push button 110,
An open room 112a providing a lift space of the button 112,
A first chamber 118 communicating with an inflow pipe 114 connected to the direct water pipe H1 and provided below the open room 112a;
A second chamber 119 in communication with the outlet pipe 115 connected to the first supply pipe H2 and provided below the first chamber 118;
A valve body 111 forming the open room 112a, the first chamber 118, and the second chamber 119;
A button 112 installed at an upper portion of the valve body 111 to press the operation bar 113;
A spring S supported by the upper wall plate 118b of the first chamber 118 to generate a restoring force on the button 112;
Concave groove 113a is formed and the operating bar 113 for pressing the button 112 to open and close the operating hole (117a),
A first sealing 116 for shielding the open room 112a and the first room 118 so that the operation bar 113 can be elevated;
Pushbutton and electronic water tank cleaning system, characterized in that consisting of a second seal (117) for shielding the first chamber (118) and the second chamber (119). The method of claim 1,
The downstream of the first supply pipe (H2) and the second supply pipe (H3) is connected to one connecting pipe (H4) and the downstream of the connecting pipe (H4) is characterized in that the push on the washing nozzle 140 Button and electronic reservoir cleaning system. The method of claim 1,
The washing nozzle 140,
A rotation plate 10 having a plurality of guide grooves 15 having a center line forming a predetermined angle A with a radial line C1,
A tapered catchment protrusion 20 protruding from the center of the rotating plate 10,
A hollow upper fixing part 30 which is spaced apart from an outer circumference of the water collecting protrusion 20 and is provided with a discharge groove 31 communicating with an upstream of the guide groove 15;
It consists of a lower shaft portion 40 protruding downward in the lower center of the rotating plate 10,
The supporter 50 having the fixing means 51 fixed to the recycled water inflow pipe formed in the reservoir supports the upper fixing portion 30 and the lower shaft portion 40 in a rotatable manner.
Washing water flows from the first supply pipe (H2) or the second supply pipe (H3) to the hollow upper fixing portion (30), the push button and the electronic, characterized in that for washing the inside of the reservoir while rotating the rotating plate (10) Reservoir Washing System.

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