KR20200067069A - Hybrid one touch valve box for switching manual operation and automation of faucet device - Google Patents

Abstract

According to the present invention, provided is a hybrid flow rate control one-touch valve box for manually and automatically switching a faucet device, capable of selecting the automatic control of a faucet device by a water saving unit or the regular manual control of the faucet device through a one-touch switching operation. According to the present invention, the hybrid flow rate control one-touch valve box provides a structure in which a driving motor, a controller and a manual and automatic control switch receiving power from a built-in battery are assembled compactly, and enables the manual/automatic modes of a faucet device to be switched by one-touch switch control to enhance user convenience. In addition, as the one-touch valve box has a structure switching manual/automatic modes while opening or closing a passage of a valve body through the rotation of an opening and closing unit by the driving motor, initial power supplied to the driving motor only once enables the switching of the manual/automatic modes, thereby preventing a water leak caused by the thermal deformation of a component thanks to minimized heat generation. Moreover, since an angle for opening the passage of the valve body through the opening and closing unit is controlled through the regulation of the operation time of the driving motor, the function of controlling the flow rate can be created, and a connector structure, in which a one-touch type faucet hose and a common faucet hose of a bolt-nut fastening structure are all able to be fastened, and a case assembly structure, in which components are compactly and stably placed and fixed, are provided to improve assembly and user convenience.

Description

Hybrid one touch valve box for switching manual operation and automation of faucet device

The present invention relates to a hybrid type flow control one-touch valve box for automatic switching of a power receiving device that enables automatic operation of a power receiving device by a water-saving device or normal manual operation of a power receiving device to be selected by a one-touch switching operation. It provides a structure in which the drive motor, controller, and manual switch for receiving power supplied from the battery are compactly assembled, and it is possible to conveniently switch the number of receivers/automatic switch by one touch to increase user convenience, As the passage of the valve body is opened and closed by the rotational movement of the opening/closing opening, the structure is converted to male/automatically, so that only the initial one-time power supply to the drive motor is performed, the male/male can be converted to thermal deformation of the component with minimal heat generation. Water leakage is prevented, and the opening angle of the valve body can be adjusted by the opening and closing by controlling the operating time of the drive motor, so that the flow rate control function can be implemented, and the general faucet hose and one-touch faucet hose with bolt-nut coupling structure The present invention relates to a hybrid-type flow control one-touch valve box for automatic switching of a power receiving device that provides both a connector structure that can be fastened and a case assembly structure in which components are compactly and stably placed and fixed, thereby improving assembly and ease of use.

The faucet device is a device that prevents or discharges tap water, and is installed in a kitchen, toilet, bathroom, etc. and is divided into a manual faucet method and an automatic faucet method.

In the former case, the operating state of the cold/hot water control valve (commonly referred to as a'cartridge') according to the manual operation of the operating lever by the user is varied to allow cold and hot water to be discharged, or by mixing cold and hot water to the desired temperature desired by the user. It is possible to control the mixed water to be discharged or to control the amount of water to be discharged, but there is no means to automatically control the water. There was an uneconomical problem that wasted.

In the automatic receiving method, there is a water-saving valve that automatically opens and closes the valve according to the operation of a solenoid valve that is switched to an electrical signal to control the flow rate. Also, instead of the solenoid valve, it automatically operates according to the operation of the electromagnet (250㎃, 12V). A water-saving valve that opens and closes has been developed and is currently on the market.

Since such a water-saving valve is already a well-known technology, a detailed description thereof will be omitted, and additionally, the water-saving valve is a Korean Utility Model Registration No. 20-0299330 (opening and closing device for a water-saving valve) and a registration number. 20-0368317 (valve system). However, the above-described water-saving valve uses a solenoid valve, and thus a malfunction occurs frequently in a switching operation according to an electrical signal, and the volume of the water-saving valve is large, which is limited in installation.

In addition, the solenoid valve requires electric power of 12V or more for opening and closing operation, so an electrical supply mechanism such as an outlet, a plug, and an adapter must be used, and the valve cannot be used where such an electric mechanism is not provided. There are many restrictions on the installation location, and furthermore, in case of an emergency such as a power failure, the valve itself cannot be operated, which causes inconvenience to use.

On the other hand, in the case of a solenoid-based water-saving valve, it is necessary to rotate the handle 5-6 turns/automatic switching, causing inconvenience to the user. Due to the characteristics of the solenoid valve, it is difficult to change the flow rate, and power is continuously supplied while using water. Since it should be, there was a limit that it is impossible to adjust the water volume during use. In addition, as the heat was continuously generated from the solenoid, there was a high possibility that the component would deform and leak.

Republic of Korea Registered Patent Publication No. 10-1248521 "Water-saving valve opening and closing device" Republic of Korea Utility Model Publication No. 20-2011-0002599 "Manual opening and closing member of water saving valve"

Therefore, the present invention improves the problems of the prior art, and enables a new type of power receiving device to select the automatic operation of the power receiving device by the water saver or the normal manual operation of the power receiving device by the one-touch switching operation of the automatic switching switch. An object of the present invention is to provide a hybrid type flow control one-touch valve box for automatic switching.

In addition, the present invention provides a hybrid type flow control one-touch valve box for automatic switching of a power receiving device that can provide a structure in which a driving motor, a controller, and a manual switching switch, which are supplied with power from a built-in battery, are compactly assembled. It aims to do.

In addition, the present invention allows the valve body passage to be opened/closed by the rotational movement of the opening/closing by the drive motor to switch the number of water/automatically. This is a hybrid type for automatic switchover of the power receiving device that prevents leakage due to thermal deformation and adjusts the operating time of the drive motor to control the opening angle of the passageway of the valve body by opening and closing. It is an object to provide a flow control one-touch valve box.

In addition, the present invention provides improved assembly and ease of use by providing a case assembly structure in which the connector structure and the components capable of fastening both the general water receiving hose and the one-touch water receiving hose of the bolt-nut coupling structure are fixed and stably arranged. It is an object of the present invention to provide a hybrid type flow control one-touch valve box for automatic switching of a power receiving device.

According to a feature of the present invention for achieving the above object, the present invention is a case 100 disposed on a pipe line for supplying water to the power receiving device (3); It is disposed inside the case 100, the inlet 260 and the outlet 270 are formed at both ends to protrude to the outside of the case 100, the passage connecting the inlet 260 and the outlet 270 Valve body 200 is formed inside (280); An opening and closing port 300 disposed inside the passage 280 of the valve body 200 to open and close the passage 280; A driving motor 500 disposed inside the case 100 to be connected to the opening and closing opening 300, and rotating the opening and closing opening 300 by a set angle to control opening and closing of the passage 280; The driving motor 500 is disposed inside the case 100 and controls the driving motor 500 in a passage closing mode when a manual switching operation signal is transmitted, while the driving motor in a passage opening mode when an automatic switching operation signal is transmitted ( Controller 600 for controlling 500); A charging battery 700 disposed inside the case 100 and supplying power to the driving motor 500 and the controller 600; And a manual switching switch 800 which is exposed on the front surface of the case 100 and operated by a user, and is connected to the controller 600 to transmit a manual switching operation signal and an automatic switching operation signal to the controller 600. It provides a hybrid type flow control one-touch valve box for automatic switching of the power receiving device, characterized in that it comprises a.

The valve body 200 in the hybrid type flow control one-touch valve box for automatic switching of the power receiving device according to the present invention,

A circular mounting space 212 in communication with the circular opening surface 211 on one side, the intermediate circular body 210 in which the opening and closing opening 300 is inserted into the circular mounting space 212 and rotatably fixed; The intermediate circular body 210 is formed extending from one end portion, the circular mounting space 212 and the inflow passage 221 is formed inside, the outer peripheral surface of the end portion is a bolt-nut type first inlet with a male thread Inlet tube 220 made of (222); The intermediate circular body 210 is formed extending from the other end portion, the circular mounting space 212 and the outflow passage 231 formed therein, the outer peripheral surface of the end portion is a bolt-nut type first outlet that is externally threaded Outflow tube 230 made of (232); It is made of a hollow cylindrical structure, and one end inner circumferential surface is formed of a female threaded inlet coupling end 241 to be detachably fastened to the bolt-nut type first inlet 222 of the inlet tube 220, and One-touch coupling inlet 240 is formed by the end of the inlet side one-touch coupling end 242 can be coupled to the one-touch-type faucet hose (2); And it is made of a hollow cylindrical structure, one end inner peripheral surface is formed of a female threaded outlet coupling end 251 is fastened detachably to the bolt-nut type first outlet 232 of the outlet pipe 230, The other end is formed of an outlet-side one-touch coupling end 252, and the one-touch coupling outlet 2 to which the one-touch faucet hose 2 can be coupled; may be configured to be formed into a straight shape.

The hybrid flow control one-touch valve box for automatic switching of the power receiving device according to the present invention is coupled to the opening and closing 300, rotates integrally with the opening and closing 300, and has a set number of gear teeth (Z1) Gear 400a; A drive gear 400b coupled to the motor shaft of the drive gear 400b, engaged with the driven gear 400a, and having a gear number Z2> Z1 less than the gear number Z1 of the driven gear; Including,

The opening and closing port 300 is inserted into the passage 280 of the valve body 200, the inner flow channel 311 of the set pattern is formed to open to both ends of the outer circumferential surface, and the inner flow channel ( 311) a cylindrical body 310 that connects or blocks the inlet 260 and the outlet 270; A gear engaging end 320 coupled to the center of the driven gear 400a is formed by extending a gear in a shape at an upper end of the cylindrical body 310.

In the hybrid type flow control one-touch valve box for automatic switching of a power receiving device according to the present invention, the controller 600 is formed with a switch contact contacted by the automatic switching switch 800, and a through hole ( 620) may be formed of a PCB 610 is formed.

The case 100 in the hybrid flow control one-touch valve box for automatic switching of the power receiving device according to the present invention,

Consists of a square cross-sectional shape having a height (h), a width (a), and a width (b) of a set size to form a first inner space 111, and a circular fitting protrusion 112 is projected on the inner surface. The intermediate circular body 210 of the valve body 200 is fitted and fixed, and columnar fastening protrusions 113 are formed at each corner of the first inner space 111, and through holes 620 of the PCB 610 A lower case unit 110 in which the PCB 610 is fixed while the one side column-shaped fastening protrusion 113 is inserted, and the male automatic switching switch 800 is exposed on the outer surface; A coupling protrusion 121 formed in a rectangular plate body shape and coupled with the columnar fastening protrusion 113 of the lower case unit 110 is formed at each corner of the bottom surface, and the coupling groove 122 is provided at each corner of the upper surface. It is formed, the inner case unit 120 is fixed to the drive motor 500 on the upper surface; It consists of a square cross-sectional shape having a height (H), width (A), and width (B) of a set size to form a second inner space 131, and an inner case unit equipped with the driving motor 500 ( 120) and the valve body 200 is arranged in the second inner space 131, and the fixing protrusion 132 inserted into the coupling groove 122 of the inner case unit 120 has a second inner space ( 131) the upper case unit 130 formed on each corner;

According to the hybrid flow control one-touch valve box for automatic switching of the power receiving device according to the present invention, the user convenience is improved by selecting the automatic operation of the power receiving device by the water saver or the normal manual operation of the power receiving device by a one-touch switching operation. There is. And according to the hybrid type flow control one-touch valve box for automatic switching of the power receiving device according to the present invention, a drive motor, a controller, and a manual switching switch that are supplied with power from a built-in battery are assembled compactly and have a bolt-nut coupling structure. Since both the general faucet hose and the one-touch faucet hose provide a connector structure that can be fastened, assembly and ease of use are improved. In addition, according to the hybrid-type flow control one-touch valve box for automatic switching of the power receiving device according to the present invention, since the passage of the valve body is opened/closed by the rotation operation of the opening/closing by the driving motor, it can be switched automatically/received. Water/automatic switching is performed with only one power supply to prevent leakage due to thermal deformation of components due to minimized heat generation, and the opening angle of the passageway of the valve body by the opening and closing can be adjusted by controlling the operating time of the drive motor. This has the effect of enabling the implementation of the adjustment function.

1 is a block diagram of a hybrid flow control one-touch valve box for automatic switching of a power receiving device according to the present invention;
Figure 2 is a schematic diagram for showing the arrangement configuration of a hybrid type flow control one-touch valve box for automatic switching of the power receiving device according to an embodiment of the present invention;
3 is an exploded perspective view of a case according to an embodiment of the present invention;
4 is a plan view of a lower case unit of a case according to an embodiment of the present invention;
5 is a view for showing the connection configuration of the PCB fixed to the lower case unit according to an embodiment of the present invention;
Figure 6 (a) is a plan view of the inner case unit of the case according to an embodiment of the present invention;
Figure 6 (b) is a view for showing that the drive motor, the driven gear, the drive gear is mounted on the inner case unit of the case according to an embodiment of the present invention;
7 is a view for showing a valve body according to an embodiment of the present invention;
8 is a cross-sectional view of a main part of a valve body according to an embodiment of the present invention;
9 is a view for showing the connection configuration of the valve body and the opening and closing according to an embodiment of the present invention;
10 is a view for showing the connection configuration of the inner flow channel of the opening and closing according to an embodiment of the present invention;
11 is an external view of a hybrid flow control one-touch valve box for automatic switching of a power receiving device according to an embodiment of the present invention.

Hereinafter, embodiments of the present invention will be described in detail based on the accompanying drawings FIGS. 1 to 11. On the other hand, in the drawings and detailed description, the illustration and reference to the construction and operation easily understood by those skilled in the art from the general power receiving device, the motor, the charging battery, the switch, the one-touch coupling structure, the gear, and the PCB are omitted or omitted. . In particular, in the illustration and detailed description of the drawings, detailed descriptions and illustrations of elements that are not directly related to the technical features of the present invention are omitted, and only the technical configurations related to the present invention are briefly illustrated or described. Did.

Hybrid type flow control one-touch valve box 1 for automatic switching of the power receiving device according to an embodiment of the present invention, as shown in Figure 1, the case 100, the valve body 200, the opening and closing 300, the driven gear 400a , Consisting of a drive motor 500, a drive gear 400b, a controller 600, a charging battery 700, and a manual switching switch 800.

The case 100 is disposed on a piping line for supplying water to the power receiving device 3 as shown in FIG. 2 and can be fixed at a set point. The case 100 according to an embodiment of the present invention is shown in FIG. 3. As shown, it consists of a lower case unit 110, an inner case unit 120, and an upper case unit 130.

The lower case unit 110 is formed of a square cross-sectional shape having a height (h), a width (a), and a width (b) of a set size to form the first inner space 111, as shown in FIG. The circular fitting protrusion 112 is formed to protrude on the inner surface so that the intermediate circular body 210 of the valve body 200 is fitted and fixed. In addition, a columnar fastening protrusion 113 is formed at each corner portion of the first inner space 111, and one side of the columnar fastening protrusion 113 is inserted into the through hole 620 of the PCB 610 shown in FIG. 5. As the PCB 610 is fixed. In addition, an automatic switch switch 800 and an LED lamp 900 are formed on the outer surface of the lower case unit 110. Here, the LED lamp 900 is turned off during manual switching, and turned on during automatic switching.

The inner case unit 120 is made of a rectangular plate body shape, and a coupling protrusion 121 coupled with a columnar fastening protrusion 113 of the lower case unit 110 is formed at each corner of the bottom surface. In addition, as shown in FIGS. 6 and 7, coupling grooves 122 are formed at each corner of the upper surface of the inner case unit 120, and a motor fixing hole 123 is formed on the upper surface to fix the driving motor 500. A through-hole through hole 124 is formed in the central portion of the inner case unit 120, and the gear coupling end 320 of the opening and closing portion 300 is disposed through.

The upper case unit 130 is formed of a square cross-sectional shape having a height (H), a width (A), and a width (B) of a set size to form the second inner space 131, the driving motor 500 Is mounted so that the inner case unit 120 and the valve body 200 are disposed in the second inner space 131. Then, fixing protrusions 132 inserted into the coupling grooves 122 of the inner case unit 120 are formed at each corner of the second inner space 131.

The valve body 200 is disposed inside the case 100, and the inlet 260 and the outlet 270 are formed at both ends to protrude outside the case 100. In addition, a passage 280 connecting the inlet 260 and the outlet 270 is formed inside the valve body 200. Here, the valve body 200 according to the embodiment of the present invention, the intermediate circular body 210, the inlet tube 220, the outlet tube 230, the one-touch coupling inlet 240, the one-touch coupling outlet as shown in FIG. 250) to form a straight line.

The intermediate circular body 210 forms a circular mounting space 212 in communication with a circular opening surface 211 on one side, as shown in FIG. 8, and the opening and closing opening 300 is circular in the intermediate circular body 210 as shown in FIG. 9. It is inserted into the circular mounting space 212 through the open surface 211 and fixed rotatably.

The inlet pipe 220 is formed to extend from one end of the intermediate circular body 210, the inlet passage 221 communicating with the circular mounting space 212 is formed therein, and the outer circumferential surface of the end portion is bolted- It consists of a nut-type first inlet (222). The outlet pipe 230 is formed to extend from the other end portion of the intermediate circular body 210, the outlet path 231 communicating with the circular mounting space 212 is formed inside, and the outer circumferential surface of the end portion is bolted- It consists of a nut-type first outlet (232).

Accordingly, the bolt-nut type first inlet 222 of the inlet pipe 220 and the bolt-nut type first outlet 232 of the outlet pipe 230 can be combined with a general water-receiving hose of a bolt-nut coupling structure. do.

One-touch coupling inlet 240 is made of a hollow cylindrical structure, one end inner peripheral surface is formed of a female threaded inlet coupling end 241 to the bolt-nut type first inlet 222 of the inlet tube 220 It is detachably fastened, and the other end is formed by the inlet one-touch coupling end 242 so that the one-touch-type faucet hose 2 can be coupled.

The outlet 250 for one-touch coupling is also made of a hollow cylindrical structure, and the inner circumferential surface of one end is formed of an outlet coupling end 251 with a female thread, to the bolt-nut type first outlet 232 of the outlet pipe 230 It is detachably fastened, and the other end portion is formed of the outlet side one-touch coupling end 252 so that the one-touch-type faucet hose 2 can be coupled.

The opening/closing opening 300 is disposed inside the passage 280 of the valve body 200 to open/close the passage 280, and the opening/closing opening 300 according to an embodiment of the present invention has a cylindrical body 310 as shown in FIG. 9. , Consisting of a gear coupling end (320).

Cylindrical body 310 is inserted into the passage 280 of the valve body 200, the inner flow channel 311 of the set pattern is formed to open to both ends of the outer circumferential surface, the inner flow channel 311 according to the rotation operation As shown in FIG. 10, the inlet 260 and the outlet 270 are connected or blocked.

The gear coupling end 320 is formed by extending the gear in the shape of the upper end of the cylindrical body 310 to be coupled to the center of the driven gear 400a.

The driven gear 400a is coupled to the opening 300 and rotates integrally with the opening 300, and has a set number of gear teeth Z1.

The driving motor 500 is disposed inside the case 100 and is connected to the opening/closing opening 300. The opening/closing of the passage 280 is controlled by rotating the opening/closing opening 300 by a set angle.

The driving gear 400b is coupled to the motor shaft of the driving gear 400b, meshes with the driven gear 400a, and has a smaller gear number Z2> Z1 than the gear number Z1 of the driven gear. For this, it is possible to fine-tune the rotation angle of the opening/closing opening 300.

The controller 600 is disposed inside the case 100 and controls the drive motor 500 in a closed channel mode when a manual switching operation signal is transmitted, while in an open channel mode when an automatic switching operation signal is transmitted. The driving motor 500 is controlled. Here, the controller 600 according to the embodiment of the present invention is made of a PCB 610 in which a switch contact contacting the manual switching switch 800 is formed, and a through hole 620 is formed in a corner portion.

The charging battery 700 is disposed inside the case 100 and supplies power to the driving motor 500 and the controller 600.

11, the automatic switching switch 800 is exposed on the front surface of the case 100 as shown in FIG. 11 and operated by the user, and is connected to the controller 600 to control the manual switching operation signal and the automatic switching operation signal to the controller 600 ).

Hybrid type flow control one-touch valve box 1 for automatic switching of a power receiving device according to an embodiment of the present invention configured as described above is an automatic operation of a power receiving device by a water saver or a normal manual operation of a power receiving device. It can be selected by one-touch switching operation. In addition, a hybrid type flow control one-touch valve box 1 for automatic switching of a power receiving device according to an embodiment of the present invention includes a driving motor 500, a controller 600, and a water automatic receiving power from a built-in charging battery 700. It provides a structure in which the switch 800 is compactly assembled. And the hybrid type flow control one-touch valve box (1) for automatic switching of the power receiving device according to an embodiment of the present invention is a passage 280 of the valve body 200 by the rotation operation of the opening and closing 300 by the driving motor 500 Since it is switched to open/closed, it is switched to water/automatically, so only one initial power supply to the drive motor 500 is performed, so that water/automatic switching is performed to prevent leakage due to thermal deformation of the component due to minimized heat generation. ) By adjusting the operating time, the opening angle of the passage of the valve body 200 by the opening/closing opening 300 can be adjusted, so that the flow control function can be implemented. In addition, the hybrid type flow control one-touch valve box 1 for automatic switching of a power receiving device according to an embodiment of the present invention has a compact connector structure and components that can be fastened to both a normal water receiving hose and a one-touch water receiving hose having a bolt-nut coupling structure. And provides a case assembly structure that is stably placed and fixed, thereby improving assembly and ease of use.

As described above, the hybrid type flow control one-touch valve box for automatic switching of a power receiving device according to an embodiment of the present invention is illustrated in accordance with the above description and drawings, but this is merely an example and the technical spirit of the present invention Those skilled in the art will appreciate that various changes and modifications are possible without departing from the scope.

1: Hybrid type flow control one-touch valve box for automatic switchover of faucet
2: One-touch faucet hose
3: Power receiving device
100: case
110: lower case unit
111: 1st internal space
112: circular fitting projection
113: Column type locking projection
120: inner case unit
121: engaging projection
122: coupling groove
123: Motor fixing hole
124: through hole
130: upper case unit
131: Second internal space
132: fixed projection
200: valve body
210: medium circular body
211: circular open surface
212: circular mounting space
220: inlet tube
221: funnel
222: bolt-nut type first inlet
230: outflow tube
231: Runway
232: Bolt-nut type first outlet
240: One-touch coupling inlet
241: inlet coupling end
242: inlet one-touch coupling end
250: One-touch coupling outlet
251: outlet coupling end
252: One-touch coupling end on the outlet side
260: inlet
270: outlet
280: passage
300: opening and closing
310: cylindrical body
311: internal flow channel
320: gear coupling end
400a: driven gear
400b: drive gear
500: drive motor
600: controller
610: PCB
620: through hole
700: rechargeable battery
800: manual switch
900: LED lamp

Claims (5)

A case 100 disposed on a pipe line for supplying water to the power receiving device 3;
It is disposed inside the case 100, the inlet 260 and the outlet 270 are formed at both ends to protrude to the outside of the case 100, the passage connecting the inlet 260 and the outlet 270 Valve body 200 is formed inside (280);
An opening/closing opening 300 disposed inside the passage 280 of the valve body 200 to open and close the passage 280;
A driving motor 500 disposed inside the case 100 to be connected to the opening and closing opening 300, and rotating the opening and closing opening 300 by a set angle to control opening and closing of the passage 280;
The driving motor 500 is disposed in the case 100 and controls the driving motor 500 in the passage closing mode when a manual switching operation signal is transmitted, while the driving motor in the passage opening mode when an automatic switching operation signal is transmitted ( Controller 600 for controlling 500);
A charging battery 700 disposed inside the case 100 and supplying power to the driving motor 500 and the controller 600; And
An automatic switching switch 800 that is exposed on the front surface of the case 100 and operated by a user, and connected to the controller 600 to transmit a manual switching operation signal and an automatic switching operation signal to the controller 600 ; Hybrid type flow control one-touch valve box for automatic switching of the power receiving device, characterized in that it comprises a. According to claim 1,
The valve body 200,
A circular mounting space 212 in communication with the circular opening surface 211 on one side, the intermediate circular body 210 in which the opening and closing opening 300 is inserted into the circular mounting space 212 and is rotatably fixed;
A bolt-nut type first inlet formed extending from one end of the intermediate circular body 210 and having an inflow path 221 communicating with the circular mounting space 212 is formed therein, and the outer circumferential surface of the end portion is externally threaded. Inlet tube 220 made of (222);
The intermediate circular body 210 is formed extending from the other end portion, the circular mounting space 212 and the outflow passage 231 formed therein, the outer peripheral surface of the end portion is a bolt-nut type first outlet that is externally threaded Outflow tube 230 made of (232);
It is made of a hollow cylindrical structure, and one end of the inner circumferential surface is formed of a female threaded inlet coupling end 241 and is detachably fastened to the bolt-nut type first inlet 222 of the inlet tube 220. An inlet 240 for one-touch coupling, wherein an end is formed of an inlet-side one-touch coupling end 242 and a one-touch faucet hose 2 can be coupled; And
It is made of a hollow cylindrical body structure, one end inner peripheral surface is formed of a female threaded outlet coupling end 251 and is detachably fastened to the bolt-nut type first outlet 232 of the outlet pipe 230, and It is formed of the outlet side one-touch coupling end 252, the one-touch coupling outlet 2 to which the one-touch-type faucet hose 2 can be coupled; consists of; consisting of; Hybrid flow control one-touch valve box. According to claim 2,
A driven gear 400a coupled to the opening and closing part 300 and integrally rotating with the opening and closing part 300, and having a set number of gear teeth Z1;
A drive gear 400b coupled to the motor shaft of the drive gear 400b, engaged with the driven gear 400a, and having a gear number Z2> Z1 smaller than the gear number Z1 of the driven gear; Including,
The opening and closing port 300,
It is introduced into the passage 280 of the valve body 200, the inner flow channel 311 of the set pattern is formed to open to both ends of the outer circumferential surface, the inner flow channel 311 is the inlet 260 according to the rotation operation ) And the cylindrical body 310 that connects or blocks the outlet 270;
Gear for the automatic switching of the power receiving device, characterized in that consisting of a configuration comprising a; gear coupling end 320 is formed to extend in the shape of the upper end of the cylindrical body 310 is coupled to the center of the driven gear (400a) Flow control one-touch valve box. According to claim 3,
The controller 600,
Hybrid type flow control one-touch valve for automatic switching of a power receiving device, characterized in that the switch contact contacting the water automatic switching switch 800 is formed, and the PCB 610 is formed with a through hole 620 at the corner. box. The method of claim 4,
The case 100,
Consists of a square cross-sectional shape having a height (h), width (a), and width (b) of a set size to form a first inner space 111, and a circular fitting protrusion 112 is projected on the inner surface. The intermediate circular body 210 of the valve body 200 is fitted and fixed, and columnar fastening protrusions 113 are formed at each corner of the first inner space 111, and through holes 620 of the PCB 610 A lower case unit 110 in which the PCB 610 is fixed while the one side column-shaped fastening protrusion 113 is inserted, and the male automatic switching switch 800 is exposed on the outer surface;
A coupling protrusion 121 formed in a rectangular plate shape and coupled with the columnar fastening protrusion 113 of the lower case unit 110 is formed at each corner of the bottom surface, and the coupling groove 122 is provided at each corner of the upper surface. It is formed, the inner case unit 120 is fixed to the drive motor 500 on the upper surface;
It consists of a square cross-sectional shape having a height (H), width (A), and width (B) of a set size to form a second inner space 131, and an inner case unit equipped with the driving motor 500 ( 120) and the valve body 200 is arranged in the second inner space 131, and the fixing protrusion 132 inserted into the coupling groove 122 of the inner case unit 120 has a second inner space ( 131) a hybrid type flow control one-touch valve box for automatic switching of the power receiving device, characterized in that consisting of; upper case unit 130 formed on each corner portion.

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