KR200178028Y1 - A control apparatus of select valve - Google Patents

Abstract

The present invention is formed with a water intake pipe pipe 11 is a water discharge passage for discharging the water supplied into the water purifier, the discharge end 12 is formed on one side of the water intake pipe pipe 11, A through tube 14 is formed at one side of the body 13, and the through tube 14 has a threaded line formed at an outer side thereof, and a through hole through which water passes through the inner side thereof. The through tube 14 is formed. The outer thread of the screw is fastened to the fixing plate 15, the fixing nut 16 is fastened to the screw thread of the through pipe 14 so that the through pipe 14 is stably fixed to the fixing plate 15, the intake pipe In the two lines (17, 18) for supplying water to discharge the water to the pipe (11), on one side of the discharge end 12 is formed a sensor 20 to sense the intake container, The control box 21 for inputting the output signal of the sensor 20 to control each device or valve is The main valve 22, which is operated by the signal of the sensor 20, is connected to the other end of the through pipe 14, and the line 17 is controlled by the control signal of the control box 21. It is a feature to provide a separator valve control device for a water purifier, in which a valve valve stage 30 for selecting 18 is connected to one end of the main valve 22.

Description

Spill valve control device for water purifiers {A CONTROL APPARATUS OF SELECT VALVE}

The present invention relates to a device for controlling the valve used in the water purifier. More specifically, the water supplied through the two inlet lines of the cold water and hot water installed in the water purifier is integrated to discharge into one discharge line. Water dispenser is equipped with a sensor that makes the configuration of the water purifier simple because it does not use the discharge tap of cold water and hot water, and reduces the place and space for installation, and detects the water intake container at the outlet side of the intake pipe. Since water is supplied only when there is water, it is possible to prevent the waste of water, and the user does not operate the buttons or handles continuously, and it is operated by the detection of the sensor. Water purifier squeeze valve to maximize productivity It relates to a control device.

Conventional water purifier is composed of two inlet lines and two discharge lines to supply cold water and hot water, the installation configuration is complicated, the weight is large, thereby occupying a lot of installation space, and because the two discharge lines are desired by the user In order to receive water, there is an uncomfortable problem of holding the water tap or the handle one by one.

In addition, there is a problem that water is wasted because the user can not control the amount of water desired, and the configuration is complicated, not easy to repair in the event of a failure, and limited to the use of cold water and hot water, so that various problems cannot be used. have.

Therefore, there is always a problem that the productivity and productivity of the product is lowered due to the above problems.

The present invention has been made to solve the problems of the prior art as described above has the following objectives.

The present invention integrates the water supplied through the two inlet lines of the cold water and hot water installed in the water purifier into one discharge line so that the configuration of the water purifier is simplified by not using the discharge taps of cold water and hot water respectively. There is a sensor to significantly reduce the place and space, and the sensor to detect the intake container on the outlet side of the intake pipe, so that water is supplied only when there is a intake container to prevent waste of water, and the user continuously operates the button or handle It is operated by the detection of the sensor, not with water, so that the user can maximize the convenience of use, thereby improving the efficiency of the product, and thereby providing a water valve selector valve control device for maximizing productivity. There is a purpose.

1 is a schematic configuration diagram for explaining the present invention,

Figure 2 is an exploded perspective view for showing a valve valve stage of the present invention,

Figure 3 is a cross-sectional view of the coupling configuration of the embodiment of the valve valve embodiment

Figure 4 is an exemplary cross-sectional view showing the operating relationship when the hot water of the present invention,

5 is an exemplary cross-sectional view showing the operating relationship when the cold water of the present invention,

<Description of the code | symbol about the principal part of drawing>

11: intake pipe pipe 12: discharge end

13,30-1: Body 14: through tube

15: fixing plate 16: fixing nut

17,18: line 20: sensor

21: control box 22: main valve

23: fixing bracket 30: insert valve end

31: insertion hole 32,33: line connection hole

34: discharge hole 35: piston

35-1: Female thread part 35-2: Connection hole

36: gear 37: fixed coupling plate

38: O-ring 39: groove

39-1: protrusion 40: wire

M: motor

Hereinafter, with reference to the accompanying drawings for a preferred embodiment for achieving the above object of the present invention will be described in detail.

That is, in the separator valve control apparatus for the water purifier according to the present invention, as shown in FIGS. 1 to 4, a water intake pipe pipe 11, which is a water discharge passage for discharging water supplied into the water purifier, is formed. A discharge end 12 is formed at one side of the pipe 11 to discharge water, and the body 13 for stably fixing the water intake pipe 11 is formed at the other side of the water intake pipe 11. The through tube 14 is formed at one side of the body 13, and the through tube 14 has a threaded line formed at an outer side thereof, and a through hole through which water passes through the inner side thereof. The outer thread of the 14 is fastened to the fixing plate 15, the fixing nut 16 is fastened to the thread of the through pipe 14 so that the through pipe 14 is stably fixed to the fixing plate 15, Two lines (17) and (18) for supplying water to discharge the water into the intake pipe (11) In one embodiment, a sensor 20 is formed at one side of the discharge end 12 to detect a water intake container, and a control box for inputting an output signal of the sensor 20 to control each device or valve ( 21 is formed, and the main valve 22, which is operated by the signal of the sensor 20, is connected to the other end of the through pipe 14, and is formed by the control signal of the control box 21. A valve valve stage 30 for selecting 17 and 18 is connected to one end of the main valve 22.

The insertion hole 31 is formed in the center of the body 30-1 of the valve valve 30, and is connected to the insertion hole 31 and connected to the lines 17 and 18. Line connection holes 32 and 33 are respectively formed, and the discharge hole 34 is formed to be connected to the lower end of the insertion hole 31 to discharge the water supplied from the line connection holes 32, 33 The inside of the insertion hole 31 is formed with a piston (35) which moves up and down linearly, and the inner side of the piston (35) so that the gear (36) rotated by the motor (M) can be fitted A 35-1 is formed, and a connection hole 35-2 is formed at one side of the piston 35 so as to be connected to the line connection holes 32 and 33, and the motor M is fixedly coupled. The plate 37 is mounted stably.

Reference numeral 23 is a fixing bracket for stably and appropriately fixing the control box 21, 38 is to prevent water leak into the gap between the fixed coupling plate 37 and the body (30-1). 39 is a groove formed on the outer surface of the piston 35, 39-1 is a projection which is inserted into the groove 39 to guide the linear movement uniformly up and down, 40 is a variety of signals and power It shows the wire connected to apply.

The operation relationship of the present invention made of the above configuration will be described.

First, when a user places a water intake container (not shown) in the discharge end 12 of the intake pipe 11 to receive water using a water purifier, the sensor 20 installed in the discharge end 12 is This is detected, the detected signal is output to the control box 21 at the same time the main valve 22 is opened by the signal to the user is supplied with the desired water.

On the other hand, when the user receives the desired water and the intake container is separated from the discharge end 12, the signal of the sensor 20 is not output, so that the main valve 22 is automatically closed and no water is supplied at all. It will not be a waste of water.

Therefore, the water purifier does not operate when the user does not use the water intake container is operated when using the water intake container, there is a convenience that the user does not have to operate the water purifier every day.

The operation of the valve stage 30 is operated by the signal output of the control box 21, the operation is activated when the user selects the desired water.

That is, the line 17 is coupled to the line connection hole 32, the line 18 is coupled to the line connection hole 33, and one end of the main valve 22 is connected to the discharge hole 34. If the user does not select any of the hot water and cold water in the state coupled to the) and the piston 35 reaches the lower surface of the insertion hole 31, the water is not discharged (see Fig. 3).

For convenience of explanation, the line 17 is called a hot water line, and the line 18 is called a cold water line.

When the user operates a hot water button (not shown) to receive hot water, the output signal of the control box 21 causes the motor M to be driven, and the motor M generates power to generate the gear. (36) is rotated, the gear 36 is fastened to the female threaded portion (35-1) of the piston 35 so that the piston (35) by the rotation of the gear 36 to move up and down linearly The connection hole 35-2 is aligned with the line connection hole 32 by the vertical movement of the piston 35. As a result, the hot water moves to the line connection hole 32, the connection hole 35-2, and the discharge hole 34 in order (see FIG. 4) and is supplied to the user.

In addition, when the user operates the cold water button (not shown) to receive the cold water, the output signal of the control box 21 to drive the motor (M), the motor (M) generates power The gear 36 is rotated, and the gear 36 is fastened to the female threaded portion 35-1 of the piston 35 so that the piston 35 is rotated vertically by the rotation of the gear 36. The connection hole 35-2 coincides with the line connection hole 33 by the vertical movement of the piston 35. As a result, the cold water moves to the line connection hole 33, the connection hole 35-2, and the discharge hole 34 in order (see FIG. 5) and is supplied to the user.

Therefore, the supply of the cold water and the hot water supply operation are made in the same principle, and the adjustment of the vertical movement distance of the piston 35 in accordance with the selection button of the cold water and the hot water is carried out in a simple program input in the control box 21. The operation is controlled by the above description, which is not described above.

Finally, the lines 17 and 18 may be used for other purposes such as water or operating water, depending on the user's discretion, instead of using only hot and cold water. It belongs to the category of.

As discussed above, the present invention integrates the water supplied through the two inlet lines of the cold water and hot water installed in the water purifier into one discharge line so that the configuration of the water purifier is simple because the discharge faucets of the cold water and hot water are not used. It has the effect of reducing the installation place and space significantly, and has a sensor to detect the intake container on the outlet side of the intake pipe pipe, so that water is supplied only when there is a intake container to prevent waste of water. And the user does not continuously operate the buttons or handles to take the water, but is activated by the sensing of the sensor, which not only has the effect of maximizing user convenience but also improves the efficiency of the product. , To maximize productivity, and at the same time. Designed to be a very useful obvious.

Claims (2)

A water intake pipe tube 11, which is a water discharge passage for discharging water supplied into the water purifier, is formed, and a discharge end 12 at which water is discharged is formed at one side of the water intake pipe 11, and the water intake pipe The other side of the tube 11 is formed with a body 13 for stably fixing the water intake pipe 11, a side of the body 13 is formed with a through tube 14, the through tube 14 ) Is formed with a threaded line on the outer surface and a through hole through which water can pass, the outer threaded line of the through tube 14 is fastened to the fixing plate 15, and the through tube 14 is Two lines 17 fastening the fixing nut 16 to the threaded line of the through pipe 14 so as to be stably fixed to the fixing plate 15, and supplying water to discharge the water to the intake pipe 11. 18), On one side of the discharge end 12 is formed a sensor 20 for sensing the water intake container, and a control box 21 for inputting the output signal of the sensor 20 to control each device or valve is formed , The main valve 22 actuated by the signal of the sensor 20 is connected to the other end of the through pipe 14, and the lines 17 and 18 are controlled by the control signal of the control box 21. The separator valve control device for a water purifier, characterized in that the valve valve stage 30 for selecting is connected to one end of the main valve 22. The method of claim 1, The insertion hole 31 is formed in the center of the body 30-1 of the valve valve 30, and is connected to the insertion hole 31 and connected to the lines 17 and 18. Line connection holes 32, 33 are formed respectively, Is connected to the lower end of the insertion hole 31 is formed with a discharge hole 34 for discharging the water supplied from the line connection hole 32, 33, and the linear movement inside the insertion hole 31 Piston 35 is formed, A female threaded portion 35-1 is formed inside the center of the piston 35 so that the gear 36 rotated by the motor M can be fitted therein. The line connection hole is formed at one side of the piston 35. Connection holes 35-2 are formed to be connected to the 32 and 33, The motor (M) is a valve control device for a water purifier, characterized in that the stably mounted by a fixed coupling plate (37).