KR200266612Y1 - Waterworks valve - Google Patents

Abstract

The present invention relates to a water field, and in particular, a collection room is formed at one side of the water field to collect cold water flowing into the cold water inlet formed on one side of the water field, and the cold water collected in the collection room is formed by a cold water guide channel. At the same time, the hot water guide passage connecting the hot water inlet and the coupling chamber to supply the mixing control valve to the coupling chamber to which the mixing control valve is coupled to supply the external hot water to the coupling chamber to which the mixing control valve is coupled. After the hot and cold water is mixed to supply to the supply chamber, the upper flow passage connecting the supply chamber and the outlet and the lower flow passage connecting the supply chamber and the bottom auxiliary screw hole are formed on the outlet and bottom support formed on the bottom of the water supply. Mixing control valve and automobile by supplying mixed water to screw hole Provides a flow path structure of the tap water to efficiently distribute and discharge the cold and hot water mixed by the single valve.

Description

Flow structure of water supply field {WATERWORKS VALVE}

The present invention relates to a water field, and in particular, a collection room is formed at one side of the water field to collect cold water flowing into the cold water inlet formed on one side of the water field, and the cold water collected in the collection room is formed by a cold water guide channel. At the same time, the hot water guide passage connecting the hot water inlet and the coupling chamber to supply the mixing control valve to the coupling chamber to which the mixing control valve is coupled to supply the external hot water to the coupling chamber to which the mixing control valve is coupled. After the hot and cold water is mixed to supply to the supply chamber, the upper flow passage connecting the supply chamber and the outlet and the lower flow passage connecting the supply chamber and the bottom auxiliary screw hole are formed on the outlet and bottom support formed on the bottom of the water supply. Mixing control valve and automobile by supplying mixed water to screw hole The present invention relates to a flow path structure of a water tap that can efficiently distribute and discharge cold and hot water mixed by a single valve.

The conventional water tap has a very simple structure because it merely serves to mix hot water and cold water.

In other words, in order to provide a function of the mixing control valve, the shut-off valve, and the like, the flow path corresponding to them is required.

However, conventional water taps are usually equipped with only a shut-off valve for water supply, and most of them consist of two rooms inside the tap.

Therefore, in this paper, a mixing control valve and an automobile shut-off valve are installed to create a water flow path for efficient operation.

The purpose of this article to solve and complement the above problems,

It provides the purpose of efficiently distributing and discharging the mixed cold and hot water by the mixing control valve and the shut-off valve installed in the water supply.

In order to achieve the above object,

A water collecting chamber is formed on one side of the water tap to collect cold water flowing into the cold water inlet formed at one side of the water tap, and the cold water collected in the water collecting chamber is supplied to the coupling chamber where the mixing control valve is coupled by the cold water guide channel. At the same time, the hot water guide passage connecting the hot water inlet and the coupling chamber enables the external hot water to be supplied to the coupling chamber where the mixing control valve is coupled, and the hot and cold water is mixed by the supply passage connecting the coupling chamber and the supply chamber. To supply the mixed water to the outlet formed on the back of the water supply and the bottom auxiliary screw hole formed on the bottom of the water supply by the upper flow path connecting the supply chamber and the outlet and the lower flow path connecting the supply chamber and the bottom auxiliary screw hole. This will help you achieve the objectives of this paper.

1 is a perspective view showing the water supply

Figure 2 is a plan cross-sectional view showing the configuration of the water supply line

Figure 3 is a front sectional view showing the structure of the water supply line

Figure 4 is a side view of the water supply

Figure 5 is a side cross-sectional view of the water supply line

<Code Description of Main Parts of Drawing>

101-Waterworks 102-Cold Water Inlet

103-Hot water inlet 104-Side auxiliary threader

105-Combined Thread 106-Bottom Sub Screw

107-Catching Room 108-Cold Water Guide Euro

109-Hot Water Guide Euro 111-Combining Room

112-Supply Euro 113-Supply Room

114-Upper Euro 115-Lower Euro

116-Outlet 117-Inlet

The configuration of the present invention will be described in detail with reference to the accompanying drawings.

A water collecting chamber 107 formed at one side of the inner side of the faucet 101 to collect cold water introduced into the cold water inlet 102 formed at one side of the rear side of the faucet 101 to receive external cold water;

A cold water guide passage 108 connecting the collection chamber 107 and the coupling chamber 111 to supply the cold water of the collection chamber 107 to the coupling chamber 111 to which the mixing control valve is coupled;

Hot water inlet 103 to supply the hot water introduced into the hot water inlet 103 formed on the other side of the rear side of the tap water 101 to receive the external hot water to the coupling chamber 111 to which the mixing control valve is coupled. Hot water guide flow passage 109 for connecting the coupling chamber 111,

Connecting the combined chamber 111 and the supply chamber 113 so that the hot and cold water introduced into the coupling chamber 111 through the hot water guide passage 109 and the cold water guide passage 108 may be supplied to the supply chamber 113. Supply flow path 112,

Supply chamber 113 to supply the water introduced into the supply chamber 113 to the outlet 116 formed on the rear surface of the water tap 101 by the shut-off valve coupled to the fastening screw hole 110 and the insertion hole 117. An upper passage 114 connecting the outlet 116 to the outlet;

A lower side connecting the supply chamber 113 and the bottom auxiliary screw hole 106 to supply the water introduced into the supply chamber 113 to the bottom auxiliary screw hole 106 formed on the bottom of the faucet 101 by an auto shut off valve. It is the structure provided with the flow path 115.

The operation of this paper is as follows.

First, the pipe is screwed to the cold water inlet 102 and the hot water inlet 103 of the water supply 101 to receive external cold water and hot water.

The mixing screw valve 105 is coupled to the coupling screw hole 105 of the faucet 101, and an automobile shutoff valve is coupled to the coupling screw hole 110 and the insertion hole 117.

In addition, the sour is connected to the outlet 116 formed in the center of the rear surface of the faucet 101.

In addition, the side auxiliary screw hole 104 or the bottom auxiliary screw hole 106 of the faucet 101 can be used by distributing water for various purposes by connecting a pipe or a valve as necessary.

As described above, the cold water is collected in the collection chamber 107 through the cold water inlet 102 while the various accessories are connected to the tap water 101.

In addition, the cold water of the water collecting chamber 107 is introduced into the coupling chamber 111 along the cold water guide flow path 108 and the hot water introduced into the hot water inlet 103 is combined chamber 111 along the hot water guide flow path 109. It is introduced into).

However, since the mixing control valve 105 is fastened to the coupling screw hole 105 in the coupling chamber 111, hot and cold water can be mixed at an appropriate temperature by the operation of the mixing control valve 105. .

Then, the water mixed by the mixing control valve as described above is supplied to the supply chamber 113 through the supply passage 112.

In addition, the water supplied to the supply chamber 113 discharges a predetermined amount of water onto the upper flow passage 114 and the lower flow passage 115 by the shutoff valve mounted by the fastening screw hole 110 and the insertion hole 117. Let's go.

Therefore, the water discharged into the upper flow passage 114 is supplied to the shower through the outlet 1160 on the rear surface of the faucet 101.

Then, the water supplied to the lower passage 115 is discharged to the bottom auxiliary screw hole 106.

As described above, the cold and hot water introduced through the cold and hot water inlets 102 and 103 may be efficiently guided and mixed and then automatically supplied with water while automatically shielding the water.

In this way, this paper can be used more efficiently because water can be managed more efficiently by a plurality of flow paths formed inside the faucet, and has a useful effect that can be used for a long time because there is no fear of clogging the flow path. .

Claims (1)

A water collecting chamber 107 formed at one side of the inner side of the faucet 101 to collect cold water introduced into the cold water inlet 102 formed at one side of the rear side of the faucet 101 to receive external cold water; A cold water guide passage 108 connecting the collection chamber 107 and the coupling chamber 111 to supply the cold water of the collection chamber 107 to the coupling chamber 111 to which the mixing control valve is coupled; Hot water inlet 103 to supply the hot water introduced into the hot water inlet 103 formed on the other side of the rear side of the tap water 101 to receive the external hot water to the coupling chamber 111 to which the mixing control valve is coupled. Hot water guide flow passage 109 for connecting the coupling chamber 111, Connecting the combined chamber 111 and the supply chamber 113 so that the hot and cold water introduced into the coupling chamber 111 through the hot water guide passage 109 and the cold water guide passage 108 may be supplied to the supply chamber 113. Supply flow path 112, Supply chamber 113 to supply the water introduced into the supply chamber 113 to the outlet 116 formed on the rear surface of the water tap 101 by the shut-off valve coupled to the fastening screw hole 110 and the insertion hole 117. An upper passage 114 connecting the outlet 116 to the outlet; A lower side connecting the supply chamber 113 and the bottom auxiliary screw hole 106 to supply the water introduced into the supply chamber 113 to the bottom auxiliary screw hole 106 formed on the bottom of the faucet 101 by an auto shut off valve. A flow path structure of a water faucet, comprising a flow path 115.