KR200313947Y1 - Supply apparatus for combined use of water and cleanser - Google Patents

Abstract

The present invention is a detergent storage space is formed therein, the detergent storage tank 10 is formed through the outer wall detergent inlet 11, the air inlet 12 and the detergent outlet (13); A detergent inlet pipe 20 having one end connected to the detergent outlet 13; A detergent mixing pipe 30 having one end connected to the detergent inlet pipe 20; A tap water inlet pipe 40 whose one end is connected to the water supply pipe 1; A discharge tube 50 having one end exposed to the outside; The other end of the detergent mixing pipe 30, the other end of the tap water inlet pipe 40, and a switching part 100 formed by connecting the other end of the discharge pipe 50 to each other; A tap water connecting pipe 60 having one end connected to the switching unit 100 and the other end connected to an inlet region of the detergent mixing pipe 30; The switching unit (30) to selectively open a flow path from the tap water inlet pipe 40 toward the discharge pipe 50, or a flow path from the tap water inlet pipe 40 toward the tap water connection pipe 60. A switching valve 110 mounted at 100; By presenting a tap water and detergent mixture switching supply device, it is possible to make the act of washing face, washing face, dish washing more convenient.

Description

Tap and Detergent Mixer Feeder {SUPPLY APPARATUS FOR COMBINED USE OF WATER AND CLEANSER}

The present invention relates to a tap water and detergent mixture switching supply device, and more particularly, to a device for supplying a mixture of clear tap water and detergent, tap water through one discharge pipe.

The conventional tap water supply apparatus is generally installed in a wash basin of a toilet, a shower, a sink of a kitchen, and the like, and takes a configuration of supplying tap water supplied through a water pipe of a tap water through a discharge device such as a faucet or a shower.

These are structures installed for the purpose of washing the face, washing face or dish, etc. In order to facilitate the washing, mounting parts such as soap, shampoo and dish washing detergent may be formed on one side thereof.

By the way, the user to wash using the tap water supply and detergent is the same action is repeated, the tap water supply unit installed in a specific place (toilet, kitchen, etc.) is only for a specific purpose (washing of body, tableware It is common to be used for washing, etc., and there has been a great demand for devising a structure for making the above-described repeated operation more convenient.

The object of the present invention is to provide a tap water and detergent mixture switching supply device to facilitate the act of washing face, washing face, dish washing, etc. in order to solve the above problems.

1 to 4 show the configuration of an embodiment of the present invention,

1 is an overall configuration diagram

Figure 2 is a cross-sectional view showing an embodiment of a detergent storage tank

Figure 3 is a cross-sectional view showing an embodiment of the backflow prevention means

Figure 4 is a perspective view showing one embodiment of the vortex forming means

** Description of the symbols for the main parts of the drawings **

1: water supply pipe 10: detergent storage tank

11: detergent inlet 12: air intake

13: detergent outlet 20: detergent inlet pipe

21 detergent amount control valve 30 detergent mixing tube

40: tap water inlet pipe 41: tap water intake amount control valve

50: discharge pipe 60: tap water connector

100: switching unit 110: switching valve

200: detergent pumping means 210: vane for power generation

220: vane for pumping 230: power transmission shaft

300: reverse flow prevention means 310: reverse flow prevention plate

320: countercurrent prevention jaw 400: vortex forming means

410: body portion 420: bass bar portion

In order to achieve the object described above, the present invention has a detergent storage space formed therein, and a detergent storage tank 10 having a detergent inlet 11, an air inlet 12, and a detergent outlet 13 penetrating through an outer wall thereof. )Wow; A detergent inlet pipe 20 having one end connected to the detergent outlet 13; A detergent mixing pipe 30 having one end connected to the detergent inlet pipe 20; A tap water inlet pipe 40 whose one end is connected to the water supply pipe 1; A discharge tube 50 having one end exposed to the outside; The other end of the detergent mixing pipe 30, the other end of the tap water inlet pipe 40, and a switching part 100 formed by connecting the other end of the discharge pipe 50 to each other; A tap water connecting pipe 60 having one end connected to the switching unit 100 and the other end connected to an inlet region of the detergent mixing pipe 30; The switching unit (30) to selectively open a flow path from the tap water inlet pipe 40 toward the discharge pipe 50, or a flow path from the tap water inlet pipe 40 toward the tap water connection pipe 60. A switching valve 110 mounted at 100; It provides a tap water and detergent mixture switching supply comprising.

Furthermore, it is preferable to take the structure further provided with detergent pumping means 200 on one side of the detergent outlet (13).

Here, the detergent pumping means 200 includes a power generating vane 210 mounted in the flow direction in the detergent mixing pipe 30; A pumping vane 220 mounted in the direction of the flow path inside the detergent inlet pipe 20; A power transmission shaft 230 for connecting the vane 210 for power generation and the vane 220 for pumping; It is preferable to include.

In addition, the body portion 410 is fixed to the power transmission shaft 220; A plurality of bass bar portions 420 extending radially from the body portion 410; It is preferable to take the structure further provided with the vortex forming means 400 to include.

In addition, the inner storage space of the detergent storage tank 10 is divided into a plurality of detergent receiving portions (10a, 10b) by the partition 14, the detergent inlet in the plurality of detergent receiving portions (10a, 10b), respectively 11a and 11b and air inlets 12a and 12b are provided, and the detergent outlet valve 13 is equipped with a detergent selection valve 300 to selectively discharge detergent from the plurality of detergent receivers 10a and 10b. Is preferred.

In addition, it is preferable to take a structure in which the detergent inlet pipe 20 is further provided with a detergent amount control valve 21.

In addition, it is preferable to take a structure in which the tap water inlet pipe 40 is further provided with a tap water inlet amount control valve 41.

In addition, it is preferable that the detergent outlet port 13 of the detergent storage tank 10 has a structure in which a backflow prevention means 300 is further provided.

Here, the backflow prevention means 300 includes a backflow prevention plate 310 having one side hinged to the inner wall of the detergent outlet 13; A backflow prevention jaw 320 formed on an inner wall of the detergent outlet 13 to restrict driving of the backflow prevention plate 310; It is preferable to include.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 to 4 show the configuration of an embodiment of the present invention, Figure 1 is an overall configuration, Figure 2 is a cross-sectional view showing an embodiment of a detergent storage tank, Figure 3 is an embodiment of the backflow prevention means 4 is a perspective view showing an embodiment of the vortex forming means.

As shown in FIG. 1, the tap water and the detergent mixture switching supply device according to the present invention has a detergent accommodating space formed therein, and passes through an outer wall of the detergent inlet 11, an air inlet 12, and a detergent outlet 13. Detergent storage tank 10 is formed; A detergent inlet pipe 20 having one end connected to the detergent outlet 13; A detergent mixing pipe 30 having one end connected to the detergent inlet pipe 20; A tap water inlet pipe 40 whose one end is connected to the water supply pipe 1; A discharge tube 50 having one end exposed to the outside; The other end of the detergent mixing pipe 30, the other end of the tap water inlet pipe 40, and a switching part 100 formed by connecting the other end of the discharge pipe 50 to each other; A tap water connecting pipe 60 having one end connected to the switching unit 100 and the other end connected to an inlet region of the detergent mixing pipe 30; The switching unit (30) to selectively open a flow path from the tap water inlet pipe 40 toward the discharge pipe 50, or a flow path from the tap water inlet pipe 40 toward the tap water connection pipe 60. A switching valve 110 mounted at 100; It is configured to include.

That is, the present invention aims to selectively supply the tap water and the detergent mixture through one discharge pipe 50, and extends from the tap water flow path and the detergent storage tank 10, which are largely extended from the tap water pipe 1. It consists of two flow paths of the detergent mixture flow path formed.

First, the tap water flow passage is constituted by the tap water supply pipe 1 and the tap water inlet pipe 40, and when the switching valve 110 of the switching unit 100 opens the tap water flow passage, the discharge pipe 50 is usually used. Tap water will be supplied.

Next, the detergent mixture flow path is composed of a detergent storage tank 10, detergent inlet pipe 20, detergent mixing pipe 30, tap water connecting pipe 60, the switching valve 110 is a detergent mixture flow path When opened, the detergent-tap water mixture is supplied through the discharge pipe 50.

Here, the detergent mixing tube 30 and the tap water connecting tube 60 are configured to make a mixture of detergent and tap water, so that detergents formed by a material having a strong viscosity are easily discharged through the discharge tube 50. It is to.

That is, when the switching valve 110 opens the detergent mixture flow path, the tap water introduced through the tap water inlet pipe 40 flows through the tap water connecting pipe 60 and the detergent drawn in through the detergent inlet pipe 20. Is met with the tap water introduced through the tap water connecting pipe 60 to form a detergent-tap water mixture while passing through the detergent mixing pipe 30, it is discharged to the outside through the discharge pipe (50).

This configuration does not need to separately prepare the detergent-tap water or provide a separate detergent-tap water storage tank, and simply injects the detergent into the detergent storage tank 10, and the detergent-tap water automatically by the flow path configuration. It has an excellent effect in that a mixture is formed.

By forming the detergent outlet 13 on the bottom surface of the detergent storage tank 10, the detergent may be automatically introduced into the detergent inlet pipe 20 and the detergent mixing tube 30 by gravity, but more efficient detergent In order to induce the introduction of the detergent pumping means 200 on one side of the detergent outlet 13 may take the structure further provided.

Here, the detergent pumping means 200 may adopt a conventional general pump structure, but in order to use the force of the tap water flowing in the conventional channel configuration, the flow path inside the detergent mixing pipe 30. A vane for power generation 210 mounted in a direction; A pumping vane 220 mounted in the direction of the flow path inside the detergent inlet pipe 20; A power transmission shaft 230 for connecting the vane 210 for power generation and the vane 220 for pumping; It is desirable to take a structure that includes.

That is, the tap water introduced through the tap water connecting pipe 60 is not introduced into the detergent inlet pipe 20 by the viscosity of the detergent filled in the detergent inlet pipe 20, but is introduced into the detergent mixing pipe 30 side. , And the vane 200 for power generation inside the detergent mixing pipe 30, and the vane for pumping 220 mounted inside the detergent inlet pipe 20 by the power transmission shaft 230. When connected, the power generating vane 210 is rotated by the flow of tap water introduced into the detergent mixing pipe 30, the rotational force is pumped through the power transmission shaft 230 to the vane 220 for pumping. The detergent is discharged from the detergent storage tank 10 and the detergent inlet pipe 20 by the rotation of the vane 220 for pumping.

By taking this configuration, the greater the amount and strength of the tap water flowing through the tap water connecting pipe 60, the stronger the rotation of the vane 210 for power generation, the greater the rotation of the vane 220 for pumping 220 The amount of detergent flowing out through the detergent inlet pipe 20 will also be increased.

That is, by adjusting the amount and strength of the tap water flowing through the tap water connecting pipe 60 by the tap water inlet flow control valve 41 mounted on the tap water inlet pipe 40, without changing the detergent-tap water ratio. It is possible to control the amount and intensity of the detergent-tap water discharged automatically.

In addition, in the detergent-tap water mixture, it is possible to adjust the relative ratio of the detergent and the tap water by the detergent amount control valve 21 mounted on the detergent inlet pipe 20.

In other words, the supply apparatus according to the present invention can selectively open and close the tap water flow path and the detergent mixture flow path by the switching valve 110, and the mixing ratio of the tap water or the detergent-tap water is fixed by the tap water inflow control valve 41. The discharge amount and the intensity of the detergent mixture can be adjusted, and the detergent-tap water mixing ratio can be adjusted by the detergent amount control valve 21.

On the other hand, when the detergent mixture flow path is selectively opened by the switching valve 110, in order to evenly mix the detergent and the tap water of the detergent-tap water discharged from the discharge pipe 50, the interior of the detergent mixing pipe 30 It is preferable that the vortex forming means 400 is further provided.

Here, the vortex forming means 400 may also be configured by a method of forming a groove of a swirl structure in the detergent mixing pipe 30, etc., in terms of using the detergent pumping means 200 mounted in the past, FIG. As shown in 4, the body portion 410 is fixed to the power transmission shaft 220; A plurality of bass bar portions 420 extending radially from the body portion 410; It is desirable to take a structure that includes.

In addition, when a plurality of detergents of different types are to be used in one supply device, a detergent storage tank 10 having a structure as shown in FIG. 2 may be mounted and used.

Here, the inner receiving space of the detergent storage tank 10 is divided into a plurality of detergent receiving parts (10a, 10b) by the partition 14, the detergent inlet (10a, 10b), respectively, 11a and 11b and air inlets 12a and 12b are provided, and the detergent outlet 13 is equipped with a detergent selection valve 300 to selectively discharge the detergent from the plurality of detergent receivers 10a and 10b. .

In addition, in order to prevent the backflow of the detergent from the detergent inlet pipe 20 to the detergent storage tank 10 by the force of the tap water connecting pipe 60, the counterflow outlet 13 of the detergent storage tank 10 is countercurrent. It is preferable to take the structure further provided with the prevention means (300).

Here, the backflow prevention means 300 may be implemented by various known techniques, but as shown in FIG. 3, one side of the backflow prevention plate 310 hinged to the inner wall of the detergent outlet 13; A backflow prevention jaw 320 formed on an inner wall of the detergent outlet 13 to restrict driving of the backflow prevention plate 310; It is preferable to take the structure to include in view of the simplification of the configuration.

The present invention provides a tap water and detergent mixture switching supply device to make the washing, washing, dish washing and the like more convenient.

Claims (9)

A detergent storage tank 10 formed therein and having a detergent inlet 11, an air inlet 12, and a detergent outlet 13 penetrating through an outer wall thereof; A detergent inlet pipe 20 having one end connected to the detergent outlet 13; A detergent mixing pipe 30 having one end connected to the detergent inlet pipe 20; A tap water inlet pipe 40 whose one end is connected to the water supply pipe 1; A discharge tube 50 having one end exposed to the outside; The other end of the detergent mixing pipe 30, the other end of the tap water inlet pipe 40, and a switching part 100 formed by connecting the other end of the discharge pipe 50 to each other; A tap water connecting pipe 60 having one end connected to the switching unit 100 and the other end connected to an inlet region of the detergent mixing pipe 30; The switching unit (30) to selectively open a flow path from the tap water inlet pipe 40 toward the discharge pipe 50, or a flow path from the tap water inlet pipe 40 toward the tap water connection pipe 60. A switching valve 110 mounted at 100; Tap and detergent mixture switching supply comprising. The method of claim 1, Tap water and detergent mixture switching supply device characterized in that it further comprises a detergent pumping means 200 on one side of the detergent outlet (13). The method of claim 2, The detergent pumping means 200 is A power generating vane 210 mounted inside the detergent mixing pipe 30 in a direction of the flow path thereof; A pumping vane 220 mounted in the direction of the flow path inside the detergent inlet pipe 20; A power transmission shaft 230 for connecting the vane 210 for power generation and the vane 220 for pumping; Tap and detergent mixture switching supply device comprising a. The method of claim 3, A body portion 410 fixed to the power transmission shaft 220; A plurality of bass bar portions 420 extending radially from the body portion 410; Tap water and detergent mixture switching supply device characterized in that it further comprises a vortex forming means (400) comprising. The method according to any one of claims 1 to 3, The inner accommodating space of the detergent storage tank 10 is divided into a plurality of detergent accommodating parts 10a and 10b by the partition 14, and the detergent inlets 11a are respectively provided in the plurality of detergent accommodating parts 10a and 10b. And 11b) and air inlets 12a and 12b, and the detergent outlet 13 is equipped with a detergent selection valve 300 to selectively discharge detergent from the plurality of detergent receivers 10a and 10b. Tap water and detergent mixture switching supply. The method according to any one of claims 1 to 3, Tap water and detergent mixture switching supply device, characterized in that the detergent inlet pipe 20 is further provided with a detergent amount control valve (21). The method according to any one of claims 1 to 3, The tap water inlet pipe 40 is a tap water inlet amount control valve 41 is further provided, characterized in that the tap water and detergent mixture switching supply device. The method according to any one of claims 1 to 3, Tap water and detergent mixture switching supply device, characterized in that the detergent outlet (13) of the detergent storage tank 10 is further provided with a backflow prevention means (300). The method of claim 8, The backflow prevention means 300 A backflow prevention plate 310 hinged to one side of the inner wall of the detergent outlet 13; A backflow prevention jaw 320 formed on an inner wall of the detergent outlet 13 to restrict driving of the backflow prevention plate 310; Tap and detergent mixture switching supply device comprising a.