KR20070099416A - Faucet structure for regulating water temperature - Google Patents

Abstract

A faucet structure for a washstand is provided to supply water to a washstand at the wanted temperature by mixing cold water and hot water and regulating the temperature of water using a water temperature regulation lever. A faucet structure for a washstand is formed for discharging water to a washstand at the wanted temperature by mixing cold water and hot water discharged through a cold water discharge outlet(23) and a hot water discharge passage(22) from cold water chambers(11,11-1) and a hot water chamber(10) in a cold and hot water mixing chamber(12) and supplying the mixed water of the cold and hot water mixing chamber to a mixed water chamber(13) through a mixed water connecting passage(24), and then discharging to a mixed water discharge outlet(15) through a valve seat(14), wherein a hot water temperature regulation lever inserted to a primary connection(7) regulates the quantity of the cold water discharged from the cold water discharge outlet and the hot water discharged from the hot water discharge passage and a water quantity regulation lever inserted to a secondary connection(8) regulate the opening and closing of the valve seat to let the mixed water of the mixed water chamber pass through accordingly.

Description

Faucets STRUCTURE FOR REGULATING WATER TEMPERATURE

Figure 1 is a perspective view illustrating a faucet bracket structure for the sink can be adjusted to the water temperature according to the present invention

Figure 2 is a cross-sectional view illustrating a faucet structure for the sink can be adjusted to the water temperature according to the present invention.

<Description of the symbols for the main parts of the drawings>

DESCRIPTION OF SYMBOLS 1: Body 2: Hot water supply pipe 3: Cold water supply pipe 40: Water temperature control lever 41: Quantity control lever 42: Discharge tap

The present invention relates to a sink faucet structure for water temperature control, and more particularly cold water by the flow path structure in the body using the water temperature control lever mounted on the faucet body in the faucet for the sink installed in the sink And it relates to a sink faucet structure for the water temperature control that is configured to be supplied to mix the hot water with the user desired water temperature.

In general, the faucet is installed on the sink to adjust the amount of water discharged while lifting the handle up, it is configured to adjust the temperature of the water discharged while rotating the handle from side to side.

This method uses a cartridge embedded in the faucet bracket, which is configured to control the water temperature by controlling the amount of hot and cold water passing through the inside of the faucet.

However, such a cartridge method can not adjust the water temperature accurately, the user can directly touch the hand while rotating the handle from side to side to determine the appropriate water temperature, and waste a considerable amount of water in this process.

On the other hand, because the water temperature control lever used in the present invention can not be structurally applied to the faucet for the sink sink, the applicant improves the flow path in the body of the faucet for the sink sink to facilitate the temperature of hot water using a conventional water temperature control lever Suggested to be adjusted.

The present invention has been invented to improve such a conventional problem, the user in the cold water and hot water by the flow path structure in the body using a water temperature control lever mounted on the body of the faucet in the faucet for the sink installed in the sink It is an object of the present invention to provide a faucet structure for a sink that can be adjusted to be supplied at a desired water temperature.

In order to achieve the above object, the present invention mixes the cold and hot water introduced through the cold and hot water supply port to the desired temperature by using the water temperature control lever and the water quantity control lever assembled in the first and second connection ports of the body, respectively, in a desired quantity. In the sink faucet structure for water temperature control is configured to discharge the mixed, wherein the cold and hot water introduced from the cold and hot water supply port is filled in the first cold water chamber and the hot water chamber, respectively, the cold water of the first cold water chamber through the cold water connection passage The hot water of the hot water chamber is discharged to the hot water discharge passage and mixed in the cold and hot water mixing chamber while being discharged to the cold water discharge port of the second cold water chamber, and the mixed water of the cold and hot water mixing chamber is configured to be discharged through the mixed water outlet through the valve seat. It is to provide a faucet bracket structure for the sink can be characterized in water temperature control.

Hereinafter, with reference to the accompanying drawings will be described a preferred embodiment of the present invention;

1 is a perspective view illustrating a faucet bracket structure for the water temperature control according to the present invention, Figure 2 is a cross-sectional view illustrating a faucet bracket structure for water temperature control according to the present invention.

According to an embodiment of the present invention, as shown in FIG. 1, a water temperature control lever 40 and a water quantity control lever 41 are provided on the left and right sides of the body 1, respectively, and the lower side of the body 1. Cold and hot water supply pipe (3, 2) is connected, the discharge faucet 42 is coupled to the upper side of the body.

At this time, the cold and hot water supplied through the cold and hot water supply pipe (3, 2) is moved along the flow path in the body (1) and mixed with the water temperature controlled by the water temperature control lever 40, the amount of water controlled by the water quantity control lever (41) As it is discharged to the outside through the discharge faucet 42 is configured to be used.

Here, the flow path structure in the body (1) according to the present invention is the first when the cold water and hot water are introduced through the cold and hot water supply ports (6, 5) connected to the cold and hot water supply pipe (3, 2) as shown in FIG. The cold water chamber 11 and the hot water chamber 10 are filled.

The cold water of the first cold water chamber 11 is supplied to the second cold water chamber 11-1 through the cold water connection passage 21 and charged, and then discharged through the cold water outlet 23 again to be cold and hot water mixed chamber ( 12).

In addition, hot water filled in the hot water chambers 11 and 10 is discharged through the hot water discharge passage 22 and supplied to the cold / hot water mixing chamber 12.

At this time, in the cold and hot water mixing chamber 12 is to mix the cold water flowing from the cold water outlet 23 and the hot water flowing from the hot water discharge passage 22, the water temperature control lever 40 is inserted into the first connector (7) ) Is configured to precisely control the temperature of the mixed water by adjusting the amount of cold water discharged from the cold water outlet and hot water discharged from the hot water discharge passage.

Then, the mixed water in the cold / hot water mixing chamber 12 is filled into the mixed water chamber 13 through the mixed water connecting flow passage 24, and the mixed water in the mixed water chamber is mixed again through the valve seat 14 It is configured to be discharged to (15).

Here, the valve seat 14 is controlled by the water quantity control lever 42 inserted into the second connection port 8 in a screwed state, and the amount of opening and closing is controlled to be mixed in the mixing water chamber 13 by the amount adjusted by the water quantity control lever. Pass the numbers.

At this time, the mixed water discharged through the mixed water chamber 15 is supplied to the sink through the discharge tap 42 is inserted into the mixed water discharge port in a screwed state.

As described above, in the detailed description of the present invention, specific embodiments have been described, but various modifications may be made without departing from the scope of the present invention.

Therefore, it should be understood that the scope of the present invention should not be limited by the above-described embodiments, but should be defined not only by the claims below but also by the structures equivalent to the claims.

The present invention configured as described above can be precisely adjusted to the water temperature desired by the user, thereby providing an effect of minimizing waste of water in this process.

Claims (1)

Desired cold and hot water introduced through the cold and hot water supply ports (6, 5) by using the water temperature control lever 40 and the water quantity control lever (41) assembled in the first and second connectors (7, 8) of the body (1), respectively. In the sink faucet structure for water temperature control is configured to mix and discharge to a desired quantity after mixing by temperature, When the cold and hot water introduced from the cold and hot water supply ports 6 and 5 are respectively filled in the first cold water chamber 11 and the hot water chamber 10, the cold water of the first cold water chamber 11 passes through the cold water connection passage 21. The hot water of the hot water chamber 10 is discharged into the hot water discharge passage 22 and mixed in the cold / hot water mixing chamber 12 while being discharged into the cold water discharge port 23 of the second cold water chamber 11-1, and the cold / hot water mixing chamber ( Mixing water of 12) is a faucet structure for a water sink with a water temperature control, characterized in that configured to be discharged through the valve seat 14 through the mixed water outlet (15).

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