KR200334106Y1 - hot and cool water dispenser with one touch lever - Google Patents

Abstract

The present invention relates to a one-touch lever type hot and cold water dispenser, which is a one-touch lever type hot and cold water dispenser that allows the user to determine the mixing ratio of cold and hot water with only one lever and select the discharge direction of the water to the shower or the faucet. Cold water, hot water inlet is provided to the left and right and before and after the shower and the faucet outlet is formed on the upper surface and the cold water, hot water inlet and shower, the faucet outlet and four distribution holes connected to the outlet; A lower support positioned on an upper surface of the distribution hole and having four corresponding through holes formed therein; An entrance and exit piece coupled to an upper portion of the lower support and formed with four differentiating holes communicating with the through hole; It is in close contact with the upper surface of the inlet and outlet pieces and the stirring piece is formed in the center of the lower surface cross-shaped symmetrical depression hole; including the supply of cold and hot water by moving the stirring piece back and forth or left and right according to the lever operation One-touch lever type hot and cold water dispenser whose technical point is to adjust the flow rate and the flow direction to the shower or the faucet has the advantage of being easier to operate.

Description

Hot and cool water dispenser with one touch lever}

The present invention relates to a cold and hot water distributor of a shower and a faucet, and more specifically, to determine the mixing ratio of hot and hot water with one operation of the lever without the discharge direction selection valve of water introduced into the distributor, and the direction of water discharge to the shower or faucet One-touch lever hot and cold water dispenser that can select and operate the discharge stop.

Hereinafter, a cold / hot water combined distributor generally used as a conventional technology will be described.

1 is a perspective view showing a schematic appearance of a general cold / hot water distributor, and as shown, a valve handle (3) is provided as a means for determining a discharge direction of cold / hot water to the shower (1) and the faucet (2). The lever 4 had to be operated to control the flow rate or discharge the water.

Therefore, it is cumbersome to switch the discharge of water to the shower or the faucet, and in everyday use, by operating the lever without checking where the water flow direction is selected, water is not only wasteful in the undesired direction, but also waste of clothes. There was discomfort such as getting wet.

Accordingly, the present invention for solving the above problems is to provide a one-touch lever cold and hot water distributor to determine the discharge direction of the water to the shower or faucet only by the operation of the lever and also to adjust the flow rate and the hot and cold water mixing ratio For the purpose of

1-a perspective view showing a schematic appearance of a typical cold and hot water distributor.

Figure 2-perspective view showing a schematic appearance of a one-touch lever cold and hot water dispenser according to the present invention.

Figure 3-exploded perspective view of a one-touch lever cold and hot water dispenser according to a first embodiment of the present invention.

Figures 4-3 are schematic cross sectional views in conjunction with the distributor of Figure 3;

5-schematic cross-sectional view of a one-touch lever cold / hot water dispenser according to a second embodiment;

Figures 6-exploded perspective view of Figure 5;

<Description of Main Symbols Used in Drawings>

10: main body 11: cold water hot water inlet

12: faucet outlet 13: shower outlet

15: discharge hole 20: lower support

21: through hole 23: binding ring

30: entrance and exit port 31: eruption ball

30A: spherical inlet / outlet 40: Stirring

41: stirring groove 40A: spherical stirring piece

50: guide sliding 52: central hole

50A: Guide Ball 53: Support

54: semicircular groove 60: rotating drum

62: shaft 63: shaft pin

64: auxiliary shaft 65: main shaft

66: steel core 67: rotary ring

70: upper support drum 71: limiting projection

72: ring groove 80: inner case 90: outer case 91: semi-circular groove 100: lever 110: guide 111: spring 112: bearing ball

The present invention for achieving the object as described above, in the lever-type cold and hot water distributor for performing the hot and cold water supply and flow control by the lever operation, cold water, hot water inlet is provided on the left and right, and the front and rear shower and faucet outlet is formed A main body having four distribution holes connected to the cold water, the hot water inlet and the shower, and the faucet outlet; A lower support positioned on an upper surface of the distribution hole and having four corresponding through holes formed therein; An entrance and exit piece coupled to an upper portion of the lower support and formed with four differentiating holes communicating with the through hole; Supplying the hot and cold water by rotating the stirring piece back and forth or left and right according to the lever operation, including; A one-touch lever cold / hot water dispenser whose technical point is to adjust the overflow and the direction of outflow to the shower or faucet.

The present invention also relates to a one-touch lever type hot and cold water dispenser in which the entrance and exit pieces and the stirring pieces are spherical.

Hereinafter, the one-touch lever cold / hot water distributor through the preferred embodiment of the present invention will be described in more detail.

<First Embodiment>

In the first embodiment, the entrance and exit pieces and the stirring piece are flat plates, which will be described below with reference to the drawings. 2 is a perspective view showing a schematic appearance of a one-touch lever type hot and cold water dispenser according to the present invention, and as shown, unlike the prior art, there is no valve handle for determining a discharge direction to a shower or a faucet, A faucet outlet 12 is formed and a shower outlet 13 is provided on the rear side.

3 is an exploded perspective view of the one-touch lever cold / hot water dispenser according to the first embodiment of the present invention, and FIG. 4 is a schematic cross-sectional view in a coupled state of the distributor.

The main body 10 is located at the lowermost side, and the cold water and hot water inlet 11 is formed at the left and right sides of the main body, and the shower outlet 13 is formed at the rear of the faucet outlet 12. And the center of the upper surface of the main body 10 is recessed in a circular shape and the cold water, hot water inlet and the faucet, shower outlet outlet 15 is provided in four places.

The lower support 20 is placed above the discharge hole 15, and four through holes 21 are formed to correspond to the discharge hole 15, and preferably, rubber holes are fitted into the through holes. The lower support 20 in the present embodiment is plate-like, the lower surface is provided with a projection to prevent flow when coupled to the main body to be coupled to the support groove formed in the main body. And a stopper 22 for preventing the left and right flow of the entrance and exit piece 30 to be described later in the vicinity of the upper edge of the lower support 20 is formed to be coupled to the upper support drum 70 to the outside The ring 23 is provided.

On the lower support 20 is the entrance and exit piece 30 is formed with four different holes (31) corresponding to the through-hole (21). 3, stopper grooves 32 corresponding to the stoppers 22 formed on the lower support 20 are formed at three edges of the entrance and exit pieces 30. Cold water or hot water flows through the eruption hole formed on the left and right sides of the drawing, and the cold water or hot water flows into the faucet or shower through the eruption hole formed up and down.

The stirring pieces 40 located on the upper surface of the inlet and outlet pieces 30 are in close contact with each other and flow. The stirring center 41 has a substantially cross-shaped stirring groove 41 formed at the lower center of the stirring piece 40, and the left and right rotations of the stirring pieces are performed. Cold and hot water is introduced into the stirring groove 41 and the inflow is adjusted.

And the discharge direction of the cold and hot water to the shower or faucet outlet according to the forward and backward movement of the stirring piece 40 is determined.

As shown, the guide sliding 50 is coupled to the upper side of the stirring piece 40 for this purpose three insertion grooves 42 are formed on the upper edge of the stirring piece 40 and the guide sliding 50 On the lower edge of the protruding insertion protrusion 51 is formed. When the stirring piece 40 and the guide sliding 50 are coupled, the stirring piece 40 is constrained and flows in accordance with the left and right rotation or the forward and backward movement of the guide sliding.

In addition, a center hole 52 is formed at the center of the guide sliding 50 and a shaft 62 to be coupled to the lever 100 at the center of the outer case, the inner case, the upper support drum, and the rotating drum is shown in FIG. Passing through the provided hole is coupled to the upper central hole 52 of the guide sliding (50).

And the rotating drum 60 is coupled to the upper side of the guide sliding (50). A rectangular hole 61 is formed in the upper center of the rotating drum 60, and a shaft 62 connected to the lever 100 is inserted therein, and a shaft pin 63 is installed to fix the shaft 62. do.

As shown in the figure, the upper surface of the guide sliding 50 in which the center hole 52 to which the lower end of the shaft 62 is coupled has a rectangular shape, and the lower portion of the rotating drum 60 coupled to the upper side thereof is correspondingly straight. A guide groove is formed so that the guide sliding 50 moves linearly back and forth.

Subsequently, the upper support drum 70 is assembled to the upper portion of the rotating drum 60, and the upper support drum 70 has a cylindrical shape in which an interior is empty and a stage is formed. The upper portion of the rotating drum 60 is fitted to the cylindrical drum formed on the upper portion of the upper support drum 70 is made to rotate. On the other hand, in order to be limited in the rotation of the rotary drum 60 within a certain range to place a limiting protrusion 71 in the center of the upper support drum.

And the lower edge of the upper support drum 70 is provided with a ring groove 72, which is coupled to the coupling ring 23 formed outside the edge of the lower support (20). Meanwhile, the inner case 80 is covered on the outer side of the upper support drum 70, and the lower portion of the inner case 80 is assembled to the main body 10 in a screw type. In addition, the outer case 90 is fastened and assembled on the outer surface of the inner case 80.

The upper part of the outer case 90 forms a convex outer surface centering on the center of the shaft pin 63 for coupling the shaft 62 to the rotating drum 60, the upper end of the shaft is a square groove formed in the lever It is inserted and bound at 101. In addition, the inside of the lever is also provided with a concave inner sphere centered on the midpoint of the shaft pin.

On the other hand, the lever 100 is a rectangular hole is formed toward the inner sphere from the front outside as shown, and the guide 110 is inserted therein. The guide 110 has a built-in spring 111 and has a structure in which a bearing ball 112 is attached to an end facing an inner spherical surface of the lever. And the outer surface of the outer case 90 has a semi-circular groove 91 is formed in the circumferential direction is seated bearing ball 112 attached to the guide 110.

The assembled hot and cold water dispenser determines the mixing ratio of hot and hot water according to the left and right rotation of the lever, and ultimately moves the stirring piece back and forth according to the up and down movement to discharge the mixed water to the shower outlet or the faucet outlet, or to place it at an intermediate starting point. Allow discharge to stop. That is, when the bearing ball coupled to the lever is seated in the semicircular groove formed in the outer case, the discharge of water is stopped.

<Second Embodiment>

Hereinafter, a second embodiment of the one-touch lever cold / hot water distributor according to the present invention will be described.

Here, unlike the first embodiment, characterized in that the entrance and exit piece and the stirring piece is made in a spherical shape, Figure 5 is a schematic cross-sectional view showing a one-touch lever cold and hot water distributor according to the second embodiment, Figure 6 Shows an exploded perspective view.

Referring to the drawings, the main body 10 is located at the lowermost part, and the cold water / hot water inlet 11 is formed to the left and right of the main body, and the shower outlet 13 and the faucet outlet 12 are provided before and after. In addition, four outlet holes 15 connected to the inlet and the outlet are provided on the upper surface.

The lower support 20 is coupled to the upper side of the discharge hole 15, the upper center portion of the lower hemispherical concave groove is dug downward and four through holes 21 corresponding to the discharge hole is provided. The through hole 21 is preferably rubber boxing is made to be closely connected with the main body 10 and the spherical inlet and outlet pieces 30A coupled to the top and bottom to prevent leakage.

The spherical inlet and outlet pieces 30A are coupled to the lower support 20, and the upper surface of the lower support 20 is also provided with recessed grooves in the hemispherical shape and four different holes 31 corresponding to the through holes 21. And the lower support 20 and the spherical entrance and exit piece 30A is prevented from rotating left and right by a male and female projection provided on the engaging surface. On the other hand, as in the first embodiment, cold water or hot water is introduced through two different craters formed long in the different craters, and water is discharged to the shower or the faucet through the other two craters.

Next, the spherical stirring piece 40A is coupled to the top of the spherical entrance and exit piece 30A. As shown, the spherical stirring piece 40A has a flat top surface and a convex hemispherical shape at the bottom thereof, and a stirring groove 41 having a left and right symmetrical recessed groove is formed in the lower center portion.

The mixing groove of the hot and cold water is determined according to the left and right rotation of the spherical stirring piece 40A, and the stirring groove is geometrically shaped to determine the discharge direction of the mixed water to the shower or the faucet outlet according to the rolling back and forth.

Next, the guide ball 50A is coupled to the upper surface of the spherical stirring piece 40A to form a continuous spherical surface with the spherical stirring piece 40A, and the main shaft 65 to be connected to the lever 100 is formed at a lower side thereof. The support 53 to be coupled is formed. On the other hand, the semi-circular groove 54 is formed in the circumferential direction on the other side which is formed high. As shown, the connection of the spherical stirring piece 40A and the guide ball 50A is fastened by a male and female protrusion to rotate left and right or up and down together. Then, the drum 60 rotates to the top of the guide ball 50A. ) Is installed and the guide ball (50A) is accommodated in the lower portion of the rotating drum and the auxiliary shaft 64 to be connected to the lever 100 is coupled to one side of the upper surface. And the main shaft is passed through the inner space penetrating up and down. More preferably, the elastic material seated in the semi-circular groove 54 formed on the outer surface of the guide ball (50A) on the lower inner surface of the rotating drum (60) To install the steel core (66) in the circumferential direction. The steel core 66 is inserted into a plurality of small rotary ring 67 so that the rotary ring 67 can be smoothly moved up and down along the semi-circular groove (54). The state in which the rotary ring is seated in the semi-circular groove indicates that the water is not discharged anywhere, and the user can check it with a feeling. Then, the upper support drum 70 is covered with the outer side of the rotating drum 60. Rectangular ring groove 72 is formed at the lower end of the upper support drum 70 is combined with the coupling ring 23 of the lower support 20 is integrated. When the upper support drum 70 and the lower support 20 are combined, the inside has a structure in which a spherical inlet / outlet, a spherical stirring piece, a guide ball and a rotating drum are accommodated. An inner case is provided on the upper support drum 70. 80 is provided and the inner case 80 is assembled with the main body 10 and is assembled with the outer case 90. The lever 100 is positioned above the outer case 90, and ends of the main shaft 65 and the auxiliary shaft 64 protruding through the outer case 90 are restrained inside the lever 100. In this structure, the spherical stirring piece 40A is finally rotated according to the left and right rotation of the lever 100, and the spherical stirring piece 40A is rolled according to the up and down operation of the lever 100 to adjust the flow rate of the hot and cold water and the tap or shower. As described above, the operation of the lever alone can adjust the mixing ratio and flow rate of the cold and hot water, determine the discharge direction of the mixed water, and easily find the discharge stop point using the restoring force of the steel core. It becomes possible.

According to the present invention, it is possible to control the flow rate of the hot and cold water and to discharge the water to the shower or the faucet only by operating the lever, thereby reducing the manufacturing cost and improving the appearance and convenience in use compared to the prior art. can do.

Claims (4)

In the lever type hot and cold water dispenser which performs cold and hot water supply and flow rate control by lever operation, Cold water, hot water inlet is provided to the left and right and before and after the shower and the faucet outlet is formed on the upper surface and the cold water, hot water inlet and shower, the faucet outlet and four discharge holes 15 connected to the main body 10; A lower support 20 positioned on an upper surface of the discharge hole 15 and having four corresponding through holes 21 formed therein; An entrance and exit piece 30 coupled to an upper portion of the lower support 20 and having four differentiating holes 31 communicating with the through hole 21; The stirring piece 40 is in close contact with the upper surface of the inlet and outlet pieces 30 and the left and right symmetrical recessed stirring groove 41 is formed in the center of the lower surface; including the front and rear of the stirring piece in accordance with the lever operation Or a one-touch lever hot / cold water distributor, which adjusts the supply and flow rate of the hot and cold water and the flow direction to the shower or the faucet by moving from side to side. The method of claim 1, wherein the lever 100, One-touch lever cold and hot water dispenser, characterized in that the bearing ball 112 seated in the semi-circular groove (91) provided on the outer surface of the outer case (90) located in the lower portion of the lever is installed inside the lever. In the lever type hot and cold water dispenser which performs cold and hot water supply and flow rate control by lever operation, Cold water, hot water inlet is provided to the left and right and before and after the shower and the faucet outlet is formed on the upper surface and the cold water, hot water inlet and shower, the faucet outlet and four discharge holes 15 connected to the main body 10; A lower support 20 positioned above the discharge hole 15 and having an upper center portion having a hemispherical concave groove formed downward and four through holes 21 corresponding to the discharge hole; A spherical inlet / outlet piece (30A) having a hemispherical concave groove formed on the upper surface thereof with a hemispherical concave groove formed on the upper surface thereof, and having four eruption holes (31) communicating with the through hole (21); A spherical stirrer piece 40A equipped with a hemispherical shape coupled to a concave groove provided on an upper surface of the spherical inlet / outlet piece 30A and having a stirring groove 41 symmetrically recessed crosswise in a lower center thereof; A guide ball (50A) provided with a support (53) to which the main shaft (65) to be connected to the lever is coupled to form a continuous sphere constrained with the spherical stirring piece (40A); A rotating drum 60 in which the guide ball 50A is received downward and an auxiliary shaft 64 protrudingly coupled to the lever on one side of the upper surface; An upper support drum 70 which is constrained with the lower support 20 and accommodates a spherical entrance and exit piece, a spherical stirring piece, a guide ball and a rotating drum therein; An inner case 80 surrounding the upper support drum 70 and screwed to the main body; An outer case 90 formed on an outer side of the inner case 80 and screwed to the inner case; One-touch lever cold and hot water dispenser, characterized in that consisting of; the upper case of the outer case and the lever which is restrained the upper end of the main shaft and the auxiliary shaft. The method of claim 3, wherein the rotating drum 60 One-touch lever type, characterized in that the steel ring 66 is installed on the lower inner surface is inserted into the semi-circular groove 54 is formed on the outer surface of the guide ball (50A) is installed Hot and cold water distributor.