KR100718874B1 - Hot and cool water supply apparatus be mounted inner wall - Google Patents

Abstract

The present invention installs the valve-related equipment in the body of the water supply, embedded in the wall, so that only the operating lever is located outside the wall to secure the maximum space for use of the sink, washbasin and bathtub, cleaning even if contaminated water such as wash water The present invention relates to a wall-mounted cold and hot water supply device that can easily work to keep the surroundings of a sink or a bathroom clean and to improve aesthetics inside a bathroom.

The present invention, the water supply body is installed in the wall, the receiving body for receiving the valve-related equipment and the water supply body having a cold, hot water flow path groove formed in the lower side of the receiving groove to handle the flow of cold, hot water; It is seated on the upper surface of the cold and hot water flow path groove of the water supply body, and the lower plate is formed so that the cold, hot water supply hole penetrates, and is in close contact with the moveable and rotatable on the lower plate, between the cold and hot water supply port and the cold, hot water flow path groove A water supply selection valve including a top plate having a water supply selection groove formed therein for communication; It is installed on the upper part of the water supply selection valve, provides a flow force to the water supply selection means to enable a straight operation for selecting the amount of water and the water discharge direction and a rotation operation for adjusting the temperature of the water discharge, water supply selection having a lever shaft support hole formed in the center Valve flow means; A valve adjustment plate installed to be interlocked with the water supply selection valve flow means to adjust an opening angle of the water supply selection valve, and having a lever shaft insertion hole formed at a center thereof; A water supply cap installed at an upper portion of the valve adjustment plate to shield a receiving groove of the water supply body; And one side is installed through the lever shaft support hole of the feed water selection valve flow means and the lever shaft insertion hole of the valve adjustment plate, and the other side is exposed to the outside of the wall to control the straight and rotational operation of the feed water selection valve flow means. It provides a wall-mounted cold, hot water supply device including an operation means.

Water supply body, cold and hot water flow path groove, water supply selection valve, water supply selection valve flow plate, valve adjustment plate, water supply cover, operation lever, lever shaft

Description

Hot and cool water supply apparatus be mounted inner wall}

1 is an exploded perspective view showing an embodiment of the wall recessed cold, hot water supply device according to the present invention.

Figure 2 is an assembled cross-sectional view of the wall-mounted cold and hot water supply device according to the present invention.

3A and 3B are A-A cross sectional views and a plan view showing the structure of a hydrant body which is a main part of the present invention;

Figure 4a and Figure 4b is a front sectional view and a plan view showing the configuration of the cold, hot water valve lower plate which is the main part of the present invention.

Figures 5a and 5b is a plan view and a bottom view showing the configuration of the cold, hot water valve upper plate which is the main part of the present invention.

6A to 6C are a plan view, a bottom view, and a front view showing the configuration of a water supply selection controller which is a main part of the present invention;

Figure 7 is a perspective view showing the configuration of the hydrant cover plate which is the main part of the present invention.

8A and 8B are front sectional and bottom views of FIG.

Figures 9a and 9b is a front sectional view and a plan view showing the configuration of a lever protective cap that is the main portion of the present invention.

10 is an operation state of the water supply selection lever.

11 is an external view showing a state in which the cold and hot water supply device of the present invention is installed in a bathtub.

* Explanation of symbols for main parts of drawings *

1: hydrant body 2: cold, hot water flow path

4: hot water supply pipe 5: bottom of water supply selection valve

6: Water supply selection valve top plate 7: Water supply selection valve flow plate

8: Output amount control pin 9: Neutral detection pin

10: valve adjustment plate 11: rail plate

12: pillar 13: protrusion plate

14: Oil groove 15: Outflow control detection rack

16: Neutral sensing groove 17: Output temperature control sensing pin

21: hydrant lid 22: cover plate

23: coupling cylinder shaft 24: stopper

25: Outflow temperature regulating rack gear 26, 52: Fixed bolt

31: lever protective cap 40: operating lever

41: lever shaft

The present invention relates to a cold and hot water supply device of the type embedded in the wall surface, in particular, a cold and hot water mixing type of water supply of a conventional disk structure protrudes vertically from the top surface of the washbasin and sink, or protrudes from the wall surface of the bathtub and water dispenser. It relates to a wall-mounted cold and hot water supply device in which a body is installed in a wall and only the outlet and the operation lever protrude to the minimum length.

Water pipes are used to drain water from kitchen sinks, washbasins and bathtubs that we use in our daily lives. At this time, contaminated water, such as water falling through the water pipe, soapy water, and the like, is buried around the surface of the water supply device such as a sink, a bath tub, a wash basin, and the like. The conventional water supply structure is very inconvenient to remove such contaminated water. In addition, even if the contaminated water attached to the water supply device is removed from time to time, the moisture remaining in the packing on the attachment surface is decayed, causing mold or decay to clean the sanitary condition, as well as harm the aesthetics around the bathroom or sink. there was.

In particular, in the case of the washbasin, the one-touch operation handle and the outlet pipe of the water pipe protruding in the center of the washbasin are installed to protrude forward, so that they do not bend sufficiently due to anxiety about hitting the forehead or bumping when washing. Due to this, as well as uncomfortable posture when washing, most of the water flows along both arm grommet soaks the bottoms and wash water splashes a lot to contaminate the surroundings. In addition, in the wash basin, because of the control lever of the protruding water supply device, the head can not be wound, or even if the head can be wound is very inconvenient structure.

In addition, in the case of a bath tub, each person should be able to bathe freely regardless of which direction at all times according to his physical condition, and the hydrant control lever should be in a convenient position. However, the current bath is installed in the protruding outlet is one-way, and because of the protruding portion is not only good in appearance but also limited space utilization. In particular, in the case of a bath tub, the position of the water hydrant operation lever is fixed to one side, and the user is on the opposite side, so that a bather with a disability is very inconvenient to operate. In particular, the protruding water supply may be hit during use. The sound of water generated by fresh water in the bathtub has another problem that causes noise in the household, such as multi-family houses or inns, causing damage to adjacent furniture or guest rooms.

On the other hand, the conventional water supply device generates a lot of pollutants in the process of production, too many complicated processes to pass through unnecessary parts, such as appearance design and painting. As a result, the production cost is increased, and the finished product has a brilliant luster that is close to an ornament in the beginning, but has a further problem that the gloss plating is changed roughly or peeled off in the process of using, thus degrading the aesthetics.

Accordingly, the present invention has been proposed to solve the above problems, by constructing a valve-related device in the water supply body to be embedded in the wall, so that only the operating lever is located outside the wall to use the space of the sink, washbasin and bathtub Secured as wide as possible and easy to clean even if contaminated water such as washing water is kept, so that the surrounding area of the sink or bathroom can be kept clean at all times, and wall-mounted cold and hot water supply to improve the aesthetics inside the bathroom. The object is to provide a device.

In order to achieve the above object, the present invention is installed in the wall, the water supply body having a receiving groove for accommodating the valve-related equipment and formed in the lower side of the receiving groove having a cold, hot water flow path groove for outflow of cold, hot water ; It is seated on the upper surface of the cold and hot water flow path groove of the water supply body, and the lower plate is formed so that the cold, hot water supply hole penetrates, and is in close contact with the moveable and rotatable on the lower plate, between the cold and hot water supply port and the cold, hot water flow path groove A water supply selection valve including a top plate having a water supply selection groove formed therein for communication; It is installed on the upper part of the water supply selection valve, provides a flow force to the water supply selection means to enable a straight operation for selecting the amount of water and the water discharge direction and a rotation operation for adjusting the temperature of the water discharge, water supply selection having a lever shaft support hole formed in the center Valve flow means; A valve adjustment plate installed to be interlocked with the water supply selection valve flow means to adjust an opening angle of the water supply selection valve, and having a lever shaft insertion hole formed at a center thereof; A water supply cap installed at an upper portion of the valve adjustment plate to shield a receiving groove of the water supply body; And one side is installed through the lever shaft support hole of the feed water selection valve flow means and the lever shaft insertion hole of the valve adjustment plate, and the other side is exposed to the outside of the wall to control the straight and rotational operation of the feed water selection valve flow means. It provides a wall-mounted cold, hot water supply device including an operation means.

Hereinafter, with reference to the accompanying Figures 1 to 11 will be described an embodiment of the present invention;

In the wall-mounted cold and hot water supply device according to the present invention, a water supply device installed in a bathroom or a sink is buried in a wall, and the cold and hot water control lever and the outlet of the minimum length are installed so as to protrude out of the wall, thereby simplifying the water. It is implemented to use cleanly.

Figure 1 is an overall exploded perspective view for explaining the configuration of the present invention, Figure 2 shows an assembled cross-sectional view of Figure 1, respectively.

As shown in Figures 1 and 2, the present invention is largely divided into a water supply body (1), valve-related equipment for cold, hot water supply and cold, hot water control device.

The hydrant body 1 includes a receiving groove 1a for accommodating a valve related device therein; A stepped portion (1b) formed in the middle portion of the receiving groove (1a) and having a fixing hole in the square portion; It is formed on the lower side of the step (1b) and is responsible for the inflow and outflow of cold, hot water, and includes a cold and hot water flow path groove (2) fitted with a water supply valve lower plate to be described later.

3A and 3B show a front sectional view and a plan view, respectively, showing the detailed configuration of the hydrant body 1 which is the main part of the present invention.

The cold and hot water flow path grooves 2 are circular cold and hot water supply holes 2a and 2b formed in a central portion, as shown in Figs. 3a and 3b; A water outlet groove (2c, 2d) in the sprinkling direction and the bathtub direction formed on both sides of the cold and hot water supply holes (2a, 2b) through a partition wall and penetrating in a lateral direction; First and second water supply ports 2e and 2f penetrating from the cold and hot water supply holes 2a and 2b to the side of the water supply body 1; First and second water outlets (2g, 2h) penetrated from the watering direction and the tubing direction water extraction groove (2c, 2d) to the side of the water supply body (1). In addition, the first and second water inlets 2e and 2f of the cold and hot water flow path grooves 2 are provided with cold water supply pipes (not shown) and hot water supply pipes 4 for introducing cold and hot water from the outside, respectively. have.

The cold and hot water feed grooves 2a and 2b are partitioned by one quadrant side wall and three quadrant side walls extending round from the first quadrant side wall to three quadrants. Partial spaces of the first and third quadrants are spaces for hot water supply, and remaining spaces other than the partial spaces of the first and third quadrants are spaces for cold water supply.

1 and 2, a water supply selection valve lower plate 5 is seated on the upper surface of the cold and hot water flow path groove 2, and an airtight coupling therewith on the upper surface of the lower plate 5 of the water supply selection valve. The water supply selection valve upper plate 6 is provided to be in close contact with each other. Packing for retaining watertightness on the upper surface of the cold and hot water flow path grooves 2 in order to reliably maintain the watertight between the cold and hot water flow path grooves 2 and the water supply selection valve lower plate 5. This may be further provided.

4A and 4B are a front sectional view and a plan view showing the configuration of the water supply selection valve lower plate 5, and FIGS. 5A and 5B are a plan view and a bottom view showing the configuration of the water supply selection valve upper plate 6.

As shown in FIGS. 4A and 4B, the water supply selection valve lower plate 5 includes cold and hot water supply ports 5a and 5b that vertically penetrate and communicate with the cold and hot water supply grooves 2a and 2b; An oil storage groove 5c formed at the center of the cold and hot water supply ports 5a and 5b; A water extraction guide groove 5d formed at one side of the cold and hot water supply ports 5a and 5b to guide the outflow of cold and hot water introduced therethrough; It extends from the water induction groove (5d), and includes a watering side and the tub side water outlet (5e, 5f) penetrating in the vertical direction and communicating with the watering direction and the tubing direction water extraction groove (2c, 2d). The cold and hot water supply ports 5a and 5b and the water discharge guide groove 5d are formed to face each other. In particular, the cold and hot water supply ports (5a, 5b) are located in the diagonal direction cold water supply port (5a) and hot water supply port (5b).

As shown in FIG. 5A, the water supply selection valve upper plate 6 is formed with an insertion groove 6a having a 'T' shape for coupling with a water supply selection valve flow plate to be described later, as shown in FIG. 5B. As described above, the water supply induction groove 5d, the water supply selection groove 6b which is intaglio-processed by a size corresponding to the area of the watering side and the bathtub side outlets 5e and 5f, and the water supply selection groove 6b An indentation portion 6e formed in the edge region of the oil storage groove 6c and the water supply selection groove 6b formed around the periphery and dug shallower than the depth of the water supply selection groove 6b to minimize the friction area. Include.

On the bottom of the water supply selection valve upper plate 6, all portions except the water supply selection groove 6b, the oil storage groove 6c, and the intaglio portion 6e are embossed portions 6d. Accordingly, the relief portion 6d shields the cold and hot water supply ports 5a and 5b of the water supply selection valve lower plate 5. In addition, the water supply selection valve upper plate 6 moves forward or backward or rotates in accordance with the water supply selection in the spraying direction or the tubing direction, so that the cold and hot water supply ports 5a and 5b and the water discharge induction groove 5d are operated. Open and close the communication state.

The water supply selection valve upper plate 6 is provided with a water supply selection valve flow plate 7 for adjusting the water discharge temperature by rotating it left and right, and moving forward and backward to select the water discharge amount and the water discharge direction. The water supply selection valve flow plate 7 is provided on both sides of the bottom and the support foot (7a) for engaging with the insertion groove (6a) of the water supply selection valve upper plate (6); It is formed on both sides of the upper surface and has a step 7b that functions as a rail guide surface to operate with the valve adjustment plate to be described later. In addition, the water supply selection valve flow plate (7) is formed in the center of the lever shaft support hole (7c) vertically penetrated; First and second movement guide grooves 7d and 7e which are formed at both sides of the lever shaft support hole 7c and provide a movement space of the discharge amount adjustment detection jaw and the water supply selection valve neutral detection jaw to be described later; A control pin insertion hole 7f formed at one side of the first movement guide groove 7d; A neutral sensing pin insertion hole 7g formed at one side of the second movement guide groove 7e; And a plurality of oil storage grooves 7h formed in a direction perpendicular to the direction in which the first and second movement guide grooves 7d and 7e are formed. In addition, the water supply selection valve flow plate 7 is inserted into the control pin insertion hole 7f thereof, and is fitted into the water discharge amount control pin 8 for adjusting the water discharge amount, and the neutral sensing pin insertion hole 7g to allow the valve to be neutral. And a neutral sensing pin 9 for sensing whether it is located. The discharge amount control pin (8) and the neutral sensing pin (9) is made of a material having excellent elastic restoring force, the through-hole is formed therein, the bottom surface is processed into a round shape to provide elastic force to smooth the neutral sense jaw You can ride over.

 The valve adjusting plate 10 for adjusting the opening angle of the water supply selection valve is installed above the water supply selection valve flow plate 7.

6A to 6C show a plan view, a bottom view and a front view, respectively, showing the configuration of the valve adjustment plate 10.

As shown in the figure, the valve adjusting plate 10 is coupled to both step portions 7b of the water supply selection valve flow plate 7 to extend the extension feet 11a on both sides of the bottom surface to move back and forth along the step 7b. A rail plate 11 having a water extraction temperature control pin insertion hole 11b for water extraction temperature sensing provided to penetrate vertically on one side surface; It is installed in the central portion of the upper surface of the rail plate 11 and rotated left and right by a predetermined angle by an external force, the lever shaft insertion hole 12a penetrating in the vertical axis direction and the fixing pin hole 12b penetrating in the horizontal axis direction. A pillar 12 having; Protrusion plates 13 provided on both sides of the lower surface of the pillar 12 to protrude along its circumferential surface; A round belt-shaped oil groove 14 formed on the rail plate 11 around the pillar 12 so as to smoothly rotate the pillar 12; Is installed on one side of the bottom surface of the rail plate 11, the discharge amount control pin (8) is formed in the form of a tooth so that the bite, the discharge amount control sensing rack plate (15a) has a neutral sensing jaw (15a) formed in the center; It is installed on the other side of the bottom of the rail plate 11, and includes a neutral sensing groove (16) for the neutral sensing pin (9) to hang.

Here, as shown in FIG. 6B, the pillar 12 has a rotation space portion 12c having an inclined cross section whose inner cross section is extended by a predetermined angle upward and downward with respect to the fixing pin hole 12b. Therefore, it is possible to secure a rotation space when the lever shaft 41, which will be described later, is inserted into the lever shaft insertion hole 12a when the shaft support pin 43 moves forward and backward.

The valve adjustment plate 10 further includes a water discharge temperature control detecting pin 17 fitted into the water discharge temperature control detecting pin insertion hole 11b.

The upper part of the valve adjusting plate 10 is provided with a water hydrant lid 21 for shielding the upper part of the hydrant body 1.

7 is a perspective view of the hydrant lid 21, and FIGS. 8A and 8B show a front sectional view and a bottom view of the hydrant lid 21, respectively.

The hydrant lid 21 is coupled to the upper surface of the hydrant body 1, as shown in the figure, the cover plate 22 is formed with a fixing hole (22a) in the rectangular portion; A coupling cylindrical shaft (23) extending vertically from the center of the cover plate (22) and having the pillar (12) fitted therein and a screw thread formed on an outer surface thereof; A stopper 24 provided to protrude on the inner circumferential surface of the coupling cylindrical shaft 23 to limit the movement of the protruding plate 13 by the rotation of the pillar 12; Is formed on one side of the bottom surface of the cover plate 22, the water extraction temperature regulating rack gear 25 is formed in a rack gear shape to feel the movement distance of the water extraction temperature control sensing pin 17 in a tactile and auditory sense; And a fixing bolt 26 (shown in FIG. 1) fastened to a fixing hole formed in the fixing hole 22a of the cover plate 22 and the stepped portion 1b of the hydrant body 1.

The upper portion of the hydrant cap 21 is provided with a lever protective cap 31 formed with a female thread on the inner surface to be engaged with the coupling cylindrical shaft 23 thereof.

9A and 9B show a front sectional view and a plan view of the lever protective cap 31, respectively.

The lever protective cap 31 is provided on the opening portion 32 formed on one side thereof, the wing portion 33 formed on the circumferential surface and the bottom surface of the wing portion 33 to maintain the sealing ( 34).

The opening 32 of the lever protection cap 31 is protruded to a minimum length from the wall of the washbasin or the wall of the bath, and an operation lever 40 for on / off operation of the water supply selection valve is inserted, and the operation lever 40 ) Is coupled to the lever shaft 41 for power transmission.

The operation lever 40 has a structure in which one side thereof is bent in the lateral direction, the other side portion is a lever shaft insertion groove 51 of the rectangular cylinder structure provided to extend at a predetermined interval to fit the lever shaft (41) and; It includes a fixing bolt 52 for fixing the upper portion of the lever shaft 41 by penetrating the lever shaft insertion groove 51 in the horizontal axis direction.

The lever shaft 41 is formed at the lower end thereof in the form of a round rod, and is inserted into and supported by the lever shaft support hole 7c of the water supply selection valve flow plate 7. In addition, the lever shaft 41 is rotatably supported via a shaft support pin 43 penetrating through the hole (41a) formed on its side and the fixing pin hole (12b) of the pillar (12).

Referring to the assembly process and the operating state of the present invention configured as described above are as follows.

Figure 2 is an assembly cross-sectional view of the present invention, the water supply body (1) and the valve inserted into it except the upper surface of the operating lever 40 and the lever protection cap 31 shown in Figure 9b for adjusting cold and hot water The related configuration, the hydrant cap 21 and the body of the lever protective cap 31 are all embedded in the wall.

In the cold and hot water flow path groove 2 of the water supply body 1, a packing (not shown) and a water supply selection valve lower plate 5 for watertight retention are sequentially inserted and seated, and the water supply selection valve upper plate 6 is seated. The upper surface of the lower plate 5 is in close contact with the airtight state.

A support foot 7a of the water supply selection valve flow plate 7 is fitted into the insertion groove 6a of the water supply selection valve upper plate 6, and a lever shaft 41 is fitted into the lever shaft support hole 7c. . In addition, the discharge amount control pins (7f) and the neutral sensing pin insertion hole (7g) formed in the first and second movement guide grooves (7d, 7e) of the water supply selection valve flow plate (7), respectively ( 8) and the neutral sensing pin (9) is fitted.

An extension foot 11a formed below the rail plate 11 of the valve adjustment plate 10 is placed on the upper surface of the water supply selection valve flow plate 7 to move forward and backward on the surface of the step 7b. . In the initial position of the water supply selection valve flow plate 7 (a state in which the water supply selection valve is maintained in neutral), a neutral sensing pin 9 is located in the neutral sensing groove 16 of the valve adjusting plate 10. The water discharge amount control pin 8 fitted in the insertion hole 7f is located on the neutral detection jaw 15a of the water discharge amount control adjustment rack 15, and when the water supply selection valve flow plate 7 moves forward and backward, the water discharge amount detection adjustment rack 15 Will take you step by step. At this time, since the lower portion of the control pin 8 is formed in a round shape, it helps to smoothly ride over the gear of the discharge amount sensing control rack plate (15).

The valve adjusting plate 10 is coupled to the hydrant lid 21 while its pillar 12 is inserted into the coupling cylindrical shaft 23 of the hydrant lid 21. Then, the fixing bolt 24 is fastened to the fixing hole formed in the fixing hole 22a of the cover plate 22 and the stepped portion 1b of the water supply body 1 by connecting the water supply body 1 with the cover plate 22. ) Will be shielded. The water extraction temperature regulating rack gear 25 formed on the bottom surface of the hydrant cap 21 is coupled to the water extraction temperature regulating detection pin 17 fitted into the water extraction temperature regulating detection pin insertion hole 11b of the valve adjusting plate 10. In addition, the stopper 24 formed on the inner surface of the coupling cylindrical shaft 23 blocks the rotational movement of the protruding plate 13 when the valve adjusting plate 10 rotates, thereby limiting the rotation angle of the valve adjusting plate 10. Done.

The coupling cylindrical shaft 23 of the hydrant cap 21 is fastened to the internal female thread of the lever protection cap 31 so as to be fixed to the hydrant enclosure built into the wall, and mediates the O-ring inserted into the O-ring groove 34. It is firmly fixed between the water supply cap 21 and the lever protection cap 31. When assembling the hydrant cap 21, the lower end portion of the hydrant can be maintained between the cold and hot water flow path groove (2) and the water supply selection valve lower plate 5 by pressing both sides of the water supply selection valve lower plate (5).

The lever shaft 41 is positioned upright inside the lever protection cap 31 by passing through the lever shaft support hole 7c of the water supply selection valve flow plate 7 and the lever shaft insertion groove 12a of the pillar 12. do. The operation lever 40 is inserted into the opening portion 32 side of the lever protection cap 31, and the upper portion of the lever shaft 41 is fitted into the lever shaft insertion groove 51 of the lever 40, and then fixed. Tighten with bolts 52 to fix it.

The present invention, assembled in the above-described procedure is embedded in the wall surface, only the upper surface (surface of the sprayer and bathtub marked) of the operation lever 40 and the lever protective cap 31 is exposed to the outside.

In the initial state, the cold and hot water supply holes 2a and 2b are connected to the cold and hot water supply holes 2a and 2b through the cold water supply pipe and the hot water supply pipe 4 connected to the first and second water supply ports 2e and 2f of the water supply body 1. Temporarily store hot water. In addition, the operation lever 40 is in a neutral state. In this state, the relief part 6d of the water supply selection valve upper plate 6 cuts off the cold and hot water supply ports 5a and 5b of the lower plate 5 (off state). Then, by operating the operation lever 40 to the upper side or the lower side, the water supply selection valve upper plate (6) is moved forward or backward on the lower plate (5), the water discharge direction of the cold, hot water flow path groove (2) and water discharge in the tub direction The grooves 2c and 2d and the cold and hot water supply ports 5a and 5b communicate with each other to supply water (on).

In more detail, when the operation lever 40 is raised or lowered in order to select the water discharge direction in the direction of the sprayer or the bathtub, the lever shaft 41 is rotated on the inner surface of the pillar 12 of the valve adjusting plate 10. The water supply selection valve flow plate 7 moves forward or backward in the space portion (shown in FIG. 6) 12c to advance and reverse the water supply selection valve upper plate 6. The forward and backward movements are sensed by the touch or sound that the output amount control pin 8 moves the gear of the output amount adjustment sensing rack plate 15 formed on the bottom surface of the valve adjusting plate 10 step by step. Then, when the water supply selection valve flow plate 7 is moved to the neutral position in the forward or backward state, it is tactile or the neutral sensing pin 9 is inserted into the neutral sensing groove 16 of the valve adjustment plate 10 or It will be detected by sound. The discharge amount control detecting rack plate 15 and the neutral sensing groove 16 moving together with the control pin 8 and the neutral sensing pin 9 are first and second movement guide grooves of the water supply selection valve flow plate 7. 7d, 7e).

When the operation lever 40 is moved in the sprayer direction or the bathtub direction as described above, the embossed portion 6d of the water supply selection valve upper plate 6 shields the cold and hot water supply ports 5a and 5b. One of the water supply selection groove 6b of the water supply selection valve upper plate 6 and the watering side and the bathtub side water outlets 5e and 5f connected to the water discharge induction groove 5d communicates with each other. Then, the cold and hot water stored in the cold and hot water supply holes 2a and 2b of the water supply body 1 through the cold and hot water supply ports 5a and 5b, the sprinkling side or the tub side outlet 5e and 5f. It passes through and flows out through the sprinkling direction and the tubing direction water discharge holes (2c, 2d) communicating with the sprinkling side or the bathtub side outlet (5e, 5f). At this time, the water supply selection valve flow plate 7 is rotated to the left or right according to the degree of rotating the operation lever 40 to the left or right, and together with the water supply selection valve upper plate 6 and the valve adjustment plate ( The pillars 12 of 10 are moved together in the same direction.

The water supply selection valve upper plate 6 is covered with either the cold water supply port 5a or the hot water supply port 5b according to the rotation thereof, and is covered by the embossed part 6d so as to select and supply only cold water or hot water. Water can be adjusted by adjusting the temperature.

That is, when the operation lever 40 is rotated clockwise while the water discharge direction is set toward the tub or the sprinkler side, the cold water supply port 5a and the cold and hot water flow path grooves 2 of the water supply selection valve lower plate 5 are rotated. The cold water supply hole 2a communicates with each other to receive cold water. On the contrary, when the operation lever 40 is rotated counterclockwise, the hot water supply port 5b of the water supply selection valve lower plate 5 and the hot water supply hole 2b of the cold and hot water flow path groove 2 communicate with each other. Can be supplied.

When the operation lever 40 is rotated, the outlet temperature adjusting rack having the outlet temperature adjusting detection pin 17 inserted into the outlet temperature adjusting pin insertion hole 11b of the valve adjusting plate 10 is formed on the bottom surface of the water supply cap 21. The passing of the gear 25 is sensed by touch or sound. In addition, when the pillar 12 rotates, the protrusion plate 13 is caught by the stopper 24 of the water hydrant lid 21, thereby preventing further rotation. The maximum rotation angle of the operation lever 40 is adjusted to the angle of the cold water or hot water supply ports 5a and 5b, and the stopper angle limiting the rotation angle of the protrusion plate is the arc of the cold and hot water supply ports 5a and 5b. Corresponds to the angle.

Accordingly, the cold water supply hole 2a or the hot water supply hole 2b of the cold and hot water flow path groove 2 and the cold water supply port 5a or the hot water supply port 5b according to the rotation angle of the operation lever 40. The water supply selection groove 6b opens the communication area completely or shrinks one side so that the cold and hot water mixing ratio is controlled.

As described above, the water discharge interval (water discharge amount) is discharged by adjusting the opening and closing operations of the water supply selection valve lower plate 5 and the upper plate 6 to reach the bottom outlet or the sprinkler of the bathtub as shown in FIG.

FIG. 11 shows an example in which the tub / sprinkler selection lever 65 is exposed on the wall in the case of the tub, and the water discharged through the sprinkling water outlet groove 2c of the hydrant body 1 is a sprinkler ( The water discharged to 67) and discharged through the water discharge groove 2d in the tub direction can drain water into the bathtub through the water outlet 72 formed on the bottom surface of the bathtub.

On the other hand, the water discharged from the first and second water outlets (2g, 2h) of the water supply body (1) can be combined through the "Y" tube or "T" tube. Accordingly, when the "Y" tube or the "T" tube is connected to the washbasin outlet, it can be used conveniently because the operation lever is discharged in any direction.

In the present embodiment, a plurality of electric structures for supplying cold and hot water to the bathtub and the sprinkler side have been described, but the present invention is not limited thereto, and the structure for supplying cold and hot water to only one of the tub side or the sprinkler side is provided. It is well-known that it can manufacture and employ | adopt water supply for water supply in a wash basin or a sink.

In the case of the water supply structure for the single stage, when applied to the washbasin, for example, cold, hot water or cold, hot mixed water is discharged to the washbasin through a water outlet protruding to the minimum length from the wall or the fresh water member surface of the washbasin.

The present invention described above is not limited to the above-described embodiments and the accompanying drawings, and various substitutions, modifications, and changes can be made in the art without departing from the technical spirit of the present invention. It will be clear to those of ordinary knowledge.

According to the present invention configured as described above, the water supply body with the valve-related device and the cold and hot water control device is installed on the wall, and only the water outlet on the bath / watering side of the sink, washbasin, bathtub while protruding only the operation lever on the wall, By constructing the outlet of the minimum length to protrude, it can be used conveniently by securing the maximum utilization space, and it is easy to clean around the sanitary device even if polluted water such as washing water falls on the sink or washbasin, thus creating a convenient and comfortable bathroom environment. It has an effect that can be done.

Claims (9)

A water supply body installed in the wall and having an accommodating groove for accommodating the valve-related device and a cold and hot water flow path groove formed at a lower side of the accommodating groove to handle the flow of cold and hot water; It is seated on the upper surface of the cold and hot water flow path groove of the water supply body, and the lower plate is formed so that the cold, hot water supply hole penetrates, and is in close contact with the moveable and rotatable on the lower plate, between the cold and hot water supply port and the cold, hot water flow path groove A water supply selection valve including a top plate having a water supply selection groove formed therein for communication; It is installed on the upper part of the water supply selection valve, provides a flow force to the water supply selection means to enable a straight operation for selecting the amount of water and the water discharge direction and a rotation operation for adjusting the temperature of the water discharge, water supply selection having a lever shaft support hole formed in the center Valve flow means; A valve adjustment plate installed to be interlocked with the water supply selection valve flow means to adjust an opening angle of the water supply selection valve, and having a lever shaft insertion hole formed at a center thereof; A water supply cap installed at an upper portion of the valve adjustment plate to shield a receiving groove of the water supply body; And One side is installed through the lever shaft support hole of the water supply selection valve flow means and the lever shaft insertion hole of the valve adjustment plate, the other side is exposed to the outside of the wall operation to control the straight operation and rotational operation of the water supply selection valve flow means Way Wall-mounted cold, hot water supply comprising a. The method of claim 1, The cold and hot water flow path grooves of the water supply body are wall-mounted cold and hot water supply apparatus, characterized in that formed in a plurality to provide an outflow path to the tub side and the sprinkler side. The method of claim 2, The cold and hot water flow path groove Cold and hot water supply holes formed in the center portion and partitioned into a cold water storage groove and hot water storage groove by the partition wall; A water outlet groove formed in both sides of the cold and hot water supply holes through a partition wall and passing through the lateral direction in a watering direction and a bathtub direction; First and second water supply holes penetrating from the cold and hot water supply holes to the side of the water supply body; And A wall-mounted cold and hot water supply device including first and second water outlets penetrating from the water spraying direction and the tubing water discharge groove to the side of the water supply body. The method of claim 3, wherein The lower plate of the water supply selection valve An oil storage groove formed at the center of the cold and hot water supply port; A water extraction guide groove formed at one side of the cold and hot water supply port to guide the outflow of cold and hot water introduced through the cold and hot water supply port; It extends from the water induction groove, and includes a sprinkler side and the tub side outlet port penetrating in the vertical direction and communicating with the outlet groove in the watering direction and the tub direction, The upper plate of the water supply selection valve Insertion grooves are formed on the upper surface for coupling with the water supply selection valve flow plate, and the water supply selection groove formed on the bottom surface is intaglio-processed by the size corresponding to the area of the water induction groove and the sprinkler side and the tub side outlet. Wall mounted cold and hot water supply system. The method of claim 4, wherein The water supply selection valve flow means Support feet are provided on both sides of the bottom surface is inserted into the insertion groove formed in the upper plate of the water supply selection valve; Stepped on both sides of the upper surface to function as a rail guide surface; And First and second movement guide grooves formed on both sides of the lever shaft support hole Wall-mounted cold, hot water supply comprising a. The method of claim 5, The valve adjustment plate A rail plate coupled to both ends of the water supply selection valve flow unit and having an extended foot on both sides of the bottom surface to move back and forth along the step, and having a sensing pin insertion hole formed on one side of the upper surface to detect the exit water temperature; It is installed at the center of the upper surface of the rail plate and rotates left and right by a predetermined angle by an external force, and has a lever shaft insertion hole penetrating in the vertical axis direction and a fixing pin hole penetrating in the axial direction, and can secure a rotation space of the lever shaft. A pillar consisting of an inclined cross section having an inner cross section extending by a predetermined angle toward an upper side and a lower side of the fixing pin hole; And Protruding plate provided to protrude along the circumferential surface on both sides of the lower surface of the pillar Wall-mounted cold, hot water supply comprising a. The method of claim 6, The hydrant lid A cover plate coupled to the upper surface of the hydrant body; A coupling cylindrical shaft extending vertically from the center portion of the cover plate and having the pillar fitted therein and a thread formed on an outer surface thereof; A stopper provided to protrude on the inner circumferential surface of the coupling cylindrical shaft to limit the movement of the protruding plate due to the rotation of the pillar; And Is formed on one side of the bottom surface of the cover plate, the outlet temperature regulating rack gear coupled with the outlet temperature control sensing pin Wall recessed cold, hot water supply including a. The method of claim 7, wherein A discharge amount control pin installed at one side of the first movement guide groove to adjust the discharge amount; A neutral sensing pin installed at one side of the second movement guide groove to detect whether a water supply selection valve is located at a neutral position; It is installed on one side of the bottom surface of the rail plate, the discharge amount control pin is formed in the form of a tooth so that the ride can be carried out, the discharge amount control detection rack plate has a neutral sensing jaw formed in the center; A neutral sensing groove which is installed on the other side of the bottom surface of the rail plate and which the neutral sensing pin is spread over; And It is installed on one side of the upper surface of the valve adjusting plate and coupled with the outlet temperature control rack gear of the water supply cap including the outlet temperature control pin passing through the outlet temperature control rack gear according to the rotation of the valve adjustment plate. When the user lifts or rotates the operation lever, the wall-mounted cold and hot water supply device, which can adjust the amount of water and the temperature of the water with sound and touch, and sense the neutral position of the operation lever. The method of claim 1, Is installed on top of the water supply cap is fastened to the coupling cylindrical shaft thereof, the wall-mounted cold and hot water supply device further comprising a lever protective cap formed with an opening to insert a portion of the operation lever on one side.

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