KR20080099210A - Apparatus of water pipe connecter and chamber and box for water pipe connecter - Google Patents

Abstract

A built-in power receiving apparatus is provided to be mounted within the coating of the wall since the apparatus is thin. A built-in power receiving apparatus comprises a chamber in which a hot water outlet and a cold water outlet is formed, a hot water outlet tube(311) which is combined in the hot water outlet, and supplies the warm water to outside, a cold water discharge tube which is combined in the cold water outlet, and supplies the cold water to outside, a power receiving box in which the penetration hole(610) in which the cold water discharge tube(313) and the hot water outlet tube passes through is formed. The inside of chamber is segmented by the warm water storage and cold water storage. In the side of the warm water storage, the hot water inlet and warm water outlet are formed. In the side of the cold water storage, the cold water inflow part and cold water outlet port are formed.

Description

Wall-mounted faucet, chamber and wall-mounted faucet {Apparatus of water pipe connecter and chamber and box for water pipe connecter}

1 is a schematic diagram showing a conventional faucet.

2 is a perspective view showing a first embodiment of a chamber constituting a specific embodiment of the present invention.

3 is a cross-sectional view showing the interior of the first embodiment of the chamber constituting a specific embodiment of the present invention.

4 is a cross-sectional view showing the interior of a second embodiment of a chamber constituting a specific embodiment of the present invention;

5 is a cross-sectional view showing the interior of a third embodiment of a chamber constituting a specific embodiment of the present invention.

6 is a sectional view showing the interior of a fourth embodiment of a chamber constituting a specific embodiment of the present invention;

7 is a perspective view showing a state in which the chamber is seated in the buried box according to a specific embodiment of the present invention.

8 is an exploded perspective view showing a wall embedded power receiving device according to a specific embodiment of the present invention.

Figure 9 is a perspective view showing another form of the closing cover constituting a specific embodiment of the present invention.

10 is a schematic diagram showing a state in which a wall-mounted power receiver is embedded in a wall according to a specific embodiment of the present invention.

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

100: chamber 110, 120: cold and hot water discharge port

131, 132, 141, 142: cold and hot water outlet 150: chamber fixing hole

155: connecting lever 160: partition membrane

200: buried box 210: chamber seat

211, 213, 215, 217: cold and hot water outflow hole 220: angle control

230: cover 240: sheath tube

251, 253, 255, 257: cold and hot water outflow pipe 260: box fixing hole

311, 313: cold and hot water discharge pipe 320: discharge pipe fixing hole

400: extension body 500: finish cover

600: exterior plate

The present invention relates to a power receiving device and a power receiving box embedded in a wall.

In general, when building or expanding a residential space such as a house or an apartment, the cold and hot water pipes introduced from the outside are led to a distributor installed in a lower sink, a built-in cabinet, a dressing room, and the like. It is connected to each demand place such as boiler room and utility room.

Here, looking at the cold water or hot water pipes transferred from the distributor to each demand destination, the outer surface is a pipe passing through the interior of the curved pipe (aka bellows shape) pipe, the floor of the floor or living room while surrounded by the protection pipe Passing through to the bathroom or bathroom, the connection pipe is bound from each faucet installed at the entrance of each room to supply the cold and hot water to the bathtub, the sink and the toilet.

This conventional faucet floor laying method is not easy to renovate after work, for example, if the cold and hot water pipes are damaged or leaks during use, it is difficult to visually check the cold, hot water pipes or faucet buried on the floor. In the end, the floor or floor must be dismantled and covered, and then one by one, and after reconfirmation, renovation, and renovation, there is a inconvenience.

Therefore, in recent years, instead of the floor laying method, a wall-mounting method of directly embedding in a wall near each demand destination such as a toilet or a bathroom has emerged.

By the way, such a wall-mounted faucet is a common pipe made of metal or synthetic resin connecting the connection between the cold and hot water pipes and the faucet (faucet) through the interior, each during the internal check or repair work of the faucet Since the connecting pipes were separated one by one and then combined again in reverse order, the work was inconvenient and time-consuming.

In addition, during the work, there was a need to disassemble the combined faucet mounted again to perform the work, and then to combine the reverse order again.

In order to solve this problem, a wall-mounted faucet, which is registered Utility Model No. 304846, has been devised. As can be seen by the claims of the registered publication, the case includes a flexible hose connecting the flexible pipe and the faucet. In the faucet made of opening and closing plate to open and close it, one end of the flexible hose is connected and bound with the soft tube protected by the corrugated pipe through the two-necked socket, the other end of the flexible hose is connected to the faucet, the opening and closing, A friction protrusion and a repair hole are formed in the plate, and an outer portion of the repair hole has an edge portion to open and close the open plate, and an outer diameter socket into which the connector of the faucet is inserted and fixed is formed on a part of the open plate. Bind and fix the open plate through the socket insertion hole and the engaging piece, and bind with the flexible hose, and It is configured to embody.

Therefore, it is easier to combine and dismantle compared to the existing faucets with simple pipes, and it is easy to determine the situation, open and repair the situation by inserting a hand through the hole for repair and checking the internal situation directly. We expect the effect that we can finish neatly with board.

However, in the case of the conventional wall-embedded faucet box, as shown in Figure 1 is installed in the interior of the faucet box 1 as the angle of the pipe connector (2) that the faucet is connected to the outside of the wall does not vary the pipe There is a problem that the connection work with the faucet exposed to the front of the wall by the connector 2 is not easy.

In addition, the inside of the faucet (1) by the flexible pipe (3) is discharged to the front surface during the maintenance work of the pipe connector (2) connected to the inside of the faucet (1) By not freely moving, it is not easy for an operator to move the pipe connector 2 by hand inside the narrow faucet box 1 to separate each of the connected components. There is a problem of deterioration.

Furthermore, the pipe pipes 2 installed in the conventional faucet box 1 maintain the horizontal state of the front discharge pipe by the flexible pipes 3, so that the flexible pipe 3 inside the faucet box 1 is maintained. ) Can only be installed to twist each other there is a problem that the discharge flow rate is significantly reduced.

In addition, in the case of the conventional wall-mounted faucet, if the leakage of accessories such as piping connectors installed inside the faucet occurs, it cannot be confirmed with the naked eye, so it must be left as it is. As confirmed, there is a problem that the maintenance period has elapsed.

Accordingly, the present invention has been made to solve the above-mentioned conventional problems, an object of the present invention is to provide a wall-mounted faucet device that can freely position and shape the discharge tube by applying a cold and hot water flow chamber to the faucet device. It is.

Another object of the present invention is to provide a wall-mounted faucet device that can freely position and direction the cold and hot water outflow pipe by applying a chamber inside the faucet box.

According to a feature of the present invention for achieving the object as described above, the present invention is divided into a hot water storage unit and a cold water storage unit, the hot water storage unit is formed on the side of the hot water inlet and hot water outlet, respectively, the cold water storage unit side A cold water inlet and a cold water outlet, each having a hot water outlet for discharging hot water from the hot water reservoir and a cold water outlet for discharging cold water from the cold water reservoir; A hot water discharge pipe coupled to the hot water discharge port to supply hot water to the outside; A cold water discharge tube coupled to the cold water discharge port and supplying cold water to the outside; And a chamber seating portion is formed on the bottom surface is seated, the hot water pipe inlet hole, hot water pipe outlet hole, cold water pipe inlet hole and cold water pipe outlet hole is formed on the side, respectively, the cold water discharge tube and hot water discharge tube through It is configured to include a receiving box each through hole is formed.

In this case, the cold and hot water inlet and the cold and hot water outlet may be formed to face each other.

And one or more of the hot water inlet, hot water outlet, cold water inlet or cold water outlet may be formed to be inclined with respect to the side of the chamber.

In addition, the chamber may be formed in a rectangular shape, and the hot water discharge port and the cold water discharge port may be formed on an axis parallel to the upper and lower ends of the chamber.

Alternatively, a chamber fixing hole for fixing the chamber to the receiving box may be formed at the bottom of the chamber.

And the faucet, the chamber seating portion is formed on the bottom surface, the hot water pipe inlet hole, hot water pipe outlet hole, cold water pipe inlet hole and cold water pipe outlet hole is formed respectively; A closing cover provided on the front surface of the buried box and passing through the cold and hot water discharge pipes therein; The through-holes provided on the front surface of the finish cover through which the hot and cold water discharge pipes are formed, respectively, may be configured to include an outer plate protruding to the outside of the buried wall to form the front appearance of the faucet.

In this case, a box fixing hole for coupling the finish cover may be formed at the edge of the buried box front.

On the other hand, the box fixing hole may be formed as a linear or arc-shaped hole so that when the closing cover is coupled, the fastening position of the closing cover can be changed.

In addition, a cover fastening hole for screwing the box fixing hole may be formed at the outer edge of the closing cover.

On the other hand, the faucet, the chamber seating portion is formed on the bottom, the hot water pipe inlet hole, hot water pipe outlet hole, cold water pipe inlet hole and cold water pipe outlet hole is formed respectively; It is provided on the front of the buried box to form a side of the faucet to extend the body of the hollow tube form extending the thickness of the faucet; A closing cover provided on the front surface of the extension body and having a cold and hot water discharge pipe therethrough; In addition, the through-holes provided in the front of the finish cover through which the hot and cold water discharge pipes are formed, respectively, may be configured to include an outer plate protruding to the outside of the buried wall to form the front appearance of the faucet.

In addition, a box fixing hole for coupling the extension body may be formed at the edge of the buried box front.

In this case, the box fixing hole may be formed as a linear hole or an arc-shaped hole so as to change the fastening position of the extension body when the extension body is coupled.

On the other hand, the lower end of the extension body may be formed with a body fastening hole for coupling with the box fixing hole.

And the body fixing hole for coupling the closing cover may be formed on the upper end of the extension body.

Here, the body fixing hole may be formed as a linear hole or arc-shaped hole to change the fastening position of the closing cover when the closing cover is coupled.

In addition, a cover fastening hole for screwing the body fixing hole may be formed on the outer edge of the closing cover.

The cold and hot water pipe inlet and the cold and hot water pipe outlet may be formed to face each other in correspondence with the cold and hot water inlet of the chamber.

In addition, any one or more of the hot water pipe inlet hole, hot water pipe outlet hole, cold water pipe inlet hole, or cold water pipe outlet hole may be formed to be inclined with respect to the side of the buried box corresponding to the cold and hot water inlet of the chamber.

At this time, the hot water pipe inlet hole, hot water pipe outlet hole, cold water pipe inlet hole or cold water pipe outlet hole formed to be inclined with respect to the buried box may be provided with an angle adjustment device for adjusting the inclination direction of the cold and hot water outlet pipe. .

Here, each of the cold and hot water pipe inlet and out may be further provided with a cover portion for stably supporting the cold and hot water pipe.

In this case, a cover fixing hole for coupling the exterior plate may be formed at the inner end of the closing cover.

The cover fixing hole may be formed as a linear hole or an arc-shaped hole so as to change the fastening position of the outer plate when the outer plate is coupled.

In addition, the outer plate may be formed with a plate fastening hole for coupling with the cover fixing hole.

And it may be formed in a polygon of a shape corresponding to the end of the cold and hot water discharge pipe of the exterior plate.

Here, the exterior plate, the discharge pipe fastening hole for screw coupling with the discharge pipe fixing hole of the cold and hot water discharge pipe may be formed.

On the other hand, the present invention is divided into a hot water storage unit and a cold water storage unit, a hot water inlet and a hot water outlet are formed on each side of the hot water storage unit, a cold water inlet and a cold water outlet are formed on the side of the cold water storage unit, respectively, And a chamber for a wall-mounted power receiving device in which a hot water discharge port through which hot water is discharged from the storage unit and a cold water discharge port through which cold water is discharged from the cold water storage unit are formed.

In addition, the present invention has a chamber seating portion is formed on the bottom of the chamber, the hot water pipe inlet hole, hot water pipe outlet hole, cold water pipe inlet hole and cold water pipe outlet hole is formed on the side, respectively; The front surface includes a wall-filled faucet including a faucet in which through-holes through which the cold water discharge tube and the hot water discharge tube pass are formed, respectively.

According to the present invention having the configuration as described above, there is an advantage that the power receiving device of a thin thickness can be configured and can be mounted in the coating of the wall.

Hereinafter, with reference to the accompanying drawings a specific embodiment of the wall-mounted power receiving device according to the present invention as described above will be described in detail.

FIG. 2 is a perspective view showing a first embodiment of a chamber 100 constituting a specific embodiment of the present invention, and FIG. 3 shows an interior of a first embodiment of the chamber 100 constituting a specific embodiment of the present invention. 4 is a cross-sectional view showing the interior of a second embodiment of the chamber 100 constituting a specific embodiment of the present invention, Figure 5 is a cross-sectional view of the chamber 100 constituting a specific embodiment of the present invention. 6 is a cross-sectional view showing the interior of the third embodiment, Figure 6 is a cross-sectional view showing the interior of the fourth embodiment of the chamber 100 constituting a specific embodiment of the present invention, Figure 7 according to a specific embodiment of the present invention 8 is a perspective view illustrating a state in which the chamber 100 is seated in the buried box 200, and FIG. 8 is an exploded perspective view illustrating a wall recessed power receiving device according to a specific embodiment of the present invention, and FIG. 9 is a detailed embodiment of the present invention. Examples of finishing cover 500 It is a perspective view which shows another form.

First, the chamber 100 constituting specific embodiments of the present invention will be described with reference to FIGS. 2 to 6, and below, the hydrant box constituting specific embodiments of the present invention will be described with reference to FIGS. 7 to 9.

As shown in FIG. 2, the first embodiment of the chamber 100 constituting the wall-mounted faucet constituting the specific embodiment of the present invention has a rectangular box shape. Cold and hot water inlets 131 and 141 and cold and hot water outlets 132 and 142 are formed at left and right sides of the chamber 100. As shown in the cold and hot water outlets (131, 141, 132, 142), it is preferable that a screw thread is formed at an end portion so that the cold and hot water outlet pipes (251, 253, 255, 257) can be connected.

Meanwhile, a connection lever 155 may be provided at an end portion of the cold / hot water inlet (131, 141, 132, 142) so that the cold / hot water outlet (251, 253, 255, 257) may be connected to the cold / hot water outlet (131, 141, 132, 142) without rotation (see FIG. 7). That is, the ends of the cold and hot water inlet (131, 141, 132, 142) formed with a thread and the cold and hot water inlet pipe (251, 253, 255, 257) formed with a thread can be detached by the rotation of the connection lever 155 is formed on the inner periphery.

Of course, the cold and hot water outlets (131, 141, 132, 142), as described above, can be fitted without being coupled by a screw thread. In the case of the fitting coupling, there is an advantage that the construction becomes simple. However, when the hydraulic pressure is strong, it is preferable to be coupled by a screw thread as described above in consideration of safety.

On the other hand, the front of the chamber 100 is formed with a hot water outlet 110 and the cold water discharge port 120 to discharge the cold water and hot water in the chamber 100 to the outside.

The cold and hot water discharge ports 110 and 120 are respectively connected to the cold water discharge tube 313 and the hot water discharge tube 311 which will be described later to discharge cold and hot water to the outside through the water supply 900 (see FIG. 10). Therefore, the location of the cold / hot water discharge ports 110 and 120 determines the location of the water supply 900, and the cold / hot water discharge ports 110 and 120 are formed horizontally so that the water supply 900 is horizontally positioned. That is, the cold and hot water discharge ports 110 and 120 are preferably positioned on one line parallel to the upper and lower surfaces of the chamber 100.

A chamber fixing hole 150 for screwing the chamber 100 to the bottom of the buried box 200 to be described later is formed at the lower end of the chamber 100.

Meanwhile, as shown in FIG. 3, the inside of the chamber 100 is partitioned into a hot water storage unit 135 and a cold water storage unit 145 by the partition membrane 160 so that cold water and hot water are not mixed. At this time, the partition film 160 is formed in a wavy pattern so that the cold and hot water discharge ports 110 and 120 are formed horizontally.

In addition, the direction of the cold and hot water outlet (131, 141, 132, 142) can be formed in various ways, the direction of the cold and hot water outlet (131, 141, 132, 142), since the direction of the cold and hot water outlet (251, 253, 255, 257) is determined, the cold and hot water outlet (131, 141, 132, 142) The position of may vary depending on the construction aid of the faucet box device.

Hereinafter, various embodiments of the chamber 100 will be described according to the directions of the cold / hot water outlets 131, 141, 132, and 142.

According to the second embodiment of the chamber 100 as shown in Figure 4, the cold and hot water inlet pipe 251 is formed to have a predetermined slope. This is to satisfy the pipe condition that the cold and hot water inflow pipes 251 and 255 are introduced into or descended with respect to the chamber 100.

Meanwhile, according to the third exemplary embodiment of the chamber 100 as shown in FIG. 5, the cold and hot water inflow pipes 251 and 255 may be formed on the chamber 100.

At this time, the shape of the partition membrane 160 is also modified, as shown, a point between the cold water inlet 141 and the hot water inlet 131 so that the cold and hot water introduced from the cold and hot inlet (131, 141) is not mixed, respectively. Is formed to connect a point between the cold water outlet 142 and the hot water outlet 132 from. Of course, the partition film 160 is formed such that the hot water outlet 110 and the cold water outlet 120 are separated.

On the other hand, according to the fourth embodiment of the chamber 100, as shown in Figure 6, the hot water inlet 131 is formed to have a constant angle with the upper surface of the chamber 100 on the upper surface of the chamber 100 The hot water outlet 132 is formed to be horizontal to the side of the chamber 100. In addition, the cold water inlet 141 is formed horizontally on the side of the chamber 100, the cold water outlet 142 has a constant angle with respect to the lower surface of the chamber 100 on the lower surface of the chamber 100. It is formed to have.

In this case, the partition film 160 is formed as shown in FIG. 6.

Hereinafter, the faucet box according to a specific embodiment of the present invention will be described with reference to FIGS. 7 to 9. At this time, it is assumed that the chamber 100 is formed in the form of the fourth embodiment.

The faucet box according to a specific embodiment of the present invention includes a buried box 200 which is provided on the bottom of the faucet box and embedded in a wall. The buried box 200 has a box seating portion 210 in which the chamber 100 is seated on an inner bottom in a box shape having an open top.

The chamber 100 is fixed to the chamber seating part 210 by screwing, and the chamber seating part 210 has a chamber 100 for facilitating screwing with the chamber fixing hole 150. Preferably, fastening holes (not shown) are formed.

Hot water inlet hole 211, hot water outlet hole 213, cold water inlet hole 215 and cold water outlet hole 217 through which the cold and hot water outflow pipes 251, 253, 255, 257 penetrate are formed on the side of the buried box 200.

The cold and hot water outflow hole is formed to correspond to the position and direction of the cold and hot water outlet inlet (131, 141, 132, 142) of the chamber 100, as shown in Figure 7, in the case of the fourth embodiment of the chamber 100, hot water The inlet hole 211 is formed to have a predetermined angle with the upper surface of the buried box 200 on the upper side of the buried box 200, the hot water outlet hole 213 is horizontal to the side of the chamber 100 Is formed. In addition, the cold water inlet 215 is formed horizontally on the side of the buried box 200, the cold water outlet 217 is a lower surface of the buried box 200 on the lower side of the buried box 200 It is formed to have a constant angle with respect to.

The cold and hot water outflow pipes 251, 253, 255 and 257 penetrating the cold and hot water outflow holes are connected to the cold and hot water outflow ports 131, 141, 132 and 142 of the chamber 100 by the connecting lever 155.

On the other hand, the outside of the hot and cold water inlet and outlet is connected to the sheath pipe 240 surrounding the cold and hot water inlet and outlet pipe (251, 253, 255, 257) is not joined to the concrete of the wall. This is to remove and replace the cold and hot water inflow pipe (251, 253, 255, 257) from the wall without removing the wall, if a portion of the cold and hot water outflow pipe (251, 253, 255, 257) is damaged while using the power receiving device.

In addition, the cover 230 for protecting the sheath pipe 240 and the inlet portion of the cold and hot water pipes may be provided on the weiz pipe outside the cold and hot water outlet holes.

On the other hand, the portion formed to have an inclination of the cold and hot water outflow hole is provided with an angle adjustment hole 220 that can adjust the direction of the cold and hot water outflow pipes (251, 253, 255, 257). 7 illustrates a state in which the angle adjusting holes 220 are provided in the hot water inlet 211 and the cold water outlet 217. As shown, the angle adjustment port 220 is connected to the cover 230 to adjust the respective positions of the sheath pipe 240 and the cold and hot water outflow pipe (251, 253, 255, 257).

And, as shown in the rim portion of the front of the buried box 200, a box fixing hole 260 is formed. The box fixing hole 260 is a portion for coupling the extension body 400 to be described later is preferably connected by screwing. At this time, the box fixing hole 260 may be formed of a general screw hole, but is preferably formed as a linear or arc-shaped hole to adjust the coupling position of the extension body 400 to be coupled. In this case, the linear hole refers to a hole formed in the longitudinal direction, and the arc hole refers to a hole extending along the shape of the arc. 7 shows a state in which the arc hole is formed.

The cold water discharge pipe 313 and the hot water discharge pipe 311 are coupled to the cold / hot water discharge ports 110 and 120 of the chamber 100 fixed to the buried box 200. The cold and hot water discharge pipe (311, 313) is a metal hollow, one end is formed with a thread that can be combined with the cold and hot water discharge port (110, 120), the other end is formed with a screw thread for coupling with the water supply (900) (faucet). The other ends of the cold and hot water discharge pipes 311 and 313 are formed to have a polygonal cross section. This is to prevent the discharge pipes 311 and 313 from rotating after the exterior plate 600 is coupled.

On the other hand, the other end of the cold and hot water discharge pipe (311, 313) may be formed with a discharge tube fixing hole 320 for coupling the cold and hot water discharge pipe (311,313) to the exterior plate 600.

On the front of the buried box 200, an extension body 400 for extending the thickness of the faucet box is provided. As shown in FIG. 8, the extension body 400 is formed as a hollow tube extending in the form of an edge of the buried box 200. A body fastening hole 410 is formed at the bottom of the extension body 400 to couple the extension body 400 to the buried box 200. In addition, the upper end of the extension body 400 is a body fixing hole 470 for coupling the finishing cover 500 to be described later. The body fixing hole 470 is preferably formed as a linear or arc-shaped hole as described above.

The extension body 400 is a part for adjusting the thickness of the faucet box so that the front surface of the faucet box protrudes to a suitable thickness to the outside of the wall, when the thickness of the wall is thin (exactly when the coating thickness of the wall is thin), It is also possible not to be provided. Of course, when the extension body 400 is not provided, the lengths of the cold and hot water discharge tubes 311 and 313 are shortened correspondingly.

On the other hand, the closing cover 500 is coupled to the front of the extension body 400. The finishing cover 500 is coupled to the extension body 400 to secure the exterior plate 600 to be described later, as shown in Figure 8, it has a form of a plate with an inner drilled.

A cover fastening hole 570 is formed at an outer side of the closing cover 500 to couple the closing cover 500 to the extension body 400. Therefore, the closing cover 500 is fixed to the extension body 400 by screwing the cover fastening hole 570 and the body fixing hole 470.

In addition, cover fixing holes 581 and 583 for fixing the outer plate 600 to be described later are formed inside the finishing cover 500. The cover fixing hole is preferably formed as a linear hole or arc hole, as shown in Figure 8, a part is formed of a general circular hole (581), a part may be formed of an arc hole (583), Figure 9 As shown in FIG. 3, all may be formed as arc holes 583.

The front surface of the closing cover 500, the outer plate 600 constituting the front of the faucet is provided. The exterior plate 600 is a portion exposed to the front wall of the bathroom, the exterior plate 600 is formed with a plate fastening hole 681 for coupling the exterior plate 600 to the finishing cover 500. . In addition, through holes are formed at positions corresponding to the cold and hot water discharge tubes 311 and 313 so that the cold and hot water discharge tubes 311 and 313 penetrate. The through-hole is formed in a polygon corresponding to the end shape of the cold and hot water discharge pipe (311,313), which is to prevent the cold and hot water discharge pipe (311,313) to be separated from the cold and hot water discharge port (110,120).

In addition, a discharge pipe fastening hole 620 for screwing the cold / hot water discharge pipes 311 and 313 to the exterior plate may be formed at a position corresponding to the discharge pipe fixing hole 320.

The discharge pipe fixing hole 320 and the discharge pipe fastening hole 620 are for supporting the cold / hot water discharge pipes 311 and 313 in duplicate, and may not be provided as necessary (not necessarily provided aesthetically). ).

Hereinafter, the operation of the wall-mounted water supply device according to the present invention will be described in detail according to the assembly and installation order.

FIG. 10 is a schematic view of a wall embedded power receiving device embedded in a wall according to a specific embodiment of the present invention.

In order to install the power receiving device according to a specific embodiment of the present invention, first, the chamber 100 is fixed to the buried box 200 in consideration of the configuration of the cold / hot water pipe to be disposed on the wall 800. Then, the buried box 200 is installed on the reinforcing bars 810 of the wall 800 (see FIG. 10). At this time, temporary installation is performed using a thin wire or the like. Then, the hot and cold water pipes are respectively inserted into the sheath pipes 240 of the cold and hot water outlets 131, 141, 132, and 142 of the buried box 200, and the ends are connected to the cold and hot water outlets 131, 141, 132, and 142 of the chamber 100 through the connecting lever 155. do.

The cold and hot water discharge pipes 311 and 313 are coupled to the cold and hot water discharge ports 110 and 120 of the chamber 100.

Next, the extension body 400 is coupled to the buried box 200. At this time, the coupling is made by screwing the body fastening hole and the box fixing hole 260, the extension body 400 is fixed while adjusting the fixed position so that the horizontal and vertical fit to the front.

Then, the closing cover 500 is coupled to the front of the extension body 400, the coupling is made by a screw coupling of the cover fastening hole 570 and the body fixing hole. At this time, too, the screw is coupled while adjusting the position of the closing cover (500).

In addition, the exterior plate 600 is coupled to the front surface of the finishing cover 500. The exterior plate 600 is fixed by screwing the plate fastening hole 681 and the cover fixing holes 581 and 583, and is also fixed while adjusting the position of the exterior plate 600.

When the exterior plate 600 is coupled, end portions of the cold and hot water discharge tubes 311 and 313 are inserted into the through holes of the exterior plate 600. At this time, since the end shape (polygonal shape) of the cold / hot water discharge tubes 311 and 313 coincides with the shape of the through hole, rotation of the cold / hot water discharge tubes 311 and 313 is restricted by the through hole.

At this time, when the discharge pipe fixing hole 320 is provided at the end portions of the cold and hot water discharge pipes 311 and 313, and the discharge tube fastening hole 620 is formed in the exterior plate 600, the discharge pipe fixing hole 320 and the discharge are discharged. Screw the pipe fastening hole (620).

When the assembly of the wall-mounted faucet is completed, the concrete is poured and cured to form the wall (800).

In addition, the water supply 900 is installed at the ends of the cold and hot water discharge pipes 311 and 313 to complete the construction.

The above-described installation procedure and method are merely examples, and the order may be changed according to construction conditions of the site.

The rights of the present invention are not limited to the embodiments described above, but are defined by the claims, and those skilled in the art can make various modifications and adaptations within the scope of the claims. It is self-evident.

In the wall embedded power receiver according to the present invention as described in detail above, the following effects can be expected.

That is, since the chamber is used without using a connecting pipe or a flexible pipe, the installation process is simple, and the position and shape of the cold and hot water discharge pipe can be modified and used in various ways to suit the construction assistance.

In addition, in the present invention, the chamber is applied has the advantage that the connection position and angle of the cold and hot water outflow pipe can be freely modified.

In addition, in the present invention, since a thinner faucet can be configured as the minimum chamber thickness (in theory), there is an advantage that it can be installed in a wall having a thin coating thickness without deformation of the reinforcing bar.

In addition, the present invention has advantages in that the components of the faucet are screwed into the linear or arc holes so that the buried error can be corrected in the assembly process of the faucet even if the first buried box is not buried correctly.

Claims (51)

The inside is divided into a hot water storage unit and a cold water storage unit, a hot water inlet and a hot water outlet are respectively formed on the side of the hot water storage unit, a cold water inlet and a cold water outlet are respectively formed on the side of the cold water storage unit, and the hot water is A chamber in which hot water discharge ports discharged and cold water discharge ports through which cold water is discharged from the cold water storage unit are formed; A hot water discharge pipe coupled to the hot water discharge port to supply hot water to the outside; A cold water discharge tube coupled to the cold water discharge port and supplying cold water to the outside; A chamber seat is formed on the bottom of which the chamber is seated, and a hot water pipe inlet, a hot water pipe outlet, a cold water pipe inlet, and a cold water pipe outlet are respectively formed on a side thereof, and a cold water discharge tube and a hot water discharge tube penetrate through the front face. Wall recessed faucet device characterized in that it comprises a faucet each through hole is formed. The method of claim 1, And the cold / hot water inlet and the cold / hot water outlet are formed to face each other. The method of claim 1, At least one of the hot water inlet, the hot water outlet, the cold water inlet, or the cold water outlet may be inclined with respect to the side surface of the chamber. The method of claim 3, wherein The chamber is formed in a rectangular shape, And the hot water discharge port and the cold water discharge port are formed on an axis parallel to the upper and lower ends of the chamber. The method of claim 4, wherein On the bottom of the chamber, Wall recessed faucet device characterized in that the chamber fixing hole for fixing the chamber to the receiving box is formed. The method of claim 5, wherein The faucet box, A chamber box formed at a bottom thereof, and a buried box having a hot water inlet, a hot water outlet, a cold water inlet, and a cold water outlet; A closing cover provided on the front surface of the buried box and passing through the cold and hot water discharge pipes therein; Through-holes provided in the front of the finishing cover is formed through the through-holes through which the hot and cold water discharge pipes are formed, and the exterior plate-type power receiving device comprising an exterior plate which protrudes to the outside of the buried wall to form the front appearance of the faucet. . The method of claim 6, Wall recessed faucet device, characterized in that the box fixing hole for coupling the finish cover is formed on the front edge of the buried box. The method of claim 7, wherein The box fixing hole, Wall-mounted faucet, characterized in that when the closing cover is coupled to form a linear or arc hole to change the fastening position of the closing cover. The method of claim 8, The wall recessed faucet device, characterized in that the cover fastening hole for screwing the box fixing hole is formed on the outer edge of the closing cover. The method of claim 5, wherein The faucet box, A chamber box formed at a bottom thereof, and a buried box having a hot water inlet, a hot water outlet, a cold water inlet, and a cold water outlet; An extension body provided in the front of the buried box to form a side surface of the faucet box to extend the thickness of the faucet box; A closing cover provided on the front surface of the extension body and having a cold and hot water discharge pipe therethrough; The through-holes provided in the front of the finishing cover is formed through the through-holes through which the hot and cold water discharge pipes are formed. The method of claim 10, The wall recessed faucet device, characterized in that the box fixing hole for coupling the extension body is formed on the front edge of the buried box. The method of claim 11, The box fixing hole, When the extension body is coupled, the wall-mounted faucet device characterized in that it is formed as a linear hole or arc-shaped hole to change the fastening position of the extension body. The method of claim 12, Wall recessed faucet device characterized in that the lower body of the extension body is formed with a body fastening hole for coupling with the box fixing hole. The method of claim 13, Wall-mounted faucet, characterized in that the upper body is formed with a body fixing hole for coupling the closing cover. The method of claim 14, The body fixing hole, Wall-mounted faucet, characterized in that when the closing cover is coupled to form a linear or arc hole to change the fastening position of the closing cover. The method of claim 15, The wall recessed faucet device, characterized in that the cover fastening hole for screwing the body fixing hole is formed on the outer edge of the closing cover. The method of claim 2, And the cold / hot water pipe inlet and the cold / hot water pipe outlet are formed to face each other in correspondence with the cold / hot water inlet of the chamber. The method of claim 3, wherein At least one of the hot water pipe inlet hole, hot water pipe outlet hole, cold water pipe inlet hole or cold water pipe outlet hole is formed to be inclined with respect to the side of the buried box corresponding to the cold and hot water inlet of the chamber. Device. The method of claim 18, The hot water pipe inlet hole, the hot water pipe outlet hole, cold water pipe inlet hole or cold water pipe outlet hole formed to be inclined with respect to the buried box, the wall is characterized in that the angle adjustment opening for adjusting the inclination direction of the cold and hot water outflow pipe Flush Faucets. The method according to any one of claims 1 to 19, Each of the cold and hot water pipe inlet and outlet has a cover portion for stably supporting the hot and cold water pipe, characterized in that the wall-mounted faucet. The method of claim 20, Wall recessed faucet device characterized in that the cover fixing hole for coupling the outer plate is formed at the inner end of the closing cover. The method of claim 21, The cover fixing hole, Wall-mounted faucet, characterized in that when the outer plate is coupled, it is formed as a linear hole or arc-shaped hole to change the fastening position of the outer plate. The method of claim 22, The exterior plate-type power receiving device, characterized in that the outer plate is formed with a plate fastening hole for coupling with the cover fixing hole. The method of claim 23, Wall-mounted faucet, characterized in that formed in the shape of a polygon corresponding to the end of the cold and hot water discharge pipe of the exterior plate. The method of claim 24, The exterior plate, And a discharge tube fastening hole for screwing the discharge tube fixing hole of the cold / hot water discharge tube. The inside is divided into hot water reservoir and cold water reservoir, Hot water inlet and hot water outlet are formed on the side of the hot water storage unit, Cold water inlet and cold water outlet are formed on the side of the cold water storage, And a hot water discharge port through which hot water is discharged from the hot water storage unit, and a cold water discharge port through which cold water is discharged from the cold water storage unit. The method of claim 26, And the cold / hot water inlet and the cold / hot water outlet are formed to face each other. The method of claim 27, At least one of the hot water inlet, the hot water outlet, the cold water inlet, or the cold water outlet is formed to be inclined with respect to the side of the chamber. The method of claim 28, The chamber is formed in a rectangular shape, And the hot water discharge port and the cold water discharge port are formed on an axis parallel to the upper and lower ends of the chamber. The method of claim 29, On the bottom of the chamber, And a chamber fixing hole is formed to fix the chamber to the receiving box. A chamber seat is formed at the bottom of the chamber, Hot water pipe inlet hole, hot water pipe outlet hole, cold water pipe inlet hole and cold water pipe outlet hole is formed on the side; The wall-filled faucet characterized in that it comprises a faucet box through which the through-holes through which the cold water discharge tube and the hot water discharge tube pass. The method of claim 31, wherein The faucet box, A chamber box formed at a bottom thereof, and a buried box having a hot water inlet, a hot water outlet, a cold water inlet, and a cold water outlet; A closing cover provided on the front surface of the buried box and passing through the cold and hot water discharge pipes therein; The through-hole provided in the front of the finishing cover is formed through the through-holes through which the hot and cold water discharge pipe, each wall embedded faucet characterized in that it comprises an exterior plate protruding to the outside of the buried wall to form the front appearance of the faucet. The method of claim 32, A wall recessed faucet characterized in that a box fixing hole is formed at the edge of the buried box front to couple the finishing cover. The method of claim 33, wherein The box fixing hole, Wall-mounted faucet, characterized in that formed when the coupling is closed, the linear or arc-shaped hole to change the fastening position of the closing cover. The method of claim 34, wherein A wall recessed faucet characterized in that a cover fastening hole for screwing the box fixing hole is formed at the outer edge of the closing cover. The method of claim 31, wherein The faucet box, A chamber box formed at a bottom thereof, and a buried box having a hot water inlet, a hot water outlet, a cold water inlet, and a cold water outlet; It is provided on the front of the buried box to form a side of the faucet to extend the body of the hollow tube form extending the thickness of the faucet; A closing cover provided on the front surface of the extension body and having a cold and hot water discharge pipe therethrough; The through-hole provided in the front of the finishing cover is formed through the through-holes through which the hot and cold water discharge pipe, each wall embedded faucet characterized in that it comprises an exterior plate protruding to the outside of the buried wall to form the front appearance of the faucet. The method of claim 36, A wall recessed faucet characterized in that a box fixing hole for coupling the extension body is formed at the edge of the buried box front. The method of claim 37, wherein The box fixing hole, Wall-mounted faucet, characterized in that formed when the coupling body, the linear or arc-shaped hole to change the fastening position of the extension body. The method of claim 38, Wall recessed faucet characterized in that the bottom of the extension body is formed with a body fastening hole for coupling with the box fixing hole. The method of claim 39, Wall-mounted faucet characterized in that the upper body is formed with a body fixing hole for coupling the closing cover. The method of claim 40, The body fixing hole, Wall-mounted faucet, characterized in that formed when the combination of the cover, the linear hole or arc-shaped hole to change the fastening position of the closing cover. 42. The method of claim 41 wherein Wall burying type faucet, characterized in that the outer cover of the cover is formed with a cover fastening hole for screwing the body fixing hole. The method according to any one of claims 31 to 42, The cold and hot water pipe inlet hole and the cold and hot water pipe outlet hole wall-mounted faucet characterized in that formed to face each other corresponding to the cold and hot water inlet of the chamber. The method according to any one of claims 31 to 42, At least one of the hot water pipe inlet hole, hot water pipe outlet hole, cold water pipe inlet hole or cold water pipe outlet hole is formed to be inclined with respect to the side of the buried box corresponding to the cold and hot water inlet of the chamber. battleship. The method of claim 44, The hot water pipe inlet hole, the hot water pipe outlet hole, cold water pipe inlet hole or cold water pipe outlet hole formed to be inclined with respect to the buried box, the wall is characterized in that the angle adjustment opening for adjusting the inclination direction of the cold and hot water outflow pipe Flush faucet. The method of claim 45, The cold and hot water pipe outlet, the wall recessed faucet, characterized in that the cover portion is further provided for stably supporting the cold and hot water pipe. The method of claim 46, A wall recessed faucet characterized in that a cover fixing hole for coupling an outer plate is formed at the inner end of the closing cover. The method of claim 47, The cover fixing hole, Wall-mounted faucet, characterized in that formed when the coupling of the outer plate, linear or arc-shaped hole to change the fastening position of the outer plate. 49. The method of claim 48 wherein The exterior plate-mounted faucet, characterized in that the outer plate is formed with a plate fastening hole for coupling with the cover fixing hole. The method of claim 49, Wall-mounted faucet characterized in that it is formed of a polygon of a shape corresponding to the end of the cold and hot water discharge pipe of the exterior plate. 51. The method of claim 50, The exterior plate, Wall-filled faucet characterized in that the discharge tube fastening hole for screw coupling with the discharge tube fixing hole of the cold and hot water discharge pipe.

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