JP2002054196A - Embedded faucet - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an embedded faucet capable of appropriately absorbing an installation error and allowing an efficient installation work. SOLUTION: The embedded faucet 10 has a faucet main body 20 to be embedded in a specified installation site (e.g. counter 1), a water discharge fitting 13 secured on a desired site and an inner pipe 80 to be connected with a water discharge member such as a hose connecting member or the like. The inner pipe is constituted of a pipe capable of being manually bent or having flexibility. A second water discharge pipe 90 extended from the faucet main body 20 to be connected with another water discharged member other than the water discharge member is provided and the pipe 90 may be constituted by using a rigid pipe.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION The present invention relates to a water faucet body buried in a predetermined installation portion, a water discharge fitting extending from the water faucet body and fixed at a desired portion, and a hose connection tool. And an internal pipe connected to the water discharging member.

[0002]

2. Description of the Related Art A water faucet in which a water faucet body is buried in an installation portion such as a bathroom counter or wall surface includes a rotatable water discharge pipe, a fixed water discharge fitting, or a shower hose. There is a type in which a water discharge member such as a hose connection tool to which the water pipe is connected and a faucet main body are connected via an internal pipe formed using a rigid pipe. Here, the water discharge member such as a water discharge fitting or a hose connection member is fixed to an installation portion or an external member installed outside the installation portion, and the internal piping is routed inside the installation portion, Alternatively, it is routed from the inside of the installation portion to the inside of the external member and connected to the water discharging member.

[0003]

However, in order to improve the efficiency of embedding faucets, the internal piping may be pre-cut to a predetermined size in advance, so that the faucet main body and the spout can be used. If a construction error occurs in the mounting position of the member or the like, it is necessary to deform the internal piping in order to absorb the construction error. For this reason, unnecessary stress is generated in the internal pipe, the faucet main body, the connection tool, or the like, and these may be broken. In addition, when it is necessary to add a deformation to the internal piping, the embedding faucet cannot be efficiently constructed.

The present invention has been made in view of such circumstances, and an object of the present invention is to provide an embedded faucet that can accurately absorb construction errors and can perform construction efficiently. Is to get.

[0005]

Means for Solving the Problems In order to solve the above-mentioned problems, first, a means adopted by the invention of claim 1 is that a faucet body buried in a predetermined installation part and a faucet body A water faucet that is extended and fixed to a desired site, and an internal pipe connected to a water discharging member such as a hose connector, and the internal pipe can be bent by hand. An embedded faucet, comprising a tube or a tube having flexibility. "

According to the first aspect of the present invention, since the internal pipe is constituted by a pipe which can be bent by hand or a pipe having flexibility, for example, the internal pipe is installed at a fixed position of a water discharging member or a mounting position of a faucet body. Even if an error occurs, appropriate deformation can be given in a state where unnecessary stress is not generated in the internal piping, and this construction error can be properly absorbed. Moreover, since it is easy to give an appropriate deformation to the internal pipe, the installation of the embedding faucet can be performed efficiently.

Here, as the "tube that can be bent by hand" of the present invention, for example, a metal tube such as a copper tube that has been subjected to an annealing treatment to ensure appropriate flexibility (hereinafter referred to as an annealed tube). )). However, in the case of this annealed tube, it is preferable to ensure sufficient form stability. For example, spiral ribs may be formed on the outer peripheral surface of the tube to ensure this form stability. Further, as the “tube having flexibility”, a so-called hose made of rubber or soft resin or a so-called hose in which such a hose is covered with a bendable outer body (for example, a metal net) is used. "Blade hose" etc. can be illustrated.

Further, when the annealing tube, the hose alone, and the blade hose are compared, the annealing tube is in a more preferable embodiment. If a hose alone is used, its form stability is not sufficient, so that it may hang down in the installation part and cause unnecessary contact with the faucet body or the like. Also, the blade hose is
Although the form stability is sufficient, it is generally expensive and it is difficult to perform sharp bending (for example, acute angle bending) uniformly. On the other hand, an annealing tube is generally inexpensive and can perform sharp bending uniformly.

In the present invention, each of the internal pipes may be constituted by a single pipe or a plurality of pipes may be connected. In the case of a mode in which a plurality of pipes are connected, not only a bendable pipe or a flexible pipe but also a bendable pipe or a flexible pipe may be used for all the pipes. What is necessary is just to employ | adopt the tube with the property. In addition, the embedded faucet of the present invention may be a hot and cold mixed faucet or a single faucet.
Furthermore, examples of the “installation section” in which the embedded faucet is installed include a counter section, a deck section, and a wall section provided in a bathroom, a washroom, a kitchen, and the like.

Next, the means adopted by the invention of claim 2 is:
The embedding faucet according to claim 1, wherein the water discharging member is fixed to an external member arranged outside the installation section.

The invention according to claim 2 has been made in consideration of the fact that when the fixed position of the water discharge member is determined by the external member, a construction error in the fixed position of the water discharge member is more likely to occur. According to the second aspect of the present invention, such a construction error can be reliably absorbed by appropriate deformation applied to the internal piping. Here, examples of the “external member” include a cover that stands up or protrudes from the installation section to form an outer periphery of the water discharge port, and a counter or cabinet that is separate from the installation section.

Next, means adopted by the invention of claim 3 is:
"The internal pipe includes a first pipe embedded in an installation portion and a second pipe embedded in an external member, and the first pipe and the second pipe are each a pipe that can be bent by hand. Alternatively, the embedding faucet according to claim 2, wherein the embedding faucet is constituted by a flexible tube, and is connected to each other via a connecting member attached to an installation portion or an external member.

[0013] According to the third aspect of the present invention, not only the fixing position of the water discharging member but also the mounting position of the connecting member causes a construction error, so that even if the connection work of the internal piping becomes complicated, it is possible to install the connecting member in the installation portion. Appropriate deformation can be applied to each of the first pipe buried and the second pipe buried in the external member, thereby simplifying the connection work.

Finally, the means adopted by the invention of claim 4 is as follows:
"A second internal pipe extending from the faucet main body and connected to a water discharging member different from the water discharging member is provided, and the second internal pipe is constituted by a rigid pipe. The embedding faucet according to any one of claims 1 to 3. "

That is, the embedding faucet of the invention according to claim 4 is provided with a second internal pipe in addition to the internal pipe described in claim 1 (hereinafter referred to as “first internal pipe” for convenience), A mode in which both internal pipes are connected to different water discharging members is shown.
Here, when the second internal pipe, which is a rigid pipe, is connected and fixed to another water discharge member prior to the connection between the first internal pipe and the water discharge member, firm positioning is performed by the second internal pipe. Therefore, there is a possibility that the first internal pipe relative to the water discharging member may be relatively misaligned. However, even if such a large displacement occurs, since the first internal pipe is a pipe that can be bent by hand or a pipe having flexibility, the large displacement can be accurately absorbed. .

[0016]

DESCRIPTION OF THE PREFERRED EMBODIMENTS In this embodiment, as shown in FIG.
The embedding faucet 10 installed in the bathroom counter 1 showing an example of the “installation section” will be described. First, counter 1
As shown in FIGS. 1 and 2, a top panel 3 protruding from the wall surface 2 of the bathroom, a front panel 4 hanging down from a front end of the top panel 3, and a space between the lower end of the front panel 4 and the wall 2. And a bottom plate panel 5 arranged therein, and the internal space is a buried space 6 in which a faucet body 20 described later is buried. Further, from the front panel 4, for example, a shelf 7 used as a basin or the like protrudes, and the bottom panel 5 is provided with a working port 8 for communicating the bathroom and the buried space 6. Further, a water outlet 16 whose back surface abuts against the wall surface 2 is provided upright on the top panel 3. The outer periphery of the water outlet 16 is constituted by the cover 15. The cover 15 constitutes the “external member” according to the second aspect of the present invention, and the cover 15 is fixedly provided with the water discharge fitting 13 constituting the “water discharge member”. Furthermore, the front panel 4
Has a hose connector 18 attached thereto. The hose connector 18 constitutes "another water discharging member" according to the invention of claim 4, and includes a shower hose 19 to a shower head (not shown) via a shower elbow E.
Are connected.

Next, the structure of the embedding faucet 10 will be described in detail with reference to FIGS. The embedding faucet 10 includes a faucet body 20 buried in the counter 1, a handle 11 for temperature adjustment and a handle 12 for water discharge, a connecting pipe 40 on the hot water side, and a connecting pipe 60 on the water side. And an internal pipe 80 on the water outlet side and an internal pipe 90 on the shower side. The embedding faucet of the present invention is not limited to a hot / cold water faucet. For example, a single faucet that exclusively performs hot water spouting or water spouting, a water purifier faucet, an alkaline ionized water producing device, and the like. Type of faucet.

The faucet main body 20 is buried in the counter 1 with its width direction facing the diagonal direction of the working port 8, and the water faucet body 20 faces the mounting direction at one side and the other side along the width direction. The mounting portions 21 and 21 are protruded.
In addition, holding surfaces 22, 22 are provided on the base end side outer periphery of the mounting portions 21, 21 in the mounting direction, and the mounting portions 21, 21 are inserted through the mounting holes 9, 9 of the top panel 3. I have. Then, of the mounting portions 21, 21, the top panel 3
A fixing ring 23 is attached to a portion protruding from the surface of the
The top panel 3 is held between the holding surfaces 22, 22 and the fixing rings 23, 23, and the faucet body 20 is fixed to the top panel 3.

As described above, in this embodiment, since the faucet body 20 is fixed in the buried space 6 without using a fixture such as a bracket, the installation and maintenance of the embedded faucet 10 can be performed more efficiently. It can be carried out. However, in the present invention,
The faucet main body 20 may be fixed in the buried space 6 by using a fixture such as a bracket, or the faucet main body 20 may be fixed at:
It is not limited to the top panel 3. For example, front panel 4,
The bottom panel 5 or the wall 2 may be used.

The faucet body 20 has a built-in temperature control mechanism 25 operated by a temperature control handle 11 on one side in the width direction, and a water discharge / stop water handle 12 on the other side. It has a built-in water discharge / stop mechanism 26 that is operated. In this example, the handles 11 and 12 are connected to the top panel 3.
In the present invention, each handle 1
1, 12 may be made to protrude from other parts such as the front panel 4.

On one side of the faucet body 20 along the width direction,
A hot water-side connection port 27 is provided, and a water-side connection port 28 is provided on the other side. Among them, the hot water side connection port 27 is connected to the hot water inlet of the temperature control mechanism 25 through the hot water supply path 29, and the water side connection port 28 is connected to the water inlet of the temperature control mechanism 25 through the water supply path 30. Then, the hot water supplied from the hot water inlet and the water supplied from the water inlet are mixed into hot water at a desired temperature by the temperature control mechanism 25 and flow out to the hot water flow path 31 through the hot water outlet of the temperature control mechanism 25. .

Further, the hot and cold water flowing into the hot and cold water flow path 31 flows into the water discharge and stop mechanism 26, and the hot and cold water is discharged by the water discharge and stop mechanism 26 to an internal pipe 80 on the water discharge port side communicating with the water discharge port 16. Alternatively, the selection is made as to whether the water is to flow out to the shower-side internal pipe 90 leading to the shower head, and the selection of water discharge and the adjustment of water discharge amount are performed.

According to the third aspect of the present invention, the internal pipe 80 on the water outlet side has a first pipe 81 and a second pipe 87. The first pipe 81 and the second pipe 87 are formed by pipes that can be bent by hand, and after forming spiral ribs on the outer peripheral surface, annealing is performed to secure appropriate flexibility. It can be plastically deformed by hand. And these 1st piping 81 and 2nd piping 87 are
It is connected via a connector 14 attached to the top panel 3. Here, in this example, the connecting tool 14 is connected to the second pipe 87.
The terminal 82 of the first pipe 81 is detachably connected to the connector 14.

The connector 14 has a small-diameter portion 83 into which the second pipe 87 is inserted, and a large-diameter portion 84 forming a connection port with the terminal 82 of the first pipe 81. In addition, the small diameter portion 8
At the upper end of the top 3, for example, a flange portion 85 having an eccentric shape such as a half moon shape is provided, and a portion of the small diameter portion 83 below the flange portion 85 can be moved back and forth to the long hole 3 a of the top panel 3. It is inserted in the state. A fixing nut 86 is screwed onto the outer periphery of the large diameter portion 84, and the top panel 3 is sandwiched between the flange portion 85 and the fixing nut 86, so that the connecting tool 14 is attached to the top panel 3. Fixed.

In the present embodiment, the water outlet 16 is provided with the cover 15 which covers the second pipe 87 and forms an outer shell. However, the present invention is not limited to this. It may be a water outlet of one piece. In this case, the entire water discharge port constitutes a “water discharge member”.

The cover 15 is provided with an insertion hole 15a. The water discharge fitting 13 has a tip 13b inserted through the insertion hole 15a, and a water discharge cap 13d screwed to the water discharge fitting 13 itself. It is clamped and fixed to the cover 15 by the flange 13c of the portion 13b. Also, cover 1
5 is provided with an insertion hole (not shown) in the bottom plate 15b,
The bolt 15e inserted into the insertion hole is attached to the top panel 3
Is inserted into the long hole 3b so as to be able to move back and forth. The cover 15 is moved back and forth on the top panel 3 in accordance with the positional relationship with the wall surface 2, and the bolt 15 e is moved back and forth in the elongated hole 3 b, so that the back surface is exactly in contact with the wall surface 2. Then, a nut 15f is screwed to the bolt 15e and fixed to the top panel 3.

In the present embodiment, in consideration of the occurrence of a construction error at the position of the water discharge port 16, it can be moved back and forth with respect to the wall surface 2. Accordingly, the water discharge fitting 13 moves back and forth with the forward and backward movement of the water discharge port 16. However, since the second pipe 87 is constituted by a pipe that can be bent by hand, the second pipe 87 is formed.
This bending error can be absorbed by applying an appropriate bending to the work. In addition, although there is a construction error at the position of the connector 14, the first pipe 81 is formed of a pipe that can be bent by hand. Therefore, the first pipe 81 is appropriately bent to absorb the construction error. be able to.

On the other hand, the internal pipe 90 on the shower side is a specific example of the "second internal pipe" according to the fourth aspect of the present invention, and uses a rigid copper pipe that has not been subjected to annealing. It is configured. Therefore, the bending rigidity is higher than that of the internal pipe 80 on the water outlet side. Further, the shower-side internal pipe 90 is configured by connecting the first pipe 91 and the second pipe 92, but the shower-side internal pipe 90 may be formed by a single pipe. . Further, the terminal portion 93 of the shower-side internal pipe 90 is detachably connected to the connector 18 attached to the front panel 4. still,
According to the fourth aspect of the present invention, the internal pipe 90 on the shower side can be formed by a pipe that can be bent by hand, and the internal pipe 80 on the water outlet side can be a “second internal pipe”.

The connection between the connection port 34 on the shower side of the faucet body 20 and the first pipe 91 is performed using a fastening nut. This fastening nut is connected to the connection port 34 or the first
Is rotatably held on one of the tubes 91 and screwed and fixed on the other. The connection between the connection port 33 on the water outlet side of the faucet body 20 and the internal pipe 80 on the water outlet side, the first pipe 81 and the second pipe 87 constituting the internal pipe 80 on the water outlet side
Connection, the connection between the first pipe 91 and the second pipe 92 constituting the shower-side internal pipe 90, and the connection between the second pipe 92 and the connector 18 are clip-type retaining members 70 and the like. It is performed using. Further, the connection between the hot water side connection pipe 40 and the hot water supply pipe 41 and the connection between the water side connection pipe 60 and the water supply pipe 61 are also performed using the same retaining member 70 and the like. The details of the connection method using the retaining member 70 and the like will be described later.

The connecting pipe 40 on the hot water side and the connecting pipe 60 on the water side
As shown in FIG. 4 and FIG. 5, the water is routed to the front side and the back side of the faucet body 20, respectively. Here, the faucet body 2
The hot water connection pipe 40 routed to the front side is a hot water supply pipe 4.
1 is connected to the water-side connection port 27 of the faucet main body 20.
4 are provided. A drain plug D is provided on the lower surface of the connection pipe 40. Also, the hot water side connection pipe 40
Is bent in a semi-elliptical shape in front of the faucet body 20 starting from the hot water side connection port 27 in the horizontal plane. Therefore, the horizontal axis of the water stopcock unit 44 is substantially parallel to one edge 8a of the working port 8 along the lateral direction.

The water stopcock unit 44 includes a water stopcock 46 and a strainer 47, and has a male screw at an end. The fixing tool 53 attached to the faucet body 20 is clamped and fixed to the fixing tool 53 by a pair of nuts 50 and 51 screwed to the male screw. A connecting member 43 is screwed to the end of the male screw of the water stopcock unit 44, and the hot water side connecting pipe 40 is connected to the hot water supply pipe 41 via the connecting member 43.

The water-side supply pipe 60 routed to the back side of the faucet body 20 connects the water supply pipe 61 and the water-side connection port 28 of the faucet body 20, and has an overall shape and routing. Except that the position is different, it has the same configuration as the above-described hot water side connection 40 and is fixed to the same fixing tool 53. The water-side connection pipe 60 starts from the water-side connection port 28, bends downward in a semicircular shape in a vertical plane, and draws a horizontal path below the bottom surface of the faucet main body 20. After bending behind the faucet body 20 in the horizontal plane, it is bent upward in a semicircular shape in the vertical plane. Therefore, the horizontal axis of the water stopcock unit 44 is substantially parallel to the other end edge 8b of the working port 8 along the lateral direction.

As the fixture 53, a substantially L-shaped bent bracket as shown in FIGS. 4 and 5 is used.
The fixtures 53 on the hot water side and the water side are arranged on the front and back of the rib 32 at the lower part of the faucet body 20. Then, the bolts are attached to the faucet main body 20 by inserting bolts into the mounting holes of the fixture 53 on the hot water side, the mounting holes of the ribs 32, and the mounting holes of the fixture 53 on the water side, which are aligned with each other. This is realized by screwing a nut. In this example,
In order to use mounting members such as bolts and nuts as common parts of the hot water side fixing tool 53 and the water side fixing tool 53, each fixing tool 53
Can be more efficiently attached to and detached from the faucet body 20.

In a plan view, the integral body of the faucet body 20 and the connection pipes 40 and 60 has a diagonal axis extending along the width direction of the faucet body 20, and each stop on the hot water side and the water side. The faucet units 44, 44 have a substantially rectangular compact appearance with two sides facing each other. For this reason, a small working port 8
Also, it is easy to insert into and remove from the buried space 6. In addition, each connecting pipe 40, 6 is connected to the faucet body 20.
Since 0 is firmly fixed, unnecessary shaking does not occur in the piping, and from this point, it is easy to insert and remove this integrated product into and from the buried space 6.

The faucet body 2 inserted into the buried space 6
0 and the connecting pipes 40 and 60 are integrated with the above-described mounting portion 2.
By simply fixing 1, 21 to the top panel 3, the embedded space 6
It is firmly fixed inside. Moreover, this integrated product can be handled in a state where the internal pipe 80 on the water outlet side and the internal pipe 90 on the shower side are connected in advance. After the connection between the terminal portion 93 of the shower-side internal pipe 90 and the connector 18, the terminal portion 82 of the first pipe 81, which is the internal pipe 80 on the water outlet side, is connected to the connector 14. When the connection between the terminal portion 82 and the connector 14 has an installation error in the mounting state of the faucet body 20 or the connector 14, the first pipe 81 is appropriately deformed.

In the present embodiment, not only the connection between the terminal portions 82 and 93 and the connection members 14 and 18 but also the connection pipes 40 and 60
The connection between the water supply pipe 41 and the water supply pipe 61 can also be instantaneously performed using the retaining member 70. Therefore, in this example, the embedding faucet 10 can be efficiently installed also from this point.

In the present invention, the procedure for installing the embedding faucet 10 is not limited to this.
The connection between the first pipe 81 and the second pipe 92 is established in the buried space 6.
May be performed within. Also, in this example, the shower-side internal pipe 90 is composed of a first pipe 91 and a second pipe 92, and the second pipe 92, which tends to be an obstacle when being housed in the buried space 6, is made of water. The first pipe 91 and the second pipe 92 are connected after the second pipe 92 is separately connected to the shower-side connector 18 in advance after being detached from the integrated body with the stopper main body 20. The construction is easy.

Here, referring to FIG. 6, each terminal unit 82, 9
3 and connecting means using a retaining member adopted for connection between the connecting tools 14 and 18 and the like. In this example, the terminal portion 82 (93) is provided with the male connection portion 42 having the abutment flange 67 and the insertion portion 68, and a seal member 69 is mounted on the outer peripheral surface of the insertion portion 68. On the other hand, each connector 1
Each of the female connectors 4 and 18 is provided with a female-side connecting portion 48 having an abutted flange 71 and an annular groove 72. And the male connection 4
The second insertion portion 68 is inserted into the female connection portion 48, and a clip-shaped retaining member 70 is locked between the abutment flange 67 and the abutment flange 71 that abut against each other, and Female connection 4
8 and secure it.

The retaining member 70 is of a clip type and is formed by bending a leaf spring. A locking portion 73 in which upper and lower substantially semicircular plate-shaped portions are connected by a substantially U-shaped plate-shaped portion, and upper and lower portions projecting from the pair of upper and lower ends of the locking portion 73 in a U-shape. A locking groove 75 is formed at a widthwise intermediate portion. The retaining member 70 is expanded so that the pair of upper and lower folded portions 74 are separated from each other, and is locked between the abutting flange 67 and the abutted flange 71 that abut each other. Specifically, the retaining member 70 is fitted so as to straddle the abutment collar 67 and the abutted collar 71, and the abutment flange 67 and the abutted collar 7 are provided in the locking groove 75.
1 is fitted and locked. As described above, each connection pipe 4
0, 60 and the hot water supply pipe 41 and the water supply pipe 61, the connection of the faucet main body 20 and the internal pipe 80 on the water outlet side, and the first pipe 91 and the second pipe 91 forming the internal pipe 90 on the shower side. Tube 92
The connection with the device is also performed using a similar method.

In this embodiment, the terminal portions 82 and 92 are of a male type, and the connecting members 14 and 18 are of a female type.
The sex can be reversed. Further, the mode of the retaining member 70 is not limited to this example. For example, a notch provided in the insertion portion of both members inserted and connected to each other,
It may be locked by variously shaped steps or the like to hold both members in a retaining state.

In this embodiment, when maintenance of the embedding faucet 10 is necessary, each retaining member 70 is removed, and the connecting pipes 40 and 60 are connected to the hot water supply pipe 41 and the water supply pipe 61.
The connection between the terminal 82 of the first pipe 81 and the connector 14 and the connection between the terminal 93 of the shower-side internal pipe 90 and the connector 18 in the internal pipe 80 on the water outlet side are released. Further, when the mounting portions 21 and 21 are removed from the top panel 3, the faucet body 20 is connected to various pipes 40, 60, 81,
90 and can be removed integrally. In addition, the connection between the connection port 33 on the water outlet side and the internal pipe 80 on the water outlet side, and
The connection between the first pipe 91 and the second pipe 92 may be released, and the faucet body 20 may be removed while the internal pipes 80 and 90 remain in the buried space 6.

When the maintenance or replacement of the strainer 47 is performed, the valve is closed through the working port 8 as shown by the broken line in FIG.
The water stopcock cap 49 integrated with the strainer 47 is removed. At this time, the strainer 4 is kept in a state where the water stopcock 46 with the flow path closed is left in the water stopcock unit 44.
7 can be attached and detached. And in this example, each of the hot-water-side and water-side water stopcock units 44, 44 and the drainage plugs D, D are collectively arranged near the water tap main body 20. Moreover, the drain plugs D, D provided in the internal pipe 80 on the water outlet side and the internal pipe 90 on the shower side, respectively, are also arranged near the water tap main body 20. That is, in this example,
All of the functional components of the plumbing deployed in the counter 1
Since they are collectively arranged near the faucet body 20, the operation of each functional component, the removal work, and the like can be performed more smoothly even from the small work opening 8.

[0043]

As described above, according to the present invention, there can be obtained an embedded faucet which can accurately absorb construction errors and can perform construction efficiently.

[Brief description of the drawings]

FIG. 1 is a perspective view of an embedding faucet, a counter, and the like.

FIG. 2 is a longitudinal sectional view of the embedding faucet and the like.

FIG. 3 is a longitudinal sectional view showing a water spout, a cover, and the like.

FIG. 4 is a bottom view of the embedding faucet and the like.

FIG. 5 is a perspective view of the embedding faucet.

FIG. 6 is a perspective view showing a retaining member and the like.

[Explanation of symbols]

1; counter, 2; wall surface, 3; top panel, 4; front panel, 5; bottom panel, 6; buried space, 7;
8; working port, 8a; one edge, 8b; other edge, 9; mounting hole, 10; embedded faucet, 11; handle for temperature control, 1
2; handle for water discharge, 13; water discharge fitting, 13b; distal end, 13c; flange, 13d; water discharge port cap, 14;
Connector, 15; cover, 15a; insertion hole, 15b; bottom plate, 15e; bolt, 15f; nut, 16;
18; hose connector, 19; shower hose, 20; faucet body, 21; mounting part, 22; clamping surface, 23; fixing ring, 25; temperature control mechanism, 26; Connection port, 28; water side connection port, 29; hot water supply path, 3
0; water supply channel, 31; hot water flow path, 32; rib, 33; connection port on the caran side, 34; connection port on the shower side, 40; hot water connection pipe, 41; hot water supply pipe, 42; male connection section 43; connecting member; 44; stopcock unit; 46; stopcock; 47;
Strainer, 48; female side connection, 49; water stopcock cap, 50, 51; nut, 53; fixture, 60; water side connection pipe, 61; water supply pipe, 67; ,
69; sealing member, 70; retaining member, 71; abutted flange, 72; annular groove, 73; locking portion, 74;
80; internal pipe on the callan side, 81; first pipe, 82; terminal section, 83; small diameter section, 84; large diameter section, 85;
6; fixing nut, 87; second pipe, 90; shower-side internal pipe, 91; first pipe, 92; second pipe, 93; terminal part, D; drain plug, E; shower elbow.

Claims (4)

[Claims] 1. A faucet body buried in a predetermined installation part,
A water faucet extending from the faucet main body, and a water discharge fitting fixed to a desired site, and an internal pipe connected to a water discharge member such as a hose connection tool. An embedding faucet comprising a tube which can be bent by hand or a tube having flexibility. 2. The embedding faucet according to claim 1, wherein the water discharging member is fixed to an external member arranged outside the installation portion. 3. The internal pipe includes a first pipe embedded in an installation portion and a second pipe embedded in an external member, and the first pipe and the second pipe are each manually operated. The embedding faucet according to claim 2, wherein the faucet is formed by a bendable tube or a tube having flexibility, and is connected to each other via a connecting member attached to an installation portion or an external member. . And a second internal pipe extending from the water faucet body and connected to a water discharging member different from the water discharging member, wherein the second internal pipe is constituted by a rigid pipe. The embedding faucet according to any one of claims 1 to 3, characterized in that: