KR100751521B1 - Faucet - Google Patents

Abstract

The present invention relates to a faucet bracket having an angle adjusting means for widening the angle adjusting range to improve convenience of use, and in particular, the present invention relates to a sphere, a spheroidal shape, a hemispherical shape, or a half as the angle adjusting means. (Iii) a spheroid-shaped receptor and a receiver for the receptor, wherein each of the plurality of pairs of the receptor and the receptor is configured to form a virtual cone when the angle is adjusted to the maximum; It's about brackets.

The faucet bracket according to the present invention includes a fitting pipe connected to the raw water pipe, and a valve unit having an on / off valve; Water discharge member having a drain for discharging water; A connecting member connected to the joint pipe and the water jetting member in a watertight manner; And the first and second receptors arranged on the contact surface of the joint pipe and the connection member and the contact surface of the connection member and the water jetting member, the interposed release preventing member and the sealing member, respectively. And an angle adjusting means made of a receiving portion which is tightly coupled to each other, wherein each of the receiver and the receiver pair of the angle adjusting means forms a virtual cone when the angle is adjusted to the maximum.

Faucet bracket, receiver, receiving part, connecting member, powder, water jetting member, angle adjusting means

Description

Faucet bracket {FAUCET}

1A, 1B, and 1C are exploded perspective views and coupling cross-sectional views of a faucet bracket according to the present invention;

Figures 2a and 2b is an exploded perspective view and a cross-sectional view of the faucet bracket having an angle adjusting means made of a receptor different from that of Figure 1a,

3 is a cross-sectional view of the coupling of the faucet having a sealing member different from that of FIG.

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

F: Faucet bracket A: Angle adjusting means

A1, A2, A3, A4: Receptor A1 ', A2', A3 ', A4': Receptacle

10: valve portion 11: left and right rotating body

11A: Joint 11a: Sublingual

13: on-off valve 15: raw water pipe

20,30,120,130: connecting member 40,140: water jetting member

41,141: drainage 43,143: drainage type selection button

The present invention relates to a faucet bracket having an angle adjusting means for widening the angle adjusting range and improving convenience of use.

In particular, the present invention comprises a sphere-shaped, spheroidal, hemispherical, or semi-rotary ellipsoid-shaped receptor and the receiving portion for the receptor as the angle adjusting means, the receiver and the receptor Each of the plurality of pairs made relates to a faucet that is adapted to form a virtual cone when the angle is adjusted to its maximum.

Prior art related to the angle adjustment of the faucet bracket

When the opening and closing hole of the opening and closing ball coincides with the hole of the main body, there is a Korean Utility Model Registration No. 0130636 (1998.09.04) `` Faucet tap, '' which allows drainage to be made to the discharge port.

This seems similar to the concept of the angle adjusting means of the present invention, but rather close to the deformation of the on-off valve rather than related to the angle adjustment of the faucet bracket,

Utility Model Registration No. 0323856 (2003.08.07), `` Water jet rotation structure of faucet, '' which is related to preventing unwanted angle change by water pressure by making resistance to water jet rotation through stopper.

Since the water jet is only rotated around the outlet, it is impossible to change the angle of up, down, left, and right.

Utility Model Registration No. 0160959 (1999.08.24) related to the use of the flexible pipe `` water jet structure with adjustable water jet position, ''

The object of the present invention relates to the adjustment of the angle of the tap part located at the distal end of the faucet tool, and the objects are different from each other.

The present invention has been proposed in order to solve the angle control range limitation of the receiving apparatus using the angle adjusting means for the water jetting member of the various ends of the receiving apparatus, in particular one [receptor and receptor pair].

Accordingly, an object of the present invention is to provide a faucet that enables the angle control of the jetting member in a wider range through an angle adjusting means composed of at least two [receptor and receptor pair].

In addition, an object of the present invention is to provide a fitting pipe and a connecting member having a valve, and a water faucet in which all or part of the water jetting member is powdered to improve assemblability.

In order to achieve the above object, the power receiving bracket according to the present invention is a valve unit having a joint pipe and a shut-off valve connected to the raw water pipe; Water discharge member having a drain for discharging water; A connecting member connected to the joint pipe and the water jetting member in a watertight manner; And the first and second receptors arranged on the contact surface of the joint pipe and the connection member and the contact surface of the connection member and the water jetting member, the interposed release preventing member and the sealing member, respectively. And an angle adjusting means made of a receiving portion which is tightly coupled to each other, wherein each of the receiver and the receiver pair of the angle adjusting means forms a virtual cone when the angle is adjusted to the maximum.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

In each of the drawings, the same reference numerals, in particular, the tens and ones digits, or the tens, ones and digits, refer to the same functional members, and unless otherwise specified, refer to each reference. What is necessary is just to consider a member as a member based on these standards.

In the description of the faucet bracket according to the present invention, the direction reference assumes a case in which water supplied from the raw water pipe 15 of the faucet is discharged to the water jetting members 40 and 140, and the water jetting member is located along the path of the water. Set it to the front and the water pipe side to the rear.

In the faucet bracket F shown in FIGS. 1A to 1B, the valve unit 10 connected to the cold / hot water supply pipe 15 of the water pipe has a left and right rotating body 11 provided with an on / off valve 13. In addition, the left and right rotating bodies 11 are provided with a joint pipe 11A for connection with the water jetting member 40 having the drain 41.

In addition, the water discharge member 40 positioned at the last stage for discharging water is provided with a drainage type selection button 43 for selecting a shower type discharge water and a disconnection type discharge water, and the water discharge portion 41. Emitted through. In addition to the illustrated form, it is possible to use various types of water jetting members.

Angle adjustment means (A) as a core in the faucet bracket (F) according to the present invention is a sphere (spheroidal), spheroidal, hemispherical, or semi-rotary ellipsoidal type receptor, and the receiving for the recipient At least two or more pairs are provided.

In addition, each [receptor and receptor pair] of the angle adjusting means is to fix the receptor and to adjust the angle of the receptor

When the angle of the receiver is adjusted to the maximum, the shape of the outer afterimage forms a virtual cone. In the present specification, the term "cone" in relation to the angle adjusting means refers to such a case.

As shown in FIGS. 1A and 2A, each of the receivers A1, A2, A3, and A4 forms an imaginary cone having an angle between about 20 and 50 degrees when the angle is adjusted.

In the present invention, since the [receptor and receptor pair] is provided with at least two pairs, the angle control range of the water jetting members 40 and 140 is about 40 degrees to 100 degrees, so that convenience is increased in the case of washing or washing. Can be.

Connection members 20 and 30 for mediating the joint pipe 11A of the valve portion 10 and the water jetting members 40 and 140 in the faucet bracket F according to the present invention shown in FIGS. 1A and 2A. 120 and 130,

The receiving members arranged on the contact surfaces of the joint pipe 10 and the connecting member and the contact surfaces of the connecting member and the water jetting members 40 and 140 are spherical A1, A3, A4 and hemispherical type ( A2).

The arrangement position of the receiver in the faucet bracket (F) according to the present invention is a path through which the water supplied to the raw water pipe (15) is discharged to the drain parts (41) (141) of the water discharge (40) (140) Based on

Firstly, both the first and second recipients may be arranged in a position to receive water from the raw water pipe from another member.
(For example, when this type of power receiving bracket is of the type shown in Figures 2a and 2b,
Unlike shown, the first receptor is arranged on the left side of the first powder of the second connecting member 130,
As shown, the second receiver (A4) is arranged on the left side of the water jetting member 140 can be implemented).

Secondly, both the first and second receptors may be arranged at a position for supplying water of the raw water pipe to another member.
(For example, when this type of power receiving bracket is of the type shown in Figures 2a and 2b,
As shown in the drawing, the first receiver A3 is arranged on the right side of the first connection member 120 toward the joint pipe 11A,
Unlike shown, it can be implemented that the second receptor is arranged on the right side of the second powder (130B) of the second connecting member (130).

Third, one of the first and second recipients is arranged at a position to receive the water of the raw water pipe from another member, and the other is arranged at a position to supply the water of the raw water pipe to the other member. It may be in the form.

The power receiving bracket F of FIGS. 1A and 2A is of a third type,

In FIG. 1A, the spherical first receptor A1 receives raw water from the joint pipe 11A.

The hemispherical second receptor A2 is integrally formed with the first receiver A1 and supplies raw water to the water jetting member 40.

In FIG. 2A, the spherical first receptor A3 supplies raw water to the second connection member 130.

The spherical second receptor A4, which is integrated with the water jetting member 140, is configured to receive raw water from the second connection member 130.

Next, a detailed connection relationship of the power receiving bracket F shown in FIGS. 1A to 1C will be described.

First, there is provided a first connection member 20 having a female thread coupling portion 21a coupled to a coupling pipe 11A coupling portion of the valve portion 10, particularly a male screw coupling portion 11a.

In the first connecting member 20, with the spherical first receptor (A1) which is integral with the fixed body (30B) of the second connecting member 30 for the hemispherical second receptor (A2).

To the inlet 21b surrounded by the edge 21c formed at the opposite end of the coupling portion 21a of the first connecting member 20 toward the central axis in the coupling direction.

The first receptor (A1) is introduced,

In the coupled state, the inner space of the first connecting member 20 serves as a first accommodating portion A1 ′ for the first receiver A1.

In addition, the fixing ring 23 having a cutout portion 23a as a separation preventing member in order to prevent the first receiver A1 located inside the first connection member 20 through the inlet 21b. ) Is arranged inside the first connection member 20.

Furthermore, in the first accommodating part A1 ′, a packing ring 25 is arranged as a sealing member for improving watertightness.

The packing ring 25 has a receiving groove (25a) is formed to surround a portion of the first recipient (A1),

A hollow 25b is formed to allow water to communicate with the inlet hole A1a of the first receptor A1.

The packing ring 25 has an outer diameter that can be in close contact with the inner receiving portion A1 ′ of the first connecting member 20, and the packing ring 25 is in close contact with the first receptor A1. It is made by pressurization by the end of the male screw coupling portion (11a) of the joint pipe (11A) is screwed with the female screw coupling portion (21a) of the.

For ease of assembly and firmness of the first receptor A1 and the first connection member 20,

The inner diameter of the inlet 21b of the first connecting member 20 should be larger than the outer diameter of the spherical first receptor A1,

The outer diameter of the first receptor is to be smaller than the outer diameter of the connecting portion (A1b) of the first receptor (A1) to ensure the angle adjustment of the first receptor (A1),

The outer diameter of the fixing ring 23 should be larger than the inner diameter of the inlet 21b in the state that the cutout portion 23a is not opened,

In the state that the cutout portion 23a is attached, the inner diameter of the fixing ring 23 should be smaller than the outer diameter of the first receiver A1,

The volume of the accommodating part A1 ′ should be large enough to accommodate the first receiver A1, the fixing ring 31, and the packing ring 25.

Next, the hemispherical second receptor A2 and the second connecting member 30 therefor will be described.

The second connection member 30 is a fixed body 30B which is integral with the first receiver A1, and the fixed member 30B and the second receiver A2 are the water jetting member 40. It is made of a mediator (30A) to be connected to.

The second receptor A2 has a hemispherical body A2a having a fastening hole A2b formed therein, and a plurality of fastening pieces A2c are formed in a narrower shape toward the center of the fastening hole A2b. The cutout A2d is formed between the fastening piece A2c and the fastening piece.

The fixing member 30B of the second connection member 30 is coupled via the fastening hole A2b of the second receiver A2 to be fastened by the fastening piece A2c of the second receiver A2. It has a fitting protrusion 35 is pressed,

The fastening piece A2c of the second receptor is in close contact with the contact portion 35a of the fitting protrusion 35 when engaged.

An end portion of the fastening piece A2c of the second receptor A2 is caught by the release preventing part 35b of the front end having a larger outer diameter than the outer diameter of the contact portion 35a. 30) The fastening state of the fixing body 30B is ensured. Unexplained reference numeral 35d in FIG. 1A is a drain hole.

At the rear of the contact portion 35b of the fixed body 30B, a settle portion 33 is formed to surround the hemispherical outer surface portion 31a of the intermediate body 30A having a predetermined curvature.

In addition, the intermediate body 30A of the second connecting member 30 has a hemispherical outer surface portion 31a in contact with the surface of the fixing body 30B settlement portion 33, and has an inner surface of the second receiver A2. A second accommodation portion (A2 ') for contact receiving the main body (A2a) is formed,

Two engaging projections 31c are formed at the front inner edge.

Looking at the assembly process of the intermediate body 30A, the fixture 30B, and the second receptor A2 described above,

First, in a state in which the second receiver A2 is placed in close contact with the second receiver A2 ′ of the intermediate body 30A constituting the second connecting member 30,

Fastening of the second receiver A2 through the insertion hole 31b of the intermediate body 30A through the fitting protrusion 35 of the fixing body 30B integrated with the first receiver A1. Feed into ball A2b.

When the fitting protrusion 35 of the fixing body 30B is continuously pushed in, the release preventing part 35b is introduced while opening the fastening piece A2c while contacting the fastening piece A2c of the second recipient A2. Then,

After the fastening piece A2c passes through the separation prevention part 35b is exposed to the front of the fastening piece,

The fastening piece is retracted in a state of being unfolded and returned to its original shape to be in close contact with the contact portion 35a of the fixing body 30B.

The fastening piece (A2c) is in the form of narrowing toward the front for the pressing function, it is preferable that the outer surface of the contact portion (35a) also becomes narrower toward the front for close contact with the inner surface of the fastening piece (A2c).

The settlement portion 33 of the second connection portion fixture 30B in contact with each other is in contact with the hemispherical exposed surface 31a of the intermediate body 30A,

The inner surface of the second accommodating portion A2 ′ of the intermediate body 30A contacts the outer surface of the second receiving body A2,

The rear surface of the separation preventing part 35b of the fitting body 35B contacts the front surface of the fastening piece A2c of the second receiver.

Furthermore, look at the coupling method of the water jetting member 40 and the second connecting member 30, the intermediate (30A) as follows.

The water jetting member 40 is formed with two annular projections in the front,

One is to receive the fitting projection 35 of the fixing body (30B) of the separation prevention portion (35b) and in close contact with the O-ring 37 fitted in the coupling groove (35c) formed on the other main surface to ensure water tightness

A receiving portion 47b forming protrusion 47 to be formed around the water inlet 47a of the water jetting member,

One is a coupling auxiliary protrusion 45 having coupling grooves 45a and 45c formed on the outer circumferential surface of the coupling protrusion 31c formed on the inner circumferential surface of the edge 31A of the intermediate body 30A.

[Assembly of the second connecting member 30 fixing body 30B-the second receiving body A2-the intermediate body 30A] is coupled to the water jetting member 40,

The inner diameter of the edge portion 31A of the intermediate body 30A coincides with the outer diameter of the water jetting member 40 and the coupling auxiliary protrusion 45,

After the coupling protrusion 31c of the intermediate body 30A is coupled to the first coupling groove 45a of the conjunctival auxiliary protrusion 45,

When the [assembly of the second connecting member 30, the fixing body 30B, the second receiving body A2, and the intermediate body 30A] is rotated, the coupling protrusion 31c is formed on the outer peripheral surface of the coupling auxiliary protrusion 45. Located in the second coupling groove 45c while riding over the formed stone jaw 45b,

In this state, the coupling protrusion 31c of the intermediate body 30A is prevented from being separated by the protrusion 45b and the separation preventing piece 45d of the water jetting member 40,

As a result, the [assembly of the second connection member 30 fixing body 30B-the second receiving body A2-the intermediate body 30A] and the water jetting member 40 can be firmly coupled.

In addition, the O-ring 37 coupled to the separation prevention part 35b of the fixing body 30b is in close contact with the water jetting member 40 accommodating part forming protrusion 47, thereby ensuring watertightness.

1A and 1B, the faucet bracket F shown in FIGS. 1A and 1B is an angle adjusting means A, wherein a spherical first receiver A1 and a hemispherical second receiver A2 are formed on the first connection member 20, respectively. Since it is coupled to the second accommodating part A2 'formed on the intermediate body 30A of the first accommodating part A1' and the second connecting member 30,

Since the angle adjustment of the water jetting member 40 can be made as the sum of the angular displacement of each of the two recipients (A1) and (A2), the adjustment range is doubled and is convenient to use.

If necessary, the number of the receiver-receptor pairs for adjusting the angle of the water jetting member may be three or more, but in reality, the angle adjustment of the larger faucet bracket may be performed by the connection angle of the joint pipe 11A portion of the valve unit 10 or It would be preferred to be made by a separate angle adjustment member, so two receiver-receptor pairs would be sufficient as shown.

Next, the power receiving bracket F shown in FIGS. 2A and 2B will be described.

In the illustrated faucet (F), as the angle adjusting means (A), the spherical first receiver A3 is provided on the first connection member 120 coupled to the joint pipe 11.

Spherical second receptor (A4) is also provided in the jetting member 140,

The receiving portions A3 'and A4' for each of the receivers A3 and A4 are formed by the first powder 130A and the second powder 130B of the second connecting member 130.

The joint pipe, the water jetting member, and some or all of the connecting members are preferably made of two or more powders to improve the assemblability, and also in the faucet bracket F shown in FIGS. 2A and 2B. A connecting member is disclosed.

2A and 2B, a first connecting member 120 having a first receptor A3 at the rear is coupled to the joint pipe 11A male thread coupling portion 11a through a female thread coupling portion 121. The packing ring 123 is arranged between the two coupling parts 11a and 121.

The water receiving hole A3a is naturally formed in the first receptor A3,

In addition, a water inlet A4a is formed in the second recipient A4 provided in the water jetting member 40.

The second connecting member 130 is composed of the first and second powders 130A and 130B to improve the assemblability, and each powder accommodates the first and second receptors A3 and A4. A3 '(A4') (refer FIG. 2B) is formed.

In addition, in order to prevent the respective recipients A3 and A4 introduced into the respective powders 130A and 130B from being separated, a fixing ring 31 having a cutout portion 31a is also arranged as a separation preventing member.

First of all, the inner diameters of the inlets 130b and 130d of the receiving portions A3 'and A4' (see FIG. 2B) are the same as the receivers A3 and A4. It should be larger than the diameter of, and the cutout portion (131a) must be smaller than the outer diameter of the fixing ring 131 in the state that is attached without opening,

The inner diameter of the fixing ring 131 should be smaller than the outer diameter of the receptor (A3) (A4) in the state that the cutout portion (131a) is attached,

Receiving portion (A3 ') (A4') portion of the inlet (130b) (130d) after the inlet (130b) (130d) of each of the powder (130A) (130B) is the inner diameter of the recipient (A3) (A4) and the fixing ring ( It should be larger than the outer diameter of 131 so that it can be accommodated.

As can be seen in Figure 2b, the fixing ring 131 is located in the connecting portion (A3b) (A4b) corresponding to the neck portion of the recipient (A3) (A4),

On the other hand, the coupling portion (130a, 130b) between the powder (130A, 130B) has a male screw and a female screw form, respectively.

Furthermore, a sealing member for watertightness is provided in the receiving portions A3 'and A4' of the first and second receptors A3 and A4 and the first and second powders 130A and 130B, which are coupled to each other. It must be equipped.

The most important point in the implementation of the sealing member is to ensure the watertightness, but to implement the function of the angle adjusting means consisting of the receptor (A3) (A4) and the receiving portion (A3 ') (A4') of the receiving portion It is constrained to ensure the operation of the receptor inside.

2A and 2B, the sealing member 133, which satisfies these conditions, includes two packing rings 133A of a soft material,

The exact departure of the packing ring (133A) is made of a tubular adhesion assistant member (133B).

In particular, the packing ring (133A) is a receiving groove (133a) for contributing to watertightness by receiving the adjacent water exiting hole (A3a) and the receiving hole (A4a) adjacent portions of the recipient (A3) (A4),

Even when the angles of the two recipients are changed, a hollow 133b is formed so as to always communicate with the water outlet A3a and the water outlet A4a to ensure water extraction and acquisition.

The length of the close support member 133B is slightly longer than the distance between the two packing ring (133A) in the two powder 130A, 130B screwed,

The receiving portion 133a of the packing ring 133A is pressed toward the water exit hole A3a and the water acquisition hole A4a of the two recipients in a state in which the two powders are combined to ensure reliable watertightness.

Next, FIG. 3 illustrates a power receiving bracket having a sealing member 233 having a different shape from those of FIGS. 2A and 2B.

The sealing member 233 is a soft material made of rubber or synthetic resin, and has a close contact portion 233A provided at both ends and a passage portion 233B having an inner diameter smaller than that of the close contact portion 233A.

The close contact portion 233A of the sealing member 233 accommodates the water exit holes A3a and the adjacent water entrance holes A4a of the two recipients A3 and A4 to ensure watertightness.

The passage part 233B ensures water extraction and acquisition by always communicating with the water extraction hole A3a and the water acquisition hole A4a even when the angles of the two recipients are changed.

The length of the sealing member 233 is such that the length of the two powders (130A, 130B) is also screwed in close contact with the water outlet (A3a) and the water inlet (A4a) of the two recipients (A3) (A4) It is therefore intended to help ensure certain watertightness.

As described above, as the angle adjusting means, one blood through the two receivers A1, A2 (A3, A4) and the receiving parts A1 ', A2' (A13 ', A4'). Compared to the case where the receptor-receptor pair is provided, the range of the adjustment angle of the water jetting member is increased, and the convenience is greatly increased in the case of washing dishes, washing face, and washing the hair.

As described above, the faucet bracket having the angle adjusting means using the receptor according to the present invention is capable of adjusting the angle of the water jetting member to a wider range through the angle adjusting means using the two recipients. All or part of the pipe, the connecting member, and the water jetting member were powdered to improve the assemblability.

In the above description of the present invention with reference to the accompanying drawings described with respect to the faucet bracket having an angle adjusting means having a particular shape, structure, arrangement form, the present invention is capable of various modifications and changes by those skilled in the art, such Modifications and variations are to be construed as falling within the protection scope of the present invention.

Claims (6)

delete A valve unit having a joint pipe connected to the raw water pipe and an on / off valve; Water discharge member having a drain for discharging water; A connecting member connected to the joint pipe and the water jetting member in a watertight manner; And First and second receivers arranged on a contact surface of the joint pipe and the connection member and a contact surface of the connection member and the water jetting member, respectively; It comprises an angle adjusting means consisting of a receiving portion which is coupled to each of the water-receiving body through the intervening separation prevention member and the sealing member, Each receptor and receptor pair of the angle adjusting means forms a virtual cone when the angle is adjusted to the maximum, In the angle adjusting means The first and second receptors are both arranged at a position to receive the water of the raw water pipe from another member, Some of the joint pipe, the water jetting member, and the connecting member, or both are made of two or more powders to improve the assembly Inner diameter of the first connection member is larger than the outer diameter of the spherical first recipient, The outer diameter of the first receptor should have a smaller outer diameter of the connecting portion of the first receptor to ensure the angle adjustment of the first receptor, A fixing ring having a cutout portion is provided as the release preventing member, and the outer diameter of the fixation should be larger than the inner diameter of the inlet in the state where the cutoff portion is not opened. The inner diameter of the fixing ring should be smaller than the outer diameter of the first recipient in the state that the cutout is attached, The volume of the first accommodating part has a size capable of accommodating the first receiver, the fixing ring, and the sealing member, A faucet as claimed in claim 1, wherein the first receiver and the first connecting member are easily assembled and secured to each other. A valve unit having a joint pipe connected to the raw water pipe and an on / off valve; Water discharge member having a drain for discharging water; A connecting member connected to the joint pipe and the water jetting member in a watertight manner; And First and second receivers arranged on a contact surface of the joint pipe and the connection member and a contact surface of the connection member and the water jetting member, respectively; It comprises an angle adjusting means consisting of a receiving portion which is coupled to each of the water-receiving body through the intervening separation prevention member and the sealing member, Each receptor and receptor pair of the angle adjusting means forms a virtual cone when the angle is adjusted to the maximum, In the angle adjusting means The first and second recipients are both arranged at a position for supplying water of the raw water pipe to another member, Some of the joint pipe, the water jetting member, and the connecting member, or both are made of two or more powders to improve the assembly Inner diameter of the first connection member is larger than the outer diameter of the spherical first recipient, The outer diameter of the first receptor should have a smaller outer diameter of the connecting portion of the first receptor to ensure the angle adjustment of the first receptor, A fixing ring having a cutout portion is provided as the release preventing member, and the outer diameter of the fixation should be larger than the inner diameter of the inlet in the state where the cutoff portion is not opened. The inner diameter of the fixing ring should be smaller than the outer diameter of the first recipient in the state that the cutout is attached, The volume of the first accommodating part has a size capable of accommodating the first receiver, the fixing ring, and the sealing member, A faucet as claimed in claim 1, wherein the first receiver and the first connecting member are easily assembled and secured to each other. A valve unit having a joint pipe connected to the raw water pipe and an on / off valve; Water discharge member having a drain for discharging water; A connecting member connected to the joint pipe and the water jetting member in a watertight manner; And First and second receivers arranged on a contact surface of the joint pipe and the connection member and a contact surface of the connection member and the water jetting member, respectively; It comprises an angle adjusting means consisting of a receiving portion which is coupled to each of the water-receiving body through the intervening separation prevention member and the sealing member, Each receptor and receptor pair of the angle adjusting means forms a virtual cone when the angle is adjusted to the maximum, In the angle adjusting means One of the first and second receptors is arranged at a position to receive water from the raw water pipe from another member, The other is arranged at a position to supply the water of the raw water pipe to the other member, Some of the joint pipe, the water jetting member, and the connecting member, or both are made of two or more powders to improve the assembly Inner diameter of the first connection member is larger than the outer diameter of the spherical first recipient, The outer diameter of the first receptor should have a smaller outer diameter of the connecting portion of the first receptor to ensure the angle adjustment of the first receptor, A fixing ring having a cutout portion is provided as the release preventing member, and the outer diameter of the fixation should be larger than the inner diameter of the inlet in the state where the cutoff portion is not opened. The inner diameter of the fixing ring should be smaller than the outer diameter of the first recipient in the state that the cutout is attached, The volume of the first accommodating part has a size capable of accommodating the first receiver, the fixing ring, and the sealing member, A faucet as claimed in claim 1, wherein the first receiver and the first connecting member are easily assembled and secured to each other. delete The method according to any one of claims 2 to 4, The first or second receiver, or both of them, are spherical, spheroidal, hemispherical, or semi-spheroidal.

Images