JP5800543B2 - Shower elbow and shower faucet with shower elbow - Google Patents

Description

  The present invention relates to a shower elbow and a shower faucet equipped with a shower elbow.

  2. Description of the Related Art Conventionally, a shower faucet having a hand shower in which a shower head is connected to a faucet body via a shower hose and a user can hold the shower head and discharge water at a desired position is known. The shower hose of this hand shower is often connected via a shower elbow that is pivotally attached to the faucet body of the shower faucet. Such a shower elbow has a connection part of the shower hose connected to the faucet body in response to the user holding the shower head and discharging water at a desired position when discharging water from the hand shower. The direction can be changed, the operability of the shower hose is improved, and the shower hose is prevented from being twisted or kinked. In addition, this shower elbow is attached to the back side and bottom side of the faucet body so as not to impair the beauty of the shower faucet and to prevent the connecting part of the shower hose from interfering with the user. There are many cases. Therefore, in many cases, such a shower elbow is bent in an “L” shape so as not to interfere with the wall surface or counter on which the faucet body is installed (see Patent Document 1).

  On the other hand, the water discharge operation from the hand shower is basically performed by operating the water stop handle provided on the faucet body. For example, the water is discharged from the hand shower while the user is standing. In order to eliminate the complication of operating the water stop handle located below, a shower water valve device is incorporated in the shower head itself, and the shower water is temporarily operated by the user. There is known a shower faucet called “one-stop shower” that enables the above. In such a shower faucet, water is discharged on the hand shower side while the water faucet is on the faucet body side, so if the water pressure in the hand shower increases abnormally, the shower head or shower hose is damaged.・ There is a risk of deterioration. Therefore, as shown in FIGS. 5 and 6, in such a shower faucet 120, a pressure reducing device 124 is further attached to the shower elbow 122 to prevent an abnormal high water pressure on the hand shower side. The thing is known (refer patent document 2).

No. 47-34624 (Figs. 1 and 3) Japanese Utility Model Publication No. 6-5588 (FIGS. 1, 2, and 4)

  However, such a conventional shower elbow 122 has the following problems. As shown in FIG. 5, since the pressure reducing device 124 is further attached to the shower elbow 122, the entire size of the shower elbow 122 and the pressure reducing device 124 must be increased, and the connection for connecting the shower hose 5 is required. Since the portion protrudes, it may be difficult to connect the shower hose 5 when installing a faucet, or the shower hose 5 may not be smoothly routed when using a hand shower. In addition, since a separate decompression device 124 is added to the shower elbow 122, a sense of unity in the design of the shower faucet 120 may be impaired. Further, since the enforcement work for attaching the decompression device 124 to the shower elbow 122 is added, the enforcement work increases and the enforcement cost increases, and the assembly work of the decompression device 124 to the shower elbow 122 is not sufficient, In some cases, the pressure reducing device 124 may become wobbled, loosened, poorly sealed, or the like. Furthermore, originally it is necessary to connect the shower hose 5 to the shower elbow 122 via the pressure reducing device 124, which is a factor causing an erroneous operation of connecting the shower hose 5 directly to the shower elbow 122 by mistake. It was.

  The present invention solves the problems of the above-described conventional shower elbow and shower faucet equipped with a shower elbow, the overall size is kept compact, and the shower elbow and the decompression device are integrated, It is an object of the present invention to provide a shower elbow and a shower faucet equipped with a shower elbow that can simplify the connecting operation.

The first means of the present invention is:
A shower elbow provided with a faucet side connecting member connected to the faucet body side and a shower hose side connecting member connected to the shower hose side, wherein the shower hose side connecting member is the faucet side It is formed separately from the connection member, and its axial direction is directed in a direction orthogonal to the axial direction of the faucet side connection member, and assembled to the secondary side of the faucet side connection member,
A shower elbow characterized in that a pressure reducing device is built over the faucet side connecting member and the shower hose side connecting member.

  In the present invention, as described above, the pressure reducing device is built in the shower elbow. Here, if the pressure reducing device is built in the shower elbow, the flow path in the shower elbow and the storage chamber of the pressure reducing device become complicated in shape and must be molded by sand casting or the like, increasing the manufacturing cost. However, in the present invention, the faucet body side connecting portion and the shower hose side connecting member are separated and assembled to form a shower elbow. Therefore, the faucet body side connecting portion and the shower hose side connecting member can be molded by a simple processing method such as cutting. Therefore, a compact shower elbow with a built-in decompression device can be provided without increasing the manufacturing cost. Further, since the decompression device is built in, it is difficult to impair the sense of unity in design, and there is no need to attach the decompression device to the shower elbow at the installation site as in the past. In the present invention, the decompression device may be built in either the faucet side connection member or the shower hose side connection member.

The second means of the present invention is the aforementioned shower elbow,
The shower hose side connecting member is assembled to the secondary side of the faucet side connecting member so as to be rotatable about the axis of the faucet side connecting member.

  Thus, by assembling the shower hose side connecting member so as to be rotatable around the axis of the faucet side connecting member, it is possible to further facilitate the handling of the shower hose attached and connected to the shower hose side connecting member. it can.

The third means of the present invention is the shower elbow of the first or second means described above,
On the secondary side of the faucet side connection member, a circulation channel is formed so as to be able to communicate with the channel of the shower hose side connection member, and the circulation channel of the circulation channel is formed along the circulation direction of the circulation channel. A seal member is provided around both sides.

  By providing the circumferential flow path sealed by the seal member, the shower hose side connection member is connected to the faucet body side connection part while communicating the flow paths of the faucet side connection member and the shower hose side connection member. It can be rotated toward an arbitrary angular position around the axis.

The fourth means of the present invention is the shower elbow of any one of the first to third means described above,
The shower hose side connecting member is sandwiched between a main part of the faucet side connecting member and a casing of the pressure reducing device fixed to the main part, and is rotatably assembled to the faucet side connecting member. It is characterized by this.

The fifth means of the present invention is:
On the back side of the faucet body, there are formed a hot water supply pipe, a hot water side connection part that communicates with the water supply pipe, and a water side connection part, respectively. A shower faucet provided with a shower elbow that is provided so as to be able to communicate with a shower channel formed inside the faucet body and that is provided with a shower elbow that is connectable with a shower hose on the tip side. The shower elbow includes a faucet side connecting member connected to the faucet body side and a shower hose side connecting member connected to the shower hose side, and the shower hose side connecting member includes the faucet Formed separately from the side connection member, and its axial direction is directed in a direction orthogonal to the axial direction of the faucet side connection member and assembled to the secondary side of the faucet side connection member, Inside and front of the faucet side connection member A shower faucet with shower elbow, characterized in that the decompressor over the shower hose side connecting the members are built.

  By incorporating a decompression device in the shower elbow itself in this way, the shower elbow attached to the back side of the faucet body can be made compact, and interference with the wall surface etc. In addition, it is possible to reduce the risk of interference with a connection socket for fixing the faucet body to the hot water supply pipe or the water supply pipe while being connected to the hot water side connection section or the water side connection section.

  A shower faucet equipped with a shower elbow and a shower elbow according to the present invention is configured as described above, and can be integrated in a compact manner while incorporating a decompression device, thereby facilitating the handling and construction of a shower hose. The convenience of the shower faucet provided with the shower elbow and the installation cost can be reduced. Moreover, the aesthetics of the shower faucet provided with the shower elbow can be improved by impressing the unity of design. Moreover, since it can shape | mold by simple processing methods, such as cutting, manufacturing cost does not increase compared with the conventional shower elbow.

It is a partially broken sectional view of the shower faucet provided with the shower elbow of the present invention in plan view. It is a partially broken sectional view of the faucet body of FIG. It is a side view enlarged sectional view of the shower elbow of FIG. It is a perspective view of the shower elbow of FIG. It is a partially broken sectional view in side view of the shower faucet provided with the conventional shower elbow. It is sectional drawing of the side view of the conventional shower elbow.

  Next, embodiments of the present invention will be described in detail with reference to the drawings. As shown in FIGS. 1 and 2, the shower elbow 1 according to the present embodiment is attached to a shower faucet 10 installed in a bathroom, and is connected to the back side of the faucet body 12 to provide a shower. It is used for connecting the hose 5. A shower hose 5 of a hand shower 9 is connected to the shower elbow 1 via a connection fitting 6, and a shower head 7 having a one-stop button 8 is attached to the tip of the shower hose 5. By operating the one-stop button 8, the shower can be temporarily stopped at the hand of the shower head 7.

  The shower faucet 10 is installed in front of the wall surface B of the bathroom. For the wall surface B, the sockets 3a and 3b are connected to the ends of the pipes inserted through the cover 2 and routed to the back side of the wall surface B. Is fixed through. The shower faucet 10 is a hot and cold water mixing faucet, and hot water is supplied from the hot water supply pipe connected to the hot water side socket 3a and water is supplied from the water supply pipe connected to the water side socket 3b. Mixed in the body 12. The sockets 3a and 3b are bent in a “crank shape”.

  On the faucet body 12, a temperature adjustment handle 14 configured to drive a mixing valve device (not shown) in the faucet body 12 is attached to the left side in plan view. Further, on the right side in a plan view, a water discharge handle 16 configured to be able to drive a switching valve device (not shown) in the faucet body 12 is attached. A water discharge pipe 18 is attached to the lower part of the faucet body 12 so as to be rotatable in the horizontal direction. The shower faucet 12 configured as described above mixes hot water and water supplied through the sockets 3a and 3b to a desired hot water temperature by operating the temperature adjusting handle 14, and the water discharge pipe 18 by operating the water discharging handle 16. Alternatively, the water discharge can be switched to any of the hand showers 9 and the amount of water discharge can be adjusted. A shower elbow connecting portion 22 is provided on the back side of the faucet body 12 so as to communicate with the shower channel 20 in the faucet body 12 and to which the shower elbow 1 is attached.

  Next, the shower elbow 1 will be described in detail. As shown in FIGS. 3 and 4, the shower elbow 1 is entirely formed in an “L” shape. This shower elbow 1 is connected to the faucet side connecting member 30 connected to the shower elbow connecting portion 22 of the faucet body 12 and the shower hose side connection connected to the connection fitting 6 attached to the terminal on the shower hose 5 side. The faucet side connecting member 30 and the shower hose side connecting member 100 are formed separately from each other, and in a direction orthogonal to the axial direction of the faucet side connecting member 30. The axial direction of the shower hose side connection member 100 is directed, and the shower hose side connection member 100 is rotatable to the secondary side of the faucet side connection member 30 around the axis of the faucet side connection member 30. It is assembled.

  As shown in FIG. 3, a decompression device 50 described later is built in the faucet side connection member 30. The faucet side connection member 30 includes a main body portion 31 that is directly fixed to the faucet body 12, and the main body portion 31 includes a small diameter portion 32 and a large diameter portion 40. The small diameter portion 32 is provided with a first flow path 33 that can communicate with the shower elbow connecting portion 22 on the faucet body 12 side on the secondary side. Further, a male screw 34 is engraved on the outer peripheral surface secondary side of the small diameter portion 32, and a circumferential groove 36 is provided on the secondary side of the male screw 34. An O-ring 4 that is crimped to the inner peripheral surface of the shower elbow connecting portion 22 of the stopper body 12 and seals the inner peripheral surface of the shower elbow connecting portion 22 and the outer peripheral surface of the shower hose side connecting member 30 of the shower elbow 1 is mounted. ing. Then, by screwing the small diameter portion 32 to an arbitrary position of the shower elbow connecting portion 22 of the faucet body 12, the faucet side connecting member is sealed with the O ring 4 between the small diameter portion 32 and the shower elbow connecting portion 22. 30 is configured to be connected to the faucet body 12.

  As described above, the pressure reducing device 50 is built in the large diameter portion 40 of the faucet side connection member 30. In the large diameter portion 40, an accommodation chamber 42 that communicates with the first flow path 33 of the small diameter portion 32 and accommodates a part of the decompression device 50 is formed. The large-diameter portion 40 is provided with an air hole 41 communicating with the outside. As described above, the small-diameter portion 32 is screwed to an arbitrary position of the shower elbow connecting portion 22 of the faucet body 12 to seal the small-diameter portion 32 and the shower elbow connecting portion 22 with the O-ring 4. The side connection member 30 is configured to be connected to the faucet body 12. Therefore, it is possible to connect the faucet side connection member 30 in a state where the position of the air hole 41 is easily visible to the user, for example, the state toward the upper side of the faucet body 12. Here, the air hole 41 communicates with a space A in which a later-described first spring 70 and second spring 72 are accommodated, and when the valve body 64 slides, the air in the space A becomes the large diameter portion 40. Although provided so as to be movable to the outside, when the valve body 64 or the like is damaged, the hot water that has flowed into the space A is configured to be ejected from the air hole 41 to the outside. Is provided so that it can be confirmed that the valve body 64 is damaged. Therefore, for example, the air hole 41 can be arbitrarily positioned on the upper side of the faucet body 12 that can be easily seen by the user. Therefore, it is easy to check such damage, and the shower elbow 1 can be easily damaged. It is structured so that it can be grasped. In addition, a female screw 44 into which a casing 80 described later is screwed is formed on the inner peripheral surface of the large diameter portion 40.

  The decompression device 50 is housed and held in the housing chamber 42 of the faucet side connection member 30 as described above. The decompression device 50 is configured so that the valve seat 52, the sleeve 56, and the valve body 64 can be held in the accommodation chamber 42 by a casing 80 that is screwed to the female thread portion 44 of the large diameter portion 40. Yes. A fixed plate 51 having a flow hole 53 through which hot water can flow is attached to the rubber valve seat 52, and the fixed plate 51 is sandwiched between the back end surface of the storage chamber 42 and the sleeve 56. Thus, the valve seat 52 is fixed in the accommodation chamber 42. In addition, a second flow path 54 that communicates with the first flow path 33 of the main body 31 is formed between the back end side of the storage chamber 42 and the fixing plate 51.

  A cylindrical sleeve 56 is attached to the secondary side of the valve seat 52. In the primary side opening of the sleeve 56, a third flow path 58 that faces the flow hole 53 of the fixing plate 51 and communicates with the second flow path 54 is formed. Also, a stepped portion 60 and a first circumferential groove 62 into which a later-described first spring 70 and second spring 72 are respectively inserted are provided on the secondary opening end surface of the sleeve 56 from the axial center thereof toward the outside. It is arranged in order.

  A valve body 64 is attached to the secondary side of the sleeve 56. The valve body 64 includes a cylindrical main body portion 66 having a fourth flow path 65 therein, and a flange portion 68 provided around an outer peripheral surface slightly closer to the center in the axial direction of the main body portion 66. Is provided. The primary side of the main body 66 is inserted and held in the sleeve 56 described above so as to be slidable toward the valve seat 52. In addition, on the primary side surface of the flange portion 68, a second circumferential groove 74 and a contact portion 76 into which the first spring 70 and the second spring 72 described above are respectively inserted are provided in a radial direction from the axis of the flange portion 68. It is arranged in order toward the outside. The valve body 64 is provided so as to be urged to the secondary side by the first spring 70 and the second spring 72 with respect to the sleeve 56.

  A casing 80 is attached to the secondary side of the valve body 64. The casing 80 is formed in a bottomed cylindrical shape having a bottom portion 82 on the secondary side. A first step 84 and a second step 86 are provided in the primary opening of the casing 80 in order from the primary side. The first step portion 84 is formed in a size capable of locking the secondary opening end surface of the sleeve 56 described above. Moreover, the 2nd step part 86 is formed in the magnitude | size which can latch the secondary side end surface of the collar part 68 of the valve body 64 mentioned above. When the casing 80 is screwed and fixed in the large-diameter portion 40 of the main body portion 31 by the step portions 84 and 86 configured as described above, the sleeve 56 is fixed in the storage chamber 42, The valve body 64 biased to the secondary side by the one spring 70 and the second spring 72 is configured to be slidably held between the second step portion 86 and the secondary side end surface of the sleeve 56. Yes.

  Here, the valve body 64 is normally urged toward the bottom portion 82 by the first spring 70, and is configured such that a gap is formed between the valve body 64 and the valve seat 52 in a normal state as shown in FIG. ing. On the other hand, when water is discharged from the hand shower 9 by operating the water discharge handle 16, when the water discharge is stopped by the one-stop button 8 of the hand shower 9, the pressure is more than a predetermined value on the secondary side of the decompression device 50. When the high water pressure is applied, the valve body 64 slides in the seating direction on the valve seat 52 against the urging force of the first spring 70 due to the water pressure applied to the secondary side of the valve body 64. The water pressure on the secondary side is lowered to prevent the secondary hand shower 9 from being damaged. Furthermore, when the pressure reducing device 50 operates in this way and the valve body 64 is seated on the valve seat 52, the second spring 72 is immediately before the seating so that the valve body 64 does not suddenly seat on the valve seat 52. 64 is configured to urge toward the bottom 82 and is provided to reduce the occurrence of water hammer.

  A male screw 88 that can be screwed onto the female screw 44 of the large-diameter portion 40 is formed on the outer peripheral surface near the primary side of the casing 80 so that the casing 80 can be fixed by being screwed into the large-diameter portion 40. Is provided. Further, a concave portion 90 is provided on the outer peripheral surface near the secondary side of the casing 80, and two communication holes 92 communicating with the fifth flow path 81 in the casing 80 are formed in the concave portion 90. Yes. Further, O-rings 94a and 94b are attached to the outer peripheral surfaces of the casing 80 on both sides of the recess 90, respectively. Further, the bottom portion 82 is provided with a collar portion 83 around which a shower hose side connecting member 100 described later can be locked.

  Next, the shower hose side connecting member 100 will be described. The shower hose side connecting member 100 has a primary side cylindrical portion 102 and a secondary side hose connecting portion that is continuous with the cylindrical portion 102 with its axis oriented in a direction orthogonal to the axis of the cylindrical portion. 104. The cylindrical portion 102 is formed in a cylindrical shape opened in the front-rear direction, with one end directed toward the valve seat 52 and the other end directed toward the bottom 82 of the casing 80, and the end surface of the large-diameter portion 40 and the casing 80. Between the bottom part 82 and the collar part 83 of the bottom part 82 of the faucet side connecting member 30 so as to be rotatable about the axis.

  Further, the cylindrical portion 102 is assembled to the casing 80 so as to cover the concave portion 90 so as to straddle the two O-rings 94a and 94b, and the concave portion 90 and the inner peripheral surface of the cylindrical portion 102 make a “circular flow”. A sixth flow path 106 that is a “path” is formed. And the communicating hole 108 is formed in the site | part where the cylindrical part 102 and the hose connection part 104 are connected, and the 6th flow path 106 and the 7th flow path 110 in the hose connection part 104 are connected. . Further, on the outer peripheral surface of the hose connection portion 104, a male screw 112 for screwing the connection fitting 6 of the shower hose 5 end is formed.

  The shower elbow 1 configured as described above communicates from the first flow path 33 to the seventh flow path 110 in a state in which the valve body 64 is not seated on the valve seat 52, and allows hot water from the faucet body 12 to flow. It can be distributed to the shower hose 5 side. And since the shower hose side connecting member 100 is provided separately from the faucet side connecting member 30 and is rotatably assembled, as shown in FIG. 1 and FIG. The amount of protrusion can be suppressed in the radial direction of the faucet side connection member 30 while suppressing the amount of protrusion also in the back direction of the faucet body 12. Therefore, while providing the decompression device 50, while avoiding interference with the wall surface B on the back side of the faucet body 12 as shown in FIG. 2, interference with the sockets 3a and 3b as shown in FIG. can avoid. In particular, in the operation of connecting the shower elbow 1 to the faucet body 12 and further connecting the shower hose 5 at the operation site, the shower hose 5 is connected to be routed either above or below the faucet body 12. In this case, the shower hose side connecting member 100 can be freely rotated up and down without interfering with either of the sockets 3a and 3b, so that the work can be facilitated.

  And since the faucet side connection member 30 and the shower hose side connection member 100 which were formed separately are integrated, the shower elbow 1 can be made compact as a whole, and the design of both members can be reduced. A sense of unity can be enhanced to improve aesthetics. Moreover, even if both members are assembled in advance, interference with the sockets 3a and 3b can be avoided as described above. Therefore, unlike the conventional case, the decompression device 50 is incorporated at the time of shipment from the factory, The shower hose side connecting member 100 can be integrated. Therefore, it is not necessary to attach the pressure reducing device to the shower elbow as in the prior art at the installation site. Therefore, forgetting to attach the decompression device, attach the shower hose 5 directly to the shower elbow, increase the work process accompanying the installation work of the decompression device, or improper installation of the decompression device (rattle, loose, seal failure, etc.) Etc. can be avoided.

  Moreover, since the faucet side connection member 30 and the shower hose side connection member 100 are formed separately, the inside of the main body 1 that houses the decompression device 50 and the shower hose side connection member 100 has a complicated shape. Even if it does not depend on sand casting etc., these parts can be formed by simple processing methods, such as cutting, and the manufacturing cost can be reduced.

  Although the present embodiment is configured as described above, the present invention is not limited to this, and various modifications can be made within the scope of the gist of the present invention. For example, in this example, the faucet side connection member 30 itself is rotatably provided with respect to the faucet body 12, but the shower hose side connection member 100 is rotatable with respect to the faucet side connection member 30. Therefore, the shower hose side connection member 100 follows the movement of the shower hose 5 even when the faucet side connection member 30 is non-rotatably connected to the faucet body 12 for some reason. Can be made swingable. Therefore, it is effective in handling the shower hose 5 and preventing twisting and kinking. Further, the rotation position of the shower hose side connection member 100 is returned to a predetermined position using a torsion spring or the like, and the shower hose 5 is directed in a direction other than the predetermined direction, and the shower hose is always in a predetermined direction at normal times. It is also possible to force the connection part 5 back. In addition, the shower hose side connecting member 100 provided so as to be rotatable can be fixed by a fixing means such as a screw after being adjusted to a predetermined position. Moreover, it is not limited to a hot and cold water mixing faucet, but can be used for other types of shower faucets such as a single faucet and a faucet with a water purifier.

  The present invention can be widely used for shower elbows and shower faucets equipped with shower elbows.

DESCRIPTION OF SYMBOLS 1; Shower elbow, 2; Cover, 3a, 3b; Socket, 4; O-ring, 5; Shower hose, 6: Connecting metal fitting, 7; Plug; 12; faucet body; 14; temperature control handle; 16; water discharge handle; 18; water discharge pipe; 20; shower flow path; 22; shower elbow connection part; 32; Small diameter portion, 33; First flow path, 34; Male screw, 36; Circumferential groove, 40; Large diameter portion, 41; Air hole, 42; Housing chamber, 44; Female screw, 50; 52; valve seat, 53; flow hole, 54; second flow path, 56; sleeve, 58; third flow path, 60; step, 62; first circumferential groove, 64; Road, 66; Main part, 68; Ridge part, 70; First spring, 7 Second spring, 74; second circumferential groove, 76; contact portion, 80; casing, 81; fifth flow path, 82; bottom portion, 83; collar portion, 84: first step portion, 86; Part, 88; male screw, 90; recess, 92; communication hole, 94a, 94b; O-ring, 100; shower hose side connection member, 102; cylindrical part, 104; hose connection part, 106; Communication hole, 110; seventh flow path, 112; male screw, 120; shower washing, 122; shower elbow, 124; decompression device, A; space, B;

Claims (5)

A shower elbow provided with a faucet side connecting member connected to the faucet body side and a shower hose side connecting member connected to the shower hose side, wherein the shower hose side connecting member is the faucet side It is formed separately from the connection member, and its axial direction is directed in a direction orthogonal to the axial direction of the faucet side connection member, and assembled to the secondary side of the faucet side connection member,
A shower elbow characterized in that a pressure reducing device is built over the faucet side connecting member and the shower hose side connecting member.   The said shower hose side connection member was assembled | attached to the secondary side of the said faucet side connection member so that rotation around the axial center of the said faucet side connection member was possible. Shower elbow. On the secondary side of the faucet side connection member, a circulation channel is formed so as to be able to communicate with the channel of the shower hose side connection member, and the circulation channel of the circulation channel is formed along the circulation direction of the circulation channel. The shower elbow according to claim 1 or 2 , wherein seal members are provided on both sides. The shower hose side connecting member is sandwiched between a main part of the faucet side connecting member and a casing of the pressure reducing device fixed to the main part, and is rotatably assembled to the faucet side connecting member. The shower elbow according to any one of claims 1 to 3 , wherein: On the back side of the faucet body, there are formed a hot water supply pipe, a hot water side connection part that communicates with the water supply pipe, and a water side connection part, respectively. A shower faucet provided with a shower elbow that is provided so as to be able to communicate with a shower channel formed inside the faucet body and that is provided with a shower elbow that is connectable with a shower hose on the tip side. ,
The shower elbow includes a faucet side connecting member connected to the faucet body side and a shower hose side connecting member connected to the shower hose side, and the shower hose side connecting member is connected to the faucet side. It is formed separately from the connecting member, and its axial direction is oriented in a direction perpendicular to the axial direction of the faucet side connecting member and assembled to the secondary side of the faucet side connecting member, A shower faucet provided with a shower elbow, characterized in that a decompression device is built in the faucet side connecting member and the shower hose side connecting member .

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