JP2009085006A - Showering device in faucet facility - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a showering device in faucet facility having excellent beauty of the appearance and capable of being miniaturized, performing comfortable shower, and performing shower discharging in shower stream of a plurality of patterns. <P>SOLUTION: This shower water discharging device 28 is constituted in such a way that a first shower 56 for letting shower stream of the first pattern flow out and a second shower water discharging part 58 for letting shower stream of the second pattern flow out are provided rotatably around an axis 86 by overlapping in the direction of water discharging. The first shower 56 and the second shower 58 are integrally rotated with an operation knob 88. The first shower and the second shower are changeable between the position at which the second shower 58 is on the downstream side and the position at which the first shower 56 is on the downstream side. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to a shower water discharge device in a faucet facility, and more particularly to a shower water discharge device capable of performing shower water discharge with a shower flow having a different pattern.

In recent years, for example, kitchen faucets and the like have come to be used in which a water discharge head is equipped with a shower water discharge device that performs shower water discharge.
However, conventionally used shower water discharge devices have only a single type of shower water discharge unit, and the shower water discharge obtained is only one pattern, which is insufficient in terms of usability.

In view of the above, Japanese Patent Application Laid-Open No. H10-228561 discloses a point in which a water discharge head is provided with a shower water discharge device capable of shower water discharge with a different pattern of shower flow.
13 and 14 show specific examples thereof.
In FIG. 13, reference numeral 200 denotes a water discharge head, 202 denotes a first shower water discharge unit, 204 denotes a second shower water discharge unit, and 205A, 205B, and 205C denote operation buttons for switching the water discharge pattern.

  In this shower water discharge device, when the operation button 205C is pushed as shown in FIG. 14, the valve body 206-1 moves on the valve seat 208 and the flow path 210C is opened as shown in (b). The water sent to the water discharge head 200 reaches the first shower water discharge unit 202 from the flow path 210C, and is discharged straight from there in a direction parallel to the axis of the water discharge direction.

  On the other hand, when the operation button 205A is pressed, the valve body 206-2 moves on the valve seat 208 and the corresponding flow path 210A is opened, and water sent to the water discharge head 200 here is discharged from the flow path 210A to the second shower water discharge. The water reaches the section 204 and is discharged from there as diffusion shower water, that is, a diffusion shower flow in a direction spreading outward with respect to the axial center of the water discharge direction.

  However, in the case of the shower water discharge device shown here, since the first shower water discharge unit 202 and the second shower water discharge unit 204 are provided separately, the water discharge areas by the first shower water discharge unit 202 and the second shower water discharge unit 204, respectively. There is a problem that the (water discharge space) is inevitably narrow and the number of shower holes in each is limited, making it difficult to realize comfortable shower water discharge.

Moreover, the switching mechanism of the switching means for switching between the shower water discharge from the first shower water discharge unit 202 and the shower water discharge from the second shower water discharge unit 204 becomes complicated, and accordingly, the entire shower water discharge device is inevitably required. The problem is that the size is increased, the aesthetics are impaired, and the degree of freedom of design is limited.
Other prior arts for the present invention are disclosed in the following Patent Document 2, Patent Document 3 and Patent Document 4.

JP 2002-4368 A JP 2001-327426 A JP-A-57-172045 Japanese Utility Model Publication No. 4-99244

  The present invention is based on such a situation, and in a faucet equipment capable of shower water discharge in a plurality of patterns of shower flow that can be miniaturized, has excellent aesthetics, and can realize comfortable shower water discharge. It was made for the purpose of providing a shower water discharge device.

  Thus, according to the first aspect of the present invention, (a) a first shower water discharger that discharges a shower flow of the first pattern set from a number of shower holes, and (b) the first pattern from a number of shower holes. A second shower water discharger as a shower flow pattern conversion unit for causing a different second pattern shower flow to flow; and (c) a shower water discharge between the shower flow of the first pattern and the shower flow of the second pattern. Switching means for switching between, the first shower water discharge portion and the second shower water discharge portion overlap each other in the water discharge direction, back to back and around the axis in the direction substantially perpendicular to the axis of the water discharge direction While being rotatably arranged, the switching means integrally rotates the first shower water discharger and the second shower water discharger around the axis in the substantially perpendicular direction, and the second shower water discharger downstream And a position, wherein the first shower water discharge portion are none shall make switching between a position on the downstream side.

  According to a second aspect of the present invention, in the first aspect, the shower hole of the first shower water discharger and the shower hole of the second shower water discharger form a continuous hole.

Effects and effects of the invention

As described above, according to the first aspect of the present invention, the first shower water discharger and the second shower water discharger are provided back to back in a state where they overlap each other in the water discharge direction, and these are rotated by the switching means to The shower flow is switched between the first pattern shower flow and the second pattern shower flow. According to the first aspect, a wide water discharge area can be secured and the number of shower holes can be increased. It is possible to realize a comfortable shower water discharge.
In addition, the switching mechanism in the switching means can be simply configured with a simple structure, so that the shower water discharge device can be made compact, the appearance is good, and the degree of design freedom can be increased.

  In this case, the shower hole of the first shower water discharger and the shower hole of the second shower water discharger can be formed as a continuous hole (Claim 2).

Next, an embodiment of the present invention will be described in detail below with reference to the drawings together with a reference example.
In FIG. 1, 10 is a kitchen sink, 12 is a sink, 14 is a cabinet, 16 is a counter, and a kitchen faucet (water faucet equipment) 18 is installed on the counter 16.

In this example, the kitchen faucet 18 is a single lever type mixing faucet, 20 is a faucet body, and an operation lever 22 is provided on the upper part of the faucet body so as to be able to turn left and right and up and down.
A water discharge pipe 24 extends forward from the faucet body 20 toward the upper side of the sink 12, and a shower water discharge device 28 is provided at a water discharge head 26 at the tip of the water discharge pipe 24.

FIG. 2 (FIG. 2 shows a reference example) shows a specific configuration of the shower water discharge device 28.
As shown in the figure, the shower water discharge device 28 has a cylindrical joint body 30, a cylindrical tube member 32, and the rotation moves the tube member 32 in the vertical direction, that is, the water discharge direction in FIG. A cylindrical operation ring 34 to be operated is included as a main element.

A male screw is formed on the outer peripheral surface of the upper end portion of the joint body 30, and the joint body 30 is attached to the opening 36 for the water discharge port of the water discharge head 26 by a screw ring 38.
Specifically, a female screw is formed on the inner peripheral surface of the screw ring 38, and a male screw on the outer peripheral surface of the upper end portion of the joint body 30 is screwed to the female screw, and a male screw is formed on the outer peripheral surface of the screw ring 38. The male screw is screwed into a female screw formed on the inner peripheral surface of the opening 36, and the joint body 30 is attached to the water discharge head 26 via the screw ring 38.

Here, a space between the joint body 30 and the center port 40 of the water discharge head 26 is sealed watertight by a sealing member 42 having an annular elasticity.
Further, a strainer 44 for filtering foreign matter is disposed inside the cylindrical joint body 30 so as to cross the flow path.

An inward flange portion 46 is provided at the upper end portion of the operation ring 34, and this flange portion 46 is rotatably fitted in an annular groove 48 formed on the outer peripheral surface of the joint body 30.
The operation ring 34 is supported by the joint body 30 in a non-removable state and a rotatable state based on the fitting of the flange portion 46 and the annular groove 48.

The operation ring 34 is also formed with two spiral guide grooves 49 on its inner peripheral surface.
On the other hand, two corresponding spiral ridges 50 are provided on the outer peripheral surface of the cylindrical member 32, and these ridges 50 are slidably fitted into the guide grooves 49.
The cylindrical member 32 is moved in the vertical direction in FIG. 2A by the operation of the guide ring 49 and the protrusion 50 along with the rotation of the operation ring 34.

  In this embodiment, the cylindrical member 32 is provided with an inward slide claw 52 so that the cylindrical member 32 does not rotate together when the operation ring 34 is rotated. Are vertically slidably engaged in a vertical keyway 54 formed in the figure.

  Further, a tapered portion 64 that protrudes inward and has an upper surface tapered is formed at the lower end portion of the cylindrical member 32, and this tapered portion 64 is the lower end of the joint body 30 when the cylindrical member 32 is raised. It comes in contact with the taper part on the outer periphery of the part.

A first shower water discharger 56 is integrally formed at the bottom of the joint body 30. A second shower water discharger 58 is integrally formed at the bottom of the cylindrical member 32.
A large number of shower holes 60 and 62 are dispersedly arranged in the first shower water discharge portion 56 and the second shower water discharge portion 58, respectively.

Here, the shower hole 60 of the first shower water discharger 56 is a direction in which the passing water spreads outward with respect to the axis of the water discharge direction, as shown in FIG. It is shaped to flow out as a diffuse shower flow.
On the other hand, as shown in the partial enlarged view of FIG. 3B, the shower hole 62 of the second shower water discharger 58 has a flow parallel to the axis of the water discharge direction, that is, a diffusion shower flow. On the other hand, it is configured to flow out as a straight shower flow in an inward direction.

In this example, when the second shower water discharger 58 is in the raised position and overlaps the first shower water discharger 56 with almost no gap as shown in FIG. Each shower hole 62 will be in the state corresponding to each shower hole 60 of the 1st shower water discharging part 56. FIG. The shower holes 60 in the first shower water discharge unit 56 and the shower holes 62 in the second shower water discharge unit 58 are respectively arranged as such.
Here, the shower hole 62 in the second shower water discharger 58 is formed with a larger diameter than the opening on the downstream side of the shower hole 60 in the first shower water discharger 56.

Next, the operation of the shower water discharge device 28 of this example will be described.
In this example, the operation ring 34 is rotated to relatively move the cylindrical member 32 in the vertical direction, that is, the water discharge direction in FIG. 2A, thereby discharging water as a diffusion shower flow of the first pattern in which shower water discharge is set. Alternatively, water can be discharged as a straight shower flow having a second pattern parallel to the axis of the water discharge direction.
That is, it is possible to switch between diffusion shower water discharge and straight shower water discharge.

  FIG. 3 (I) shows the state at the time of diffusion shower water discharge. At this time, the cylindrical member 32, that is, the second shower water discharge portion 58 is in the ascending position, and the position closest to the first shower water discharge portion 56 and The diffusion shower flow that has flowed out of the first shower water discharge portion 56 at this time passes through each shower hole 62 of the second shower water discharge portion 58 without hitting the second shower water discharge portion 58. Then, water is discharged outside as a diffusion shower flow (diffusion shower water discharge).

  On the other hand, as shown in FIG. 3 (II), when the cylindrical member 32 is in the lowered position, that is, when the second shower water discharger 58 is in a position spaced downward from the first shower water discharger 56, the first shower water discharger. The diffusion shower flow that has flowed out of the unit 56 hits the second shower water discharger 58 and rebounds, and the gap S between the first shower water discharger 56 and the second shower water discharger 58 is the rebounded water. To charge.

Here, a water chamber 66 is formed between the first shower water discharge portion 56 and the second shower water discharge portion 58, and water in the water chamber 66 flows out downward from each shower hole 62 of the second shower water discharge portion 58. Then, the second pattern straight shower flow is generated there.
That is, the diffusion shower flow of the first pattern is converted into the straight shower flow of the second pattern, and shower water is discharged from the shower water discharge device 28.

  As described above, in this example, the switching member is constituted by the cylindrical member 32 and the operation ring 34, the guide groove 49 provided on them, the protrusion 50, the flange portion 46, the annular groove 48 and the like.

  According to the shower water discharge device 28 of this example as described above, different patterns of shower flow (diffusion) from the same shower holes 60 and 62, not from different locations as in the shower water discharge device of FIGS. Shower water discharge can be performed by a shower flow or a straight shower flow), thereby ensuring a wide water discharge area and increasing the number of holes in the shower holes 60 and 62 in any pattern of shower water discharge. It is possible to realize a comfortable shower water discharge.

  Further, in the shower water discharge device 28, switching to the diffusion shower flow or the straight shower flow is performed simply by rotating the operation ring 34 and changing the relative position of the second shower water discharge portion 58 with respect to the first shower water discharge portion 56. Therefore, the switching mechanism can be simply configured with a simple structure, whereby the shower water discharge device 28 can be made compact, the appearance is good, and the degree of design freedom can be increased.

  Also in this example, when the second shower water discharger 58 moves relatively away from the first shower water discharger 56 in the water discharge direction, water is interposed between the first shower water discharger 56 and the second shower water discharger 58. Since the chamber 66 is configured and water in the water chamber 66 is discharged from the second shower water discharge portion 58 as a shower flow of the second pattern, the diffusion shower flow from the first shower water discharge portion 56 is easy. Can be converted into a straight shower flow.

  Further, in this example, since the hole diameter of the shower hole 62 of the second shower water discharger 58 is larger than the diameter of the opening on the downstream side of the shower hole 60 of the first shower water discharger 56, the first shower water discharger 56. The diffuse shower flow from can pass through the second shower water discharger 58 as it is without disturbing the flow, and can be discharged to the outside.

  In this example, the shower flow of the first pattern is a diffusion shower flow and the shower flow of the second pattern is a straight shower flow. Conversely, the shower flow of the first pattern is a straight shower flow and the second pattern. The shower flow can be a diffusion shower flow. This also applies to the following reference examples and embodiments.

FIG. 4 shows another reference example.
In this example, the first shower water discharge portion 56 is provided with a protrusion 68, and the protrusion 68 fits into the shower hole 62 in the second shower water discharge portion 58 during diffusion shower water discharge as shown in (I). It is supposed to be.

  In this example, as shown in (I), when the second shower water discharger 58 is in the raised position, the protrusion 68 of the first shower water discharger 56 is fitted in the shower hole 62 of the second shower water discharger 58. Thus, the diffusion shower flow from the first shower water discharge unit 56 passes through each shower hole 62 of the second shower water discharge unit 58 without hitting the second shower water discharge unit 58, and shower water discharge (diffusion shower water discharge) Is done.

On the other hand, as shown in (II), when the second shower water discharger 58 is in the lowered position, a water chamber 66 is formed between the first shower water discharger 56 and the second shower water discharger 58, and the first shower water discharger. The diffusion shower flow from the portion 56 is absorbed there, and the water in the water chamber 66 is discharged downward as a straight shower flow parallel to the axis of the water discharge direction from each shower hole 62 of the second shower water discharge portion 58. (Straight shower water).
In this example, the same effect as described above can be obtained.

FIG. 5 shows still another reference example.
In this example, a first shower water discharge portion 56 having a shower hole 60 is integrally formed on the cylindrical member 32, while a conversion portion (shower flow pattern conversion portion) 74 having a through hole 72 is provided on the joint body 30 side. It is the example comprised integrally.

  Here, the conversion portion 74 is provided with a downward projecting portion 76 and the tip portion thereof is a tapered portion 78. When the straight shower water discharge shown in FIG. The shape of the shower hole 60 at the time of straight shower water discharge is changed to a straight shape parallel to the axis of the water discharge direction.

  Therefore, in this example, as shown in (I), under the state where the conversion unit 74 and the first shower water discharge unit 56 are separated in the water discharge direction, the diffusion shower flow from the first shower water discharge unit 56 remains as it is. Is done.

  On the other hand, as shown in (II), the first shower water discharge portion 56 and the conversion portion 74 approach the water discharge direction, that is, the vertical direction in the drawing, and the taper portion 78 of the protrusion 76 in the conversion portion 74 enters the shower hole 60. Under a state where a part of the shower hole 60 is buried, the shape of the shower hole 60 in the first shower water discharger 56 becomes the straight shower hole 60F, and at this time, the first shower water discharger 56 extends in the water discharge direction. A straight shower flow parallel to the axis is discharged (straight shower water discharge).

  Also in the shower water discharge device 28 of the present example, the shower flow (diffuse shower flow, straight shower flow) of different patterns from the same shower hole 60, not from different places as in the shower water discharge device of FIGS. It is possible to perform shower water discharge, thereby ensuring a wide water discharge area and increasing the number of shower holes 60 in any pattern, and realizing comfortable shower water discharge. can do.

  Further, in the shower water discharge device 28, switching to the diffusion shower flow or the straight shower flow can be performed only by changing the relative position of the conversion unit 74 and the first shower water discharge unit 56. The mechanism can be simply configured with a simple structure, whereby the shower water discharge device 28 can be made compact, the appearance is good, and the degree of freedom in design can be increased.

FIG. 6 shows still another reference example.
In this example, the second shower water discharger 58 is integrally formed on the slide plate 79, and the slide plate 79 is slid to move the second shower water discharger 58 with respect to the first shower water discharger 56. Is slid in a direction perpendicular to the axial center of the tube, and the diffusion shower water discharge and the straight shower water discharge are switched by the slide movement.
That is, in this example, the slide plate 79 constitutes a switching means.

FIG. 6 (I) shows the state at the time of diffusion shower water discharge. At this time, the shower hole 60 of the first shower water discharge unit 56 and the shower hole 62 of the second shower water discharge unit 58 are in agreement with each other. The shower flow from the hole 60 passes through the shower hole 62 and is discharged.
That is, the diffusion shower flow from the first shower water discharge unit 56 is discharged as it is without changing the flow by the second shower water discharge unit 58 (diffusion shower water discharge).

On the other hand, at the time of (II) straight shower water discharge, the shower holes 60 and 62 are inconsistent, and the shower flow from the shower hole 60 hits the second shower water discharge part 58 and the first shower water discharge part 56 and the second shower water discharge part. The gap S between the shower water discharger 58 is filled with water, and the water chamber 66 is configured.
Then, the water in the water chamber 66 is discharged straight from the shower hole 62 of the second shower water discharge portion 58 straight downward.

FIG. 7 shows still another reference example.
In this example, the shower hole 60 in the first shower water discharger 56 is formed in a straight shape parallel to the axis of the water discharge direction so that the shower flow from the first shower water discharger 56 becomes a straight shower flow, while the second In this example, the shower hole 62 in the shower water discharger 58 is an oblique hole, and a diffusion shower flow is discharged from the second shower water discharger 58 (diffusion shower water discharge).
Also in this example, similarly to the example of FIG. 6, the second shower water discharger 58 can be slid in the direction perpendicular to the axis of the water discharge direction with respect to the first shower water discharger 56.

In FIG. 7, (I) represents the time of water discharge from the diffusion shower. At this time, the straight shower flow from the first shower water discharge unit 56 passes through the water chamber 66 and from the shower hole 62 of the second shower water discharge unit 58. Water is discharged as a stream.
On the other hand, (II) represents a state during straight shower water discharge, and at this time, the straight shower flow from the first shower water discharge unit 56 does not hit the second shower water discharge unit 58 and is directly taken by the shower of the second shower water discharge unit 58. The water is discharged as a straight shower flow downward through the hole 62.

  In the example of FIGS. 6 and 7, the shower flow pattern is switched by sliding the second shower water discharger 58 in a direction perpendicular to the axis of the water discharge direction with respect to the first shower water discharger 56. In the reference example of FIG. 8, the shower flow pattern is switched by rotating the second shower water discharge portion 58 relative to the first shower water discharge portion 56 around the axis in the water discharge direction. .

  In this case, the position of the shower hole 60 of the first shower water discharge unit 56 when the second shower water discharge unit 58 is rotated relative to the first shower water discharge unit 56 is the shower hole 62 of the second shower water discharge unit 58. In addition, it is possible to switch between diffusion shower water discharge and straight shower water discharge in the same manner as described above.

  In the example of FIGS. 6 to 8, by causing the water in the water chamber 66 formed between the first shower water discharger 56 and the second shower water discharger 58 to flow out from the second shower water discharger 58, The diffusion shower flow or straight shower flow (first pattern) from the first shower water discharge unit 56 can be easily converted into a straight shower flow or diffusion shower flow (second pattern) by the second shower water discharge unit 58.

9 to 11 show an embodiment of the present invention.
In this embodiment, the joint body 30 is directly screwed to the female thread of the opening 36 of the water discharge head 26 at the male thread on the outer peripheral surface of the upper end.
The joint body 30 is provided with a communication hole 82 for communicating the upper and lower spaces in the drawing at the center thereof, and a cylindrical member 32 is fitted to the outer peripheral surface thereof. The set screw 80 is fixed in a removal state.

A rotating body 84 having a large number of oblique holes is provided at the lower end portion of the cylindrical member 32 so as to be rotatable around an axis in the direction perpendicular to the water discharge direction.
Specifically, a shaft 86 extends from the rotating body 84 to the right in the drawing, and an operation knob 88 is fixed to the shaft 86 in an integrally rotated state outside the cylindrical member 32 by a nut 90 as a fixture. ing.

In this embodiment, the lower part in FIG. 9A of the rotating body 84 is configured as a first shower water discharger 56 that flows out the diffusion shower flow, and the upper part flows out a straight shower flow in a relatively inward direction. The second shower water discharge unit 58 is configured.
Correspondingly, the lower part in FIG. 9A of the oblique hole in the rotating body 84 forms a shower hole 60 for flowing out the diffusion shower flow, and the upper part is a straight shower flow in the inward direction. The shower hole 62 is formed to flow out.

  In other words, in the present embodiment, the first shower water discharger 56 and the second shower water discharger 58 are integrally configured back to back in a state of overlapping in the water discharge direction, and the shower hole 60 in the first shower water discharger 56 The shower hole 62 in the second shower water discharge part 58 is formed as a continuous hole.

In this embodiment, as shown in FIG. 10, when the rotating body 84 is rotated by 180 ° and the vertical direction of the rotating body 84 is set to the state shown in FIG. 9 and FIG. Water is discharged as a diffuse shower.
On the other hand, when the state shown in FIG. 11 (II) is set, that is, when the first shower water discharge portion 56 is upward in the drawing and the second shower water discharge portion 58 is downward, the shower flow is an inward flow. The water is discharged as a straight shower.
In this embodiment, the switching means is constituted by the shaft 86, the operation knob 88, the nut 90, and the like.

  In the embodiment shown in FIGS. 9 to 11, the shower holes 60 and 62 are both constituted by continuous oblique holes having the same inclination angle. However, as in the embodiment shown in FIG. The through holes may be bent halfway to form the shower holes 60 and 62 as continuous holes.

  Here, one shower hole 62 is a hole oriented in a direction parallel to the axis of the water discharge direction, and during the straight shower water discharge shown in FIG. 12 (II), the shower flow from the shower hole 62 is in the water discharge direction. Straight flow parallel to the axis.

Also in the shower water discharge device 28 of the present embodiment, a wide water discharge area can be ensured and the number of shower holes 60 and 62 can be increased, so that comfortable shower water discharge can be realized.
Also in the shower water discharge device 28, when the shower water discharge is switched between the diffusion shower flow and the straight shower flow, the switching mechanism in the switching means can be simply configured with a simple structure, and thus the shower water discharge device 28 can be made compact. It is possible to improve the degree of design freedom.

  Although the embodiment of the present invention has been described in detail above, this is merely an example, and the present invention can be configured in various forms without departing from the spirit of the present invention.

It is a figure which shows a shower water discharging apparatus with a kitchen faucet and a sink. It is a figure which shows the shower water discharging apparatus of a reference example. It is operation | movement explanatory drawing of the shower water discharging apparatus of the reference example. It is a figure which shows the other reference example. It is a figure which shows another reference example. It is a figure which shows another reference example. It is a figure which shows another reference example. It is a figure which shows another reference example. It is a figure which shows embodiment of this invention. It is a figure which shows rotation of the rotary body in embodiment of FIG. FIG. 10 is an operation explanatory diagram of the embodiment of FIG. 9. It is a figure which shows other embodiment of this invention. It is a figure which shows the conventional shower water discharging apparatus. It is action | operation explanatory drawing of the shower water discharging apparatus of FIG.

Explanation of symbols

18 Kitchen faucet (faucet equipment)
28 shower water discharge device 32 cylinder member 34 operation ring 46 flange part 48 annular groove 49 guide groove 50 protrusion 56 first shower water discharge part 58 second shower water discharge part 60, 60F, 62 shower hole 66 water chamber 74 conversion part 79 slide plate 84 Rotating body 86 Axis 88 Operation knob 90 Nut S Gap

Claims (2)

(A) a first shower water discharger for discharging a first pattern shower flow set from a large number of shower holes; and (b) a second pattern shower flow different from the first pattern is discharged from a large number of shower holes. A second shower water discharger as a shower flow pattern conversion unit; and (c) a switching means for switching the shower water discharge between the shower flow of the first pattern and the shower flow of the second pattern. And
The first shower water discharge portion and the second shower water discharge portion are arranged back to back in a state of overlapping in the water discharge direction and rotatable about an axis center substantially perpendicular to the water discharge direction, and the switching means. However, the first shower water discharger and the second shower water discharger are rotated together around the substantially perpendicular axis so that the second shower water discharger is on the downstream side, and the first shower water discharger. The shower water discharging device in the faucet equipment is characterized in that the part is switched between a position on the downstream side.   The shower water discharge device in a faucet installation according to claim 1, wherein the shower hole of the first shower water discharge portion and the shower hole of the second shower water discharge portion form a continuous hole.

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