JP5088680B2 - Water discharge device - Google Patents

Description

  The present invention relates to a water discharge device, and more particularly, to a water discharge device that discharges water supplied from a water supply.

  Japanese Utility Model Laid-Open No. 5-30257 (Patent Document 1) describes a water faucet device for a sink. This faucet device has a large number of fountain ports arranged in a row, and forms waterfall-like shower water discharged from the large number of fountain ports. In this way, the wide waterfall-like shower water discharge makes it possible to easily wash even a large wash without trouble.

Japanese Utility Model Publication No. 5-30257

  However, there is a problem that a large amount of tap water is consumed in order to form a wide waterfall-like shower water discharge like the faucet device described in Japanese Utility Model Laid-Open No. 5-30257. In order to reduce consumption of tap water, it is conceivable to reduce the diameter of each fountain opening, but the shower water discharged from the fountain with a small diameter has a lack of volume in the water flow, and there is a feeling of use when washing hands, etc. There is a problem of getting worse.

  On the other hand, as a technique for saving water while ensuring a sense of volume in the water flow, foam water discharge is known in which water is discharged while air bubbles are mixed into the water flow. However, if the foam water discharge is used for a shower-like one, the air-containing volume is small, so the air bubbles in the water flow will escape immediately after being discharged from the water discharge port, and flowed down to the sink of the wash bowl or sink. There is a problem that sometimes causes a severe water splash.

  Accordingly, an object of the present invention is to provide a water discharger that can prevent a severe water splash while ensuring water saving and a sense of volume of water flow.

In order to solve the above-described problem, the present invention is a water discharge device for discharging water supplied from a water supply, the water discharge device main body, and a water supply pipe formed in the water discharge device main body and connected to the water supply. A foam shower spouting portion provided in communication with the water supply pipe so as to form a wide distribution of foam shower spouting water including foamy air, and distributed at least in front of the foam shower spouting portion. comprising a array of spout to, so as to cover at least the front of the foam shower water discharge, have a, a rectifying shower water discharge unit to form a thin linear rectifier shower water discharge than foam shower water discharge, foam showers water discharge The section wraps the air by combining a narrow flow spouting section in which a large number of small-diameter spouts distributed widely and a plurality of linear flows discharged from the small-diameter spout of the trickle spout section are combined. Nde has a foam forming means for forming a foam shower water discharge, the rectifying shower water discharge unit is characterized in that to form the rectifying shower water discharge by discharging directly linear flow discharged from trickling water discharger .

  In the present invention configured as described above, the water supplied from the water supply reaches the foam shower water discharge section through the water supply pipe formed inside the water discharge apparatus main body, and the linear foam distributed widely. Shower water discharge is formed. Further, the rectifying shower water discharger having the water discharge ports arranged so as to be distributed at least in front of the foam shower water discharge unit is a linear flow straightening shower thinner than the foam shower water discharge so as to cover at least the front of the foam shower water discharge. Forms water discharge.

According to the present invention configured as described above, the volume of the water flow is ensured by the foam shower water discharged widely, and the linear rectifying shower is thinner than the foam shower water so as to cover at least the front of the foam shower water. Since the water discharge is formed, the rectified shower water discharge that is thin and has little water splashing causes the water splashing that occurs when the air escapes from the foam shower water discharge and flows down to the wash bowl, etc. Can be prevented. Furthermore, according to this invention comprised in this way, foam shower water discharge and rectification shower water discharge can be formed based on the water discharge from the small diameter water discharge port of a trickle water discharge part. Moreover, when the diameter of each small-diameter water discharge port is formed to be the same, water can be discharged uniformly from the foam shower water discharge unit and the rectifying shower water discharge unit.

In this invention, Preferably, it is further provided in the back of a foam shower water discharge part, and has an illumination means to irradiate light to foam shower water discharge.
According to the present invention configured as described above, since the light emitted from the illumination unit is irregularly reflected by the foam shower water discharge, it is possible to obtain water discharge that shines evenly in the width direction, and to make the water discharge a design property. It can be excellent.

In the present invention, preferably, the small-diameter water discharge port of the trickle water discharge unit is formed by etching the metal plate.
According to the present invention configured as described above, a small-diameter spout can be easily formed.

In this invention, Preferably, it further has the packing for metal plates arrange | positioned between a metal plate and the water discharging apparatus main body, and the pressing member which presses a metal plate to packing for metal plates.
According to this invention comprised in this way, the watertightness between a metal plate and a water discharging apparatus main body can be ensured with a simple structure.

  Further, the present invention is a water discharge device for discharging water supplied from a water supply, the water discharge device main body, a water supply pipe formed inside the water discharge apparatus main body and connected to the water supply, and the water supply pipe A trickle spouting part in which a large number of small-diameter spouts are formed to discharge water supplied from the water, and a plurality of linear flows ejected from the small-diameter spouts of the trickle spouting part are combined to bring air into the foam A foam shower water discharge part having a foam forming means for forming shower water discharge, and a foam flow shower water discharge part disposed so as to be positioned at least in front of the foam shower water discharge part, the linear flow discharged from the trickle water discharge part is discharged as it is, And a rectifying shower water discharger that forms a rectifying shower water discharge covering at least the front of the shower water discharge.

  According to the water discharging apparatus of the present invention, it is possible to prevent intense water splashing while securing a volume feeling of water saving and water flow.

Next, preferred embodiments of the present invention will be described with reference to the accompanying drawings.
First, with reference to FIG. 1 thru | or FIG. 4, the water discharging apparatus by 1st Embodiment of this invention is demonstrated. FIG. 1 is a perspective view showing the entire wash basin in which the water discharging device according to the first embodiment of the present invention is incorporated. FIG. 2 is a cross-sectional view of the water discharger according to the present embodiment incorporated in the washstand. FIG. 3 is a bottom view of the water discharging device according to the present embodiment. FIG. 4 is an exploded perspective view of the water discharging device according to the present embodiment.

  As shown in FIG. 1, the washstand 1 includes a wash bowl 2, a shelf 4 provided above the wash bowl 2 so as to protrude from the rear wall W of the wash bowl 2, and the shelf 4 A faucet device 6 attached to the lower surface. Further, the faucet device 6 includes a single lever faucet 8 and a water discharge device 10 according to the first embodiment of the present invention provided at substantially the center of the faucet device 6.

  The faucet device 6 is configured to adjust the flow rate and temperature of hot water discharged from the water discharge device 10 by operating the lever of the single lever faucet 8. Moreover, the water discharging apparatus 10 is comprised so that water may be discharged in the wash bowl 2 toward the front diagonally downward from the water discharging part. Further, an LED illumination 12 that is an illuminating means is provided behind the water discharger, and irradiates light to the discharged water flow. In the present specification, the rear wall surface W side is referred to as the rear side, and the opposite side is referred to as the front side with respect to the water discharge device 10.

Next, with reference to FIG. 2 thru | or FIG. 4, the structure of the water discharging apparatus 10 by 1st Embodiment of this invention is demonstrated in detail.
As shown in FIG. 2, the water discharge device 10 of the present embodiment includes an LED illumination 12, a water discharge device main body 14, and a trickle water discharge portion 16 received in a recess 14 b provided at the tip of the water discharge device main body 14. The water discharger forming member 18 is fitted into the recess 14b so as to cover the trickle water discharger 16. In the water discharge device 10 of the present embodiment, foam shower water containing foamy air is made from the central part of the water discharge part forming member 18, and from the periphery of the foam shower water discharge, a rectifying shower is surrounded so as to surround the foam shower water discharge. It is comprised so that water discharge may be made. Accordingly, the central portion of the water discharge portion forming member 18 functions as the foam shower water discharge portion 20, and the surrounding portion functions as the rectifying shower water discharge portion 22.

The LED illumination 12 is disposed below the water discharge device main body 14 and behind the foam shower water discharge unit 20 and is configured to irradiate light to the foam shower water discharge and the rectified shower water discharge.
The water discharger main body 14 has a water supply conduit 14a extending in the horizontal direction therein. In addition, a recess 14b that opens forward and obliquely downward is formed at the tip of the water discharger main body 14 so as to communicate with the water supply pipe 14a. The trickle water discharger 16 receives the recess 14b. It has been. Furthermore, the water supply pipe line 14a is connected to a water supply and a hot water supply apparatus (not shown) through the single lever faucet 8.

  As shown in FIG. 4, the trickling water spouting portion 16 is formed by a generally oval water spray plate portion 16 a and a peripheral edge portion 16 b formed around the water spray plate portion 16 a. In addition, a large number of small-diameter spouts 16c and 16d are formed in the water spray plate portion 16a so as to be widely distributed. In the present embodiment, these small-diameter spouts are all formed to have the same diameter, but the small-diameter spouts 16c formed in the peripheral portion are distributed at a relatively high density and are arranged linearly. The small diameter water discharge ports 16d formed so as to be surrounded by the small diameter water discharge ports 16c are distributed at relatively large intervals. As will be described later, the linear flow discharged from the small-diameter spout 16c forms rectified shower spout as it is, and the hot water discharged from the small-diameter spout 16d becomes foam shower spout. Further, a raised edge portion 16e is formed around the water spray plate portion 16a, and a cutout portion 16f is formed in a part of the raised edge portion 16e. At the time of water discharge, air is sucked through the notch 16f to form a foam, and is mixed into the foam shower water.

  As shown in FIG. 4, the water discharge portion forming member 18 includes a flange portion 18a fixed to the water discharge device main body 14, a trickle water discharge portion receiving portion 18b formed on the back side of the flange portion 18a, and a front side of the flange portion 18a. It is formed from the head part 18c formed in this. The flange portion 18 a is a generally oval plate that is fixed to the water discharge device main body 14 by two screws 24. Further, the trickle water spouting part receiving part 18 b is formed so as to surround the side surface of the trickle water spouting part 16. An annular packing 26 is disposed between the trickle water spouting part receiving part 18b and the peripheral edge part 16b of the trickle water spouting part 16 to ensure watertightness between the two members. Further, the trickle water spouting portion receiving portion 18b is received in the concave portion 14b of the water spouting device main body 14, and the water tightness is ensured by the annular packing 28 disposed therebetween.

  The head portion 18c is a rectangular parallelepiped portion formed on the front side of the flange portion 18a, and includes four shower passages 18d that are straight elongated holes, and foam disposed so as to be surrounded by the shower passages 18d. A plurality of foam forming nozzles 18e, which are forming means, are formed. Further, a notch portion 18f is formed at one end of the flange portion 18a. Further, an intake hole 18g (FIG. 2) is formed in a portion facing the peripheral edge portion 16b so as to be adjacent to the notch portion 18f. At the time of water discharge, air is sucked through the cutout portion 18f, the intake hole 18g, and the cutout portion 16f of the trickle water discharge portion 16, is made into a foam shape, and is mixed into the foam shower water discharge.

  Each of the four shower passages 18d is a linear long hole, and is arranged so as to form a rectangle. Each shower passage 18 d is positioned so as to be aligned with the small-diameter water discharge port 16 c formed in the water spray plate portion 16 a of the trickle water discharge portion 16. For this reason, a large number of linear water flows discharged from the small-diameter water discharge port 16c are directly rectified shower water discharged through the shower passage 18d.

  As shown in FIG. 2, each foam forming nozzle 18e is formed of a generally conical inlet portion and a cylindrical portion formed continuously with the inlet portion. The foam forming nozzle 18e has a diameter larger than that of the small-diameter water discharge port 16d of the trickle water discharge portion 16, and the conical inlet portion is disposed so as to be aligned with each of the plurality of small-diameter water discharge ports 16d. In the present embodiment, each foam forming nozzle 18e is formed so as to be aligned with three small-diameter water discharge ports 16d.

Next, the operation of the water discharge device 10 according to the first embodiment of the present invention will be described.
First, when the user of the water discharge device 10 operates the lever of the single lever faucet 8 backward, the single lever faucet 8 is opened, and hot water from a water supply and a water heater (not shown) is discharged from the water discharge device. 10 is supplied. The hot water supplied to the water discharger 10 flows into the water supply pipe 14a of the water discharger main body 14 and reaches the recess 14b. The hot water that has flowed into the recess 14 b is discharged from the small-diameter water discharge ports 16 c and 16 d formed in the trickle water discharge unit 16. Here, since each small-diameter spout 16c, 16d is formed in the substantially same diameter, hot water is discharged by the substantially same water force, without biasing from each small-diameter spout.

  Hot water discharged from each small-diameter spout 16c formed so as to be aligned with the shower passage 18d passes through the shower passage 18d as it is and is discharged as rectified shower spout. On the other hand, the hot water discharged from the small-diameter spouts 16d formed so as to be aligned with each foam-forming nozzle 18e has a linear flow discharged from the three small-diameter spouts 16d, and the inlet of one foam-forming nozzle 18e. It flows in and merges while colliding with the part wall surface. At this time, due to the ejector effect, air is sucked through the cutout portion 18f, the intake hole 18g, and the cutout portion 16f, and the inflowing air is entrained into a foam. The hot water mixed with foamy air is discharged from the foam forming nozzle 18e as foam shower water discharge. Here, since the foam shower water discharge is a combination of the linear flows discharged from the three small-diameter water discharge ports 16d, each linear flow of the foam shower water discharge is thicker than each linear flow of the rectified shower water discharge. It has become.

  Thereby, rectification shower water discharge is formed so that the foam shower water discharge distributed in the shape of a wide waterfall may be surrounded. The foam-like air mixed in the foam shower water has escaped from the water flow before the water flowed down to the wash bowl 2. However, since the thin straight rectified shower water discharge is formed around the foam shower water discharge, the water splash generated when the foam shower water discharge collides with the wash bowl 2 is blocked by the surrounding straight shower water discharge to the outside. Is prevented from scattering.

  The flow rates of the foam shower water discharge and the rectifying shower water discharge are changed by rotating the lever of the single lever faucet 8 in the front-rear direction. Further, the temperature of the hot water discharged is adjusted by rotating the lever of the single lever faucet 8 in the left-right direction. Further, when the user operates an illumination switch (not shown), the LED illumination 12 is turned on, and light is irradiated from behind to the foam shower water discharge and the rectified shower water discharge. The light irradiated to the foam shower water discharge is irregularly reflected, and water discharge that shines evenly in the width direction is realized, and the design is excellent.

  According to the water discharge device of the first embodiment of the present invention, while ensuring a sense of volume of the water flow by the foam shower water discharged widely, the rectified shower water discharge is formed so as to surround the foam shower water discharge, It is possible to prevent violent water splash from splashing outside the rectifying shower water discharge.

  Moreover, according to the water discharging apparatus of this embodiment, since the light irradiated from LED illumination is irregularly reflected by foam shower water discharge, the water discharge which shines uniformly over the width direction can be obtained, and water discharge is made into design property. It can be excellent.

  Furthermore, according to the water discharging apparatus of this embodiment, foam shower water discharge and rectification shower water discharge can be formed based on the water discharge from the small diameter water discharge port of the trickle water discharge unit. Moreover, since the diameter of each small-diameter water discharge port is formed identically, water can be discharged uniformly from the foam shower water discharge unit and the rectifying shower water discharge unit.

  Moreover, in embodiment mentioned above, although the rectification shower water discharge was formed so that the circumference | surroundings of foam shower water discharge might be surrounded, a water discharge apparatus can also be comprised so that a rectification shower water discharge may be formed only at the front. . In other words, the outlets of the rectified shower water discharge can be arranged so as to be distributed in front of the foam shower water discharger so that at least the front of the foam shower water discharge is covered with the rectified shower water discharge. Thereby, the water splash to the user side of the water discharging apparatus can be prevented.

  Next, with reference to FIG. 5 thru | or FIG. 7, the water discharging apparatus by 2nd Embodiment of this invention is demonstrated. The water discharge device of this embodiment is mainly different from the first embodiment described above in the configuration of the trickle water discharge unit. Accordingly, here, only the points of the second embodiment of the present invention that are different from the first embodiment will be described, and description of similar points will be omitted. FIG. 5 is a perspective view of the water discharging device of the present embodiment as viewed obliquely from below. FIG. 6 is a cross-sectional view of the water discharge device of the present embodiment. FIG. 7 is an exploded perspective view of the water discharge device of the present embodiment.

  As shown in FIGS. 5 to 7, the water discharge device 110 of this embodiment includes a water discharge device main body 114, a trickle water discharge portion 116, a water discharge portion forming member 118, a water discharge device main body 114, and a trickle water discharge portion 116. It has the metal plate packing 126 arranged, the spacer 128 arranged between the trickle water discharger 116 and the water discharger forming member 118, and the pressing member 130 fixed to the water discharger main body 114. In the water discharge device 110 of the present embodiment, foam shower water containing foamy air is made from the central portion of the water discharge portion forming member 118, and the rectifying shower surrounds the foam shower water discharge from around the foam shower water discharge. It is comprised so that water discharge may be made. Accordingly, the central portion of the water discharge portion forming member 118 functions as the foam shower water discharge portion 120, and the surrounding portion functions as the rectifying shower water discharge portion 122.

  The water discharger main body 114 has a water supply conduit 114a formed therein, and a recess 114b is formed at the tip thereof. The recess 114b accommodates a metal plate packing 126, a trickle water discharge portion 116, a spacer 128, and a water discharge portion forming member 118 in this order. After these members are disposed in the recess 114b, the pressing member 130 is fixed to the water discharger main body 114 with the two screws 124, so that each member is attached at an appropriate position.

  As shown in FIG. 7, the trickle water spouting unit 116 is configured by a rectangular thin metal plate. In addition, a large number of small-diameter water discharge ports 116c and 116d are formed in the metal plate so as to be widely distributed by etching. In the present embodiment, the trickle water spouting portion 116 is a thin plate made of stainless steel, and the small diameter water spouting ports are all formed to have the same diameter. In addition, the small-diameter spouts 116d formed so as to be distributed in the central part of the rectangle are distributed at a relatively large interval, and the small-diameter spouts 116c distributed in a rectangular shape so as to surround the same are distributed at a relatively high density. ing. The linear flow discharged from the small-diameter spout 116c forms rectified shower spout as it is, and the hot water discharged from the small-diameter spout 116d becomes foam shower spout.

  As shown in FIG. 7, the water discharge portion forming member 118 is a rectangular relatively thick plastic plate, and is surrounded by four shower passages 118d that are linear long holes, and these shower passages 118d. A plurality of foam forming nozzles 118e, which are foam forming means, are formed. Further, a cutout portion 118 f is formed at one end of the water discharge portion forming member 118. At the time of water discharge, air is sucked through the notch 118f, is made into a foam, and is mixed into the foam shower water.

  Each of the four shower passages 118d is a straight long hole, and is arranged to form a rectangle. Each shower passage 118d is positioned so as to be aligned with a small-diameter water discharge port 116c formed in the trickle water discharge unit 116. For this reason, a large number of linear water flows discharged from the small-diameter water discharge port 116c are directly rectified shower water discharged through the shower passage 118d.

  As shown in FIG. 6, each foam forming nozzle 118 e is formed of a generally conical inlet portion and a cylindrical portion formed continuously with the inlet portion. The foam forming nozzle 118e is formed to have a diameter larger than that of the small-diameter water outlet 116d of the trickle water spouting portion 116, and the conical inlet portion is disposed so as to be aligned with the plurality of small-diameter water outlets 116d. In the present embodiment, each foam forming nozzle 118e is formed so as to be aligned with two small-diameter spouts 116d.

  As shown in FIG. 7, the metal plate packing 126 is a rectangular frame-shaped packing, and is sandwiched between the concave portion 114 b of the water discharging device main body 114 and the trickle water discharging portion 116 to ensure water tightness between them. Is configured to do.

  The spacer 128 is a member having a rectangular frame shape with one side open, and is configured to form a gap between the trickling water discharge portion 116 and the water discharge portion forming member 118. The opened part of the rectangular frame is arranged so as to be adjacent to the cutout part 118f of the water discharge part forming member 118, and air is sucked through the opened part at the time of water discharge.

  The pressing member 130 is a generally rectangular plate having a rectangular opening 130 a formed at the center, and is fixed to the bottom surface of the water discharger main body 114 by two screws 124. As a result, the trickle water spouting portion 116 is pressed against the metal plate packing 126, and the metal plate packing 126 is pressed against the bottom surface of the recess 114 b of the water discharging device main body 114. Moreover, the foam shower water discharge and rectified shower water discharge which passed the water discharge part formation member 118 are discharged through the opening 130a.

Next, the operation of the water discharge device 110 according to the second embodiment of the present invention will be described.
First, hot water is supplied from a water supply and a water heater (not shown), and the supplied hot water flows into the water supply conduit 114a of the water discharger main body 114 and reaches the recess 114b. The hot water flowing into the recess 114b is discharged from the small-diameter water discharge ports 116c and 116d formed in the trickle water discharge portion 116.

  Hot water discharged from each small-diameter spout 116c aligned with the shower passage 118d is discharged as rectified shower spout as it is. On the other hand, the hot water discharged from the small-diameter spouts 116d formed so as to be aligned with the respective foam-forming nozzles 118e, the linear flow discharged from the two small-diameter spouts 116d flows into one foam-forming nozzle 118e. To join. At this time, air is sucked in through the notch 118f and the opening portion of the spacer 128, and the air that has flowed in is entrained into a foam. The hot water mixed with foamy air is discharged as foam shower water from the foam forming nozzle 118e.

  Thereby, the rectified shower water discharge is formed so as to surround the foam shower water discharged distributed in a wide waterfall shape, and the water splash generated when the foam shower water discharge collides with the wash bowl 2 is blocked by the surrounding rectified shower water discharge, Scattering is prevented.

  According to the water discharge device of the second embodiment of the present invention, the trickle water discharge portion is configured by a metal plate, and the small-diameter water discharge port is formed by etching the metal plate. It can be formed easily.

  Further, according to the water discharging device of the present embodiment, the metal plate packing is disposed between the metal plate and the water discharging device main body, and the metal plate is pressed against the metal plate packing by the pressing member, so that the thin metal plate However, watertightness can be ensured by a simple structure.

  As mentioned above, although preferable embodiment of this invention was described, a various change can be added to embodiment mentioned above. In particular, in the embodiment described above, LED illumination is used as the illumination means, but any illumination such as an incandescent bulb and a fluorescent lamp can be used as the illumination means.

It is a perspective view which shows the whole washstand in which the water discharging apparatus by 1st Embodiment of this invention was integrated. It is sectional drawing of the water discharging apparatus integrated in the washstand. It is a bottom view of a water discharging apparatus. It is a disassembled perspective view of a water discharging apparatus. It is the perspective view which looked at the water discharging apparatus by 2nd Embodiment of this invention from diagonally downward. It is sectional drawing of a water discharging apparatus. It is a disassembled perspective view of a water discharging apparatus.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Washing stand in which the water discharging apparatus by 1st Embodiment of this invention was integrated 2 Washing bowl 4 Shelf part 6 Water faucet device 8 Single lever faucet 10 Water discharging apparatus by 1st Embodiment of this invention 12 LED illumination (illuminating means)
DESCRIPTION OF SYMBOLS 14 Water discharging apparatus main body 14a Water supply pipe line 14b Concave part 16 Trickle water spouting part 16a Sprinkling board part 16b Peripheral part 16c, 16d Small diameter water spouting port 16e Raised edge part 16f Notch part 18 Water discharging part formation member 18a Flange part 18b Trickle water spouting part receiving part 18c Portion 18d Shower passage 18e Foam forming nozzle (foam forming means)
DESCRIPTION OF SYMBOLS 20 Foam shower water discharging part 22 Rectification shower water discharging part 24 Screw 26 Packing 28 Packing 110 Water discharging apparatus of 2nd Embodiment of this invention 114 Water discharging apparatus main body 114a Water supply pipe line 114b Recessed part 116 Trickle water discharging part (metal plate)
116c, 116d Small-diameter water discharge port 118 Water discharge portion forming member 118d Shower passage 118e Foam formation nozzle 118f Notch portion 120 Foam shower water discharge portion 122 Rectification shower water discharge portion 124 Screw 126 Packing for metal plate 128 Spacer 130 Pushing member

Claims (5)

A water discharge device for discharging water supplied from a water supply,
A water discharge device body;
A water supply pipe formed inside the water discharge device main body and connected to the water supply,
A foam shower spout unit provided in communication with the water supply line so as to form a wide range of foam shower spout water containing foam-like air;
Rectification that includes water discharge ports arranged so as to be distributed at least in front of the foam shower water discharge unit, and forms a linear rectified shower water discharge that is thinner than the foam shower water discharge so as to cover at least the front of the foam shower water discharge A shower spout,
I have a,
The foam shower spouting portion is formed by combining a narrow flow spouting portion in which a large number of small-diameter spouts that are widely distributed and a plurality of linear flows discharged from the small-diameter spout of the trickle spouting portion are joined together. Foam forming means for forming the foam shower water discharge, and the rectifying shower water discharging section discharges the rectified shower water discharging by directly discharging the linear flow discharged from the trickle water discharging section. A water discharge device characterized by forming .   Furthermore, the water discharging apparatus of Claim 1 which has an illumination means provided behind the said foam shower water discharging part, and irradiates light to the said foam shower water discharging. The water discharge device according to claim 1 or 2 , wherein the small-diameter water discharge port of the trickle water discharge unit is formed by etching a metal plate. The water discharging device according to claim 3 , further comprising a metal plate packing disposed between the metal plate and the water discharging device main body, and a pressing member that presses the metal plate against the metal plate packing. A water discharge device for discharging water supplied from a water supply,
A water discharge device body;
A water supply pipe formed inside the water discharge device main body and connected to the water supply,
By combining a plurality of linear flows discharged from the small-diameter spout of the narrow-flow spout, and a trickle spout formed with a large number of small-diameter spouts that discharge water supplied from the water supply pipe A foam shower water discharger comprising foam forming means for entraining air to form foam shower water discharge;
A rectifying shower that is disposed so as to be positioned at least in front of the foam shower water discharge unit, discharges a linear flow discharged from the trickle water discharge unit as it is, and forms a rectified shower water discharge covering at least the front of the foam shower water discharge A water discharge part,
A water discharge device characterized by comprising:

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