JP6592936B2 - Faucet counter - Google Patents

Description

  Aspects of the invention generally relate to a faucet counter.

  There is a faucet counter that integrates a counter and a faucet device. The faucet counter is used, for example, in a bathroom and attached to a wall surface. Water and hot water are supplied to the faucet counter from a water supply port and a hot water supply port provided on the wall surface.

  The faucet counter has two stop cocks for water and hot water in order to stop the flow of water and hot water to the downstream side during maintenance or the like. The two stop cocks are generally connected in the vicinity of the water supply port and the hot water supply port. For this reason, two stop cocks are arrange | positioned at the back | inner side of the counter main body containing a counter top plate. In addition, these two water stop cocks are preferably arranged side by side in order to improve the aesthetic appearance. For example, in the faucet counter of Patent Document 1, a technique is disclosed in which two stop cocks are arranged side by side on the back side of the counter body.

  On the other hand, in the faucet counter, the counter body is separated from the wall surface, and the width of the portion attached to the wall surface is made narrower than the width of the counter body, thereby providing a gap between the faucet counter and the wall surface. It has been. In such a faucet counter, it is possible to improve the design, and it is possible to make the lower part of the faucet counter brighter by allowing light to pass through the gap portion.

  However, when the counter body is separated from the wall surface, the length from the two water stop cocks arranged laterally to the back side from the counter body to the tip of the counter body becomes longer. For this reason, it becomes difficult to find each stop cock.

  In order to prevent this, it is conceivable to arrange two stop cocks arranged in the horizontal direction on the counter body. However, in the faucet counter in which the temperature adjustment unit and the flow rate adjustment unit of water discharged to the counter body are arranged in the horizontal direction instead of the vertical direction in order to ensure the operability from the front of the faucet counter, the counter The horizontal length of the main body is large, and in such a faucet counter, when the stop cocks are arranged side by side in the counter main body, a further lateral space is required. As a result, the horizontal width of the counter body is further increased, the horizontal direction of the counter body is further increased, and the design of the faucet counter is deteriorated.

  For this reason, in the faucet counter, it is desirable to improve the maintainability while suppressing the lateral enlargement of the counter body even when a gap is provided between the faucet counter and the wall surface to which the faucet counter is attached. It is.

JP 2004-113510 A

  The present invention has been made on the basis of recognition of such a problem, and in a state where there is a gap between the wall surface to which the faucet counter is attached in the vicinity of both ends, the maintenance is improved while suppressing an increase in size. An object is to provide a water faucet counter.

  1st invention is a counter top plate, a faucet function part, Comprising: The water discharge part which has a water discharge port, The 1st stop cock connected to the 1st supply port provided in the wall surface of installation space, A second stop cock connected to a second supply port provided in the wall surface, water supplied from one of the first supply port and the second supply port, and the first supply port and the first (2) Mixing hot water supplied from the other of the supply ports to adjust the flow rate of hot water supplied from the temperature adjusting unit by adjusting the temperature of the hot water discharged from the water discharge port, A faucet function part having a flow rate adjusting part to be discharged from the water outlet, and a storage space provided below the counter top plate and the faucet function part for accommodating the faucet function part together with the counter top plate A counter body having a cover portion to be formed, and the first body A counter holding portion that is attached to the wall surface so as to cover the supply port and the second supply port, and holds the counter body on the wall surface in a state of being separated from the wall surface, and a lateral direction of the counter holding portion Is narrower than the width of the counter body in the lateral direction, the temperature adjusting portion is disposed in the lateral direction of the flow rate adjusting portion, and the first stop cock and the second stop cock are opened. And an operation part for switching the closure, respectively, and the cover part is provided with a non-hiding part that does not hide the operation part, and the first stop cock is a rear part of the counter body. The faucet counter is characterized in that the second faucet is disposed in front of the first faucet.

  According to this faucet counter, the lateral width of the counter holding portion is made narrower than the lateral width of the counter body, and the counter body is held away from the wall surface of the installation space. The design can be improved, and light passes through the gap between the faucet counter and the wall surface, so that the lower part of the faucet counter can be easily brightened.

  Further, the temperature adjusting unit is arranged in the lateral direction of the flow rate adjusting unit, that is, the temperature adjusting unit and the flow rate adjusting unit are arranged in the horizontal direction, so that operability from the front of the faucet counter is ensured. The faucet counter is easy to use.

  Moreover, since the 2nd stop cock is arrange | positioned ahead of the 1st stop cock, the 2nd stop cock will be arrange | positioned more in front of a counter main body, and in the case of a maintenance, the 2nd stop cock The stopper can be easily found, and the first stop cock arranged behind the stopper can also be easily found. Thus, even when a gap is provided between the counter body and the wall surface, the first stop cock and the second stop cock can be found in a relatively short time. Opening and closing can be switched in a relatively short time using the operation part of the stop cock, and the maintainability of the faucet counter can be improved. Furthermore, by arranging the first stop cock and the second stop cock in front and back rather than side by side, the width of the counter body can be reduced even in the state where the temperature adjustment section is arranged in the lateral direction of the flow adjustment section. Further, it is possible to prevent the faucet counter from deteriorating in design due to further enlargement of the counter body in the lateral direction.

  Moreover, 2nd invention is 1st invention. WHEREIN: The said counter holding | maintenance part is arrange | positioned in the position which overlaps the center of the horizontal direction of the said counter main body in the front-back direction, The said 1st water stop cock, the said 2nd water stop The stopper and the water outlet are arranged at a position overlapping with the counter holding portion in the front-rear direction, and the first water stop cock and the second water stop cock are arranged at a position not overlapping with the water outlet in the front-rear direction. It is a faucet counter characterized by being.

  According to this faucet counter, since the counter holding portion is arranged at a position overlapping the horizontal center of the counter body in the front-rear direction, the gap between the faucet counter and the wall surface is located near both ends of the counter body. The lower part of the faucet counter can be brightened from both end sides by the light that has passed through the gap portions provided in the vicinity of both ends of the counter body.

  In addition, it is preferable that the water outlet is disposed at a position overlapping the counter holding portion in the front-rear direction, that is, in the vicinity of the center of the counter body, because the faucet counter has good design. And since the 1st stop cock and the 2nd stop cock are arrange | positioned in the position which overlaps with a counter holding | maintenance part, ie, the center vicinity of a counter main body, the 1st stop cock and the 1st supply port arrange | positioned in a counter holding | maintenance part And the pipe connecting the second stop cock and the second supply port arranged in the counter holding section can be shortened, the workability of the faucet counter can be improved, and the manufacturing cost can be reduced.

  In this way, the lower part of the faucet counter can be brightened from both ends, and the spout can be arranged near the center of the counter body, the workability of the faucet counter is good, and the manufacturing cost can be reduced. In this state, the first stop cock and the second stop cock are arranged at positions that do not overlap the faucet in the front-rear direction. For example, the worker has maintained the faucet counter and passed it to the faucet counter. When the first stop cock and the second stop cock are opened so as to be watered, it is possible to prevent the water leaking from the water spout from being applied to the operator's hand or clothes.

Moreover, 3rd invention is 1st or 2nd invention , The said 1st stop cock is arrange | positioned ahead of the said 1st supply port, The said faucet function part is the said 1st stopcock and A faucet counter having a holding member for holding the second stop cock .

  According to this faucet counter, by arranging the first stop cock in front of the first supply port held on the wall surface, a complicated shape is formed to connect the first stop cock and the first supply port. The piping can be shortened, or the piping can be made unnecessary, and the distance between the first stop cock and the first supply port can be shortened. Can be connected to the mouth. On the other hand, in the 2nd stop cock arranged ahead of the 1st stop cock, since it is arranged in the position away from the 2nd supply port, it cannot be stably arranged because it is away from the 2nd supply port. Issues arise. However, by connecting the second stop cock to the first stop cock, the second stop cock can be stably placed on the faucet counter. Therefore, even when the second stop cock is arranged in front of the first stop cock, both the first stop cock and the second stop cock can be stably arranged in the faucet counter.

A fourth aspect of the present invention is the third aspect, before Symbol holding member has a top surface facing upward, the operating part and the operating part of the second stop cock of the first stop cock A faucet counter that holds a part of the first stop cock and a part of the second stop cock in contact with the upper surface facing downward.

  According to this faucet counter, the holding member has an upper surface facing upward, and the operation part of the first stop cock and the operation part of the second stop cock are directed downward, and a part of the first stop cock In addition, since the connection is made with a part of the second stop cock being in contact with the upper surface, the operation part can be operated from below the counter body, and the connection state of the first stop cock or the second stop cock should be possible Even when has been released, the first stop cock and the second stop cock are supported by the upper surface of the holding member, so there is no fear of the first stop cock and the second stop cock falling, Accordingly, the first stop cock and the second stop cock or the cover part under the first stop cock and the second stop cock is damaged by dropping to the first stop cock and the second stop cock. There is no fear of it. Therefore, a 1st stop cock and a 2nd stop cock can be connected stably.

  In addition, in a fifth aspect based on any one of the first to fourth aspects, the temperature adjusting portion, the first stop cock, and the second stop cock are arranged in a lateral direction of the counter body. A faucet counter that is arranged closer to the right or left side than the center.

  The stop cock needs to be installed on the upstream side of the temperature adjustment unit in order to stop the flow of water and hot water on the downstream side during maintenance of the faucet counter. According to this faucet counter, By arranging the stop cock and the second stop cock on the same side as the temperature adjustment section, the length of the pipe between each stop cock and the temperature adjustment section can be shortened. Moreover, the space on the opposite side to these can be used for arrangement | positioning of the other components of a faucet function part, and storage space can be utilized efficiently. For example, an increase in the size of the counter body can be more appropriately suppressed.

  According to the aspect of the present invention, it is possible to provide a faucet counter with improved maintainability while suppressing an increase in size in a state where a gap is provided between the both ends and the wall surface to which the faucet counter is attached. Can do.

It is a front view showing typically a faucet counter concerning an embodiment of the invention. It is a side view which represents typically the faucet counter which concerns on embodiment of this invention. It is a disassembled perspective view which represents typically the faucet counter which concerns on embodiment of this invention. It is a perspective view showing typically a faucet counter concerning an embodiment of the invention. It is a bottom view showing typically a faucet counter concerning an embodiment of the invention. FIG. 6A and FIG. 6B are a bottom view and a perspective view schematically showing the water stop cock and the hot water stop cock according to the embodiment of the present invention. FIG. 7A and FIG. 7B are perspective views schematically showing the counter holding unit according to the embodiment of the present invention. It is a front view showing typically a part of faucet counter concerning an embodiment of the invention. It is a bottom view which represents typically the modification of the water stop cock and hot water stop cock which concerns on embodiment of this invention.

Embodiments of the present invention will be described below with reference to the drawings. In addition, in each drawing, the same code | symbol is attached | subjected to the same component and detailed description is abbreviate | omitted suitably.
FIG. 1 is a front view schematically showing a faucet counter according to an embodiment of the present invention.
FIG. 2 is a side view schematically showing the faucet counter according to the embodiment of the present invention.
FIG. 3 is an exploded perspective view schematically showing the faucet counter according to the embodiment of the present invention. FIG. 4 is a perspective view schematically showing the faucet counter according to the embodiment of the present invention.
As illustrated in FIGS. 1 to 4, the faucet counter 10 includes a counter body 12 and a counter holding unit 14. The faucet counter 10 is used in a state where it is attached to a wall surface WL of an installation space IS such as a bathroom.

  In the present specification, the direction from the wall surface WL toward the front (the direction toward the left in FIG. 2) is defined as “front”, and the opposite direction is defined as “rear”. A direction perpendicular to the front-rear direction and the up-down direction (a direction perpendicular to the paper surface in FIG. 2) is defined as a horizontal direction.

  The counter body 12 includes a counter top plate 20, a faucet function part 21, and a cover part 22. In the faucet counter 10, water can be discharged from the faucet function unit 21. In the faucet counter 10, for example, body soap or shampoo can be placed on the counter top plate 20. Thus, the faucet counter 10 functions as a faucet device in a bathroom and also functions as a bathroom counter, for example. In other words, the faucet counter 10 is obtained by integrating a faucet device and a counter.

  The faucet counter 10 is disposed above the counter 2 for placing a basin or the like in a bathroom, for example. In the bathroom, an illumination 4 is provided above the faucet counter 10. The installation space IS of the faucet counter 10 is not limited to a bathroom, and may be a bathroom, for example. For example, the faucet counter 10 may be used by being attached above the washstand in the washroom.

  The counter holding unit 14 is used to attach the faucet counter 10 to the wall surface WL. The counter holding unit 14 holds the counter body 12 in a state of being separated from the wall surface WL, and provides a gap between the counter body 12 and the wall surface WL in the vicinity of both side ends of the counter body 12. Thereby, in the faucet counter 10, an improvement in design property can be aimed at. Further, in a bathroom or the like, the lighting 4 is often arranged above the faucet counter 10. For this reason, the light from the illumination 4 can be passed through the gap portion, and the lower part of the faucet counter 10 can be easily brightened.

  The horizontal length of the counter top plate 20 is longer than the length of the counter top plate 20 in the front-rear direction. The counter top plate 20 has a substantially rectangular shape in plan view (when viewed from above). The counter top plate 20 has a substantially rectangular flat plate shape. The shape of the counter top plate 20 is not limited to this, and may be any shape that is long in the lateral direction.

  The faucet function unit 21 includes a spout 30 (water discharge unit) having a water discharge port 30a and a flow rate adjustment unit 31 that adjusts the flow rate of water discharged from the water discharge port 30a. The faucet function unit 21 further includes, for example, a shower elbow 32, a spouting water switching unit 33, and a temperature adjustment unit 34. A hand shower (not shown) is connected to the shower elbow 32. The spouting water switching unit 33 includes an operation unit 33a for the water discharge port 30a and an operation unit 33b for a shower. Depending on the operation of each operation unit 33a, 33b, the water discharge port 30a or the hand shower Switch the water stop. The temperature adjustment unit 34 includes an operation unit 34a, and adjusts the temperature of water discharged from the water outlet 30a or the hand shower according to the operation of the operation unit 34a. The temperature adjustment unit 34 is arranged in the lateral direction of the flow rate adjustment unit 31. The flow rate adjustment unit 31 includes an operation unit 31a and adjusts the flow rate of water discharged from the water outlet 30a or the hand shower according to the operation of the operation unit 31a.

  In the faucet counter 10, after operating the flow rate adjustment unit 31 and the temperature adjustment unit 34, the discharge water switching unit 33 is operated. Thereby, water with a desired flow rate and temperature is discharged from the water outlet 30a or the hand shower.

  In this example, the stop water switching unit 33 switches the stop water from the water outlet 30a or the hand shower. For example, the flow rate adjusting unit 31 may switch the flow rate and the water stoppage. For example, the flow rate adjusting unit 31 is provided with an operation unit for water and an operation unit for hot water, and according to the operation of each operation unit, water discharge water and flow rate, hot water discharge water and flow rate, It may be possible to adjust. That is, the flow rate adjusting unit 31 may be configured to adjust the water discharge water, the flow rate, and the temperature.

  The cover unit 22 is provided below the counter top plate 20 and the faucet function unit 21, and forms a storage space SS that accommodates the faucet function unit 21 together with the counter top plate 20. The cover part 22 includes, for example, side panels 40 and 41, a lower cover 42, and a holding part cover 43.

  The side panels 40 and 41 cover the front and side surfaces of the faucet function unit 21 along the outer edge of the counter top plate 20. The lower cover 42 is attached to the lower ends of the side panels 40 and 41 and covers the lower part of the faucet function unit 21. Thereby, the storage space SS is formed together with the counter top plate 20. Moreover, the cover part 22 accommodates the faucet function part 21, and exposes the water outlet 30a of the faucet function part 21 and the operation parts 31a, 33a, 33b, and 34a.

  The holding part cover 43 covers a portion exposed between the counter body 12 and the wall surface WL of the counter holding part 14. The holding part cover 43 covers, for example, the upper side and the side of the exposed part of the counter holding part 14. The lower cover 42 covers the lower part of the exposed portion of the counter holding unit 14. For the counter holding part 14, for example, a metal material such as stainless steel is used. For the counter top plate 20 and the cover part 22, for example, a resin material is used. Thereby, the beauty | look of the faucet counter 10 can be improved by covering the counter holding | maintenance part 14 and the faucet function part 21 with the counter top plate 20 and the cover part 22. FIG. The configuration and shape of the cover portion 22 are not limited to the above, and may be any configuration and shape that can accommodate the faucet function portion 21.

FIG. 5 is a bottom view schematically showing the faucet counter according to the embodiment of the present invention.
As shown in FIGS. 3 and 5, the faucet function unit 21 is connected to the water supply port 50 (first supply port), the hot water supply port 51 (second supply port), and the supply port 52. The water supply port 50, the hot water supply port 51, and the supply port 52 are held on the wall surface WL. In FIG. 5, for convenience, a bottom view with the lower cover 42 removed is shown.

  The water supply port 50 is connected to the water supply pipe in the wall. Thereby, water is supplied to the faucet counter 10 through the water supply port 50. The hot water supply port 51 is connected to a hot water supply pipe in the wall. As a result, hot water is supplied to the faucet counter 10 via the hot water supply port 51.

  The supply port 52 is connected to a pipe 65 that is an overhead shower pipe. At this time, the faucet function unit 21 and the shower elbow 32 are disconnected, and the faucet function unit 21 and the pipe 65 are connected so that water having a desired flow rate and temperature can be supplied to the faucet counter by the user's operation. 10 to an overhead shower. The faucet function unit 21 may be connected to the hand shower via the shower elbow 32 and connected to the overhead shower via the supply port 52. In this case, the piping path connected to the other may be closed. Further, the faucet function unit 21 may have only one of the pipe lines connected to the shower elbow 32 and the supply port 52.

  The faucet function unit 21 further includes a water faucet 54 (first faucet) and a hot water faucet 55 (second faucet). The water stop cock 54 is connected to the water supply port 50. The water faucet 54 opens and closes the water pipe, and causes water to flow downstream from the water faucet 54 and a state in which water does not flow downstream from the water faucet 54. Switch. For example, when a malfunction occurs in the faucet counter 10, the water faucet 54 closes the pipeline so that the primary pressure water supplied from the water supply port 50 does not flow downstream.

  The hot water stop cock 55 is connected to the hot water supply port 51 through the pipe 60. As with the water stop cock 54, the hot water stop cock 55 opens and closes the hot water pipe line, allows water to flow downstream from the hot water stop cock 55, and more than the hot water stop cock 55. Switch between not flowing water downstream.

  The water stop cock 54 is disposed in the rear part of the counter body 12. The rear part of the counter body 12 is, for example, a part behind the center of the counter body 12 in the front-rear direction. The hot water stop cock 55 is disposed in front of the water stop cock 54. Moreover, the water stop cock 54 and the water stop cock 55 are arrange | positioned in the position which does not overlap with the water outlet 30a in the front-back direction. In this example, the hot water stop cock 55 is arranged in front of the water stop cock 54, but on the contrary, the water stop cock 54 is placed in front of the hot water stop cock 55. You may arrange.

  The water stop cock 54 is connected to the temperature adjustment unit 34 via the pipe 61. The hot water stop cock 55 is connected to the temperature adjustment unit 34 via a pipe 62. As a result, water and hot water are supplied to the temperature adjustment unit 34. The temperature adjustment unit 34 adjusts the temperature of water by changing the mixing ratio of water and hot water in accordance with the operation of the operation unit 34a.

  The temperature adjustment unit 34 is connected to the flow rate adjustment unit 31. The temperature adjustment unit 34 supplies the mixed water to the flow rate adjustment unit 31. The flow rate adjustment unit 31 adjusts the flow rate of the water flowing downstream in accordance with the operation of the operation unit 31a. Thereby, the water of a desired flow volume and temperature can be obtained by operation of the operation part 31a and the operation part 34a.

  The flow rate adjusting unit 31 is connected to the discharged water switching unit 33 via a pipe 63. The spouting water switching unit 33 is connected to the water spouting port 30 a via a pipe 64. Further, the spouting water switching unit 33 is connected to the shower elbow 32. Thereby, water with a desired flow rate and temperature is discharged from the spout 30a by the operation of the operation unit 33a, and water with a desired flow rate and temperature is discharged from the hand shower by the operation of the operation unit 33b. In addition, as above-mentioned, by disconnecting the water stop switching part 33 and the shower elbow 32, and connecting the water stop switching part 33 and the piping 65, the water of a desired flow volume and temperature is operated by a user's operation. Can be supplied from the faucet counter 10 to an overhead shower.

  The flow rate adjusting unit 31 and the temperature adjusting unit 34 are arranged close to the right side when viewed from the front side (user side) with respect to the center CL in the horizontal direction of the counter body 12. The water stop cock 54 and the hot water stop cock 55 are arranged close to the same right side as the temperature adjustment unit 34. Thereby, the length of the piping 61 and 62 can be shortened. In addition, by arranging the flow rate adjusting unit 31, the temperature adjusting unit 34, the water stop cock 54, and the hot water stop cock 55 close to the left and right sides in this way, the space on the opposite side is made water. It can be used for arrangement of other parts of the plug function unit 21. In this example, the spouting water switching unit 33 is arranged close to the left side. Thereby, storage space SS can be used efficiently. Contrary to the above, the flow rate adjustment unit 31, the temperature adjustment unit 34, the water stop cock 54, and the hot water stop cock 55 may be arranged on the left side, and the discharge water switching part 33 may be arranged on the right side. .

FIG. 6A and FIG. 6B are a bottom view and a perspective view schematically showing the water stop cock and the hot water stop cock according to the embodiment of the present invention.
As shown in FIGS. 6A and 6B, the water stop cock 54 has an inlet 54a and an outlet 54b. The water faucet 54 is disposed with the inlet 54a facing rearward. The water stop cock 54 is disposed in front of the water supply port 50. The water stop cock 54 is connected to the water supply port 50 via the cap nut 56 with the inlet 54 a facing the water supply port 50. Thus, the water stop cock 54 is directly connected to the water supply port 50 and is held by the water supply port 50. That is, the water stop cock 54 is held on the wall surface WL through the water supply port 50. Thereby, the water stop cock 54 can be hold | maintained stably.

  The outlet 54b of the water stop cock 54 faces the right side in a state where the inlet 54a is directed rearward. In other words, the water stop cock 54 directs the outlet 54 b toward the temperature adjustment unit 34 while being held at the water supply port 50. Thereby, the length of piping 61 can be shortened and storage space SS can be used efficiently.

  The faucet function unit 21 includes a holding member 66. The holding member 66 connects the hot water stop cock 55 to the water stop cock 54 in a state where the hot water stop cock 55 is disposed in front of the water stop cock 54. Thereby, the hot water stop cock 55 is hold | maintained at the wall surface WL via the water stop cock 54 and the water supply port 50, and the hot water stop cock 55 can be hold | maintained stably.

  The hot water stop cock 55 has an inlet 55a and an outlet 55b. The hot water supply port 51 is disposed on the left side of the water supply port 50. Accordingly, the holding member 66 holds the inlet 55a of the hot water faucet 55 with the left side facing the left side. That is, the holding member 66 holds the hot water faucet 55 with the inlet 55a facing the hot water supply port 51 side. The pipe 60 is bent in a substantially L shape, and connects the hot water supply port 51 and the inlet 55 a of the hot water stop cock 55. An inlet 55 a of the hot water stop cock 55 is connected to one end of the pipe 60 through a cap nut 57.

  The outlet 55b of the hot water stop cock 55 faces the right side in a state where the inlet 55a faces the left side. That is, the hot water stop cock 55 is held by the holding member 66 and in the state where it is connected to the pipe 60, the outlet 55 b faces the temperature adjustment unit 34 side.

  In this manner, the temperature adjustment unit 34 is disposed on the opposite side of the hot water supply port 51 in the left-right direction with respect to the position of the water supply port 50. Then, the inlet 55a of the hot water stop cock 55 is directed to the hot water supply port 51 side, and the outlet 55b of the hot water stop cock 55 is directed to the temperature adjustment section 34 side. Thereby, also when the water stop cock 55 is arrange | positioned ahead of the water stop cock 54, the length of the piping 60 and the piping 62 can be shortened, and storage space SS can be utilized efficiently.

  Moreover, in this example, the inlet 54a of the water stop cock 54 faces back, and the inlet 55a of the hot water stop cock 55 faces left. Thus, the direction in which the inlet 55a of the hot water stop cock 55 faces intersects the direction in which the inlet 54a of the water stop cock 54 faces. The direction in which the inlet 55a of the hot water stop cock 55 faces is orthogonal to the direction in which the inlet 54a of the water stop cock 54 faces, for example.

  The shape of the connection portion of the water supply port 50 with the water stop cock 54 is cylindrical. For this reason, the front and rear, the right and left, and the vertical direction of the water stop cock 54 are suppressed by the connection with the water supply port 50. On the other hand, the glare in the rotation direction around the water supply port 50 of the water stop cock 54 cannot be suppressed only by connection with the water supply port 50.

  Similarly, the shape of the connection portion of the pipe 60 with the hot water stop cock 55 is cylindrical, and the hot water stop cock 55 can be prevented from being glazed in the front, rear, left, and right directions, but the hot water stop. The glare in the rotation direction about the pipe 60 of the faucet 55 cannot be suppressed only by connection with the pipe 60.

  On the other hand, as described above, the direction in which the inlet 55a of the hot water stop cock 55 faces is made to intersect the direction in which the inlet 54a of the water stop cock 54 faces. Thereby, the glare in the rotation direction about the water supply port 50 of the water stop cock 54 is suppressed by the connection between the hot water stop cock 55 and the pipe 60. Further, the glare in the rotation direction around the pipe 60 of the hot water stop cock 55 is suppressed by the connection between the water stop cock 54 and the water supply port 50.

  In this way, the glare in the rotational direction of the water stop cock 54 and the hot water stop cock 55 cancel each other. Thereby, the glare of the water stop cock 54 and the hot water stop cock 55 can be suppressed appropriately. For example, the water stop cock 54 and the hot water stop cock 55 can be stably held. For example, the water faucet 54 and the hot water faucet 55 can be prevented from becoming gray, and the operability of the water faucet 54 and the hot water faucet 55 can be improved.

  The water stop cock 54 has an operation portion 54c for switching between opening and closing. The hot water stop cock 55 has an operation part 55c for switching between opening and closing. The operation units 54c and 55c switch between opening and closing by, for example, a rotation operation.

  The holding member 66 has a substantially rectangular plate shape. The holding member 66 has an upper surface 66a facing upward. The holding member 66 has a notch 66 b for inserting the water stop cock 54 and a notch 66 c for inserting the hot water stop cock 55.

  The water faucet 54 has a pair of flange portions 54d that come into contact with the upper surface 66a while being inserted into the notch 66b. The hot water stop cock 55 has a pair of flange portions 55d that come into contact with the upper surface 66a while being inserted into the notch 66c.

  The holding member 66 has the operation portion 54c of the water stop cock 54 and the operation portion 55c of the hot water stop cock 55 directed downward, and the flange portions 54d of the water stop cock 54 and the hot water stop cock 55 are connected to each other. With each flange portion 55d in contact with the upper surface 66a, the water stop cock 54 and the hot water stop cock 55 are held. In other words, when the water stop cock 54 and the hot water stop cock 55 are arranged with the inlets 54a and 55a and the outlets 54b and 55b facing as described above, the operation portions 54c and 55c Facing. The cover part 22 that covers the lower part of the counter body 12 is provided with a non-hiding part 22a that does not hide the operation part 54c and a non-hiding part 22b that does not hide the operation part 55c (see FIG. 3). In other words, the non-hiding portions 22a and 22b are openings that expose the operation portions 54c and 55c.

  Thereby, the water stop cock 54 and the hot water stop cock 55 are easy to operate, and can be hold | maintained stably. For example, dropping of the water stop cock 54 and the hot water stop cock 55 can be suppressed. The shape of the holding member 66 is not limited to the above, and may be any shape that can hold the water stop cock 54 and the hot water stop cock 55.

FIG. 7A and FIG. 7B are perspective views schematically showing the counter holding unit according to the embodiment of the present invention.
As shown in FIG. 7A and FIG. 7B, the counter holding part 14 includes a support part 70, an attachment part 71, and a connection part 72. The support portion 70 is provided in a storage space SS formed by the counter top plate 20 and the cover portion 22 and supports the vicinity of the center of the counter body 12 in the lateral direction.

  The attachment portion 71 is attached to the wall surface WL. The attachment portion 71 has a plate shape facing the wall surface WL. The faucet counter 10 is attached to the wall surface WL, for example, by screwing the attachment portion 71 to the wall surface WL. The mounting portion 71 is provided with an opening 71 a for exposing the water supply port 50, an opening 71 b for exposing the hot water supply port 51, and an opening 71 c for exposing the supply port 52. As described above, the counter holding unit 14 is attached to the wall surface WL so as to face the water supply port 50 and the hot water supply port 51. In other words, the counter holding unit 14 is attached to the wall surface WL so as to cover the water supply port 50 and the hot water supply port 51.

  The connection part 72 connects the support part 70 and the attachment part 71. The connection part 72 does not overlap with the counter top plate 20 in the vertical direction. That is, the counter holding part 14 separates the counter body 12 from the wall surface WL by the length of the connecting part 72 in the front-rear direction. The holding part cover 43 covers the attachment part 71 and the connection part 72 in the counter holding part 14.

  The lateral width W1 of the mounting portion 71 and the lateral width W2 of the connecting portion 72 are narrower than the lateral width W3 of the counter body 12 (see FIG. 5). The attachment portion 71 and the connection portion 72 are disposed at a position overlapping the horizontal center CL of the counter body 12 in the front-rear direction. In other words, the attachment portion 71 and the connection portion 72 are arranged at a position overlapping the center CL in the lateral direction of the counter body 12 when viewed from the front. Thereby, in the faucet counter 10, a clearance can be provided between the wall surface WL in the vicinity of both ends in the lateral direction. The spout 30, the water faucet 54 and the hot water faucet 55 are arranged at positions that overlap the attachment portion 71 in the front-rear direction. That is, the spout 30, the water stop cock 54, and the hot water stop cock 55 are disposed in the vicinity of the center of the counter body 12 in the lateral direction.

  The width W1 of the attachment portion 71 and the width W2 of the connection portion 72 are, for example, ½ or less of the width W3 of the counter body 12. Thereby, a clearance gap can be appropriately provided between the wall surfaces WL. Further, the width W1 of the attachment portion 71 and the width W2 of the connection portion 72 are, for example, 1/10 or more of the width W3 of the counter body 12. Thereby, the counter main body 12 can be supported appropriately.

  In this example, the lateral center positions of the attachment portion 71 and the connection portion 72 are substantially the same as the lateral center CL of the counter body 12. The central position in the lateral direction of the attachment portion 71 and the connection portion 72 may be different from the position of the center CL in a range where the attachment portion 71 and the connection portion 72 overlap the center CL. The horizontal center positions of the attachment portion 71 and the connection portion 72 may be shifted to the right or left with respect to the center CL.

  The support portion 70 has a central portion 74 and a pair of side portions 75 and 76. The central portion 74 is a portion connected to the connection portion 72 in the support portion 70. In other words, the central portion 74 is a portion formed integrally with the connecting portion 72.

  The side part 75 extends from the central part 74 to one side. The side part 76 extends from the central part 74 to the other side. Each side part 75, 76 extends from the central part 74 to the side than the connection part 72. Each side part 75, 76 extends laterally from the lateral end of the connection part 72. Thereby, each side part 75 and 76 suppresses the downward bending of the both-ends part of the counter main body 12. FIG. The lateral width W4 of the support portion 70 is substantially the same as the lateral width of the storage space SS. Thereby, the counter body 12 can be appropriately supported by the support portion 70. The lateral width W4 of the support portion 70 may be an arbitrary length that can suppress the deflection of the counter body 12.

  The support portion 70 has a plate shape extending in the lateral direction and the front-rear direction. In other words, the support portion 70 has a plate shape substantially parallel to the counter top plate 20. Thereby, a part of the storage space SS is provided between the central part 74 and the cover part 22, and a part of the storage space SS is provided between the side parts 75, 76 and the cover part 22. Thereby, the downward bending of the both-ends part of the counter main body 12 can be suppressed, without pressing storage space SS.

  The side portions 75 and 76 are separate from the central portion 74. The side portions 75 and 76 are held by the central portion 74. The side portions 75 and 76 are detachably held on the central portion 74 by, for example, screwing. Each side part 75, 76 has a connecting member 77, 78. The side portions 75 and 76 are held by the central portion 74 via the connecting members 77 and 78.

  The central portion 74 has a pair of bracket portions 80 and 81 and a flat plate portion 82. Each bracket part 80, 81 is provided at an end of the central part 74 in the horizontal direction. Each bracket part 80 and 81 is a member having a substantially L-shaped cross section that extends in the front-rear direction and the horizontal direction and is bent downward at the end in the horizontal direction. The length of the portion bent downward of each bracket part 80, 81 gradually increases from the distal end toward the proximal end. Thereby, the intensity | strength of each bracket part 80 and 81 can be raised. Standing wall surfaces 80a and 81a (first standing wall surfaces) facing the side portions are provided on the sides of the central portion 74 by the bent portions of the bracket portions 80 and 81, respectively.

  The flat plate portion 82 includes a contact portion 82a and a pair of extending portions 82b and 82c. The contact part 82a contacts the lower surface 20b (see FIG. 5) of the counter top plate 20 in a planar shape. Each extending part 82b, 82c is provided at both ends in the lateral direction of the contact part 82a. Each of the extending portions 82b and 82c extends in a planar shape as viewed from the front of the counter body 12 toward the lower side from the contact portion 82a so as to be separated from the lower surface 20b of the counter top plate 20. The distance between each extending part 82b, 82c and the lower surface 20b of the counter top plate 20 is substantially the same as the length of the bent part near the tip of each bracket part 80, 81, for example. The extending part 82b is substantially flush with the extending part 82c, for example.

  The side part 75 has a contact part 75a and a pair of extending parts 75b and 75c. The contact portion 75a contacts the lower surface 20b of the counter top plate 20 in a planar shape. Each extension part 75b and 75c is provided in the both ends of the horizontal direction of the contact part 75a. Each of the extending portions 75b and 75c extends in a planar shape as viewed from the front surface of the counter body 12 toward the lower side from the contact portion 82a so as to be separated from the lower surface 20b of the counter top plate 20. In a state where the contact portions 75a and 82a are in contact with the lower surface 20b of the counter top plate 20, the distance between the lower surface 20b and the extension portion 75b is the distance between the lower surface 20b and the extension portion 82b. It is substantially the same. The extension part 75b is substantially flush with the extension part 82b.

  The side portion 76 includes a contact portion 76a and a pair of extending portions 76b and 76c. Since the shape of the side part 76 is substantially the same shape as the shape of the side part 75 and left-right symmetric, detailed description is abbreviate | omitted.

  Bending portions 75d and 76d bent downward are provided at the rear ends of the side portions 75 and 76, respectively. The connecting members 77 and 78 are attached to the bent portions 75d and 76d of the side portions 75 and 76, for example, by screwing.

  Each of the connecting members 77 and 78 has standing wall surfaces 77a and 78a (second standing wall surfaces) facing the standing wall surfaces 80a and 81a of the central portion 74. The side portions 75 and 76 are held by the central portion 74 in a state where the standing wall surfaces 77a and 78a are in contact with the standing wall surfaces 80a and 81a. A part of the storage space SS is formed between each of the standing wall surfaces 80a and 81a and the bottom of each standing wall surface 77a and 78a and the cover portion 22. When each side portion 75, 76 receives a downward force at a position farther from the center of the counter body 12 than the standing wall surfaces 77a, 78a, the standing wall surfaces 80a, 81a and the standing wall surfaces 77a, 78a come into contact with each other, The downward movement at the position farther from the center of the counter body 12 than the standing wall surfaces 77a and 78a of the side portions 75 and 76 is suppressed.

  Further, the side portions 75 and 76 are in contact with the lower portion of the central portion 74 in a state where they are held by the central portion 74. In this example, the side portions 75 and 76 are in contact with the lower ends of the bracket portions 80 and 81 while being held by the central portion 74. In this example, the bracket portion 80 of the central portion 74 is disposed above the extending portion 75b (side end portion). A bracket portion 81 of the central portion 74 is disposed above the extending portion 76b (side end portion). The extension part 75 b comes into contact with the bracket part 80. The extension part 76 b contacts the bracket part 81. A part of the storage space SS is provided between the lower part of the extension parts 75 b and 76 b and the cover part 22. When the side portions 75 and 76 receive a downward force at a position farther from the center of the counter body 12 than the extension portions 75b and 76b, the contact between the extension portions 75b and 76b and the bracket portions 80 and 81 The downward movement at a position farther from the center of the counter body 12 than the extending portions 75b and 76b of the side portions 75 and 76 is suppressed.

  The extending part 82 b of the central part 74 has a through hole 90. The extending part 82 c of the central part 74 has a through hole 91. The extending part 82b has two through holes 90 arranged in the front-rear direction. Similarly, the extending part 82c has two through holes 91 arranged in the front-rear direction. The through holes 90 and 91 are used for attaching the central portion 74 to the counter top plate 20. The central portion 74 is attached to the counter top plate 20 at each of the extending portions 82b and 82c. The number of each through-hole 90, 91 is not limited to two, but may be one or three or more.

  Similarly, the side portion 75 has two through holes 92 provided in the extending portion 75b and two through holes 93 provided in the extending portion 75c, and the side portion 76 extends. Two through-holes 94 provided in the portion 76b and two through-holes 95 provided in the extending portion 76c are provided. The side portion 75 is attached to the counter top plate 20 through the through holes 92 and 93, and the side portion 76 is attached to the counter top plate 20 through the through holes 94 and 95. In this way, each side portion 75 is attached to the counter top plate 20 at each extension portion 75b, 75c, and each side portion 76 is attached to the counter top plate 20 at each extension portion 76b, 76c. The number of through holes used for attaching the side portions 75 and 76 is not limited to two and may be any number.

FIG. 8 is a front view schematically showing a part of the faucet counter according to the embodiment of the present invention.
As illustrated in FIG. 8, the lower surface 20 b of the counter top plate 20 is provided with a plurality of protrusions PU1, PU2, PU3, and PU4 that protrude downward. Actually, a total of eight protrusions are provided on the lower surface 20b, one more in the back of each protrusion PU1, PU2, PU3, PU4. The number of protrusions is not limited to eight and may be any number as required. In FIG. 8, the counter holding unit 14 is illustrated in a simplified manner for convenience.

  The protruding portion PU1 faces the extending portion 82b of the central portion 74. The protruding portion PU2 faces the extending portion 82c of the central portion 74. The protruding amount of the protruding portion PU1 is substantially the same as the distance between the lower surface 20b and the extending portion 82b. The protruding amount of the protruding portion PU2 is substantially the same as the distance between the lower surface 20b and the extending portion 82c. Thereby, the extension part 82b is contact | abutted to protrusion part PU1, and the extension part 82c is contact | abutted to protrusion part PU2.

  Further, the protruding portion PU1 has an insert nut provided at a position facing the through hole 90 of the extending portion 82b and facing the through hole 90. The protruding part PU2 has an insert nut provided at a position facing the through hole 91 of the extending part 82c and facing the through hole 91. The central portion 74 is attached to the lower surface 20b of the counter top plate 20 by screwing the extending portions 82b and 82c to the protruding portions PU1 and PU2.

  The protruding portion PU1 faces the extending portion 82b of the central portion 74 and faces the extending portion 75b of the side portion 75. The protruding portion PU3 faces the extending portion 75c of the side portion 75. The protruding amount of the protruding portion PU3 is substantially the same as the distance between the lower surface 20b and the extending portion 75c. Thereby, the extension part 75b contacts the protrusion part PU1, and the extension part 75c contacts the protrusion part PU3.

  The protruding portion PU1 has an insert nut provided at a position facing the through hole 92 of the extending portion 75b and facing the through hole 92. The protruding portion PU3 has an insert nut provided at a position facing the through hole 93 of the extending portion 75c and facing the through hole 93. The side portion 75 is attached to the lower surface 20b of the counter top plate 20 by screwing the extending portions 75b and 75c to the protruding portions PU1 and PU3. Similarly, the side part 76 is attached to the lower surface 20b of the counter top plate 20 by screwing each extension part 76b, 76c to each protrusion part PU2, PU4.

  Thus, each protrusion part PU1, PU2, PU3, PU4 is provided in the lower surface 20b of the counter top plate 20, and an insert nut is provided in each protrusion part PU1, PU2, PU3, PU4. Thereby, for example, the counter top plate 20 can be thinned while suppressing a decrease in strength of the counter top plate 20.

  Further, extending portions 75b, 75c, 76b, and 75c are provided on the side portions 75 and 76, and the side portions 75 and 76 are attached to the counter top plate 20 in the extending portions 75b, 75c, 76b, and 76c. Thereby, the intensity | strength of each side part 75 and 76 can be raised compared with the flat structure without a bending part, for example.

  Moreover, the center part 74 and the side part 75 are attached to the same protrusion part PU1. Thereby, the intensity | strength of the counter top plate 20 can be raised more compared with the case where the center part 74 and the side part 75 are attached to a separate protrusion part, for example. For example, the strength (bending rigidity) against the downward bending of the side end portion of the counter top plate 20 can be further increased.

  The faucet function unit 21 includes component holding members 100 and 102. The component holding member 100 is attached to the extending portions 75b and 75c of the side portion 75 by, for example, screwing. The component holding member 100 is attached to the extending portions 75b and 75c, thereby holding the flow rate adjusting unit 31 and the temperature adjusting unit 34 in the side portion 75 in a state where the flow rate adjusting unit 31 and the temperature adjusting unit 34 are disposed in the contact portion 75a. Accordingly, the flow rate adjusting unit 31 and the temperature adjusting unit 34 are attached to the side portion 75 via the component holding member 100 and are attached to the counter top plate 20 via the side portion 75.

  The component holding member 102 is attached to the extending portions 76b and 76c of the side portion 76 by, for example, screwing. The component holding member 102 is attached to the extending portions 76 b and 76 c, thereby holding the spouting water switching portion 33 in the side portion 76 in a state where it is disposed in the contact portion 76 a. Thereby, the spouting water switching part 33 is attached to the side part 76 via the component holding member 102 and attached to the counter top plate 20 via the side part 76.

  In this manner, the faucet function unit 21 is attached to the side portions 75 and 76 via the component holding members 100 and 102 and the like. In the faucet counter 10, for example, the attachment portion 71, the connection portion 72, and the central portion 74 of the counter holding portion 14 can be attached to the wall surface WL first. Thereafter, the central portion 74 is inserted between the side portions 75 and 76 in a state where the counter top plate 20, the faucet function portion 21 and the side portions 75 and 76 are assembled. Thereby, the counter main body 12 can be attached to the wall surface WL. Therefore, for example, the workability can be improved as compared with the case where the entire faucet counter 10 is attached to the wall surface WL at a time.

  Abutting portions 75a and 76a and extending portions 75b, 75c, 76b and 76c are provided on the side portions 75 and 76, and the component holding members 100 and 102 are attached to the extending portions 75b, 75c, 76b and 76c. . Thereby, for example, a part of holders, such as a screw, can enter into the space between each extension part 75b, 75c, 76b, 76c and the lower surface 20b. Therefore, the parts of the faucet function part 21 can be attached to the side parts 75 and 76 without processing the counter top plate 20. Thereby, for example, the shape of the counter top plate 20 can be simplified, and the productivity of the counter top plate 20 can be improved.

  In this example, the extending portions 75 b, 75 c, 76 b, 76 c of the side portions 75, 76 are used for attachment to the counter top plate 20 and attachment of the faucet function portion 21. Each extension part 75b, 75c, 76b, 76c may be used for attachment to the central part 74, for example.

  In a state in which at least one of a plurality of components constituting the faucet function unit 21 such as the flow rate adjusting unit 31, the discharge water switching unit 33, the temperature adjusting unit 34, and the like is arranged in the contact portions 75a and 76a, the side portion 75, 76. That is, at least one of the plurality of parts constituting the faucet function unit 21 is in a space formed below the contact portions 75a and 76a and surrounded by the contact portions 75a and 76a and the extension portions 75b and 76b. Be placed. Thereby, for example, the faucet function part 21 can be efficiently arranged in the storage space SS, and the thickness of the counter body 12 can be suppressed.

  In addition, the components of the faucet function unit 21 such as the flow rate adjustment unit 31, the spouting water switching unit 33, and the temperature adjustment unit 34 may be arranged close to each other from the viewpoint of design. For example, in a faucet counter that does not have the side portions 75 and 76, when the width of the counter holding portion is narrower than the width of the counter main body and a heavy object such as a flow rate adjusting portion is arranged close to the left and right, There is a risk that both ends of the sword will bend downward.

  In the faucet counter 10 according to the present embodiment, the side portions 75 and 76 suppress downward deflection of both side end portions of the counter body 12. Thereby, also when each component of the faucet function part 21 is arrange | positioned in the both-ends vicinity, the bending of the counter main body 12 can be suppressed.

  As described above, in the faucet counter 10, the lateral width of the counter holding portion 14 is made narrower than the lateral width of the counter body 12, and the counter body 12 is separated from the wall surface WL of the installation space IS. Since it is held in a state, the design of the faucet counter 10 can be improved, and since light passes through the gap between the faucet counter 10 and the wall surface WL, the lower part of the faucet counter 10 can be easily brightened. be able to.

  Moreover, since the temperature adjustment part 34 is arrange | positioned in the horizontal direction of the flow volume adjustment part 31, ie, the temperature adjustment part 34 and the flow volume adjustment part 31 are each arrange | positioned in the horizontal direction, from the front of the faucet counter 10 Operability can be secured and the faucet counter 10 is easy to use.

  Further, in the faucet counter 10, the hot water faucet 55 is disposed in front of the water faucet 54, so that the hot water faucet 55 is further disposed on the front side of the counter body 12. During maintenance, the hot water faucet 55 can be easily found, and the water faucet 54 arranged behind the hot water faucet 55 can also be easily found. Accordingly, even when a gap is provided between the counter body 12 and the wall surface WL, the water stop cock 54 and the hot water stop cock 55 can be found in a relatively short time. Opening and closing can be switched in a relatively short time using the operation portions 54c and 55c of the stopper 54 and the hot water stop cock 55, and the maintainability of the faucet counter 10 can be improved. Furthermore, the water stop cock 54 and the hot water stop cock 55 are arranged side by side rather than side by side, so that even if the temperature adjustment unit 34 is arranged in the lateral direction of the flow rate adjustment unit 31, the counter It is possible to suppress the lateral width of the main body 12 from becoming further longer, and to suppress the deterioration of the design of the faucet counter 10 due to the further increase in the lateral size of the counter main body 12.

  Further, in the faucet counter 10, the counter holding portion 14 is arranged at a position overlapping the center CL in the lateral direction of the counter body 12 in the front-rear direction, so that a gap between the faucet counter 10 and the wall surface WL is formed in the counter body. 12 can be provided in the vicinity of both ends of the counter body 12, and the light below the faucet counter 10 can be brightened from both ends by the light passing through the gap portions provided in the vicinity of both ends of the counter body 12.

  Further, it is preferable that the water outlet 30a is disposed at a position overlapping the counter holding portion 14 in the front-rear direction, that is, near the center of the counter body 12, because the faucet counter 10 has good design.

  Since the water stop cock 54 and the hot water stop cock 55 are disposed at a position overlapping the counter holding portion 14, that is, near the center of the counter body 12, the water stop cock 54 and the counter holding portion 14 are disposed inside. The piping connecting the water supply port 50 arranged and the piping connecting the hot water tap 55 and the hot water supply port 51 arranged in the counter holding part 14 can be made shorter, and the workability of the faucet counter 10 can be shortened. The manufacturing cost can be reduced.

  As described above, the lower part of the faucet counter 10 can be brightened from both ends, and the water outlet 30a can be disposed near the center of the counter body 12, and the workability of the faucet counter 10 is good and the manufacturing cost is improved. Since the water faucet 54 and the hot water faucet 55 are arranged at positions where they do not overlap with the water outlet 30a in the front-rear direction, for example, an operator maintains the faucet counter 10. At the end, when the water stop cock 54 and the hot water stop cock 55 are opened so as to pass through the faucet counter 10, the water leaked from the spout 30 a is in the operator's hand or clothes. It can suppress that it takes.

  In the faucet counter 10, the water faucet 54 is arranged in front of the water faucet 50 held on the wall surface WL, so that the water faucet 54 and the water faucet 50 have a complicated shape. It is possible to stably supply water to the diversion stop cock 54, which can shorten the distance between the water stop cock 54 and the water supply port 50. It can be connected to the mouth 50. On the other hand, in the hot water stop cock 55 arranged in front of the water stop cock 54, the hot water stop cock 55 is arranged at a position away from the hot water inlet 51, so that it cannot be stably arranged as far away from the hot water inlet 51. Issues arise. However, by connecting the hot water stop cock 55 to the water stop cock 54, the hot water stop cock 55 can be stably placed on the faucet counter 10. Therefore, even when the hot water stop cock 55 is disposed in front of the water stop cock 54, both the water stop cock 54 and the hot water stop cock 55 are stably disposed in the faucet counter 10. it can.

  In the faucet counter 10, the holding member 66 has an upper surface 66 a facing upward, and the operation portion 54 c of the water stop cock 54 and the operation portion 55 c of the hot water stopcock 55 are directed downward to Since a part of the stop cock 54 and a part of the stop cock 55 for hot water are connected in contact with the upper surface 66a, the operation parts 54c and 55c can be operated from the lower side of the counter main body 12, and the Even when the connection state of the water stop cock 54 or the hot water stop cock 55 is released, the water stop cock 54 and the hot water stop cock 55 are supported by the upper surface 66a of the holding member 66. There is no fear that the water stop cock 54 and the hot water stop cock 55 will drop, and therefore, when the water stop cock 54 and the hot water stop cock 55 are dropped, the first stop cock and the second stop cock are dropped. If the cover part under the faucet or the 1st faucet and the 2nd faucet is damaged Mau is no risk. Therefore, a 1st stop cock and a 2nd stop cock can be connected stably.

  Further, the water stop cock 54 and the hot water stop cock 55 need to be installed on the upstream side of the temperature adjusting unit 34 in order to stop the flow of water and hot water on the downstream side during maintenance of the faucet counter 10. However, in the faucet counter 10, the water stop cock 54 and the hot water stop cock 55 are arranged close to the same side as the temperature adjustment unit 34, so that the water stop cock 54 and the hot water stop water are provided. The lengths of the pipes 61 and 62 between the plug 55 and the temperature adjustment unit 34 can be shortened. Moreover, the space on the opposite side to these can be used for arrangement | positioning of the other components of the faucet function part 21, and storage space SS can be utilized efficiently. For example, an increase in the size of the counter body 12 can be more appropriately suppressed.

FIG. 9 is a bottom view schematically showing a modified example of the water tap and the hot water tap according to the embodiment of the present invention.
In the above embodiment, the water stop cock 54 and the hot water stop cock 55 are arranged in a straight line in the front-rear direction. Without being limited thereto, as shown in FIG. 9, the hot water stop cock 55 provided in the front may be slightly shifted in the lateral direction with respect to the water stop cock 54. The hot water stop cock 55 only needs to have a portion that overlaps the water stop cock 54 in the front-rear direction. It suffices that at least a part of the hot water stop cock 55 overlaps the water stop cock 54 in the front-rear direction.

The embodiment of the present invention has been described above. However, the present invention is not limited to these descriptions. As long as the features of the present invention are provided, those skilled in the art appropriately modified the design of the above-described embodiments are also included in the scope of the present invention. For example, the shape, dimensions, material, arrangement, and the like of each element included in the faucet counter 10 are not limited to those illustrated, and can be appropriately changed.
Moreover, each element with which each embodiment mentioned above is provided can be combined as long as technically possible, and the combination of these is also included in the scope of the present invention as long as it includes the features of the present invention.

  2 counter, 4 lighting, 10 faucet counter, 12 counter body, 14 counter holding part, 20 counter top plate, 21 faucet function part, 22 cover part, 22a, 22b non-hiding part, 30 spout, 30a spout, 31 Flow rate adjustment unit, 32 shower elbow, 33 discharge water switching unit, 34 temperature adjustment unit, 40, 41 side panel, 42 lower cover, 43 holding unit cover, 50 water supply port, 51 hot water supply port, 52 supply port, 54 for water Stop cock, 54c operation section, 55 Hot water stop cock, 55c operation section, 56, 57 Cap nut, 60, 61, 62, 63, 64, 65 Piping, 66 Holding member, 66a Upper surface, 70 Support section, 71 Attachment part, 72 connection part, 74 center part, 75, 76 side part, 77, 78 connecting member, 80, 81 bracket Part, 82 flat plate part, 90, 91, 92, 93, 94, 95 through hole, 100, 102 parts holding member, SS storage space, WL wall surface

Claims (5)

Counter top plate,
A faucet function unit,
A water discharge part having a water discharge port;
A first stop cock connected to a first supply port provided on a wall surface of the installation space;
A second stop cock connected to a second supply port provided on the wall surface;
By discharging water supplied from one of the first supply port and the second supply port and hot water supplied from the other of the first supply port and the second supply port, the water is discharged from the water discharge port. A temperature adjustment unit that adjusts the temperature of the hot and cold water,
A flow rate adjusting unit for adjusting the flow rate of hot water supplied from the temperature adjusting unit and discharging the hot water from the water outlet;
A faucet functional part having
A cover part which is provided below the counter top plate and the faucet function part and forms a storage space for housing the faucet function part together with the counter top plate;
A counter body having
A counter holding part that is attached to the wall surface so as to cover the first supply port and the second supply port, and holds the counter body on the wall surface in a state of being separated from the wall surface;
With
The lateral width of the counter holding portion is narrower than the lateral width of the counter body,
The temperature adjustment unit is disposed in a lateral direction of the flow rate adjustment unit,
The first stop cock and the second stop cock each have an operation part for switching between opening and closing, respectively,
The cover part is provided with a non-hiding part that does not hide the operation part,
The first stop cock is disposed at a rear portion of the counter body,
The faucet counter, wherein the second stop cock is disposed in front of the first stop cock. The counter holding portion is arranged at a position overlapping the center of the counter body in the lateral direction in the front-rear direction,
The first stop cock, the second stop cock, and the water outlet are arranged at positions overlapping the counter holding portion in the front-rear direction,
The faucet counter according to claim 1, wherein the first water faucet and the second water faucet are arranged at positions that do not overlap with the water outlet in the front-rear direction. The first stop cock is disposed in front of the first supply port;
The faucet counter according to claim 1 or 2 , wherein the faucet function unit includes a holding member that holds the first stop cock and the second stop cock. Before SL holding member has a top surface facing upward, toward the operating portion of the operating portion and the second stop cock of the first stop cock downward, a part of the first stop cock and The faucet counter according to claim 3, wherein a part of the second water stop cock is held in contact with the upper surface.   The said temperature control part, the said 1st stop cock, and the said 2nd stop cock are arranged near the right side or the left side rather than the center of the horizontal direction of the said counter main body, It is characterized by the above-mentioned. The faucet counter according to any one of 4 above.

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