JP7086804B2 - Faucet handle - Google Patents

Description

The present invention relates to a faucet handle. More specifically, the present invention relates to a faucet handle having a handle portion that is attached to the faucet body so that the axis can rotate.

Conventionally, in a faucet handle, in order to suppress the occurrence of shrinkage (molding shrinkage) due to resin molding of the handle portion, it is known that the handle portion is divided into two inner and outer parts (Patent Document 1). That is, by dividing the thick portion of the handle portion into two parts, the individual wall thickness can be reduced and the occurrence of shrinkage can be suppressed.

Patent No. 3602358

In the above-mentioned conventional technique, the number of parts of the handle portion is increased, and the structure for combining the two parts so that torque transmission can be appropriately performed becomes complicated. The present invention has been devised to solve the above problems, and an object to be solved by the present invention is to form a faucet handle with a rational structure and a good finish.

In order to solve the above problems, the faucet handle of the present invention takes the following means.

That is, the faucet handle of the present invention is a faucet handle having a handle portion attached to the faucet body so as to be axially rotatable, and a lever portion extending radially from the handle portion in an overhanging shape. The faucet handle has a surface layer member that forms the appearance shape of the handle portion and the lever portion, and a laminated member that is integrally molded with the surface layer member in a laminated shape. The surface layer member has a handle surface layer portion that forms the appearance shape of the handle portion, and a lever surface layer portion that forms the appearance shape of the lever portion. The handle laminated portion in which the laminated member is integrally molded in a laminated manner with the handle surface layer portion, the lever laminated portion in which the lever surface layer portion is integrally molded in a laminated shape, and the handle laminated portion and the lever laminated portion are seamlessly connected and laminated. With a part.

According to the above configuration, by forming the handle portion and the lever portion into a multilayer structure composed of a surface layer member and a laminated member, the wall thickness of each layer can be reduced and the occurrence of shrinkage due to molding shrinkage can be suppressed. .. Moreover, by forming the multilayer structure by integral molding, each layer can be rationally and firmly integrated. Further, since the laminated member has a connecting laminated portion that seamlessly connects the handle laminated portion and the lever laminated portion, it becomes difficult to form a partially thick portion on the surface layer member. As a result, the faucet handle can be molded with a good finish.

Further, the faucet handle of the present invention may be further configured as follows. The laminated member is made of a material having higher rigidity and / or strength than the surface layer member.

According to the above configuration, the rigidity and / or the strength of the faucet handle provided with the lever portion extending in an overhanging shape from the handle portion can be reasonably increased. Further, when the surface layer member is integrally molded with the laminated member, the laminated member can be made difficult to bend with respect to the injection pressure of the molding material. As a result, the faucet handle can be molded with a better finish.

Further, the faucet handle of the present invention may be further configured as follows. The lever laminated portion is insert-molded so as to be embedded in the lever surface layer portion.

According to the above configuration, the lever portion can be finished with a better appearance. In addition, the joint strength between the lever surface layer portion and the lever laminated portion can be further increased.

Further, the faucet handle of the present invention may be further configured as follows. The lever surface layer portion and the lever laminated portion are integrally molded with each other in a flat plate laminated shape.

According to the above configuration, the shape of the top plate of the lever surface layer portion can be finished in a flat plate shape with good appearance.

Further, the faucet handle of the present invention may be further configured as follows. Further, the laminated member has a built-up rib at a corner portion of the connection between the lever laminated portion and the handle laminated portion.

According to the above configuration, the bending rigidity of the lever portion extending in an overhanging shape from the handle portion can be appropriately increased. Further, when the surface layer member is integrally molded with the laminated member, the laminated member can be made difficult to bend with respect to the injection pressure of the molding material. As a result, the faucet handle can be molded with a better finish.

Further, the faucet handle of the present invention may be further configured as follows. The handle laminated portion is laminated on the back side of the handle surface layer portion to form an inner peripheral side mounting surface to be attached to the faucet body of the handle portion.

According to the above configuration, it is possible to increase the degree of freedom in molding the mounting surface to be attached to the faucet main body by utilizing the structure in which the handle laminated portion is molded separately from the handle surface layer portion.

Further, the faucet handle of the present invention may be further configured as follows. The faucet handle rotates with respect to the faucet body around the central axis to control the temperature, and the overturning rotation around the crossing axis that intersects the central axis switches the water discharge stop. , Is a single lever handle that can be attached.

According to the above configuration, the lever portion can be molded with a good finish particularly effectively for a configuration in which the lever portion extends in a long shape and has a wide top plate surface such as a single lever handle.

It is a perspective view which showed the schematic structure of the handle for a faucet of 1st Embodiment. It is an exploded perspective view which removed the handle for a faucet from a faucet body. FIG. 2 is an exploded perspective view of FIG. 2 as viewed from the left side. It is a side view of FIG. FIG. 4 is a sectional view taken along line VV of FIG. FIG. 4 is a sectional view taken along line VI-VI of FIG. It is sectional drawing of the main part which showed the process of integrally molding a handle for a faucet.

Hereinafter, embodiments for carrying out the present invention will be described with reference to the drawings.

<< First Embodiment >>
First, the configuration of the mixing faucet 1 to which the faucet handle (lever handle 10) according to the first embodiment of the present invention is applied will be described with reference to FIGS. 1 to 7. In the following description, when each direction such as front-back, up-down, left-right, etc. is shown, it means each direction shown in each figure.

As shown in FIG. 1, the mixing faucet 1 according to the present embodiment is configured as a so-called stand-type faucet fitting installed on the top plate T of the sink. The mixing faucet 1 has a function of internally mixing and discharging hot water and water supplied from the lower side of the top plate T. Specifically, the mixing faucet 1 has a temperature control function for adjusting the mixing ratio of the supplied hot water, a switching function for switching between spouting and stopping of the mixed hot water, and adjusting the discharge amount of the discharged hot water. It has a discharge amount adjustment function.

The temperature control function, the discharge stop water switching function, and the discharge amount adjustment function are each operated by one lever handle 10 attached to the right side of the faucet body 2. ing. As shown in FIGS. 2 to 3, the lever handle 10 is inserted from the right side into the lever shaft 4A extending to the right side from the cartridge 4 mounted on the faucet main body 2 and integrally attached. The lever shaft 4A is connected to the cartridge 4 so as to be rotatable around its central axis A1. As a result, as shown in FIG. 1, the lever handle 10 attached to the lever shaft 4A is also connected to the faucet body 2 so that it can rotate around the central axis A1 of the lever shaft 4A. There is.

The lever shaft 4A is connected to the cartridge 4 so as to be rotatable around an intersecting axis A2 orthogonal to the central axis A1. As a result, the lever handle 10 is also connected to the faucet main body 2 so that the rotation operation can be performed around the crossing axis A2.

In the mixing faucet 1, the cartridge 4 in the faucet main body 2 is operated by the user adjusting the lever handle 10 to a desired rotation position around the central axis A1, and the inside of the faucet main body 2 is operated. The mixing ratio of the hot and cold water to be mixed is adjusted so as to be a set temperature according to the rotation position. Further, the mixing faucet 1 corresponds to the amount of rotational movement by rotating the lever handle 10 so as to tilt the lever handle 10 to the right around the crossing axis A2 from the predetermined water stop position P1 shown in the figure. A large amount of hot water is discharged from the discharge port 3A of the inverted J-shaped discharge pipe 3 extending upward from the faucet main body 2.

Specifically, the mixing faucet 1 is rearward (not shown) around the central axis A1 from the water stop position P1 in which the lever handle 10 is shown by the solid line in FIG. 1, that is, the rotation position in which the lever portion 10B faces vertically upward. By being turned to the back side), the mixing ratio of the hot water mixed inside the faucet main body 2 is adjusted to gradually increase according to the amount of rotational movement. On the other hand, in the rotation region of the lever handle 10 that is rotated from the water stop position P1 shown by the solid line in FIG. 1 to the front side (front side in the drawing) around the central axis A1, only water is discharged regardless of the rotation position. It is an area.

The rotational movement around the central axis A1 of the lever handle 10 is performed between the hot water side adjustment position P3 and the water side adjustment position P4 shown by the virtual line in FIG. 1 due to the rotation restriction structure (not shown) provided on the cartridge 4. It is designed to be regulated within the movable range of. Then, by turning the lever handle 10 so as to be tilted to the right from the position adjusted to the desired rotation position, hot water having a predetermined temperature adjusted according to the rotation position is discharged from the discharge port 3A. The rotational movement of the lever handle 10 around the crossing axis A2 is between the water stop position P1 shown by the solid line and the water discharge position P2 shown by the virtual line in FIG. 1 due to the rotation restriction structure (not shown) provided in the cartridge 4. It is designed to be regulated within the movable range of.

As shown in FIGS. 2 to 3, the lever handle 10 has a substantially celestial cylindrical handle portion 10A that is laterally inserted and attached to the lever shaft 4A of the cartridge 4, and extends radially from the handle portion 10A. It is shaped to have a substantially flat plate-shaped lever portion 10B extending in a shape. As shown in FIG. 4, the lever portion 10B has a plate width substantially the same as the diameter of the handle portion 10A, and has a shape that is flush with the top plate surface 10Aa of the handle portion 10A and projects in the radial direction. ing. Specifically, as shown in FIG. 5, the lever portion 10B has a shape extending from the handle portion 10A in a radial direction longer than the diameter of the handle portion 10A. The top plate surface 10Ba of the lever portion 10B and the top plate surface 10Aa of the handle portion 10A are formed so as to form a flat surface that is continuous with each other.

As shown in FIGS. 5 to 6, the lever handle 10 is a laminate of a surface layer member 11 made of ABS resin and a glass fiber reinforced nylon resin (glass fiber 45% reinforced) having a higher specific strength than the surface layer member 11. The member 12 and the member 12 are formed by a multilayer structure integrally formed in a laminated manner with each other. Specifically, as shown in FIG. 7, in the surface layer member 11, after the laminated member 12 is molded, the laminated member 12 is set in the molding die, and the molding material is laminated around the laminated member 12. It is formed by injection molding into a filled shape. By the above molding, the surface layer member 11 is formed in a form of being widely and integrally bonded around the laminated member 12.

As shown in FIG. 5, the surface layer member 11 includes a handle surface layer portion 11A having a substantially celestial cylindrical shape forming the appearance shape of the handle portion 10A, and a lever surface layer portion 11B having a substantially flat plate shape forming the appearance shape of the lever portion 10B. , Are seamlessly and integrally formed. Further, the laminated member 12 has a substantially heavenly cylindrical handle laminated portion 12A integrally molded with the handle surface layer portion 11A in a laminated manner, and a substantially flat plate-shaped lever integrally molded with the lever surface layer portion 11B in a laminated manner. The laminated portion 12B is integrally formed with a connecting laminated portion 12C that seamlessly connects the handle laminated portion 12A and the lever laminated portion 12B.

The handle laminated portion 12A of the laminated member 12 is laminated on the back side of the handle surface layer portion 11A to form a concave mounting surface 10Ab on the inner peripheral side to be inserted and attached to the lever shaft 4A of the handle portion 10A. Has been done. That is, in the handle portion 10A, the outer cylinder portion having a substantially celestial cylindrical shape is formed by the handle surface layer portion 11A of the surface layer member 11, and the inner cylinder portion is formed by the handle laminated portion 12A of the laminated member 12. It is formed in the structure. With the above configuration, the handle portion 10A is formed into a good-looking appearance by the handle surface layer portion 11A of the surface layer member 11 made of ABS resin.

Moreover, the handle portion 10A is configured to have a high attachment strength to the lever shaft 4A by the handle laminating portion 12A of the laminated member 12 having a high specific strength made of the glass fiber reinforced nylon resin. Further, the handle portion 10A has a multi-layer structure in which a large thick portion between the outer peripheral surface and the inner peripheral surface (mounting surface 10Ab) is composed of the handle surface layer portion 11A and the handle laminated portion 12A. The wall thickness of each layer is reduced so that shrinkage due to molding shrinkage after injection molding is unlikely to occur.

Specifically, the handle surface layer portion 11A and the handle laminated portion 12A constituting the handle portion 10A have substantially the same and substantially uniform wall thicknesses of the portions forming the general surface portion such as the peripheral wall portion and the top plate portion of the handle portion 10A, respectively. It is formed in the shape of. With the above configuration, the handle surface layer portion 11A and the handle laminated portion 12A constituting the handle portion 10A are not configured to be partially thickened to easily cause shrinkage, and the entire handle portion is less likely to shrink. It is said to be composed.

After the lever shaft 4A is inserted into the mounting surface 10Ab on the inner peripheral side of the handle laminated portion 12A, the outside of the handle portion 10A (lower side in the drawing) for fixing the handle portion 10A to the lever shaft 4A. ), A round hole-shaped fastening surface 10Ac with a female screw to which the fastening screw B is screwed is formed. As described above, the fastening surface 10Ac is formed on the handle laminated portion 12A of the laminated member 12 having a high specific strength made of glass fiber reinforced nylon resin, so that the handle portion 10A is fixed to the lever shaft 4A with high mounting strength. It is supposed to be done.

As shown in FIGS. 5 to 6, the lever laminated portion 12B of the laminated member 12 is laminated so as to be embedded in the lever surface layer portion 11B so that the entire circumference thereof is covered by the lever surface layer portion 11B. .. With the above configuration, the lever surface layer portion 11B of the surface layer member 11 made of ABS resin forms the lever portion 10B in a good-looking appearance shape over the entire peripheral surface. Moreover, the lever portion 10B is configured to have increased strength and rigidity by the lever laminated portion 12B of the laminated member 12 having a high specific strength made of the glass fiber reinforced nylon resin. Further, the lever portion 10B has a substantially flat plate-shaped wall thickness portion having a multi-layer structure in which the lever laminated portion 12B is interposed between the lever surface layer portions 11B having two front and back layers, so that the wall thickness of each layer can be increased. It is made thin so that shrinkage due to molding shrinkage after injection molding is unlikely to occur.

Specifically, the lever laminated portion 12B is formed in a substantially flat plate shape having a substantially uniform wall thickness. The peripheral surface of the lever laminated portion 12B extending in a substantially flat plate shape is rounded to a curved surface shape with an R toward the back side. The thickness of the constituent layer of the lever surface layer portion 11B laminated so as to cover the entire circumference of the lever laminated portion 12B is substantially the same as the wall thickness (plate thickness) of the lever laminated portion 12B and is substantially uniform. It is formed in the shape of. With the above configuration, the lever surface layer portion 11B and the lever laminated portion 12B constituting the lever portion 10B are not configured to be partially thickened so that shrinkage is likely to occur, and shrinkage is unlikely to occur as a whole. It is said to be composed.

The top plate surface of the lever laminated portion 12B and the top plate surface of the handle laminated portion 12A are formed so as to form a flat surface that is continuous with each other. At the inner corner portion of the connection between the lever laminated portion 12B and the handle laminated portion 12A, a rib 12D is formed so as to overhang the same corner portion in a chamfered shape. As shown in FIG. 4, the ribs 12D are formed so as to be adjacent to each other side by side in the plate width direction of the lever laminated portion 12B. As shown in FIG. 5, the rib 12D appropriately enhances the bending rigidity and strength of the lever laminated portion 12B extending in an overhanging shape from the handle laminated portion 12A. As a result, the structural strength of the lever handle 10 used by applying a force such as bending in the plate thickness direction to the lever portion 10B can be appropriately increased.

Further, as shown in FIG. 7, when the surface layer member 11 is integrally molded with the laminated member 12, the lever laminated portion 12B of the laminated member 12 set in the molding die flows on the front and back surfaces of the flat plate shape. Even if it receives a bending load (see the black arrow in the figure) that warps in the plate thickness direction due to the difference in material flow speed (injection pressure), it is not significantly bent and bent in the plate thickness direction due to the reinforcement by the rib 12D. It has become like. As a result, the lever handle 10 having a wide flat surface in which the top plate surfaces 10Ba and 10Aa of the lever portion 10B and the handle portion 10A are continuous with each other causes molding defects such as shrinkage and deformation. It can be molded with a good finish without any problems.

In the case of the configuration in which the laminated member 12 is covered by the surface layer member 11 so as not to be visible from the outside as in the present embodiment, even if the laminated member 12 is slightly closed, the surface layer member 11 is used to close the laminated member 12. By absorbing the thickness, the lever handle 10 can be molded with a good finish. Therefore, it is possible to easily obtain a configuration in which the thickness of the laminated member 12 is made thicker than that of the surface layer member 11 and the structural strength of the lever handle 10 is effectively increased.

Summarizing the above, the lever handle 10 according to the first embodiment has the following configuration. That is, a faucet handle having a handle portion (10A) attached to the faucet body (2) so as to be rotatable around the axis, and a lever portion (10B) extending radially from the handle portion (10A). (10). The faucet handle (10) is a laminated member (12) integrally molded with a surface layer member (11) forming the appearance shape of the handle portion (10A) and the lever portion (10B) and the surface layer member (11). And have.

The surface layer member (11) has a handle surface layer portion (11A) that forms the appearance shape of the handle portion (10A), and a lever surface layer portion (11B) that forms the appearance shape of the lever portion (10B). A handle laminated portion (12A) in which the laminated member (12) is integrally molded in a laminated manner with the handle surface layer portion (11A), and a lever laminated portion (12B) in which the laminated member (12) is integrally molded in a laminated shape with the lever surface layer portion (11B). It has a connecting laminated portion (12C) that seamlessly connects the handle laminated portion (12A) and the lever laminated portion (12B).

According to the above configuration, the handle portion (10A) and the lever portion (10B) have a multi-layer structure composed of a surface layer member (11) and a laminated member (12), whereby the wall thickness of each layer is reduced. It is possible to suppress the occurrence of shrinkage due to molding shrinkage. Moreover, by forming the multilayer structure by integral molding, each layer can be rationally and firmly integrated. Further, since the laminated member (12) has a connecting laminated portion (12C) that seamlessly connects the handle laminated portion (12A) and the lever laminated portion (12B), the surface layer member (11) has a partially thickened portion. It becomes difficult to form. As a result, the faucet handle (10) can be molded with a good finish.

Further, the laminated member (12) is made of a material having higher rigidity and / or strength than the surface layer member (11). According to the above configuration, the rigidity and / or the strength of the faucet handle (10) provided with the lever portion (10B) extending in an overhanging shape from the handle portion (10A) can be reasonably increased. Further, when the surface layer member (11) is integrally molded with the laminated member (12), the laminated member (12) can be made difficult to bend with respect to the injection pressure of the molding material. As a result, the faucet handle (10) can be molded with a better finish.

Further, the lever laminated portion (12B) is insert-molded so as to be embedded in the lever surface layer portion (11B). According to the above configuration, the lever portion (10B) can be finished with a better appearance. Further, the joint strength between the lever surface layer portion (11B) and the lever laminated portion (12B) can be further increased.

Further, the lever surface layer portion (11B) and the lever laminated portion (12B) are integrally molded with each other in a flat plate laminated shape. According to the above configuration, the shape of the top plate of the lever surface layer portion (11B) can be finished in a flat plate shape with good appearance.

Further, the laminated member (12) has a built-up rib (12D) at a corner portion of the connection between the lever laminated portion (12B) and the handle laminated portion (12A). According to the above configuration, the bending rigidity of the lever portion (10B) extending in an overhanging shape from the handle portion (10A) can be appropriately increased. Further, when the surface layer member (11) is integrally molded with the laminated member (12), the laminated member (12) can be made difficult to bend with respect to the injection pressure of the molding material. As a result, the faucet handle (10) can be molded with a better finish.

Further, the handle laminated portion (12A) is laminated on the back side of the handle surface layer portion (11A) to form an inner peripheral side mounting surface (10Ab) to be attached to the faucet main body (2) of the handle portion (10A). According to the above configuration, the degree of freedom of molding of the mounting surface (10Ab) to be attached to the faucet body (2) is utilized by utilizing the structure in which the handle laminated portion (12A) is molded separately from the handle surface layer portion (11A). Can be enhanced.

Further, the temperature control operation by the rotation of the faucet handle (10) around the central axis (A1) extending in the mounting direction with respect to the faucet main body (2) intersects with the central axis (A1). It is a single lever handle that can be attached so that the water discharge stop operation can be switched by tilting and rotating around the axis (A2). According to the above configuration, the lever portion (10B) is particularly effective for a configuration in which the lever portion (10B) extends in a long shape and has a wide top plate surface (10Aa, 10Ba) such as a single lever handle. ) Can be molded with a good finish.

<< About other embodiments >>
Although the embodiments of the present invention have been described above using one embodiment, the present invention can be implemented in various embodiments shown below in addition to the above embodiments.

1. 1. The faucet handle of the present invention can be applied as various types of faucet handles in addition to the single lever handle as shown in the above embodiment. Specifically, as disclosed in documents such as Japanese Patent Application Laid-Open No. 2017-48644, the faucet handle is such that the handle portion can rotate about an axis extending in the vertical direction with respect to the faucet body. It may be applied as a single lever handle of a type that can be attached. Further, as disclosed in documents such as Japanese Patent Application Laid-Open No. 2015-010636, the faucet handle can be rotated around an axis in which the handle portion extends horizontally with respect to the right side portion or the left side portion of the faucet body. It may be applied as a type of handle (temperature control handle or water discharge switching handle) that can be attached so as to be. Further, the faucet handle may be applied as an operation handle of a single faucet in addition to the operation handle of the mixing faucet as described above. That is, the faucet handle is applicable to various types of faucet handles having a handle portion that is attached to the faucet body so that the axis can rotate, and a lever portion that extends radially from the handle portion. Is something that can be done.

2. 2. The laminated member integrally molded integrally with the surface layer member may be formed by inserting the handle laminated portion into a form completely embedded in the handle surface layer portion of the surface layer member. Further, the laminated member does not necessarily have to be embedded so that the lever laminated portion is covered with the lever surface layer portion of the surface layer member on the entire circumference, and a part of the laminated member is exposed to the outside or the entire surface is exposed to the outside. It may be laminated in a shape such as a liver.

3. 3. The surface layer member and the laminated member may be made of a resin material, a metal material, or a composite material other than the materials shown in the above embodiments. The surface layer member and the laminated member may be made of the same material. Further, the surface layer member may be made of a material having higher rigidity and / or strength than the laminated member.

4. The lever portion and the handle portion do not necessarily have to have a shape in which the top plate surfaces of each other form a flat surface flush with each other. That is, a step may be provided between the top plate surface of the lever portion and the top plate surface of the handle portion, or a hook hole for inserting a finger may be provided in the center of the lever portion. Further, the top plate surface of the lever portion may be curved in a convex curved surface shape or a concave curved surface shape, or the lever portion may extend from the handle portion into a round bar shape or a square bar shape.

5. The rib may be formed in a built-up shape at the corner portion of the connection between the lever laminated portion and the handle laminated portion, and may be formed at the outer corner portion in addition to these inner corner portions.

1 Mixing faucet 2 Faucet body 3 Discharge pipe 3A Discharge port 4 Cartridge 4A Lever shaft 10 Lever handle (handle for faucet)
10A Handle part 10Aa Top plate surface 10Ab Mounting surface 10Ac Fastening surface 10B Lever part 10Ba Top plate surface 11 Surface layer member 11A Handle surface layer part 11B Lever surface layer part 12 Laminated member 12A Handle laminated part 12B Lever laminated part 12C Connecting laminated part 12D Axis line A2 Crossing axis P1 Water stop position P2 Water discharge position P3 Hot water side adjustment position P4 Water side adjustment position T Top plate B screw

Claims (7)

A faucet handle having a handle portion attached to the faucet body so as to be rotatable around the axis, and a lever portion extending radially from the handle portion in a radial shape.
The surface layer member forming the appearance shape of the handle portion and the lever portion, and
It has a laminated member that is integrally molded with the surface layer member in a laminated manner.
The surface layer member has a handle surface layer portion that forms the appearance shape of the handle portion, and a lever surface layer portion that forms the appearance shape of the lever portion.
The handle laminated portion in which the laminated member is integrally molded in a laminated manner with the handle surface layer portion, the lever laminated portion in which the lever surface layer portion is integrally molded in a laminated shape, and the handle laminated portion and the lever laminated portion are provided. A handle for faucets that has a connecting laminated part that connects seamlessly. The faucet handle according to claim 1.
A faucet handle in which the laminated member is made of a material having higher rigidity and / or strength than the surface layer member. In the faucet handle according to claim 1 or 2.
A faucet handle in which the lever laminated portion is insert-molded so as to be embedded in the lever surface layer portion. The faucet handle according to any one of claims 1 to 3.
A faucet handle in which the lever surface layer portion and the lever laminated portion are integrally molded in a flat plate laminated shape. The faucet handle according to any one of claims 1 to 4.
Further, a faucet handle in which the laminated member has a built-up rib at a corner of a connection between the lever laminated portion and the handle laminated portion. The faucet handle according to any one of claims 1 to 5.
A faucet handle having the handle laminated portion laminated on the back side of the handle surface layer portion and forming a mounting surface on the inner peripheral side of the handle portion to be attached to the faucet main body. The faucet handle according to any one of claims 1 to 6.
The faucet handle switches between a temperature control operation by rotating around the central axis extending in the mounting direction with respect to the faucet main body and a water discharge stop operation by tilting rotation around the crossing axis intersecting with the central axis. A faucet handle that is said to be a single lever handle that can be operated and installed so that it can be operated.

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