Barber tools

Abstract

We provide technology that enables the hygienic handling of barbering instruments. [Solution] The barber tool 10 has a body contact part that comes into contact with the body, and a gripping part 21A. Body 20 and a main body 20 provided on the main body 20, in a self-supporting state and in a suspended state It comprises a part 30 that is in a suspended state.

Description

Technical Field

[0001] The present invention relates to grooming containers.

Background Art

[0002] The scalp brush disclosed in Patent Document 1 has a hook portion. The one in Patent Document 1 can be hooked on a locking portion provided on the wall and suspended from the wall, whereby it has good drainage and can be stored hygienically.

Prior Art Documents

Patent Documents

[0003]

Patent Document 1

Summary of the Invention

Problems to be Solved by the Invention

[0004] For example, when washing the head using shampoo, depending on the usage environment, a situation may occur where the hook portion cannot be hooked on the locking portion. In such a case, the one in Patent Document 1 is difficult to hook the hook portion on the locking portion of the wall and will be placed flat on the floor surface . Here, "placed flat" is defined as a state where it is placed on the placement surface stationary only by itself without support from other objects. However, placing the brush for washing the head flat on the floor surface is not preferable from a hygienic perspective.

[0005] The present invention has been completed based on the above circumstances, and an object thereof is to provide a technique capable of hygienically handling grooming containers.

Means for Solving the Problems

[0006] ​ The barbering instrument of the present invention comprises a body having a bio-contact portion that comes into contact with a living body and a gripping portion, and the main body It is mounted on the body, and the main body is in a self-supporting state and a suspended state in which the main body is suspended. It has a part that makes it, and a part that makes it.

[0007] With this configuration, the main body can be made to stand on its own depending on the part, so it can be used on the floor. Compared to placing it on a surface, the contact area with the surface can be reduced, and the container can be hygienically maintained. It becomes possible to handle the tools. Here, "self-supporting state" means that the main body is stationary depending on the part. This is defined as a state in which the main body is held on the mounting surface in an impossible position. [Brief explanation of the drawing]

[0008] [Figure 1] This is a perspective view of the barbering tool according to Example 1, taken from a diagonal front angle. [Figure 2] This is a perspective view of the barbering tool according to Example 1, taken from a diagonal rearward angle. [Figure 3] This is a side view showing a barbering tool according to Example 1. [Figure 4] This is a front view showing a barbering tool according to Example 1. [Figure 5] This is a cross-sectional view AA in Figure 4. [Figure 6] This is a bottom view of the main unit, seen from below. [Figure 7] This is a front view showing a barbering instrument with its components attached to the main body. [Figure 8] This is a side view showing a barbering instrument with its components attached to the main body. [Figure 9] This is a side view showing a barbering device in a self-supporting state. [Figure 10] This is a plan view of a barbering instrument that is standing upright, seen from above. [Figure 11] This is a side view showing the barbering equipment in a suspended state. [Figure 12]It is a side view showing a storage container with the part placed at the storage position. [Figure 13] It is a partially enlarged view showing a part of another embodiment. [Figure 14] It is a partially enlarged view showing a part of another embodiment, showing the part in a heart shape. [Figure 15] It is a partially enlarged perspective view showing a part of another embodiment, showing the part fixed to the main body. [Figure 16] It is a bottom view of the main body of another embodiment seen from below. [Figure 17] It is a side view showing the main body of another embodiment in a self-standing state.

Best Mode for Carrying Out the Invention

[0009] Preferred embodiments of the present invention are shown below.

[0010] In the storage container of the present invention, the part may be annular. According to this configuration, by hooking the part on a hook provided on the wall surface, the main body is suspended, and by placing the annular part flat on the placement surface, a configuration for stably maintaining the main body in a self-standing state can be constructed. By hooking the part on a hook provided on the wall surface, the main body is suspended, and by placing the annular part flat on the placement surface, a configuration for stably maintaining the main body in a self-standing state can be constructed. By hooking the part on a hook provided on the wall surface, the main body is suspended, and by placing the annular part flat on the placement surface, a configuration for stably maintaining the main body in a self-standing state can be constructed. can be constructed.

[0011] In the storage container of the present invention, the part may have a moving part that moves between a self-standing position where the main body is located when the main body is in the self-standing state and a hanging position where the main body is located when the main body is in the hanging state. According to this configuration, in the case of the self-standing state and the hanging state, the position of the moving part of the part can be moved to an optimal position, and it becomes possible to efficiently make the main body in a self-standing state and a hanging state. By hooking the part on a hook provided on the wall surface, the main body is suspended, and by placing the annular part flat on the placement surface, a configuration for stably maintaining the main body in a self-standing state can be constructed. By hooking the part on a hook provided on the wall surface, the main body is suspended, and by placing the annular part flat on the placement surface, a configuration for stably maintaining the main body in a self-standing state can be constructed. By hooking the part on a hook provided on the wall surface, the main body is suspended, and by placing the annular part flat on the placement surface, a configuration for stably maintaining the main body in a self-standing state can be constructed. In the storage container of the present invention, the part may have a moving part that moves between a self-standing position where the main body is located when the main body is in the self-standing state and a hanging position where the main body is located when the main body is in the hanging state. According to this configuration, in the case of the self-standing state and the hanging state, the position of the moving part of the part can be moved to an optimal position, and it becomes possible to efficiently make the main body in a self-standing state and a hanging state.

[0012] In the storage container of the present invention, the main body has a restricting part, and the main body is placed on the placement surface. When the body is in a self-supporting position, the center of the contact portion that contacts the upper end of the main body and the aforementioned surface on which the main body is placed. The regulating portion is such that the angle between the imaginary line connecting the two points and the aforementioned mounting surface is acute. The range of movement of the aforementioned part can be restricted. With this configuration, the center of gravity of the main body is positioned directly above the part. This makes it possible to hold the main unit stably in a self-standing position.

[0013] In the barbering tool of the present invention, the main body is the main body that contacts the mounting surface when in the self-supporting state. It has a side contact portion, and the portion is the portion that contacts the aforementioned surface when it is in the self-supporting state. This configuration may have the following features: With this configuration, both the main body and the part come into contact with the mounting surface, so either one This makes it easier to stably hold the main unit in an upright position compared to when only one side is in contact with the mounting surface.

[0014] In the barbering tool of the present invention, the main body comprises a base and brush bristles extending from the base. A comb having a brush or base and comb teeth extending from the base, wherein the body is In a plan view when the unit is standing upright, the brush bristles or comb teeth are positioned relative to the base. It can be positioned on the same side as the aforementioned part. With this configuration, if the main body in a self-supporting state falls over... Even if this is done, the main body is less likely to tip over to the side where the brush or comb teeth are located, and this This makes it less likely for the brush or comb teeth to be damaged or deformed by hitting the mounting surface.

[0015] <Examples> The barbering tool 10 of Example 1, which embodies the present invention, will be described with reference to Figures 1 to 12. To clarify, for convenience, the direction in the barbering instrument 10 is defined as follows in the following explanation. In other words, the front-to-back direction in the barbering tool 10 is parallel to the protruding direction of the multiple brush bristles 22. The direction of the brush bristles 22 is defined as the forward direction of the protruding end (tip) and the backward direction of the base end. This is defined as follows: In the barbering device 10, the up and down and left and right directions are perpendicular to the front and back directions. Of the directions, the longitudinal direction of the main body 20 is defined as the up and down direction, and in both the front-to-back direction and the up and down direction... The direction of orthogonal lines is defined as the left-right direction. In each figure, the X, Y, and Z axes represent the front-back and left-right directions, respectively. The X-axis is forward, the Y-axis is left, and the Z-axis is right It is upward. These directions determine the actual direction when using the barber tool 10. It's not that.

[0016] The barber tool 10 according to Example 1, as shown in Figures 1 to 4, comprises a main body 20 and a part 30. The main body 20 has a base 21 and a brush bristle 22 which is a part that comes into contact with the body. The base portion 21 has a gripping portion 21A, a substrate portion 21B, and a projection portion 21C.

[0017] [Main unit configuration] The gripping portion 21A is formed to be elongated in the vertical direction. The gripping portion 21A is made of, for example, synthetic resin. It is made of [material]. The gripping portion 21A extends from the upper and lower side edges and the left and right side edges to the central part in the upper direction. , and it is formed in a curved shape that bulges backward toward the center in the left-right direction (Figure 3, (See Figure 5). The front side of the gripping portion 21A is formed with a recess facing backward (see Figure 5). Gripping portion On the rearward-facing surface of 21A, there are multiple annular recesses 21D formed in an annular shape and recessed inward. These are arranged concentrically and formed (see Figures 2 and 3). The gripping portion 21A is the barber tool 10 This is the part that the user grips with their hand when using it. When gripping the gripping part 21A, While placing your hand on the gripping part 21A from behind the part 21A, grasp the gripping part 21A from the left and right directions. To hold.

[0018] The substrate portion 21B is provided so as to close off the front side of the gripping portion 21A (see Figure 5). When viewed from the front, the substrate portion 21B has an elongated shape in the vertical direction, with its upper and lower ends formed in an arc shape. It has a circular shape (see Figure 4). For example, the substrate portion 21B is separate from the gripping portion 21A and has a different shape. This is done (see Figure 5). The substrate portion 21B is, for example, a known S It is detachably attached by a nap-fit ​​structure (not shown).

[0019] As shown in Figure 5, multiple grooves 21E are formed in the substrate portion 21B. These extend vertically and are formed side by side horizontally (see Figure 4). Each groove 21E In this structure, the width of the side wall 21G in the left-right direction decreases from the front end towards the bottom surface 21F. It is formed with an inclination so as to be so. The upper end and lower end of each groove 21E are in the left-right direction Furthermore, side walls 21H extending in the front-to-back direction rise from the bottom surface 21F (see Figure 3).

[0020] As shown in Figures 1 to 4, the projection 21C protrudes downward from the lower end of the gripping portion 21A. It is designed to do so. The projection 21C is spherical in shape, and the spherical part grips The protruding portion 2 is formed in connection with the holding portion 21A via a constricted portion 21P. 1C is made of the same synthetic resin as the gripping portion 21A. The protrusion 21C and the constricted portion 21P are solid. It is formed (not shown). At both ends 21Q in the left-right direction of the protrusion 21C, in the left-right direction, The locking hole 21J is formed by a recess towards the side (see Figure 4). Each locking hole can be seen when viewed from the left and right directions. 21J is circular in shape (see Figure 3). Each locking hole 21J is arranged coaxially. (See Figure 4). The central axis of each locking hole 21J is the center of the spherical part of the projection 21C. They are overlapping.

[0021] Each locking hole 21J is provided with a restricting portion 21K, as shown in Figure 3. K is provided such that a portion of the circumferential direction of the locking hole 21J protrudes toward the central axis. The control section 21K has a pair of restricting surfaces 21L formed therein. These restricting surfaces 21L have locking holes 2 Shaped so that it is parallel to the central axis of 1J and extends outwards from the central axis in different radial directions. This is achieved. In these embodiments, the angle formed by the regulating surface 21L is, for example, 60 degrees. That is the case.

[0022] As shown in Figure 6, the protrusion 21C has a main body side contact portion 21M which is a contact portion. The main body side contact portion 21M is a part of the lower end of the spherical portion of the protrusion 21C. It is a ri mark.

[0023] The brush bristles 22 are integrally provided with the substrate portion 21B. 1B is made of a synthetic resin that has properties that make it less prone to static electricity. The brush bristles 22 are It comes into contact with the head and hair of the human body, which is a living organism. The brush bristles 22 are as shown in Figure 5. It extends forward from the plate portion 21B. Each brush bristle 22 is directed from the base end to the protruding end (tip). It has a tapered conical shape. The protruding end (tip) of each brush bristle 22 is in the direction of protrusion. It is formed in a spherical shape that bulges towards the tip, and around it, perpendicular to the central axis of the brush bristles 22. A flat, annular plane 22D is positioned in the direction of the directional movement. It functions as a pressed surface that is pressed by the ejector pin when the hair 22 is released from the mold.

[0024] The brush bristles 22 consist of first brush bristles 22A extending forward from the bottom surface 21F of each groove 21E and , second brush bristles 22B extending forward from the front surface 21N located between adjacent grooves 21E The outer diameter of the first brush bristles 22A is smaller than the outer diameter of the second brush bristles 22B. Therefore, the first brush bristles 22A are more flexible than the second brush bristles 22B. Hair 22A is easily bent over by even slight axial force, so it feels soft against the scalp. It is suitable for cleaning. The second brush bristles 22B are resistant to bending even when subjected to relatively large axial forces. It is suitable for massaging the scalp to promote blood circulation by applying pressure, and for combing hair.

[0025] Focusing on one bottom surface 21F, the first brush bristles 22A move in the vertical direction, as shown in Figure 4. They are aligned to form the first row 22C. The front surface 21N located between adjacent grooves 21E Focusing on one aspect, the second brush bristles 22B are aligned vertically to form the second row 22E. The first brush bristles 22A of the first row 22C, which are adjacent to each other in the left-right direction, and the second brush bristles in the second row 22E. The two brush bristles 22B are arranged in a staggered pattern in the vertical direction. The protruding end (tip) of the first brush bristle 22A is located at the second brush bristle 22B in the second row 22E. It is positioned behind the protruding end (tip) of (see Figure 3). The protruding end (tip) of the brush bristles 22A, and the protrusion of the second brush bristles 22B in the second row 22E. The ends (tips) curve forward from the center in the vertical direction towards the upper and lower ends. They are arranged in this manner (see Figure 3). The protruding end of the second brush bristles 22B in the second row 22E ( The degree of curvature of the virtual curved line Cu2 connecting the tips is the first bra in the first row 22C. The degree of curvature is greater than that of the virtual curved line Cu1, which connects the protruding ends (tips) of the hair 22A. (See Figure 3).

[0026] [Composition of parts] Part 30 is made of synthetic resin, for example. Part 30 is as shown in Figures 1, 2, and 4, C It is letter-shaped. Specifically, part 30 has an arc-shaped part 30A and a part-side contact part 30B, It has a pair of bent portions 30C and a pair of insertion portions 30D. The arc-shaped portion 30A is a virtual flat It has a semi-circular arc shape along the surface Vp (see Figure 3). The arc-shaped portion 30A is located in the arc-shaped portion 30A. It is formed so that the outer diameter gradually increases from both ends in the left-right direction toward the center in the left-right direction. (See Figure 4). The part-side contact portion 30B is formed as a plane on the arc-shaped portion 30A. (See Figure 2). Specifically, the part-side contact portion 30B is aligned with the virtual plane Vp along which the arc-shaped portion 30A is aligned. It widens upwards and is formed in a C-shape along the arc-shaped portion 30A (see Figures 2 and 3).

[0027] Each of the pair of bent sections 30C is provided in a continuous line with the curved section 30A. The curved portion 30C is obtuse at an angle with respect to both ends 30H (see Figure 2) in the left-right direction of the arc-shaped portion 30A. Why does it bend and extend away from the virtual plane Vp (see Figure 3)? In other words, Each bent portion 30C has a portion-side contact portion 30B that sandwiches the arc-shaped portion 30A. It is bent in the opposite direction to the side on which it is provided. When viewed from the left and right directions, each bent portion 30C is an arc The curved portion 30A forms an obtuse angle with respect to each of its left and right ends 30H. A recessed portion 30G is formed between the shaped portion 30A and the recessed portion 30G (see Figure 3). The recessed portion 30G is It is located on the opposite side of the part-side contact portion 30B, with the arc-shaped portion 30A in between (see Figure 3).

[0028] A pair of insertion portions 30D are provided one at each protruding end (tip) of each bent portion 30C. In other words, the pair of insertion parts 30D are provided at both ends 30J of the C-shaped part 30. It is positioned (see Figure 4). Each insertion portion 30D protrudes inward in the left-right direction from each bending portion 30C. They are being extended. Each insertion part 30D is cylindrical with its central axis oriented in the left-right direction. The insertion sections 30D are spaced apart in the left-right direction and arranged coaxially. A butt projection 30E is provided at the inner end (see Figure 1). Butt projection 3 0E protrudes inward in the left and right directions from each insertion portion 30D. The abutment projection 30E is A pair of contact surfaces 30F are formed. These contact surfaces 30F are aligned with the central axis of the insertion portion 30D. They are formed in rows, spreading outwards from each other in different radial directions from a central axis.

[0029] As shown in Figure 7, part 30 has each insertion portion 30D connected to each locking hole of the projection 21C of the main body 20. It is inserted into 21J and attached to the main body 20. In the central axis direction of the insertion part 30D, the protrusion The restricting portion 21K of 21C and the abutting projection 30E are located in the same position. When the bent portion 30C of the part 30 attached to 20 is facing downwards, the arc-shaped portion 30A faces forward. The structure extends downwards, with the recessed portion 30G positioned in front of the bent portion 30C (see Figure 8). The part 30 attached to the main body 20 has a projection 21C that controls the protruding ends of a pair of bent parts 30C. The parts (tip parts) are closed together to form a ring. The part 30 attached to the main body 20 is inserted It can rotate around the central axis of part 30D.

[0030] [Regarding the possible positions that each part can assume relative to the main body] Next, we will explain the possible postures that part 30 can assume when it rotates relative to the main body 20. First, move the arc-shaped portion 30A forward around the central axis of the insertion portion 30D. Rotate it. Then the abutment projection 30E moves along the inner circumferential surface of the locking hole 21J. It moves. And, as shown in Figure 9, the protrusion abuts against one of the regulating surfaces 21L of the regulating part 21K. One contact surface 30F of 30E makes contact, restricting the rotation of part 30 relative to the main body 20. At this time, the arc-shaped portion 30A of part 30 is in a forward-extending position, and is greater than the protrusion 21C. It is positioned in front. The part-side contact portion 30B faces downward. At this time, the part-side contact portion 30 B and the main body contact portion 21M are arranged on the same plane. The position of portion 30 at this time is , in a self-supporting position. When part 30 is in a self-supporting position, the part-side contact part 30B and the main body side contact The barbering tool 10 is placed on the mounting surface S such that part 21M is in contact with the mounting surface S. The body 20 stands upright in an extended vertical position. In other words, the main body side contact part 21M and the part side contact The contact portion 30B contacts the mounting surface S when the device is in a self-supporting state.

[0031] When the main body 20 is in a self-supporting position, the upper end T of the main body 20 and the mounting surface S of the main body 20 are in contact. The angle θ (hereinafter simply referred to as "angle") between the imaginary straight line Vs connecting the body side contact portion 21M and the mounting surface S. The angle (also called θ) is acute. In other words, the restricting portion 21K abuts against the abutting protrusion 30E. By doing so, the range of motion of part 30 is restricted to maintain an autonomous position. For example, The virtual plane Vp on which the part-side contact portion 30B expands contacts the surface of the protrusion 21C, or the protrusion 21 It is preferable to set it so that it does not intersect with the surface of C.

[0032] For example, if the virtual plane Vp is set to intersect with the surface of the protrusion 21C, then the part side contact Only the central part of the contact portion 30B in the left-right direction contacts the mounting surface S, and the left-right direction of the contact portion 30B on the part side Both ends 30K (see Figure 2) will no longer come into contact with the mounting surface S. Therefore, the main body 20 will be on the left and right sides. It becomes more prone to tilting in one direction, making it difficult to maintain the main body 20 in an upright position.

[0033] In contrast, if the virtual plane Vp is set to be in contact with the surface of the protrusion 21C, Since the entire contact portion 30B on the part side makes surface contact with the surface S, the main body 20 is stabilized in an upright position. It becomes possible to hold it.

[0034] Furthermore, if the virtual plane Vp is set so as not to intersect with the surface of the protrusion 21C, the portion side The two ends 30K (see Figure 2) of the contact portion 30B in the left-right direction come into contact with the mounting surface S. Therefore, three points, including the main body contact portion 21M, will be in contact with the mounting surface S, so the main body 20 This makes it possible to maintain a stable, self-sustaining state.

[0035] When the main body 20 is in an upright position, the part-side contact portion 30B of part 30 is as shown in Figure 10. in a position that is separated forward from the main body side contact portion 21M, and to the left of the main body side contact portion 21M. They are arranged spreading out on both sides to the right. In a plan view when the main body 20 is in a self-supporting state. The brush bristles 22 are positioned on the same front side as part 30 relative to the base 21. In a plan view when the body is standing upright, the center of gravity of the main body 20 is located inside the outermost part of the component 30. It is placed.

[0036] Next, as shown in Figure 11, the arc-shaped portion 30A is below the projection 21C (above in Figure 11) The part 30 is rotated around the central axis of the insertion part 30D so that it is positioned as follows. Position 0 is the suspension position. At this time, the regulating part 21K and the abutting protrusion 30E are They are separated and do not make contact. At this time, the contact portion 30B on the part side faces backward. Part 30 is suspended When in the lowered position, part 30 is hooked onto the locking piece L provided on the wall surface W. The main unit 20 is suspended along the wall surface W. In this way, part 3 0 sets the main unit 20 to a freestanding state where it is self-supporting, and to a suspended state where it is suspended.

[0037] Next, as shown in Figure 12, the arc-shaped portion 30A is positioned along the rear surface of the gripping portion 21A. Rotate 30 around the central axis of the insertion part 30D. Then the abutment projection 30E will move into the locking hole 2 It moves along the inner circumferential surface of 1J. Then it abuts against the other regulating surface 21L of the regulating section 21K. The other contact surface 30F of the contact protrusion 30E comes into contact with the body 20, and the rotation of part 30 relative to the main body 20 is restricted. It is controlled. At this time, the arc-shaped portion 30A does not come into contact with the main body 20, but is slightly separated from it. This prevents the rear surface of the gripping portion 21A from being damaged by the portion 30. At this time, the position of part 30 is the storage position. Also, between the arc-shaped part 30A and the main body 20 By inserting a finger into the slightly separated part, part 30 can be moved from its storage position to another position. It becomes possible to rotate it easily. When part 30 is in the storage position, the up and down of the barber tool 10 The external dimensions in the directional and front-to-back directions are minimized. When part 30 is in the storage position, the container By storing the tools 10 in a storage space such as a drawer, the tools 10 will not take up much space. It can be stored in the storage space. In this way, the arc-shaped portion 30A of part 30 is It moves to three positions: standing position, hanging position, and storage position. Arc-shaped part 3 of part 30 0A's range of movement is restricted by the restricting unit 21K so that it does not always come into contact with the main body 20. It is being done.

[0038] As explained above, the grooming tool 10 of Example 1 has brush bristles 22 that come into contact with the human body (biological A main body 20 having a contact portion and a gripping portion 21A, and a device provided on the main body 20 that allows the main body 20 to stand on its own. It comprises a self-supporting state and a suspended state in which the main body 20 is suspended, and a part 30 for that purpose. With this configuration, part 30 can make the main body 20 self-supporting, Compared to placing it lying down on the mounting surface S, the portion that comes into contact with the mounting surface S can be reduced. This makes it possible to handle the barber tools 10 hygienically.

[0039] Therefore, the barbering utensil 10 of Example 1 can be handled hygienically.

[0040] Part 30 forms an annular shape when attached to the main body 20. The main body 20 is suspended by hooking part 30 onto a locking piece L provided on the wall surface W. By placing the annular portion 30 flat on the mounting surface S, the main body 20 can be stabilized. A configuration can be built that maintains an autonomous state.

[0041] Part 30 has a self-supporting position when the main body 20 is in a self-supporting state, and a suspension position when the main body 20 is in a suspended state. It has a suspension position that is located when it is in a certain state, and an arc-shaped part 30A that moves to a certain position. For example, the position of the arc-shaped portion 30A of part 30 differs between the freestanding state and the suspended state. By moving it to the optimal position, the main unit 20 can be efficiently switched between a freestanding state and a suspended state. It becomes possible.

[0042] The main body 20 has a restricting section 21K. The main body 20 is in a self-supporting state relative to the mounting surface S. At that time, the upper end T of the main body 20 and the main body side contact portion 21M that contacts the mounting surface S of the main body 20 are connected. The regulating part 21K is positioned such that the angle θ between the virtual line Vs and the mounting surface S is acute. The range of movement of part 30 is restricted. With this configuration, the center of gravity of the main body 20 is positioned directly above part 30. This makes it possible to stably hold the main unit 20 in an upright position.

[0043] The main body 20 has a main body-side contact portion 21M that contacts the mounting surface S when it is in a self-supporting state. Part 30 has a part-side contact portion 30B that contacts the mounting surface S when it is in a self-supporting state. According to this configuration, both the main body 20 and the part 30 are in contact with the mounting surface S, so either one of them Compared to when the main body 20 is in contact with the mounting surface, it is easier to stably hold the main body 20 in an upright position.

[0044] The main body 20 is a brush having a base 21 and brush bristles 22 extending from the base 21. In a plan view when the main body 20 is in a self-supporting position, the brush bristles 22 are positioned relative to the base 21. It is positioned on the same front side as position 30. With this configuration, if the main body 20 is in a self-supporting state, Even if this happens, the main body 20 is less likely to tip over to the side where the brush bristles 22 are located. This makes it less likely for the brush bristles 22 to be damaged or deformed by hitting the mounting surface S. can.

[0045] <Other examples> The present invention is not limited to the embodiments described above and in the drawings, for example, The following embodiments are also included within the technical scope of the present invention. (1) The beauty roller may be used as a beauty tool for massage. This includes not only brushes and combs, but also brushes and combs used on pets such as dogs and cats (i.e., living creatures). It is included in the container. (2) The main body may be a comb having a base and comb teeth extending from the base. When the main body is in a self-supporting position, the teeth are positioned in a plan view, on the same anterior side as the base. It will be done. (3) As shown in Figure 13, part 130 does not have to be ring-shaped, and a key-shaped ring may have a part of it missing. This may be done. This allows part 130 to be hooked onto a locking piece provided on the wall surface. This makes it easy to remove. Also, the part does not have to be ring-shaped, but a polygonal ring. It may be in a shape, and as shown in part 230 in Figure 14, it may be an annular shape formed in the shape of a heart. It may be a square, elliptical, or polygonal shape. This will affect the appearance of the part. This allows for variations and makes it easier to enhance the design. (4) Unlike the above embodiment, the part may have magnetic properties. In this case, the wall surface or mounting surface If the material is magnetic, the main body can be attached by magnetically attaching the part to a wall or mounting surface. It can be stably positioned to stand on its own or suspended. (5) Unlike the above embodiment, the projection is formed separately from the base and attached to the base. A detachable configuration is also possible. In this case, the part, along with the projection, becomes detachable from the base. For example, by preparing multiple types of parts or protrusions with different shapes, the appearance of the barbering instrument can be improved. This makes it possible to offer the enjoyment of seeing things from a different perspective. (6) As shown in Figure 15, part 330, is in a self-supporting position without moving relative to the main body 20. It may also be configured to be fixed in place and have a hole 330L through which a locking part provided on the wall is inserted. The part 330 is provided with a part-side contact portion 330B. In the configuration of Figure 15, the main body 20 The part 330 is spaced apart from the mounting surface S, and there is no contact portion on the main body side. In other words, only part 330 is in contact with the mounting surface S. This allows the main body 20 to be mounted. Since it is possible to prevent the main body 20 from coming into contact with the mounting surface S, the main body 20 will not come into contact with the mounting surface S. This can make it less susceptible to damage. (7) Unlike the above embodiment, as shown in Figure 16, a flat body is attached to a spherical projection 21C. A side contact portion 121M may be formed. The main body side contact portion 121M is spherical in the protrusion 21C A flat surface is formed at the lower end of the shaped portion. The main body side contact portion 121M is from below. When viewed, the center C of the main body side contact portion 121M is the left end and right end of the main body side contact portion 121M Each of the two virtual vertical lines Vh that are in contact with each of the front and rear ends of the main body side contact portion 121M We define the center of the quadrilateral shape formed by a pair of virtual horizontal lines Vw. In this case, Figure As shown in 17, when the main body 20 is in a self-supporting state relative to the mounting surface S, the upper end T of the main body 20 A virtual straight line Vs connecting the center C of the main body side contact portion 121M that contacts the mounting surface S of the main body 20. The regulating part 21K controls the range of movement of the part so that the angle θ it makes with the mounting surface S is acute. This restricts the movement, making it possible to more stably maintain the main unit 20 in an upright position. The external shape of the contact portion on the main body is not limited to a circular shape; it may also be elliptical, polygonal, or other shapes. [Explanation of Symbols]

[0046] 10... Barbering tool, 20... Main body, 21... Base, 21K... Regulating part, 21M, 121M... Main body Side contact area (contact area), 22... Brush bristles (body contact area), 30, 130, 230, 330... Part, 30B, 330B… Part side contact part, C… Center, S… Mounting surface, T… Upper end of the body, Vs …Imagine a straight line, θ… angle

Claims

1. A main body having a bio-contact portion that comes into contact with a living body and a gripping portion, The main body is provided with a self-supporting state in which the main body is upright, and a suspended state in which the main body is suspended. The state of, the part to be treated, Barbering tools equipped with [specific features / features].

2. The barbering tool according to claim 1, wherein the aforementioned portion is annular in shape.

3. The aforementioned part is the self-supporting position in which the main body is located when it is in the self-supporting state, and the suspension position in which the main body is located. Claim 1 or claim that has a hanging position where it is located when in a lowered state, and a part that moves to Barbering tools as described in item 2.

4. The main body has a regulating section, When the main body is placed in the self-supporting position relative to the mounting surface, the upper end of the main body and the main body The angle between the imaginary line connecting the center of the contact portion that contacts the mounting surface and the aforementioned mounting surface is acute. To that end, the restricting part restricts the range of movement of the part as described in claim 1 or claim 2. A container for carrying a sanitation device.

5. The main body has a main body side contact portion that contacts the mounting surface when in the self-supporting state, The aforementioned part has a part-side contact portion that contacts the aforementioned surface when it is in the self-supporting state. A barbering tool according to claim 1 or claim 2.

6. The main body is a brush having a base and brush bristles extending from the base, or a base and front It is a comb having comb teeth extending from the base, In a plan view when the main body is in the self-supporting state, the brush bristles or comb teeth are, The barbering device according to claim 1 or claim 2, which is arranged on the same side as the base with respect to the part. Equipment.

Images