JP5314293B2 - Gray hair cutter, gray hair cutter set, hair treatment device, hair treatment device set and hair removal device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a hair cutter which can deal with long hair, has no possibility of dropping the once captured gray hair, cuts hair such as gray hair at a root position, prevents cutting of can the gray hair at an unexpected position, be easily handled, can safely cut the gray hair, and is effective for ridding of lice. <P>SOLUTION: The gray hair cutter 5 has a frame part 10, a cutting part 20, an energizing part 80, and a base part 100. The cutting part 20 has a manipulating part 50 having a cylindrical part 52, and a cutting part body with a blade part, fixed on the lower end of the cylindrical part 52 and provided inside a case part 30. The cutting part body is energized upward by the energizing part 80 in the case part 30. A pinching tool 200 is held between the cutting part 20 and the base part 100. The frame part 10 is preferably configured while being partitioned into an upper frame and a lower frame and extensible in the vertical direction. <P>COPYRIGHT: (C)2008,JPO&amp;INPIT

Description

  The present invention relates to a gray hair cutter, a hair treatment device, and a hair removal device, and more particularly, to a hair removal device, a hair treatment device, and a hair removal device that can be applied to long hair.

  Conventionally, there are various apparatuses for cutting gray hair. For example, a clamping tool for sandwiching gray hair, a cutter for cutting gray hair sandwiched by the clamping tool, and a guide rail for holding the clamping tool and the cutter are provided, and the clamping tool and the cutter are relatively movable along the guide rail. There is a gray hair cutter (Patent Document 1).

  A pair of blades that are supported so that the pair of blades can be freely opened and closed, and provided with a supplementary slide opening for introducing gray hair that becomes a small hole shape in the closed state of the body of the blade, on the distal end side of the blade. Exists (Patent Document 2).

  Also, open the tip of the scissors into a V-shape, open a gap from the back of the V-shape toward the scissors' heel, and leave this space as the part where the hair is cut. There are scissors that provide blades (Patent Document 3).

Moreover, there exists a gray hair cutter provided with a disk-shaped plate having a funnel-shaped groove and a cutter (Patent Document 4).
Japanese Utility Model Publication No. 1-108205 Japanese Patent Laid-Open No. 9-75561 JP 2006-326247 A JP, 2005-66282, A As a conventional hair removal device, it is what is known as so-called hair removal, and has what has a pair of leg parts, and pinches hair with the tip of a pair of leg parts. It has been.

  However, in the gray hair cutting device described in Patent Document 1, the clamping tool moves relative to the guide rail and the length of the guide rail is finite, so it cannot be applied to long hair, that is, long hair. There was a problem. That is, in the gray hair cutter disclosed in Patent Document 1, since the holding tool can only move to the end position of the guide rail, there is a limit to the length of hair that can be cut, and the root position of hair such as gray hair. It is difficult to cut with. Moreover, if it is going to respond | correspond to long hair with the structure of patent document 1, you have to lengthen a guide rail, and operation will become difficult if a guide rail is made too long.

  Further, in the gray hair cutter disclosed in Patent Document 1, since the tip of the cutter is always exposed, there is a possibility that the gray hair may be cut at an unexpected position. That is, there is a problem that if the cutter is accidentally pressed while the holding tool in a state of holding gray hair is slid along the guide rail to the rear end side, the gray hair cannot be cut sufficiently at the root position. Further, if the tip of the cutter is always exposed, there is a problem that it is not preferable for safety.

  Moreover, in the scissors described in Patent Document 3, the tip of the scissors is V-shaped, and a gap is formed from the V-shaped ridge. There is a risk of falling out of the gap before cutting. Similarly, in the wrinkle described in Patent Document 2, even if white hair is captured in the capture slide opening, if the tip of the scissors is accidentally opened, the captured white hair may fall off before cutting. There is. In the gray hair cutter disclosed in Patent Document 4, even if white hair is captured in the funnel-shaped groove, the captured white hair may fall off before cutting. Furthermore, in particular, those described in Patent Document 2 and Patent Document 3 have a problem that the operation is troublesome because the operation of cutting with scissors must be performed.

  Recently, it has become a problem that lice infest the human head, and suki combs and drugs are recommended. It is expected to effectively remove lice.

  Further, in the conventional tweezers, the actual situation is that the hair is pulled out with an excessive force, and there is a problem that it is accompanied by pain.

  Therefore, the present invention can cope with long hair, and there is no risk of dropping once captured white hair, it can be cut at the root position of hair such as gray hair, and it is not cut at an unexpected position, and operation is easy. An object of the present invention is to provide a hair removal device that can safely perform a cutting process and is effective in removing lice, as well as a hair removal device that can relieve pain when removing hair. It is what.

The present invention was created in order to solve the above-mentioned problems. First , a haircut device for cutting gray hair, which is opposed to each other downward from both the upper surface portion and both sides of the upper surface portion. A pair of side portions provided on the bottom and a bottom portion provided on the lower end from the pair of side portions, and a member having a cylindrical frame portion and a cutting blade portion as a whole. The cutting part main body, the cutting part main body are accommodated so as to be movable up and down, and an opening for exposing the blade part is provided on the bottom surface. Connected and protrudes upward from the opening on the upper surface of the case part, and the operation part that protrudes upward from the opening on the upper surface part of the frame part, and the blade part is exposed from the case part when the operation part is not pushed. Do not let the cutting unit body face upward with respect to the case part. An upward urging portion that urges, a downward urging portion that urges the case portion downward with respect to the frame portion, an elastic portion provided on the upper surface of the bottom surface portion of the frame portion, and the elasticity And a base part provided at the upper end of the part, and can support a clamping tool for clamping gray hair between the cutting part and the base part, and the clamping tool can be The projection part of the case part is in contact with the upper surface of the base part when the clamping tool is detached from the gray hair cutter.

In the gray hair cutter of this first configuration, a holding tool capable of holding gray hair such as tweezers is supported in a state of being sandwiched between the cutting portion and the base portion. That is, the case is lifted against the downward urging portion, and the holding tool is supported while being sandwiched between the cutting portion and the base portion. Then, the tip of the gray hair is clamped by the clamping tool, and then the gray hair cutter is moved to the root side of the gray hair with the gray hair clamped by the clamping tool. At that time, the holding tool is removed from the gray hair cutter, the gray hair cutter is moved away from the holding tool, and the gray hair cutter is moved to the root side of the gray hair. At that time, the case portion is lowered by the downward urging portion, and the projection portion is in contact with the upper surface of the base portion, and the white hair is inserted by the bottom surface of the case portion, the upper surface of the base portion, and the protrusion portion. Is formed, and the gray hair cutter can be smoothly moved to the root side of the gray hair. After moving the gray hair cutter to the root position of the gray hair, by pushing the operation part, the cutting part body moves downward in the case part against the bias of the upward biasing part, and the blade part is in the case Since it is exposed from the bottom surface of the part, the gray hair is cut by the exposed blade part.

  According to the gray hair cutter of the present invention, once the gray hair is clamped by the clamping tool, the gray hair cutter can be moved to the root of the gray hair with the clamping tool removed from the gray hair cutter, so that the gray hair can be cut. Can also handle long hair. In addition, since the frame portion is formed in a frame shape, there is no risk that the gray hair once captured by the holding tool will fall off, and the captured white hair can be cut reliably. In addition, when the operation unit is not pushed, the blade part is not exposed from the case part, so when the gray hair cutter is moved to the root side of the gray hair, the blade mistakenly touches the white hair, There is no possibility of cutting at an unexpected position, and since the blade portion is not exposed when the operation portion is not pushed, the cutting process can be performed safely. Furthermore, when cutting gray hair, the operation can be easily performed because the cutting can be performed only by pushing the operation unit. Further, when moving the gray hair cutter to the root side of the gray hair, it is not necessary to push the operation portion, so that the operation is easy.

Second , in the first configuration, the upper surface portion, the pair of side surface portions, and the bottom surface portion of the frame portion have a plate shape, and the case portion has a substantially rectangular parallelepiped shape. The side parts on both sides slide in the vertical direction along the side parts of the frame part. Therefore, the case part can slide smoothly with respect to the frame part.

Thirdly, in the first or second configuration, the holding tool used for the gray hair cutter has a pair of elongated leg portions for holding gray hair at the tip, and the tip is closed. When the applied force is released, it has a pair of leg portions that have elasticity to return to the open state, and one of the pair of leg portions is a cut portion side and the other is a base portion side. The tool can be supported while being sandwiched between the cutting part and the base part. Therefore, the holding tool can be supported between the cutting part and the base part also by the elasticity of the holding tool itself.

Fourth , in any one of the first to third configurations, a clamping tool for clamping gray hair is inserted into the gray hair cutter in the case portion and the base portion of the cutting portion. A guide portion serving as a guide at the time is provided, and the guide portion provided in the case portion and the guide portion provided in the base portion are formed in a substantially tapered shape. Therefore, the clamping tool can be smoothly inserted and supported between the case portion and the base portion.

Further, in the fifth, a white hair cutting instrument set for cutting gray hair, and gray hair cutting device of the configuration of the first or 2 or 3 or 4, in pincer for clamping the white hair, and a cutting portion And a holding tool supported in a state of being sandwiched between the base portion.

  According to the gray hair cutter set of the present invention, when the gray hair is clamped by the clamping tool, the gray hair cutter can be moved to the root of the gray hair with the clamping tool removed from the gray hair cutter to cut the gray hair. So it can be used for long hair. In addition, since the frame portion is formed in a frame shape, there is no risk that the gray hair once captured by the holding tool will fall off, and the captured white hair can be cut reliably. In addition, when the operation unit is not pushed, the blade part is not exposed from the case part, so when the gray hair cutter is moved to the root side of the gray hair, the blade mistakenly touches the white hair, There is no possibility of cutting at an unexpected position, and since the blade portion is not exposed when the operation portion is not pushed, the cutting process can be performed safely. Furthermore, when cutting gray hair, the operation can be easily performed because the cutting can be performed only by pushing the operation unit.

Further, the sixth, in the configuration of the fifth, the pincer has a pair of elongated leg for sandwiching the white hair at the tip and held in a state of closing the tip of the pair of leg portions Holding means. As this holding means, for example, a cylindrical portion that is provided inside one leg portion and slides along the leg portion, and a hooking portion that is provided inside the other leg portion and is hooked by the cylindrical portion. In the state which consists of a stop part and the cylindrical part was latched by the to-be-latched part, the structure from which the front-end | tip of a pair of leg part will be closed is mentioned.

In the gray hair cutter set of the sixth configuration, since the holding means is provided in the holding tool, the holding tool can be kept in a closed state, and even after passing the white hair through the frame portion, By holding the tip portion, there is no possibility that the white hair once passed through the frame portion will be accidentally escaped from the inside of the frame portion, and in particular, there is no possibility that the white hair with lice eggs attached will be scattered. Further, since the holding tool can hold the tip of the white hair even after the white hair is passed through the frame portion, the holding tool is not accidentally dropped.

In the fifth or sixth configuration, the holding tool used for the gray hair cutter has a pair of elongated leg portions for holding white hair at the tip, and is provided so that the tip is closed. When the releasing force is released, it has a pair of leg portions having elasticity to return to the open state, one of the pair of leg portions is set as the cutting portion side, the other is set as the base portion side, and the holding tool is set as the cutting portion. It is preferable to be able to support in a state of being sandwiched between the base parts.

Further, the seventh is a hair treatment device for cutting hair, the frame portion exhibiting a square tube shape in whole, a plate-shaped upper surface, disposed opposite to each other from both sides of the upper surface portion downward A pair of plate-like first side portions, an upper frame formed in a substantially U shape by the upper surface portion and the pair of first side portions, a plate-like bottom portion, and a bottom portion A lower frame having a pair of plate-like second side surface portions provided facing each other upward from both sides, and formed in a substantially U shape by the bottom surface portion and the pair of second side surface portions; The first side surface portion slides along one of the second side surface portions, and the other side of the first side surface portion slides along the other side of the second side surface portion so as to be vertically extendable. And a cutting portion main body that is a member provided with a cutting blade portion, and a cutting portion main body that can be moved up and down. An opening for exposing the blade portion on the bottom surface is provided, the case portion having a flat bottom surface, and an upper surface portion of the frame portion that is connected to the cutting portion main body and protrudes upward from the opening on the upper surface of the case portion. An operating portion that protrudes upward from the opening of the first portion and a first portion that biases the cutting portion main body upward with respect to the case portion so that the blade portion is not exposed from the case portion when the operating portion is not pushed. A cutting portion having an urging portion; a second urging portion that urges the operation portion upward with respect to the frame portion; an elastic portion provided on an upper surface of the bottom surface portion of the frame portion; A base part provided at the upper end, the upper part of which is formed in a flat shape, and in a state where the frame part is extended, a clamping tool for clamping hair is attached to the cutting part and the base part. And can be supported in a state of being sandwiched between the parts and the holding tool It can be removed from the hair treatment device, and there are protrusions on both ends of the bottom surface of the case portion and / or both ends of the top surface of the base portion, and when the frame portion is shrunk, the bottom surface of the case portion The upper surface of the base part is in a state of being opposed to each other through the protrusion part.

In the hair treatment device of the seventh configuration, a clamping tool capable of clamping hair such as gray hair, such as tweezers, is supported while being sandwiched between the cutting portion and the base portion. Since the base part is provided at the upper end of the elastic part, it can be supported without dropping the holding tool. And the front-end | tip of hair is clamped with a clamping tool, and a hair treatment device is moved a little to the root side of hair in the state which clamped the hair with the clamping tool after that. At that time, the holding device is removed from the hair treatment device, the hair processing device is separated from the holding device, and the hair treatment device is moved slightly to the base side of the hair. In this state, the frame portion is contracted by sliding the upper frame and the lower frame in the direction in which the frame portion is contracted. Then, a case part and a base part will be in the state which contact | connects via a projection part, and will be in the state where hair was enclosed by the bottom face of a case part, the upper surface of a base part, and the projection part of both sides. After that, move the hair treatment device to the base of the hair with the frame part shrunken, and move the hair treatment device to the position of the base of the hair. The hair is cut by lowering the case portion, exposing the blade portion from the case portion.

  According to the hair treatment device of the present invention, once the hair is pinched by the pinching tool, the hair treatment device can be moved to the base of the hair with the pinching tool removed from the hair treatment device, so that the hair can be cut. Can also handle long hair. In other words, if the holding tool is detachable from the hair treatment device and the hair is held by the holding device, the hair treatment device can be removed from the holding device and the hair treatment device moved to the base of the hair to cut the hair. Because it can, long hair can be supported. In addition, since the frame portion is formed in a frame shape, there is no fear that the hair once captured by the holding tool will fall off, and the hair can be reliably captured and cut. In addition, the frame portion is configured to be stretchable and the case portion is in a contracted state, so that the case portion is in contact with the base portion via the protrusion, and the hair is placed between the bottom surface of the case portion and the base portion. Since it is surrounded by the upper surface and the protrusions on both sides, the hair does not fall off the hair treatment device, and when the frame portion is contracted, the operation portion is not pushed and the blade portion is not exposed. Therefore, it does not accidentally cut at a position in the middle of the hair. In addition, the operation unit may be operated only when cutting the hair, and it is not necessary to perform half-pressing and deep-pressing on the operation unit, so that the operation becomes extremely easy. In addition, since the frame can be moved to the base of the hair in a contracted state, the surface area in contact with the head can be reduced, the hair treatment device can be more closely attached to the head, and the hair It becomes possible to cut at a position close to the root. In addition, the hair can be moved to the base of the hair with the frame portion contracted, so that the hair can be positioned in a narrow space, and other hairs cut by mistake when entering the space. There is no fear. In addition, since the operation of reducing the distance between the case portion and the base portion is performed by reducing the frame portion, the operation portion only needs to have a stroke that exposes the blade portion from the case portion. It can be shortened, the hair treatment device can be further downsized, the appearance can be improved, and furthermore, the case part does not need to be moved downward for a long time. It is easy, there is little blurring of the case part in the horizontal direction, and the durability of the hair treatment device itself can be enhanced. Moreover, since the base part is supported by the elastic part, the blade part hits the upper surface of the base part with an appropriate impact, and the blade edge of the blade part can be protected.

  In particular, according to the hair treatment device of the present invention, it is possible to cut the hair near the root of the hair, so it is possible to remove lice eggs laid on the human head, which has recently become a problem. Can also be used.

  Moreover, since the base part is supported by the elastic part, the hair treatment device has not only a function as a hair cutting device but also a hair removal function. That is, in the same manner as described above, the hair was inserted between the case part and the base part, the hair treatment device was moved to the base side of the hair with the frame part contracted, and then the hair was placed on the base part. The hair is pulled diagonally downward so that the pedestal is pressed downward with the hair. Then, the force pulling the hair is transmitted to the corner on the front side of the base part, then transmitted to the corner part on the back side of the base part, finally transmitted to the hair root, and the base part is pressed downward, whereby the elastic part is When the hair roots are not able to resist the force of being shrunk and returning the elastic part from the shrunken state, the hairs come out of the hair roots. In this way, hair can be pulled out with minimal force by dispersing the pulling force on the front corners and back corners of the base, minimizing pain when pulling the hair. Can be suppressed.

  In addition, as a state where the clamping tool for clamping the hair is sandwiched between the cutting part and the base part, the clamping tool has a pair of elongated leg parts for clamping the hair at the tip, and the tip is When the force applied so as to be in the closed state is released, it has a pair of so-called elastic leg portions that return to the open state, and one of the pair of leg portions is the cutting portion side and the other is the base portion side As a result, it is preferable that the clamping tool is sandwiched between the cutting part and the base part. By doing in this way, a clamping tool can be supported between a cutting part and a base part also by the elasticity of clamping tool itself.

Eighth , in the seventh configuration, the holding tool used for the hair treatment device has a pair of elongated leg portions for holding the hair at the tip, and the tip is in a closed state. When the force applied to is released, it has a pair of leg portions with elasticity to return to the open state, and one of the pair of leg portions is set as the cutting portion side, and the other is set as the base portion side to cut the holding tool. It can support in the state pinched | interposed between the part and the base part. Therefore, the holding tool can be supported between the cutting part and the base part also by the elasticity of the holding tool itself.

Ninthly, in the seventh or eighth configuration, the operation portion is provided at a cylindrical portion connected to the cutting portion main body and an upper end of the cylindrical portion, and the outer diameter of the cylindrical portion. And the second urging portion is provided between the head portion and the frame portion.

Tenth , in any one of the seventh to ninth configurations, a holding tool for holding hair is inserted into the hair treatment device between the case portion and the base portion of the cutting portion. A guide portion serving as a guide at the time is provided, and the guide portion provided in the case portion and the guide portion provided in the base portion are formed in a substantially tapered shape. Therefore, the clamping tool can be smoothly inserted and supported between the case portion and the base portion.

Eleventhly , in any one of the seventh to tenth configurations, the pair of first side surface portions and the pair of second side surface portions constituting the side surface portion of the frame portion are arranged on the side surface portions positioned on the inner side. The plate-shaped guide portion side surface fixed to the inner side surface portion and the front side of the guide portion side portion are connected inward when the side into which the holding tool is inserted is the front side. A strip-shaped guide portion front portion and a strip-plate-shaped guide portion rear portion provided inward from an end on the back side of the guide portion side portion. The guide portion formed in a substantially U-shaped plate shape is fixedly provided at the back portion and the guide portion, and the case portion and the base portion are provided inside the pair of guide portions, It slides up and down along the inside of the guide part. Therefore, the case part and the base part can move up and down smoothly, and the guide part is located on the side of the space between the case part and the base part, so that there is no possibility that the hair will fall off from the space.

Twelfth, in the eleventh configuration, the guide portion is fixed to a side surface portion of the frame portion, and has an outer guide portion having a substantially U-shaped plate shape, and an outer guide portion on the inner side of the outer guide portion. The inner guide portion is formed so as to be stretchable by being slidably contacted vertically with respect to the portion, and has an inner guide portion having a substantially U-shaped plate shape. It is characterized in that a latching portion for latching is provided at one end. Therefore, the guide part can be expanded and contracted with the expansion and contraction of the frame part, and the latching part of the inner guide part is latched to the base part, so that the inner guide part always exists on the side of the upper surface of the base part. As a result, the hair does not fall off the base.

  In addition, it is good also as the following structures. That is, “a hair treatment device for cutting hair, which is a frame portion that has a square cylindrical shape as a whole, and is provided with a plate-like upper surface portion and a pair of plates provided facing each other downward from both sides of the upper surface portion. An upper frame formed in a substantially U shape with the upper surface portion and the pair of first side surface portions, a plate-shaped bottom surface portion, and upward from both sides of the bottom surface portion. A pair of plate-like second side portions provided to face each other, and a lower frame formed in a substantially U shape by the bottom portion and the pair of second side portions, A frame portion formed such that one of the first side surface portions slides along one of the second side surface portions and the other of the first side surface portions slides along the other of the second side surface portions so as to be vertically expandable and contractable. And a cutting part main body which is a plate-like member having a cutting blade part provided on the bottom surface side, and the cutting part main body is stored so as to be movable up and down. In addition, an opening for exposing the blade portion on the bottom surface is provided, and a substantially rectangular parallelepiped case portion provided with protrusions on both ends of the bottom surface, and an upper portion of the upper surface of the case portion connected to the cutting portion main body. And the operating part provided to project upward from the opening of the upper surface part of the frame part, and the cutting part body so that the blade part is not exposed from the case part when the operating part is not pushed. Provided on the upper surface of the bottom surface portion of the frame portion, a cutting portion having a first biasing portion biasing upward with respect to the frame portion, a second biasing portion biasing the operation portion upward with respect to the frame portion, and And a base part provided at the upper end of the elastic part, the upper surface of which is formed in a flat shape, and a protrusion part provided on both ends of the upper surface, and an inner side of the frame part. A pair of guides provided on the side of the frame A plate-shaped outer guide portion side surface fixed to a side surface portion located inside the pair of first side surface portions and a pair of second side surface portions constituting the portion; When the insertion side is the front side, from the front side end of the guide plate side surface that is continuous from the front side end of the guide side, and from the back side end of the guide side surface An outer guide portion having a strip-shaped outer guide portion rear portion continuously provided on the inner side and formed in a substantially U-shaped plate shape by the guide portion side portion, the guide portion front portion, and the guide portion rear portion. And an inner guide part that slides with respect to the outer guide part along the outer guide part on the inner side of the outer guide part, and a plate-like inner side provided in parallel with the outer guide part side part on the inner side of the outer guide part side part. Installed in parallel to the outer guide part front part inside the guide part side part and the outer guide part front part. A plate-shaped inner guide portion front portion and a plate-shaped inner guide portion rear portion provided in parallel to the outer guide portion rear portion inside the outer guide portion rear portion; A guide portion having an inner guide portion provided with a hook portion for hooking on a side end portion of the base portion, and the case portion and the base portion are guide portions. Can be slid in the vertical direction along the guide part, and in the state where the frame part is extended, it is a holding tool for holding the hair, and a pair of elongated shapes for holding the hair at the tip When the force applied so that the tip is closed is released, the holding tool having a pair of legs having so-called elasticity that returns to the open state is attached to one of the pair of leg portions. With the cutting part side and the other as the base part side, the clamping tool is sandwiched between the cutting part and the base part The holding device can be removed from the hair treatment device, and when the frame portion is contracted, the case portion and the base portion come into contact with each other, and the operation unit is pushed to operate the first attachment. A hair treatment device characterized in that the cutting portion main body descends with respect to the urging portion with respect to the case portion and is exposed from the opening of the case portion to cut the hair. It is good also as.

The thirteenth aspect is characterized in that, in any one of the seventh to twelfth configurations, the cutting portion main body is provided with a pair of blade portions. Thereby, the blade edge | tip of a blade part can be made to contact the upper surface of a base part stably. In addition, it is preferable to provide this pair of blade part in the symmetrical position via the operation part connected to the cutting part main body.

Furthermore, the 14th is a hair treatment device set for cutting hair, the hair treatment device structure of the seventh or 8 or 9 or 10 or 11 or 12 or 13, and the cut portion of the hair treatment device A pair of elongate leg portions for holding the hair at the tips and the tips of the pair of leg portions are closed by supporting the hair in a state of being sandwiched between the base portions and holding the hair. And holding means for holding in a state of being held. As this holding means, for example, a cylindrical portion that is provided inside one leg portion and slides along the leg portion, and a hooking portion that is provided inside the other leg portion and is hooked by the cylindrical portion. In the state which consists of a stop part and the cylindrical part was latched by the to-be-latched part, the structure from which the front-end | tip of a pair of leg part will be closed is mentioned.

In the hair treatment device set of the fourteenth configuration, by using the hair treatment device of any one of the seventh to thirteenth configurations and the clamping device of the above configuration, the same operation and effect as those can be obtained. Can do. In particular, since the holding means is provided in the holding tool, the holding tool can be kept in a closed state, and by holding the tip of the hair with the holding tool even after the hair is passed through the frame part. There is no possibility that the hair once passed through the frame part will be accidentally escaped from the inside of the frame part, and in particular, there is no possibility that the hair with lice eggs attached will be scattered. In addition, since the holding tool can hold the tip of the hair even after the hair is passed through the frame portion, the holding tool is not accidentally dropped.

Further, the first 15, in the configuration of the fourteenth, the hair processor set is further in holder for holding a state where the pincer is inserted through between the case portion and the base portion of the hair treatment device, A plate-like first cover provided with a groove portion for inserting one side portion of the distal end portions of the pair of leg portions protruding from the hair treatment device by inserting the holding tool between the case portion and the base portion of the hair treatment device. And a plate-like second cover part provided with a groove part for accommodating the other side part of the tip part of the pair of leg parts, the first cover part and the second cover part are connected, and the holder is sandwiched In a state where it is attached to the tip of the tool, it has a holding part having a shaft part disposed at a position between the pair of leg parts, and the holding tool is inserted between the case part and the base part in the hair treatment device. By attaching to the tip of the pair of leg parts of the clamping part in the state, the clamping tool Characterized in that it prevented from falling off the hair processor. With this, the holding tool is attached to the tips of the pair of leg portions of the holding unit in a state where the holding device is inserted between the case portion and the base portion of the hair processing device, so that the holding device falls off from the hair processing device. Can be prevented.

In the fourteenth or fifteenth configuration, the holding tool used in the hair treatment device has a pair of elongated leg portions for holding the hair at the tip, and the tip is closed. When the releasing force is released, it has a pair of leg portions having elasticity to return to the open state, one of the pair of leg portions is set as the cutting portion side, the other is set as the base portion side, and the holding tool is set as the cutting portion. It is preferable to be able to support in a state of being sandwiched between the base parts.

The sixteenth aspect is a hair removal device for removing hair, comprising an upper surface portion, a pair of side surface portions provided facing each other downward from both sides of the upper surface portion, and a lower end from the pair of side surface portions. A frame portion having a cylindrical shape as a whole, a first elastic portion provided on an upper surface of the bottom surface portion of the frame portion, and a base provided on an upper end of the first elastic portion And a second elastic part provided on the lower surface of the upper surface part of the frame part, and a pressing part provided at the lower end of the second elastic part. And at least a part of the lower surface thereof is formed in a flat shape, and can be supported in a state where a holding tool for holding hair is sandwiched between the pressing portion and the base portion. The holding tool can be removed from the hair remover.

In the hair removal device of the sixteenth configuration, a holding tool capable of holding hair such as gray hair, such as tweezers, is supported while being sandwiched between the pressing portion and the base portion. Since the base part is provided at the upper end of the elastic part, it can be supported without dropping the holding tool. And the front-end | tip of hair is clamped with a clamping tool, and a hair removal device is moved a little to the fundamental side of hair after that, with the hair clamped with a clamping tool. At that time, the holding device is removed from the hair removal device, the hair removal device is moved away from the holding device, and the hair removal device is moved to the root side of the hair.

  Thereafter, the hair is pulled obliquely downward so that the hair is placed on the base and the base is pressed downward with the hair. Then, the force pulling the hair is transmitted to the corner on the front side of the base part, then transmitted to the corner part on the back side of the base part, finally transmitted to the hair root, and the base part is pressed downward so that the elastic part is When the hair roots are not able to resist the force of being shrunk and returning the elastic part from the shrunken state, the hairs come out of the hair roots. In this way, hair can be pulled out with minimal force by dispersing the pulling force on the front corners and back corners of the base, minimizing pain when pulling the hair. Can be suppressed.

  According to the gray hair cutter and the gray hair cutter set according to the present invention, when the white hair is clamped by the clamping tool, the white hair cutter is moved to the root of the gray hair with the clamping tool removed from the gray hair cutter. Since it can cut, it can respond to long hair. In addition, since the frame portion is formed in a frame shape, there is no risk that the gray hair once captured by the holding tool will fall off, and the captured white hair can be cut reliably. In addition, when the operation unit is not pushed, the blade part is not exposed from the case part, so when the gray hair cutter is moved to the root side of the gray hair, the blade mistakenly touches the white hair, There is no possibility of cutting at an unexpected position, and since the blade portion is not exposed when the operation portion is not pushed, the cutting process can be performed safely. Furthermore, when cutting gray hair, the operation can be easily performed because the cutting can be performed only by pushing the operation unit.

  Further, according to the hair treatment device and the hair treatment device set of the present invention, when hair such as white hair is pinched by the holding device, the hair processing device is moved to the root of the hair with the holding device removed from the hair processing device. Since it can be made to cut hair, it can respond also to long hair. In addition, since the frame portion is formed in a frame shape, there is no fear that the hair once captured by the holding tool will fall off, and the hair can be reliably captured and cut. In addition, the frame part is configured to be stretchable and the frame part is contracted, so that the case part is in contact with the base part via the protrusion part, and the hair is placed between the bottom surface of the case part and the base part. Since it is surrounded by the upper surface and the protrusions on both sides, the hair does not fall off the hair treatment device, and when the frame portion is contracted, the operation portion is not pushed and the blade portion is not exposed. Therefore, it does not accidentally cut at a position in the middle of the hair. In addition, the operation unit may be operated only when cutting the hair, and it is not necessary to perform half-pressing and deep-pressing on the operation unit, so that the operation becomes extremely easy. In addition, since the frame can be moved to the base of the hair in a contracted state, the surface area in contact with the head can be reduced, the hair treatment device can be more closely attached to the head, and the hair It becomes possible to cut at a position close to the root. In addition, the hair can be moved to the base of the hair with the frame portion contracted, so that the hair can be positioned in a narrow space, and other hairs cut by mistake when entering the space. There is no fear. In addition, since the operation of reducing the distance between the case portion and the base portion is performed by reducing the frame portion, the operation portion only needs to have a stroke that exposes the blade portion from the case portion. It can be shortened, the hair treatment device can be further downsized, the appearance can be improved, and furthermore, the case part does not need to be moved downward for a long time. It is easy, there is little blurring of the case part in the horizontal direction, and the durability of the hair treatment device itself can be enhanced.

  In particular, according to the hair treatment device of the present invention, it is possible to cut the hair near the root of the hair, so it is possible to remove lice eggs laid on the human head, which has recently become a problem. Can also be used.

  In particular, according to the hair treatment device of the present invention, since the base portion is supported by the elastic portion, the hair treatment device has not only a function as a hair cutting device but also a hair removal function. Therefore, the hair can be pulled out with a minimum force, and the pain when the hair is pulled out can be minimized.

  Moreover, according to the hair removal device of the present invention, the hair can be pulled out with a minimum force, and pain when the hair is pulled out can be minimized.

  In the present invention, it can be used for long hair, and there is no risk of dropping once captured white hair. The purpose of the present invention is to provide a hair removal device that can safely perform a cutting process and is effective in removing lice, as well as to provide a hair removal device that can relieve pain when removing hair. It was realized as follows.

  A gray hair cutter (also referred to as a “hair treatment device” or “hair cutter”. The same applies hereinafter) 5 according to the first embodiment of the present invention is configured as shown in FIGS. And a cutting part 20, an urging part (second urging part) 80, a base part 100, and an elastic part 130.

  Here, the frame part 10 has the frame part main body 11 and the seat part 19, and is exhibiting the square cylinder shape as a whole. The frame portion 10 is made of metal.

  Here, the frame portion main body 11 includes an upper surface portion 12, a side surface portion 14, a bottom surface portion 16, and a side surface portion 18. Both the upper surface portion 12 and the bottom surface portion 16 have a rectangular plate shape and are formed substantially parallel to each other. The side surface portion 14 and the side surface portion 18 have a rectangular plate shape and are formed substantially parallel to each other.

  As shown in FIG. 4, the member constituting the frame body 11 is composed of a frame part 11a and a frame part 11b. The frame part 11a is a rectangular plate-shaped upper surface part. 12, a side surface portion 14 a continuously provided downward from the right side portion of the upper surface portion 12, and a side surface portion 18 a continuously provided downward from the left side portion of the upper surface portion 12. The metal plate-like member is bent. The side surface portion 14a and the side surface portion 18a have a rectangular plate shape. The upper surface portion 12 is provided with an opening portion 13 through which the cylindrical portion 52 is inserted. The opening 13 is an opening on the upper surface portion of the frame portion 10. The frame part 11 b includes a rectangular plate-like bottom surface part 16, a side surface part 14 b continuously provided upward from the right side part of the bottom surface part 16, and an upper side from the left side part of the bottom surface part 16. It is comprised from the side part 18b provided in a row, and becomes the shape which bent the elongate rectangular metal plate-shaped member. The side surface portion 14b and the side surface portion 18b have a rectangular plate shape.

  The frame body 11 is formed by stacking the frame part component 11a and the frame part component 11b facing each other, the side surface part 18a is in contact with the inner side of the side surface part 18b, and the side surface part 14a is in contact with the inner side of the side surface part 14b. As a result, the entire frame is formed. That is, by bonding the side surface portion 14a and the side surface portion 14b, the side surface portion 14 is configured by the side surface portion 14a and the side surface portion 14b, and by bonding the side surface portion 18a and the side surface portion 18b, The side surface portion 18 is constituted by the side surface portion 18b.

  Further, the seat portion 19 is a rectangular plate-like member fixed to the upper surface of the bottom surface portion 16, and is a substantially H-shaped cut portion, similar to the upper surface portion 102b (described later) of the base body component 100b. Is formed, and the lower end of the elastic portion 130 can be attached by folding the pair of pieces 19a, 19b (see FIG. 10) formed by the cut portions back to the upper surface side of the seat portion 19. The seat portion 19 is fixed to the bottom surface portion 16 with an adhesive.

  Next, as shown in FIGS. 5 to 8, the cutting unit 20 includes a case unit 30, an operation unit 50, a cutting unit body 60, a rod-like unit 70, and a biasing unit 76 (first biasing unit, Upward biasing section).

  Here, the case portion 30 has a substantially rectangular parallelepiped box shape as a whole, and includes an upper surface portion 32, a side surface portion 34, a back surface portion 36, a side surface portion 38, a front surface portion 40, a bottom surface portion 42, and a guide. The case portion main body 31 is composed of the upper surface portion 32, the side surface portion 34, the back surface portion 36, the side surface portion 38, the front surface portion 40, and the bottom surface portion 42. The case portion 30 is made of metal.

  The upper surface portion 32 constitutes the upper surface of the case portion main body 31, has a rectangular plate shape, and has an opening 33 through which the cylindrical portion 52 is inserted at a substantially central position. The opening 33 is an opening on the upper surface of the case portion 30. The side surface portion 34 forms the right side surface of the case portion main body 31 and has a rectangular plate shape. The back surface portion 36 forms the back surface of the case portion main body 31 and has a rectangular plate shape. Moreover, the side part 38 forms the left side surface of the case part main body 31, and is exhibiting the rectangular plate shape. Moreover, the front part 40 forms the front of the case part main body 31, and is exhibiting the rectangular plate shape. Moreover, the bottom face part 42 comprises the bottom face of the case part main body 31, is exhibiting square plate shape, and a pair of strip | belt-shaped opening parts 42-1 and 42-2 are formed. That is, a band-shaped opening 42-1 is formed in the left-right direction on the front side of the bottom surface part 42, and an opening 42-2 is formed in the left-right direction on the back side of the bottom surface part 42. The openings 42-1 and 42-2 are openings through which the blades 64-1 and 64-2 are exposed. The upper surface portion 32 and the bottom surface portion 42 are formed substantially parallel to each other, the side surface portion 34 and the side surface portion 38 are formed substantially parallel to each other, and the front surface portion 40 and the back surface portion 36 are formed substantially parallel to each other.

  Note that protrusions (or projections) 46 are formed at the four corners of the bottom surface 42. The protrusion 46 is formed by bonding a metal columnar member and protrudes downward. The columnar member preferably has a columnar shape, an inverted conical shape, an inverted frustoconical shape, or the like having a circular cross section. When the four protrusions 46 are formed at the same height and the case 30 is in contact with the base 100, the four protrusions 46 are in contact with the upper surface of the base 100, and the bottom of the case 30. It is comprised so that 42 and the upper surface of the base part 100 may become substantially parallel.

  The width in the front-rear direction of the case portion main body 31 is substantially the same as the width in the front-rear direction of the frame portion 10, and the width in the left-right direction of the case portion main body 31 is the width in the left-right direction inside the frame portion 10. It is formed slightly smaller than. The vertical width of the case body 31 is formed to be smaller than the vertical width inside the frame portion 10, and specifically, 20-30% of the vertical width inside the frame portion 10. The width is formed.

  The guide portion 44 is formed so as to be inclined upward from the lower end on the front side of the case portion main body 31 to the front side, and has a substantially rectangular plate shape.

  The members constituting the case portion 30 will be described. As shown in FIG. 8, the case portion component 30a, the case portion component 30b, and the case portion component 30c are configured. An upper surface portion 32 having a plate shape, a side surface portion 34 a continuously provided downward from a right side portion of the upper surface portion 32, and a rear surface portion 36 continuously provided downward from a rear side portion of the upper surface portion 32. And a side part 38a continuously provided downward from the left side part of the upper surface part 32, and a front part 40 provided downwardly from the side part on the front side of the upper surface part 32. The sheet-like member is bent and formed. The side part 34a, the back part 36, the side part 38a, and the front part 40 have a rectangular plate shape. The upper surface portion 32 is provided with an opening 33 through which the cylindrical portion 52 is inserted. Further, the case part 30b includes a bottom surface part 42a having a square plate shape, a side surface part 34b continuously provided upward from a right side part of the bottom surface part 42a, and a left side part of the bottom surface part 42a. It is composed of a side surface portion 38b provided continuously upward and a guide piece piece 44a provided obliquely upward from a side portion on the front side of the bottom surface portion 42a to bend one metal sheet-like member. The shape is formed. The side part 34b, the side part 38b, and the guide part piece 44a have a rectangular plate shape. In addition, a pair of strip-shaped openings 42-1a and 42-2a are formed in the bottom surface part 42a, and an opening 43 for inserting the rod-shaped part 70 is formed. The opening 43 is formed so as to be smaller than the diameter of the seat 72 of the rod-like portion 70 so that the seat 72 cannot be inserted. Further, the case part 30c includes a bottom surface part 42b having a square plate shape, a side surface part 34c continuously provided upward from a right side part of the bottom surface part 42b, and a left side part of the bottom surface part 42b. It is composed of a side surface portion 38c provided continuously upward, and a guide piece piece 44b provided obliquely upward from a side portion on the front side of the bottom surface portion 42b, and bends one metal sheet-like member. The shape is formed. The side part 34c, the side part 38c, and the guide part piece 44b have a rectangular plate shape. Note that a pair of band-shaped openings 42-1b and 42-2b are formed in the bottom surface portion 42b. In addition, protrusions 46 are provided at four corners on the bottom surface of the bottom surface portion 42b.

  The operation unit 50 is a member that performs operations when cutting gray hair, and includes a cylindrical part 52 and a head part 54. Here, the cylindrical part 52 has a cylindrical cylindrical shape, and at least when the cutting part main body 60 is positioned at the lowermost end with respect to the case part 30, the cylindrical part 52 projects from the upper surface of the case part 30. Have a length to The cylindrical portion 52 is provided in a state of being inserted through the opening 33 provided in the upper surface portion 32 of the case portion 30.

  The head 54 is fixedly provided on the top of the cylindrical portion 52, and includes a plate-like portion 54a and a plate-like portion 54b. The plate-like portion 54 a has a circular plate shape, and a circular opening for fitting into the tubular portion 52 is formed. The plate-like portion 54b has a circular plate shape, and is fixed by being bonded to the upper surface of the plate-like portion 54a. The plate-like portion 54a is formed to be thicker than the plate-like portion 54b. The plate-like portion 54a is made of, for example, wood, and the plate-like portion 54b is made of, for example, metal.

  Further, the cutting section main body 60 is provided in the case section 30 and is fixed to the lower end of the operation section 50, that is, the lower end of the tubular section 52, and the blade section holder 62 and the blade sections 64-1, 64- 2.

  The blade holder 62 has a rectangular plate shape, and the width in the left-right direction and the width in the front-rear direction are formed such that the blade holder 62 can slide in the vertical direction within the case body 31. ing. That is, the width in the left-right direction of the blade holder 62 is formed slightly smaller than the width in the left-right direction inside the case body 31, and the width in the front-rear direction of the blade holder 62 is the front and back inside the case body 31. It is formed slightly smaller than the width in the direction. The blade holder 62 is, for example, wooden. The blade holder 62 has an opening 62a through which the rod-like portion 70 is inserted. The opening 62 a is formed to be at least smaller than the outer diameter of the cylindrical portion 52, and is actually formed to be smaller than the inner diameter of the cylindrical portion 52. The blade portion holder 62 is fixed so that the lower end of the cylindrical portion 52 is adhered and the opening 62 a is covered with the cylindrical portion 52.

  Each of the blade portions 64-1 and 64-2 has an elongated rectangular plate shape, a blade is formed at the lower end, and the blade portion holder 62 is provided with the blade facing downward. This blade part 64-1 is provided in the position of the opening part 42-1 in the front-back direction, and the blade part 64-2 is provided in the position of the opening part 42-2 in the front-back direction. The blade portion 64-1 and the blade portion 64-2 are provided in parallel to each other, and the blade portions 64-1, 64-2 are both in the left-right direction (for example, with respect to the front surface of the blade portion holder 62). Parallel). Moreover, the blade part 64-1 and the blade part 64-2 are provided at a position equidistant from the axial position of the cylindrical part 52 in the front-rear direction. That is, the blade part 64-1 and the blade part 64-2 are provided at symmetrical positions via the axis of the cylindrical part 52.

  Moreover, the rod-shaped part 70 is comprised from the seat part 72 and the rod-shaped part main body 74, and is a metal member. The rod-like portion main body 74 is formed to have a diameter that can be inserted into the tubular portion 52, and the length thereof is longer than the height of the case portion main body 31. The rod-like portion 70 is provided upright in the case portion 30, the seat portion 72 is sandwiched between the bottom surface portion 42 a and the bottom surface portion 42 b, and the rod-like portion main body 74 is an opening 62 a of the blade portion holder 62. Is provided so as to face the cylindrical portion 52.

  The urging portion 76 is configured by a spring (specifically, a helical spring), and is provided around the rod-like portion main body 74 between the blade portion holder 62 and the bottom surface portion 42a. The part holder 62 is provided to urge upward.

  Here, in a state where the head portion 54 of the operation unit 50 is not pushed, the upper surface portion 32 of the case portion main body 31 is urged by the urging portion 80, so that the upper surface portion 12 of the frame portion 10 is The upper surface of the blade holder 62 is in contact with the lower surface of the upper surface portion 32 of the case body 31 by being urged by the urging portion 76. .

  In order to assemble the cutting part 20 having the above configuration, the case part 30b and the case part 30c are bonded together with the rod-like part 70 inserted through the opening 43 of the case part 30b. That is, the outer surface of the side surface portion 34b is bonded to the inner surface of the side surface portion 34c, the outer surface of the side surface portion 38b is bonded to the inner surface of the side surface portion 38c, and the lower surface of the bottom surface portion 42a is bonded to the bottom surface portion 42b. Further, the lower surface of the guide piece piece 44a is bonded to the upper face of the guide piece piece 44b. Thereafter, the urging portion 76 is passed through the rod-like portion 70, and the rod-like portion 70 is inserted into the opening 62 a and the tubular portion 52 of the cutting portion main body 60 in a state where the tubular portion 52 is fixed. Then, while passing the cylindrical part 52 through the opening part 33 of the case part 30a, the case part 30a is fixed in the case part 30b. That is, the outside of the side surface portion 34a is bonded to the inside of the side surface portion 34b, and the outside of the side surface portion 38a is bonded to the inside of the side surface portion 38b.

  In the assembled state up to the above configuration, the cylindrical part 52 is inserted into the opening 13 of the frame part 10 from the inside and protrudes upward, and then the head part 54 is inserted into the cylindrical part 52 through the biasing part 80. It adheres to the upper end of the shaped part 52. As described above, the cutting unit 20 is assembled and attached to the frame unit 10.

  In the case portion 30, the side surface portion 34a, the side surface portion 34b, and the side surface portion 34c constitute the side surface portion 34, and the side surface portion 38a, the side surface portion 38b, and the side surface portion 38c constitute the side surface portion 38. Moreover, the guide part 44 is comprised by the guide part piece part 44a and the guide part piece part 44b. Moreover, the opening 42-1 is comprised by the opening 42-1a and the opening 42-1b, and the opening 42-2 is comprised by the opening 42-2a and the opening 42-2b.

  In the state where the cutting part 20 is attached to the frame part 10, the urging part 80 urges the head part 54 upward, so that the case part 30 is at the uppermost position in the frame part 10, The upper surface of the case body 31 is in contact with the lower surface of the upper surface portion 12 of the frame portion 10.

  Further, the urging portion 80 is constituted by a spring (specifically, a helical spring), and is provided around the tubular portion 52 between the head portion 54 and the upper surface portion 12 and is operated with respect to the frame portion 10. The unit 50 (particularly, the head 54) is provided so as to urge upward. The biasing portion 80 is configured to bias the cutting portion main body 60 upward by biasing the operation portion 50 upward. Further, the urging unit 80 not only urges the operation unit 50 upward, but also when the cylindrical part 52 moves up and down, the cylindrical part 52 does not tilt and appropriately moves up and down. It is also provided for this purpose.

  Further, as shown in FIGS. 9 and 10, the base unit 100 includes an upper surface part 102, a side part 104, a back part 106, a side part 108, a front part 110, and a guide part 112. It has a case shape with an open bottom. The platform 100 is made of metal.

  The upper surface portion 102 constitutes the upper surface of the base portion 100 and has a rectangular plate shape. The side surface portion 104 forms the right side surface of the base portion 100 and has a rectangular plate shape. The back surface portion 106 forms the back surface of the base portion 100 and has a rectangular plate shape. The side surface portion 108 forms the left side surface of the base portion 100 and has a rectangular plate shape. Moreover, the front part 110 forms the front of the base part 100, and is exhibiting the rectangular plate shape. The side surface portion 104 and the side surface portion 108 are formed substantially parallel to each other, and the front surface portion 110 and the back surface portion 106 are formed approximately parallel to each other. Moreover, the guide part 112 is inclined and formed downward from the boundary position between the upper surface part 102 and the front part 110 to the front side, and has a substantially rectangular plate shape.

  As shown in FIG. 10, members constituting the pedestal 100 are configured by a pedestal part 100 a and a pedestal part 100 b, and the pedestal part 100 a is an upper surface having a square plate shape. Part 102a, and a guide part piece part 112a that is continuously provided inclined downward from the side part on the front side of the upper part 102a to the front side, and is formed by bending one metal sheet-like member It has a shape. The guide piece piece 112a has a rectangular plate shape. Further, the base part 100b includes a top surface portion 102b having a square plate shape, a side surface portion 104 connected downward from a right side portion of the top surface portion 102b, and a back side portion of the top surface portion 102b. The back part 106 provided continuously from the lower side, the side part 108 provided continuously from the left side part of the upper surface part 102b, and the front face provided to the left from the side part on the front side of the side part 104. It consists of a part 110 and a guide part piece part 112b provided continuously from the front side part of the upper surface part 102b, and has a shape formed by bending one metal sheet-like member. Note that the unfolded state of the metal sheet-like member is configured as shown in FIG. 11, and the side surface portion 104 and the back surface portion 106 are connected via a glue margin portion N1 provided continuously from the side surface portion 104. The side surface portion 108 and the back surface portion 106 are connected to each other through a glue margin portion N2 provided continuously from the side surface portion 108, and the front surface portion 110 and the side surface portion 108 are provided from the side surface portion 108. It is connected via N3. Note that a substantially H-shaped cut portion 103 is formed on the upper surface portion 102b, and a pair of pieces (that is, the piece portion 103a and the piece portion 103b) formed by the cut portion 103 are formed on the lower surface side of the upper surface portion 102b. The upper end of the elastic part 130 can be attached by folding back.

  In addition, the guide part 44 and the guide part 112 are formed in the substantially taper shape by these.

  Moreover, the elastic part 130 is provided between the frame part 10 and the base part 100, and is comprised by the helical spring.

  In order to assemble the base part 100 and the elastic part 130 and attach them to the frame part 10, the pieces 19 a and 19 b formed by the cut parts provided in the seat part 19 are fitted into the elastic part 130 as being raised, Thereafter, the piece portions 19 a and 19 b are folded back so as to be parallel to the seat portion 19, and the lower end of the elastic portion 130 is fixed to the seat portion 19. Similarly, the upper end of the elastic part 130 is fixed to the base part 100b. Thereafter, the base part 100a is bonded to the base part 100b. That is, the lower surface of the upper surface portion 102a is bonded to the upper surface of the upper surface portion 102b, and the lower surface of the guide portion piece portion 112a is bonded to the upper surface of the guide portion piece portion 112b. Thereafter, the seat portion 19 is adhered to the upper surface of the bottom surface portion 16 of the frame portion 10, and the base portion 100 is attached to the frame portion 10 via the elastic portion 130.

  The upper surface portion 102a and the upper surface portion 102b constitute the upper surface portion 102, and the guide portion piece 112a and the guide portion piece portion 112b constitute the guide portion 112.

  The usage state of the gray hair cutter 5 having the above configuration will be described. A pinching tool 200 such as tweezers is prepared. As shown in FIG. 12, the pinching tool 200 is inserted into a position between the cutting portion 20 and the base portion 100, and the pinching tool 200 is inserted into the cutting portion 20 and the base portion 100. Support between. In supporting the holding tool 200, one of the pair of leg portions 202 and the leg portion 204 constituting the holding tool 200 is brought into contact with the lower surface of the cutting portion 20, and the other is brought into contact with the upper surface 102 of the base portion 100. I will let you. When the holding tool 200 is supported, since the elastic part 130 is provided on the base part 100, the width F of the holding tool 200 (that is, the width between the outside of the leg part 202 and the outside of the leg part 204) is It is larger than the width G between the cutting part 20 and the base part 100 in a state where the holding tool 200 is not supported, and smaller than the width between the cutting part 20 and the base part 100 when the base part 100 is at the lowermost end. Thus, the holding tool 200 can be supported by the elastic force of the elastic portion 130. The elastic force of the elastic part 130 needs to be strong enough to prevent the pair of supported leg parts 202 and 204 from being closed. In other words, when the pair of leg portions 202 and 204 supported by the elastic force of the elastic portion 130 is in a closed state, gray hair cannot be clamped by the holding tool 200, and therefore the elastic force of the elastic portion 130 is applied to the leg portion. It is necessary to set the strength so that 202 and 204 are not closed. Note that the pair of leg portions 202 and 204 in the holding tool 200 are in an open state when a force is not applied so that the tip ends are closed, and a force applied so that the tip is closed. Is released, it has a so-called elasticity that returns to the open state. With this elasticity, when the holding tool 200 is inserted between the cutting part 20 and the base part 100, the pair of leg parts 202, 204 Since it is in a slightly closed state, the clamping tool 200 is supported between the cutting part 20 and the base part 100 even by the force with which the pair of leg parts 202 and 204 try to open. That is, the base part 100 is supported in the gray hair cutter 5 by the elasticity provided in the elastic part 130 and the elasticity of the holding tool 200 itself.

  Further, when the holding tool 200 is supported by the gray hair cutter 5, since the guide part 44 is provided in the cutting part 20 and the guide part 112 is provided in the base part 100, the guide parts 44 and 112 are provided. By inserting the tip of the clamping tool 200 from the side where it is held, the base part 100 automatically moves downward against the urging force of the elastic part 130 and smoothly sandwiches between the cutting part 20 and the base part 100. The tool 200 is supported.

  As described above, when the holding tool 200 is supported by the gray hair cutter 5, the gray hair K is held by the holding tool 200 as shown in FIG. That is, the white hair K is clamped with the pair of leg portions 202 and 204 constituting the clamp tool 200 closed. When the white hair K is clamped by the clamping tool 200, the gray hair cutter 5 is held with one hand, and the white hair K is clamped by operating the clamping tool 200 with the other hand. In addition, when pinching white hair, it is preferable to pinch the tip of white hair. Further, since the operation of pinching gray hair is performed as described above, even if the portion of gray hair can be visually recognized with a mirror or the like, even white hair in the back of the head can be pinched.

  When the gray hair K is clamped by the clamping tool 200, as shown in FIG. 14, the gray hair cutter 5 is slightly moved to the root side of the gray hair while the gray hair is clamped by the clamping tool 200. Keep away from 200.

  Thereafter, the operation unit 50 is pushed so that the protrusion 46 of the case unit 30 contacts the upper surface 102 of the base unit 100. That is, by pressing the operation unit 50 against the urging unit 80, the force applied by the pressing operation is transmitted to the case unit 30 via the urging unit 76. The projection 46 comes into contact with the upper surface 102 of the base 100. At this stage, since the cutting part main body 60 has not yet been lowered with respect to the case part 30, the blade parts 64-1 and 64-2 are not exposed. That is, in the state where the operation unit 50 is half-pressed in this way, the protrusion 46 is in contact with the upper surface 102 of the base 100, but the blades 64-1 and 64-2 are not exposed from the case 30. .

  In the above state, the gray hair cutter 5 is moved to the root side of the gray hair. When the gray hair cutter 5 is moved to the root side of gray hair, since the protrusion 46 of the case portion 30 is in contact with the base portion 100, the bottom surface portion 42 of the case portion 30, the upper surface portion 102 of the base portion 100, 4 A space for inserting gray hair is formed by the two protrusions 46, and the gray hair cutter 5 can be smoothly moved to the root side of the white hair. In other words, for example, if the operation unit 50 is not half-pressed and the user tries to move the gray hair cutter 5, the white hair may be caught by the end of the frame 10, and the gray hair may be pulled out. The gray hair may come off from the upper surface portion 102 of the base portion 100 and may enter the gap between the base portion 100 and the side surface portions 14 and 18 of the frame portion 10. By forming the white hair insertion space, there is no such fear.

  If the gray hair cutter 5 is moved to the root side of the gray hair to some extent, the holding by the holding tool 200 may be released and the white hair may be picked and held by hand.

  When the gray hair cutter 5 is moved to the position of the root of the gray hair, as shown in FIG. Move downward relative to 30. Then, the cutting portion main body 60 moves downward in the case portion 30 against the urging force of the urging portion 76, and the blade portions 64-1 and 64-2 are exposed from the bottom surface of the case portion 30. Thereby, the gray hair is cut.

  In addition, as length to which the blade parts 64-1 and 64-2 are exposed downward, the lower ends of the blade parts 64-1 and 64-2 when the blade parts 64-1 and 64-2 are exposed most downwardly. It is preferable that the protrusion 46 is located at the same position as the lower end position or below the lower end position.

  Since the protrusion 46 is provided, when the protrusion 46 comes into contact with the upper surface portion 102 of the base portion 100, the bottom surface portion 42 of the case portion 30 and the upper surface portion 102 of the base portion 100 become substantially parallel. As a result, since the lower ends of the blade portions 64-1 and 64-2 are also substantially parallel to the upper surface portion 102 of the base portion 100, the gray hair can be cut reliably. That is, when the bottom surface portion 42 of the case portion 30 and the upper surface portion 102 of the base portion 100 are not substantially parallel, the lower ends of the blade portions 64-1 and 64-2 are inclined with respect to the upper surface portion 102 of the base portion 100. However, in this embodiment, there is no such fear. Moreover, since the blade parts 64-1 and 64-2 are provided in parallel with each other, the blade edges of the blade parts 64-1 and 64-2 can be stably brought into contact with the upper surface of the base part 100.

  Thereafter, when the pushing operation of the operation unit 50 is released, the cutting unit main body 60 rises inside the case unit main body 31, and the blade units 64-1 and 64-2 are accommodated in the case unit main body 31. After reaching the upper end in the case portion main body 31, the case portion main body 31 rises with respect to the frame portion 10.

  As described above, according to the gray hair cutter 5 of this embodiment, when white hair is clamped by the clamping tool 200, the clamping tool 200 is removed from the gray hair cutter 5, and the gray hair cutter 5 is moved to the root of the gray hair. It can be moved to cut gray hair, so it can be used for long hair. In particular, when the gray hair cutter 5 of this embodiment is compared with the gray hair cutter disclosed in Patent Document 1, in the gray hair cutter disclosed in Patent Document 1, the clamping tool is moved relative to the cutter along the guide rail. In contrast, in the gray hair cutter 5 of the present invention, when the holding tool 200 is detachable from the gray hair cutter 5 and the hair is clamped by the clamping tool 200, the gray hair cutter 5 is held. Since the hair cutting device 5 can be moved to the root of the hair and cut the hair, it can be used for long hair unlike the hair cutting device of Patent Document 1.

  Moreover, since the frame part 10 is formed in a frame shape, there is no fear that the gray hair once captured by the holding tool 200 will drop off, and the captured white hair can be cut reliably. In particular, if the hair to be cut is captured in the frame part 10, it can be cut reliably, so that not only the treatment of white hair within the range that can be seen through a mirror, such as the front of the head, but also the back of the head Even if it is difficult to see even if a mirror such as a temporal head is used, once the gray hair is captured in the frame part 10, the gray hair cutter 5 is moved to the root side along the white hair to be cut. Since it only has to be moved and cut, it is possible to easily cut gray hair in places that are difficult to see.

  Further, in a state where the operation unit 50 is not deeply pressed, the blade portions 64-1 and 64-2 are not exposed from the case portion 30, and therefore, when the gray hair cutter 5 is moved to the root side of the gray hair, an error occurs. Then, there is no possibility that the blade touches the gray hair and cuts at an unexpected position in the middle of the gray hair, and the blade portions 64-1 and 64-2 are exposed when the operation unit 50 is not pressed deeply. Therefore, the disconnection process can be performed safely. Furthermore, when cutting gray hair, since it can be cut only by pressing the operation unit 50, the operation is easy.

  Further, in this embodiment, since the base part 100 is supported by the elastic part 130, the gray hair cutter 5 has not only a function as a gray hair cutter but also a tweezer function as described later. doing. That is, when performing the hair removal operation using the gray hair cutter 5, similarly to the above, after the hair to be removed is clamped by the clamping tool 200 attached to the gray hair cutter 5, the clamping tool 200 is removed from the gray hair cutter 5. The hair is cut off and moved to the base side of the hair, and then the hair is pulled obliquely downward so that the hair is placed on the base part 100 and the base part 100 is pressed downward with the hair. Then, the pulling force of the hair is transmitted to the corner on the front side of the base part 100, then transmitted to the corner on the back side of the base part 100, and finally transmitted to the hair root. When the base part 100 is pressed downward, the elastic part 130 is contracted, and when the hair root cannot resist the force of returning the elastic part 130 from the contracted state, the hair comes out of the hair root. In this way, hair can be pulled out with a minimum force by dispersing the pulling force on the front side corner and the back side corner of the base 100, and the pain when pulling the hair is minimized. Can be suppressed. In other words, when the hair is pinched with a clamping tool and pulled out as it is, the hair is usually pulled out with more force than necessary, which is painful, but in the case of the gray hair cutter of this embodiment, the pain is minimized. Can be suppressed. In addition, about the tweezers function by the base part supported by the elastic part, it explains in full detail in Example 3. FIG.

  Moreover, since the base part 100 is supported by the elastic part 130, the base part 100 moves downward when the operation part 50 is pushed to cut the gray hair with the blade parts 64-1 and 64-2. However, since the white hair is cut by the blade portions 64-1 and 64-2, the blade portions 64-1 and 64-2 hit the white hair at a slow speed. Since it is cut with a weak force while the base part 100 is lowered, the burden on the gray hair can be reduced, and in the case of thick gray hair that cannot be cut with a weak force while the base part 100 is lowered, the base part 100 is the most. Since it cut | disconnects in the position which descended to the lower end, it can cut | disconnect reliably. Moreover, since the base part 100 is supported by the elastic part 130, the blade parts 64-1 and 64-2 will hit the upper surface of the base part 100 with an appropriate impact, and the blade parts 64-1 and 64- -2 blade edge can be protected.

  In the above description, the case of cutting gray hair has been described. However, the hair to be cut can naturally be applied to hair other than white hair. It can also be used to remove lice eggs laid on human heads.

  That is, the lice egg is generally laid at a position 1.5 cm from the hair root, but the position of the blade portion 64-2 is less than 1.5 cm from the end on the back side of the frame portion 10 ( (Preferably less than 5 mm) (that is, the distance between the cutting edge of the blade portion 64-2 and the rear end of the frame portion 10 is less than 1.5 cm (preferably less than 5 mm)). The hair on which the eggs are laid can be removed. Further, since a plurality of hairs can be clamped at once by the clamping tool 200, the hair on which lice eggs are laid and the surrounding hair can be removed at a time.

  In the above description, the clamping tool 200 is described as being used for the gray hair cutter 5, but a clamping tool 400 described later may be used for the gray hair cutter 5. According to the holding tool 400, the holding tool 400 can be kept closed by sliding the grip 430 forward. Therefore, even after the white hair is passed through the frame portion 10, the tip of the white hair is held by the holding tool 400. By doing so, there is no possibility that the white hair that has once passed through the frame portion 10 will be accidentally missed from the inside of the frame portion 10. Further, since the holding tool 400 can hold the tip portion of the gray hair even after the white hair is passed through the frame portion 10, the holding tool 400 is not accidentally dropped.

  In the above description, the urging portion 80 is provided between the head portion 54 and the upper surface portion 12, and the cutting portion main body 60 is moved upward by urging the operation portion 50 upward with respect to the frame portion 10. Although described as being biased, instead of the biasing portion 80, a spring as a biasing portion is provided between the upper surface of the case portion main body 31 and the upper surface portion 12 of the frame portion 10, and the case portion 30 is biased downward. It is good also as a structure which supports. That is, in this case, the urging portion (referred to as a downward urging portion) is provided around the cylindrical portion 52 and is provided between the upper surface of the case body 31 and the upper surface portion 12 of the frame portion 10. In the state, that is, in a state where the holding tool is not supported between the case part 30 and the base part 100 and the operation part 50 is not pushed, the case part 30 is in contact with the base part 100 by the downward biasing part. Specifically, the protruding portion 46 is in contact with the upper surface portion 102 of the base portion 100, and the cutting portion main body 60 is positioned at the upper end in the case portion main body 31 by the biasing portion 76. When the downward urging portion is provided instead of the urging portion 80 as described above, since the urging portion 80 is not provided, the cylindrical member is fixed to the position of the opening 13 on the upper surface of the frame portion 10. Thus, it is necessary to prevent the cylindrical portion 52 from being inclined when the cylindrical portion 52 moves up and down. In addition, together with the downward urging portion, the urging portion 80 is provided around the cylindrical portion 52, and the urging force of the downward urging portion is made larger than the urging force of the urging portion 80. As a result, the case portion 30 The cylindrical portion 52 may be prevented from being inclined when the cylindrical portion 52 is moved up and down by the urging portion 80.

  Thus, since the structure in the case of providing a downward urging | biasing part is the same structure except the above, detailed description is abbreviate | omitted.

  When using the gray hair cutter when the downward biasing portion is provided, when the holding tool 200 is supported by the gray hair cutter 5, the case portion 30 is lifted against the biasing force of the downward biasing portion. Then, when the clamping tool 200 is clamped between the case part 30 and the base part 100 and white hair is clamped by the clamping tool 200, the case part 30 is separated from the clamping tool 200 by the squeezing tool 200, whereby the case part 30 is moved by the downward biasing part. It is assumed that the white hair is inserted into the space formed by the bottom surface portion 42 of the case portion 30, the top surface portion 102 of the base portion 100, and the four protrusions 46 in contact with the base portion 100. Thereafter, by pushing the operation unit 50 against the urging unit (upward urging unit) 76, the cutting unit main body 60 moves downward in the case unit main body 31, and the blade unit 64-1. , 64-2 is exposed and cuts gray hair. Thereafter, when the pushing operation of the operation unit 50 is released, the cutting unit main body 60 moves up in the case unit main body 31 and the blade units 64-1 and 64-2 are stored in the case unit main body 31.

  As described above, according to the gray hair cutter in the case where the downward urging portion is provided, when the white hair is clamped by the clamping tool 200, the gray hair cutter is removed from the gray hair cutter with the clamping tool 200 removed from the gray hair cutter. Since it can be moved to the root and cut gray hair, it can be used for long hair. Moreover, since the frame part 10 is formed in a frame shape, there is no fear that the gray hair once captured by the holding tool 200 will drop off, and the captured white hair can be cut reliably. Further, in a state where the operation unit 50 is not pushed, the blade portions 64-1 and 64-2 are not exposed from the case portion 30, and therefore, when the gray hair cutter 5 is moved to the root side of the gray hair, it is erroneously turned into gray hair. There is no fear that the blade touches and cuts at an unexpected position in the middle of gray hair, and the blade portions 64-1 and 64-2 are not exposed when the operation portion 50 is not pushed, so that safety is ensured. The cutting process can be performed. Furthermore, when cutting gray hair, since it can be cut only by pressing the operation unit 50, the operation is easy.

  In particular, since the case portion 30 is in contact with the base portion 100 in the initial state, in the case of the above configuration (configuration in which the biasing portion 80 is provided), a state in which white hair is inserted Thus, when the gray hair cutter 5 is moved, the operation unit 50 must be moved in a half-pressed state. However, the operation unit 50 can be moved without being operated, and the operation is easy.

  In the above configuration, the blade holder 62 is provided with a pair of blade portions 64-1 and 64-2, but the lower end of either the blade portion 64-1 or the blade portion 64-2. It is good also as a structure which provides a blade in one and does not provide a blade in the other.

  The gray hair cutter 5 has been described as being mainly made of metal, but is not limited thereto, and may be formed of other materials, for example, synthetic resin. In that case, for example, the structure excluding the blade portions 64-1, 64-2, the urging portion 76, the urging portion 80, and the elastic portion 130 is formed of synthetic resin, and the frame portion 10, the case portion 30, the operation unit 50, and the platform 100 are integrally formed as a whole.

  Next, Example 2 will be described. A hair treatment device (also referred to as a “hair-cutting device” or “hair-cutting device”) 205 of Example 2 cuts hair such as gray hair and has a function of removing hair, as shown in FIGS. 16 to 27. And includes a frame part 210, a cutting part 250, an urging part (second urging part) 310, a base part 320, and an elastic part 340. In the figure, unless otherwise specified, of the four side surfaces of the hair treatment device 205, the side where the holding tool guide portions 274 and 332 are provided is the front side, and the opposite side is the back side.

  Here, the frame part 210 constitutes a frame part on the outside of the hair treatment device 205, and has a frame part main body 215, a guide part 240, and a seat part 249, as shown in FIGS. The whole has a substantially rectangular tube shape. The frame part 210 is made of metal.

  Here, the frame portion main body 215 has a cylindrical shape having an upper surface portion 222a, left and right side surface portions 215a and 215b, and a bottom surface portion 232a. Is configured to do. Specifically, the frame body 215 includes an upper frame 220 and a lower frame 230.

  Here, the upper frame 220 includes an upper frame body 222 having a substantially U-shaped plate shape, strip-shaped protrusions 224a and 224b formed on both outer surfaces of the upper frame body 222, an intermediate protrusion 226, And an inner top plate portion 228.

  The upper frame main body 222 has a shape obtained by bending an elongated rectangular plate-like member into a U-shape, and is continuously provided from a rectangular upper surface portion 222a and a right end portion of the upper surface portion 222a. A rectangular side surface portion 222b formed at a right angle to the upper surface portion 222a, and a rectangular side surface portion 222c formed at a right angle to the upper surface portion 222a. The side part 222b and the side part 222c are formed in the same size and shape. An opening 222d for projecting the operation part 280 is formed in the upper surface part 222a. The size of the opening 222d is large enough to allow the operation unit 280 to be inserted.

  Further, both the belt-like protrusions 224a and the belt-like protrusions 224b have a belt plate shape and are formed in the vertical direction. The band-shaped protrusion 224a is provided such that the front end thereof is located at a position where the width of the band-shaped protrusion 234a in the lower frame 230 is opened from the front end of the side surface part 222b. The protrusion 224b is provided such that the end on the back side thereof is located at a position where the width of the band-like protrusion 234b is opened from the end on the back side of the side part 222b. Further, the width of the belt-like protrusion 224 a is the same as or slightly smaller than the width between the belt-like protrusion 234 a and the intermediate protrusion 236 in the lower frame 230, and the width of the belt-like protrusion 224 b is the band-like shape in the lower frame 230. The width between the protrusion 234b and the intermediate protrusion 236 is the same as or slightly smaller than the width. The belt-like protrusion 224a and the belt-like protrusion 224b are formed in the same size and shape. The intermediate protrusion 226 is provided at a position between the belt-like protrusion 224a and the belt-like protrusion 224b at the lower end position outside the side surface portion 222b. The intermediate protrusion 226 has a rectangular plate shape, and the length in the vertical direction is shorter than the length of the band-shaped protrusion 224a and the band-shaped protrusion 224b. The belt-like protrusions 224a and 224b and the intermediate protrusion 226 are provided not only on the side surface part 222b but also on the outer surface of the side surface part 222c. That is, the belt-like protrusions 224a, 224b and the intermediate protrusion 226 provided on the side surface portion 222c are provided symmetrically (plane symmetry) with the belt-like protrusions 224a, 224b and the intermediate protrusion 226 provided on the side surface portion 222b. Yes.

  The inner top plate portion 228 has a shape obtained by bending an elongated rectangular plate-like member into a U shape, and is continuously provided from a rectangular horizontal plate portion 228a and a right end portion of the horizontal plate portion 228a. A vertical plate portion 228b formed at a right angle to the horizontal plate portion 228a, and a vertical plate portion 228c connected from the left end of the horizontal plate portion 228a and formed at a right angle to the horizontal plate portion 228a, The upper ends of the vertical plate portions 228b and 228c are fixed to the lower surface of the upper surface portion 222a. The horizontal plate portion 228a is provided with a circular opening 228a-1 into which the cylindrical portion 282 of the operation portion 280 can be inserted, and the horizontal plate portion 228a has a horizontal length that is the length of the upper surface portion 222a in the horizontal direction. A gap is formed between the side surface portion 222b and the vertical plate portion 228b and between the side surface portion 222c and the vertical plate portion 228c so that the outer guide portion 242 can be disposed.

  The lower frame 230 includes a lower frame main body 232 having a substantially U-shaped plate shape, strip-shaped protrusions 234a and 234b formed on both inner surfaces of the lower frame main body 232, and an intermediate protrusion 236. And have.

  The lower frame main body 232 has a shape obtained by bending an elongated rectangular plate-like member into a U shape, and is continuously provided from a rectangular bottom surface portion 232a and a right end portion of the bottom surface portion 232a, and the bottom surface portion 232a. A rectangular side surface portion 232b formed at right angles to the bottom surface portion 232a, and a rectangular side surface portion 232c formed at a right angle to the bottom surface portion 232a. The side part 232b and the side part 232c are formed in the same size and shape. The bottom surface portion 232a is provided in parallel to the top surface portion 222a, the side surface portion 232b is provided in parallel to the side surface portion 222b along the side surface portion 222b, and the side surface portion 232c is parallel to the side surface portion 222c along the side surface portion 222c. Is provided.

  Further, both the belt-like protrusions 234a and the belt-like protrusions 234b have a belt plate shape and are formed in the vertical direction. The band-shaped protrusion 234a is provided so that the front end of the band-shaped protrusion 234a coincides with the front-side end of the side surface part 222b. Similarly, the band-shaped protrusion 234b has an end on the back side of the side surface part 222b. It is provided so as to coincide with the end on the back side. Further, the intermediate protrusion 236 is provided at a position between the band-shaped protrusion 234a and the band-shaped protrusion 234b at the upper end position inside the side surface portion 232b. That is, the width of the band-shaped protrusion 224a is widened from the band-shaped protrusion 234a, and the intermediate protrusion 236 is provided at a position opened from the band-shaped protrusion 234b by the width of the band-shaped protrusion 224b. The intermediate protrusion 236 has a rectangular plate shape, and the length in the vertical direction is shorter than the length of the band-shaped protrusion 234a and the band-shaped protrusion 234b. The band-shaped protrusions 234a and 234b and the intermediate protrusion 236 are provided not only on the side surface part 232b but also on the inner surface of the side surface part 232c. That is, the belt-like protrusions 234a and 234b and the intermediate protrusion 236 provided on the side surface portion 232c are provided symmetrically (plane symmetry) with the belt-like protrusions 234a and 234b and the intermediate protrusion 236 provided on the side surface portion 232b. Yes.

  Note that the length of the upper frame 220 in the vertical direction and the length of the lower frame 230 in the vertical direction are substantially the same.

  The guide portion 240 includes an outer guide portion 242 and an inner guide portion 244. The outer guide portions 242 are provided on the left and right sides of the frame portion 210, respectively, and the inner guides are provided on the left and right sides of the frame portion 210. Each part 244 is provided.

  The outer guide portion 242 has a substantially U-shaped plate shape, and is a rectangular side surface portion 242a and a vertically long strip continuously connected to the inner side perpendicular to the side surface portion 242a from the front end portion of the side surface portion 242a. The front portion 242b and a vertically long strip-like back portion 242c that is continuous from the end on the back side of the side portion 242a to the inside at a right angle to the side portion 242a. In addition, a belt-like belt-like protrusion 242d is provided at the lower position inside the front portion 242b, and a belt-like belt-like protrusion 242e is provided at the lower position inside the back surface portion 242c. ing. The belt-like protrusions 242d and the belt-like protrusions 242e are formed in the same size, and are provided to restrict movement when the inner guide part 244 moves downward by contacting the protrusions 244d and 244e. The outer guide part 242 is fixed to the inside of the side part 222b and the inside of the side part 222c of the upper frame 220.

  Further, the inner guide portion 244 has a substantially U-shaped plate shape, and is continuously connected to the inner side at a right angle from the front side end portion of the side surface portion 244a and the side surface portion 244a to the side surface portion 244a. It has a vertically long belt-like front portion 244b and a vertically long belt-like back surface portion 244c that is continuous from the end on the back surface side of the side surface portion 244a to the inside at a right angle to the side surface portion 244a. In addition, a rectangular plate-like projection 244d is provided at the upper end position outside the front portion 244b, and a square plate-like projection 244e is provided at the upper end position outside the back surface portion 244c. The protrusion 244d and the protrusion 244e are formed in the same size and shape. The side surface portion 244a is provided along the side surface portion 242a in parallel with the side surface portion 242a, the front surface portion 244b is provided along the front surface portion 242b in parallel with the front surface portion 242b, and the back surface portion 244c is along the back surface portion 242c. And provided in parallel with the back surface portion 242c.

  In addition, a rectangular plate-shaped protrusion 244f is provided at a substantially central portion at the lower end inside the side surface portion 244a. By providing this protrusion 244f, the lower end position of the inner guide part 244 does not go above the upper end position of the base part 320, and the hair is placed between the upper surface of the base part 320 and the lower surface of the case part 260. It will not fall out of the space between. That is, even when the inner guide portion 244 is raised with respect to the base portion 320, the protrusion 244f is hooked on the upper end (the base portion component 320a) of the base portion 320, so that the lower end position of the inner guide portion 244 is the base portion. It does not go above the upper end position of 320.

  Since the inner guide portion 244 is provided inside the outer guide portion 242, the lateral length of the side surface portion 244 a in the inner guide portion 244 is formed shorter than the lateral length of the side surface portion 242 a in the outer guide portion 242. In addition, the lateral widths of the front portion 244b and the rear portion 244c are also set so that the inner end portion of the front portion 242b and the inner end portion of the front portion 244b are flush with each other. It is formed smaller than the lateral width.

  In addition, it can be said that the outer side guide parts 242 on both sides are formed symmetrically with each other, and similarly, the inner guide parts 244 on both sides are also formed symmetrically with each other.

  In the assembled state of the frame portion 210, the outer surface of one (left side) outer guide portion 242 is fixed to the inner surface of the side surface portion 222c of the upper frame 220, and the other (right side) outer guide portion 242 is fixed. The outer surface of the upper frame 220 is fixed to the inner surface of the side surface portion 222b of the upper frame 220. The inner guide portion 244 is disposed inside the outer guide portion 242. The side surface portion 244a is in contact with the side surface portion 242a, the band-shaped protrusion 242d is in contact with the front surface portion 244b, and the band-shaped protrusion 242e is in the rear surface. The projection 244d is in contact with the front portion 242b, and the projection 244e is in contact with the back portion 242c. Further, the outer side of the side surface of the upper frame 220 and the inner side of the side surface of the lower frame 230 are in contact with each other and slide with each other. In other words, the belt-like projection 224a and the belt-like projection 234a of the upper frame 220 are adjacently fitted to be slidable in the vertical direction, and the belt-like projection 224b and the belt-like projection 234b are adjacent to each other and can be slid vertically. In addition, the intermediate protrusion 236 is disposed between the band-shaped protrusion 224a and the band-shaped protrusion 224b, so that the upper frame 220 and the lower frame 230 can slide in the vertical direction, and the intermediate protrusion Since the portion 226 and the intermediate protrusion 236 are provided, the upper frame 220 and the lower frame 230 are configured not to drop out even if the upper frame 220 and the lower frame 230 are slid in the direction of extending the entire frame portion 210. That is, the upper frame 220 and the lower frame 230 are slid in the direction in which the entire frame portion 210 is extended, and in the most extended state, the state shown in FIG. 16 is obtained, and the upper frame 220 and the lower frame 230 are attached to the frame. When the entire portion 210 is slid in the contracting direction and contracted most, the state shown in FIG. 18 is obtained. When the frame part 210 is in the most contracted state, the cutting part 250 is in contact with the base part 320, and specifically, the protruding part 276 of the cutting part 250 is in contact with the upper surface of the base part 320. It becomes a state.

  Further, as shown in FIGS. 16 to 18 and 27, the seat portion 249 is a rectangular plate-like member fixed to the upper surface of the bottom surface portion 232 a of the lower frame 230, and the plate-like member has a substantially H shape. A cut portion is formed, and a pair of pieces 249a and 249b formed by the cut portions are folded back on the upper surface of the seat portion 249 so that the lower end of the elastic portion 340 can be attached. The seat 249 is fixed to the bottom surface 232a with an adhesive or the like.

  Next, as shown in FIGS. 23 to 25, the cutting unit 250 includes a case unit 260, an operation unit 280, a cutting unit main body 290, a rod-shaped unit 300, and an urging unit 306 (first urging unit, Upward biasing section).

  Here, the case portion 260 has a substantially rectangular parallelepiped box shape as a whole, and includes an upper surface portion 262, a front surface portion 264, a side surface portion 266, a side surface portion 268, a back surface portion 270, and a bottom surface portion 272. The case portion main body 261 is configured by the upper surface portion 262, the front surface portion 264, the side surface portion 266, the side surface portion 268, the back surface portion 270, and the bottom surface portion 272. The case portion 260 is made of metal.

  The upper surface portion 262 constitutes the upper surface of the case portion main body 261, has a rectangular plate shape, and has an opening 263 for inserting the tubular portion 282 at a substantially central position. The opening 263 is an opening on the upper surface of the case portion 260. The front portion 264 forms the front of the case portion main body 261 and has a rectangular plate shape. Further, the side surface portion 266 forms the right side surface of the case portion main body 261 and has a rectangular plate shape. The side surface portion 268 forms the left side surface of the case portion main body 261 and has a rectangular plate shape. The back surface portion 270 forms the back surface of the case portion main body 261 and has a rectangular plate shape. Further, the bottom surface portion 272 constitutes the bottom surface of the case portion main body 261, has a rectangular plate shape, and is formed with a pair of band-shaped openings 272-1 and 272-2. That is, a band-shaped opening 272-1 is formed in the left-right direction on the front side of the bottom surface portion 272, and an opening 272-2 is formed in the left-right direction on the back side of the bottom surface portion 272. The openings 272-1 and 272-2 are openings for exposing the blade portions 294-1 and 294-2. The upper surface portion 262 and the bottom surface portion 272 are formed substantially parallel to each other, the side surface portion 266 and the side surface portion 268 are formed substantially parallel to each other, and the front surface portion 264 and the back surface portion 270 are formed substantially parallel to each other. The bottom surface portion 272 is provided in parallel with the top surface portion 322 of the base portion 320.

  It should be noted that protrusions (or protrusions) 276 are formed at four corners on the bottom surface of the bottom surface portion 272. The protruding portion 276 is formed by bonding a metal columnar member and protrudes downward. The columnar member preferably has a columnar shape, an inverted conical shape, an inverted frustoconical shape, or the like having a circular cross section. When the four protrusions 276 are formed at the same height and the case part 260 is in contact with the base part 320, the four protrusions 276 are in contact with the upper surface of the base part 320 and the bottom part of the case part 260. It is comprised so that 272 and the upper surface of the base part 320 may become substantially parallel.

  Further, the width in the front-rear direction of the case portion main body 261 is formed to be the same as or slightly smaller than the length between the front portion 244b and the back portion 244c in the inner guide portion 244, and the width in the left-right direction of the case portion main body 261 is The length is the same as or slightly smaller than the length between the side surface portions 244 a of the pair of inner guide portions 244. That is, the case portion main body 261 is disposed in a space surrounded by the pair of inner guide portions 244. In addition, the vertical width of the case body 261 is formed to be smaller than the vertical width inside the frame part 210, and specifically, 20-30% of the vertical width inside the frame part 210. The width is formed.

  Further, the holding tool guide part 274 is attached to the front side of the case part main body 261, has a shape obtained by bending a square plate-like member at an acute angle, and one bent part 274a is a case part main body. The other piece 274b is formed so as to be inclined upward toward the front side, and has a substantially rectangular plate shape.

  The members constituting the case portion 260 will be described. As shown in FIG. 25, the case portion component 260a, the case portion component 260b, and the case portion component 260c are configured. The upper surface portion 262 having a plate shape, the front surface portion 264a continuously provided downward from the front side portion of the upper surface portion 262, and the side surface portion 266a continuously provided downward from the right side portion of the upper surface portion 262. And a side surface portion 268a continuously provided downward from the left side portion of the upper surface portion 262, and a back surface portion 270a continuously provided downward from the rear side portion of the upper surface portion 262. The sheet-like member is bent and formed. The front part 264a, the side part 266a, the side part 268a, and the back part 270a have a rectangular plate shape. The upper surface part 262 is provided with an opening 263 for inserting the cylindrical part 282. In addition, the case part 260b includes a bottom plate part 272a having a square plate shape, a side surface part 266b provided upward from the right side part of the bottom surface part 272a, and a left side part of the bottom surface part 272a. It is composed of a side surface portion 268b provided continuously upward, and has a shape formed by bending one metal sheet-like member. The side surface portion 266b and the side surface portion 268b have a rectangular plate shape. The bottom surface portion 272a is formed with a pair of band-shaped openings 272-1a and 272-2a, and an opening 273 through which the rod-shaped portion 300 is inserted. The opening 273 is formed to be smaller than the diameter of the seat portion 302 of the rod-shaped portion 300 so that the seat portion 302 cannot be inserted. Further, the case part 260c includes a bottom surface part 272b having a square plate shape, a front surface part 264b, a side surface part 266c, a side surface part 268c, and a back surface part 270b standing from each side of the bottom surface part 272b. It has a shape formed by bending one metal sheet-like member. The front part 264b, the side part 266c, the side part 268c, and the back part 270b have a rectangular plate shape. Note that a pair of band-shaped openings 272-1b and 272-2b are formed in the bottom surface portion 272b. In addition, protrusions 276 are provided at four corners on the bottom surface of the bottom surface portion 272b.

  The case part 260b is housed and fixed inside the case part 260c, and the case part 260c is fixed in a state of being covered with the case part 260a.

  In case part 260, front part 264 is constituted by front part 264a and front part 264b, side part 266 is constituted by side part 266a, side part 266b and side part 266c, and side part 268a and side part The side surface portion 268 is constituted by the 268b and the side surface portion 268c, and the back surface portion 270 is constituted by the back surface portion 270a and the back surface portion 270b. The opening 272-1a and the opening 272-1b constitute an opening 272-1, and the opening 272-2a and the opening 272-2b constitute an opening 272-2.

  The operation unit 280 is a member that performs an operation when cutting the hair, and includes a cylindrical part 282 and a head 284. Here, the cylindrical portion 282 has a cylindrical shape, and at least when the cutting portion main body 290 is positioned at the lowermost end with respect to the case portion 260, the cylindrical portion 282 protrudes from the upper surface of the case portion 260. Have a length to The cylindrical portion 282 is provided in a state of being inserted through an opening 263 provided in the upper surface portion 262 of the case portion 260.

  The head 284 is fixed to the top of the cylindrical portion 282, and includes a plate-shaped portion 284a and a dome-shaped portion 284b. The plate-like portion 284a has a circular plate shape, and a circular opening for fitting into the tubular portion 282 is formed. Further, the dome-shaped portion 284b has a dome shape, and is fixed by being bonded to the upper surface of the plate-shaped portion 284a. The plate-like portion 284a and the dome-like portion 284b are, for example, wooden.

  In addition, the cutting unit main body 290 is provided in the case unit 260, is fixed to the lower end of the operation unit 280, that is, the lower end of the cylindrical unit 282, and has the blade unit holder 292 and the blade units 294-1 and 294-. 2.

  The blade holder 292 has a rectangular plate shape, and the width in the left-right direction and the width in the front-rear direction are formed such that the blade holder 292 can slide in the vertical direction within the case body 261. ing. That is, the width in the left-right direction of the blade holder 292 is slightly smaller than the width in the left-right direction inside the case body 261, and the width in the front-rear direction of the blade holder 292 is the front and rear inside the case body 261. It is formed slightly smaller than the width in the direction. The blade holder 292 is, for example, wooden. The blade holder 292 is formed with an opening 292a through which the rod-shaped portion 300 is inserted. The opening 292 a is formed to be at least smaller than the outer diameter of the cylindrical portion 282, and is actually smaller than the inner diameter of the cylindrical portion 282. The blade portion holder 292 is fixed so that the lower end of the cylindrical portion 282 is adhered and the opening 292a is covered with the cylindrical portion 282.

  The blade portions 294-1 and 294-2 both have an elongated rectangular plate shape, a blade is formed at the lower end, and the blade portion holder 292 is provided with the blade facing downward. The blade portion 294-1 is provided at the position of the opening 272-1 in the front-rear direction, and the blade portion 294-2 is provided at the position of the opening 272-2 in the front-rear direction. The blade portion 294-1 and the blade portion 294-2 are provided in parallel with each other. Parallel). In addition, the blade portion 294-1 and the blade portion 294-2 are provided at a position equidistant from the axial position of the tubular portion 282 in the front-rear direction. That is, the blade part 294-1 and the blade part 294-2 are provided at symmetrical positions via the axis of the cylindrical part 282.

  Moreover, the rod-shaped part 300 is comprised from the seat part 302 and the rod-shaped part main body 304, and is a metal member. The rod-shaped main body 304 is formed to have a diameter that can be inserted into the cylindrical portion 282, and the length thereof is longer than the height of the case main body 261. The rod-shaped portion 300 is provided upright in the case portion 260, the seat portion 302 is sandwiched between the bottom surface portion 272 a and the bottom surface portion 272 b, and the rod-shaped portion main body 304 is an opening 292 a of the blade portion holder 292. Is provided so as to face the cylindrical portion 282.

  Further, the urging portion 306 is configured by a spring (specifically, a helical spring), and is provided around the rod-shaped portion main body 304 between the blade portion holder 292 and the bottom surface portion 272a. The unit holder 292 is provided to urge upward.

  Here, in a state in which the head portion 284 of the operation unit 280 is not pushed, the upper surface portion 262 of the case portion main body 261 is biased by the biasing portion 310, whereby the horizontal plate portion 228 a of the frame portion 210. Further, the upper surface of the blade holder 292 is urged by the urging portion 306 so as to be in contact with the lower surface of the upper surface portion 262 of the case portion main body 261. Yes.

  Further, the urging portion 310 is configured by a spring (specifically, a helical spring), and is provided around the tubular portion 282 between the head portion 284 and the horizontal plate portion 228a of the inner top plate portion 228, The operation unit 280 (particularly, the head 284) is provided so as to urge upward with respect to the frame unit 210. The urging unit 310 is configured to urge the cutting unit main body 290 upward by urging the operation unit 280 upward. Further, the urging unit 310 not only urges the operation unit 280 upward, but also when the cylindrical part 282 moves up and down, the cylindrical part 282 appropriately moves in the vertical direction without being inclined. It is also provided for this purpose.

  In the state where the cutting part 250 is attached to the frame part 210, the urging part 310 urges the head 284 upward, so that the case part 260 is at the uppermost position in the frame part 210. The upper surface of the case portion main body 261 is in contact with the lower surface of the horizontal plate portion 228 a of the frame portion 210.

  Further, as shown in FIGS. 26 and 27, the base part 320 has an upper surface part 322, a front part 324, a side part 326, a side part 328, a back part 330, and a holding tool guide part 332. However, it has a case shape with an open bottom. The base part 320 is made of metal.

  The upper surface portion 322 constitutes the upper surface of the base portion 320 and has a rectangular plate shape. Moreover, the front part 324 forms the front of the base part 320, and is exhibiting the rectangular plate shape. The side surface portion 326 forms the right side surface of the base portion 320 and has a rectangular plate shape. The side surface portion 328 forms the left side surface of the base portion 320 and has a rectangular plate shape. In addition, the back surface portion 330 forms the back surface of the base portion 320 and has a rectangular plate shape. The side part 326 and the side part 328 are formed substantially parallel to each other, and the front part 324 and the back part 330 are formed substantially parallel to each other. The front surface portion 324, the side surface portions 326 and 328, and the back surface portion 330 are perpendicular to the upper surface portion 322. Further, the holding tool guide part 332 is attached to the front part 324, exhibits a shape obtained by bending a square plate-like member at an acute angle, and one bent part 332a is bonded to the front part 324, The other piece 332b is inclined downward toward the front side and has a substantially rectangular plate shape.

  The members constituting the pedestal part 320 will be described. As shown in FIG. 27, the pedestal part 320a, the pedestal part 320b, the pedestal part 320c, and the clamping tool guide part 332, The part component 320a includes an upper surface part 322a having a square plate shape, and protrusions (may be projecting parts) 322a-1 and 322a-2 provided on both left and right sides of the upper surface of the upper surface part 322a. Have. The protrusions 322a-1 and 322a-2 have a columnar shape, and the axial direction thereof is provided in parallel with the directions of the left and right sides of the base part 320a. The upper surface portion 322a is formed of a single metal plate-like member, and the protrusions 322a-1 and 322a-2 have a columnar shape and are provided at substantially intermediate positions in the depth direction. Since the protrusions 276 provided on the case portion 260 are provided at the front end and the back end of the bottom surface of the case portion 260 in the depth direction, the case portion 260 and the base portion 320 are brought into contact with each other. In this case, the protrusion 276 is located between the protrusion 322a-1 and the protrusion 322a-2 so that the protrusion 276 and the protrusions 322a-1, 322a-2 do not come into contact with each other. The height of the protrusions 322a-1 and 322a-2 is preferably the same as the height of the protrusion 276 of the cutting part 250. The width in the left-right direction of the base part 320a is formed longer than the width in the left-right direction of the base part 320c, and the left and right ends of the base part 320a are slightly from the side surface of the base part 320b. It is formed to project from side to side. The protrusions 244f of the inner guide part 244 are hooked by protruding the left and right of the base part 320a.

  The base part 320b includes a square plate-shaped upper surface 322b, a front surface 324a continuously provided downward from a front side of the upper surface 322b, and a right side of the upper surface 322b. A side surface portion 326a continuously provided downward from the side portion, a side surface portion 328a continuously provided downward from the left side portion of the upper surface portion 322b, and a lower surface side portion of the upper surface portion 322b are continuously provided downward. And a back surface portion 330a. The front surface portion 324a, the side surface portions 326a, 328a, and the back surface portion 330a have a rectangular plate shape and are perpendicular to the upper surface portion 322b. Note that a substantially H-shaped cut portion is formed in the upper surface portion 322b, and a pair of pieces (that is, the piece portion 322b-1 and the piece portion 322b-2) formed by the cut portions are formed on the upper surface portion 322b. The upper end of the elastic part 340 can be attached by folding back to the lower surface side.

  The base part 320c has a rectangular frame shape, includes a front part 324b, a side part 326b, a side part 328b, and a back part 330b, and the front part 324b and the back part 330b are parallel to each other. The side surface portion 326b and the side surface portion 328b are parallel to each other, and adjacent members are at right angles. The base part 320a is bonded to the upper surface part 322b of the base part 320b, and the base part 320c is bonded to the inside of the base part 320b. That is, the outer surface of the front portion 324b is bonded to the inner surface of the front portion 324a, the outer surface of the side portion 326b is bonded to the inner surface of the side portion 326a, and the outer surface of the side portion 328b is The outer surface of the back surface portion 330b is bonded to the inner surface of the back surface portion 330a.

  The top part 322b is constituted by the base part 320a and the top part 322b of the base part 320b, the front part 324 is constituted by the front part 324a and the front part 324b, and the side part 326a and the side part 326b. The side surface portion 326 is configured, the side surface portion 328a and the side surface portion 328b configure the side surface portion 328, and the back surface portion 330a and the back surface portion 330b configure the back surface portion 330.

  In addition, the position of the inner end of the protrusions 322a-1 and 322a-2 and the position of the inner end of the protrusion 276 of the cutting part 250 are the ends of the inner side of the outer guide part 242 (that is, the front part 242b). Or the inner end portion of the inner guide portion 244 (that is, the inner end portion of the front portion 244b or the rear portion 244c). By doing in this way, the possibility that the hair inserted into the narrow space surrounded by the cutting part 250, the base part 320, and the guide parts 240 on both sides will come into contact with the inner end part of the guide part 240 is reduced. Can do.

  In addition, the piece part 274b of the holding tool guide part 274 and the piece part 332b of the holding tool guide part 332 are formed in the substantially taper shape by these.

  The elastic portion 340 is provided between the frame portion 210 (that is, the seat portion 249) and the base portion 320, and is configured by a helical spring.

  In order to assemble the hair treatment device 205, the guide portion 240 is attached to the upper frame 220 and the cutting portion 250 is attached. That is, the outer surface of the outer guide portion 242 is bonded to the inner surface of the side surface portion 222b of the upper frame 220 and the inner surface of the side surface portion 222c. At this time, the upper end of the outer guide portion 242 is disposed so as to be in contact with the lower surface of the upper surface portion 222a or close to the lower surface of the upper surface portion 222a. When the outer guide part 242 is fixed to the upper frame 220, the inner guide part 244 is disposed inside the outer guide part 242. That is, the protrusion 244 d provided on the inner guide part 244 is hooked on the upper side of the belt-like protrusion 242 d provided on the outer guide part 242, and the protrusion 244 e provided on the inner guide part 244 is attached to the outer guide part 242. It is attached so as to be hooked on the upper side of the provided belt-like protrusion 242e.

  In attaching the cutting part 250 to the upper frame 220, the cutting part 250 is first assembled. That is, the case part 260b and the case part 260c are bonded together in a state where the bar 300 is inserted through the opening 273 of the case part 260b. That is, the outer surface of the side surface portion 266b is bonded to the inner surface of the side surface portion 266c, the outer surface of the side surface portion 268b is bonded to the inner surface of the side surface portion 268c, and the lower surface of the bottom surface portion 272a is bonded to the bottom surface of the bottom surface portion 272b. Adhere to the top surface. Thereafter, the urging portion 306 is passed through the rod-shaped portion 300, and the rod-shaped portion 300 is inserted into the opening 292a and the tubular portion 282 of the cutting portion main body 290 in a state where the tubular portion 282 is fixed. Thereafter, the cylindrical part 282 is passed through the opening 263 of the case part 260a, and the case part 260c is fixed in the case part 260a. That is, the outside of the front part 264b is adhered to the inside of the front part 264a, the outside of the side part 266c is adhered to the inside of the side part 266a, the outside of the side part 268c is adhered to the inside of the side part 268a, and the back part 270b. The outside is bonded to the inside of the back surface portion 270a.

  In the assembled state up to the above configuration, the cylindrical portion 282 is inserted into the opening 228a-1 and the opening 222d of the upper frame 220 from the inside so as to protrude upward, and then the urging portion 310 is passed through the cylindrical portion 282. The head 284 is fixed to the upper end of the cylindrical portion 282. As described above, the cutting portion 250 is assembled and attached to the upper frame 220.

  On the other hand, the elastic part 340 is attached to the lower frame 230 and the base part 320 is attached to the elastic part 340. That is, the pieces 249a and 249b formed by the cut portions provided in the seat 249 are fitted into the elastic portion 340 in a standing state, and then the pieces 249a and 249b are parallel to the seat 249. It is folded and the lower end of the elastic part 340 is fixed to the seat part 249. Similarly, by fixing the upper end of the elastic part 340 to the base part 320b, the base part 320 is fixed to the upper end of the elastic part 340. Thereafter, the seat portion 249 is adhered to the upper surface of the bottom surface portion 232 a of the lower frame 230, and the base portion 320 is attached to the lower frame 230 via the elastic portion 340.

  Thereafter, the hair treatment device 205 is assembled by combining the upper frame 220 and the lower frame 230. That is, the belt-like protrusions 224a and 224b and the intermediate protrusion 226 provided on the outer side of the side surface parts 222b and 222c of the upper frame 220, and the belt-like protrusion 234a provided on the inner side of the side surface parts 232b and 232c of the lower frame 230. 234b and the intermediate protrusion 236 are assembled so that the upper frame 220 and the lower frame 230 are slidably engaged with each other, whereby the hair treatment device 205 is assembled.

  Next, the clamping tool used for the gray hair cutter 5 and the hair treatment device 205 configured as described above will be described.

  The holding tool 400 is configured as shown in FIGS. 28 and 29, and includes a holding tool main body 410, a grip 420, a hooked portion 426, a grip 430, a guide portion 440, and a stopping portion 450. ing.

  Here, the clamping tool body 410 has a pair of elongated arch-like leg portions 412 and 414, one end of the leg portion 412 and the leg portion 414 being fixed, and the other end portion being open. In addition, the tip of the other end portion has a flat sandwiching surface, and the pair of sandwiching surfaces can be combined to hold white hair or the like by closing the tip end portion 416 of the other end portion. It is like that. This clamping tool main body 410 is comprised by the tweezers which exist conventionally, for example. In addition, it becomes easy to visually recognize gray hair by coloring this clamping surface black.

  The grip 420 is fixedly provided at an intermediate position of the leg portion 412 and includes a grip lower base 422 and a grip body 424. This grip lower base 422 is a U-shaped plate-like member, which is formed by bending a flat plate-like rectangular plate-like member into a substantially U-shape, and has a rectangular central plate portion 422a, End plate portions 422b and 422c provided at right angles to the central plate portion 422a from the end portion of the central plate portion 422a, and the central plate portion 422a is bonded to the outer surface of the leg portion 412. The grip body 424 has a bowl shape and is bonded to the outer surface of the central plate portion 422a.

  The hooked portion 426 has a substantially L-shaped plate shape, and has a plate-like base end portion 426a erected substantially perpendicularly to the leg portion 412 from the inside of the leg portion 412, and a base end portion 426a. And a plate-like distal end portion 426b formed at a right angle with respect to the base end portion 426a. The length of the base end portion 426a is formed such that the tip end portion 426b is in contact with the leg portion 414 when the pair of tip end portions 416 of the holding tool main body 410 come into contact with each other.

  The grip 430 is formed to be slidable with respect to the leg portion 414, and includes a cylindrical portion 432 and a grip body 434. The cylindrical portion 432 is a square by opposing a U-shaped member 432a obtained by bending the plate-like member into a substantially U-shape and a U-shaped member 432b obtained by bending the plate-like member into a substantially U-shape. It is formed in a cylindrical shape, and is formed in a cylindrical shape by storing and fixing the U-shaped member 432b in the U-shaped member 432a. The grip body 434 has a bowl shape and is bonded to the outer surface of the cylindrical portion 432. The grip 430 is positioned on the distal end side of the leg portion 414 when the holding device 400 is locked in the closed state, and the base of the leg portion 414 is used to change the holding device 400 from the closed state to the open state. Slide to the side. The cylindrical portion 432 and the hooked portion 426 of the grip 430 constitute “a holding means for holding the pair of leg portions in a closed state”.

  The guide portion 440 has a substantially L-shaped plate shape, and has a plate-like base end portion 440a fixed to the leg portion 414 along the inner surface of the leg portion 414, and a holding tool for the base end portion 440a. It has an upright portion 440b that stands up from the end on the base side and is perpendicular to the base end portion 440a. The standing portion 440b restricts the movement of the grip 430 toward the holding tool root side. Further, when the holding tool 400 is in the closed state, the tip of the hooked portion 426, that is, the end of the tip end 426b of the hooked portion 426 and the end of the base end 440a of the guide portion 440 are in contact with each other. The leg portion 412 side surface of the distal end portion 426b is in contact with the leg portion 412 side surface of the base end portion 440a so as to be flush with each other.

  Note that a protruding slip stopper 414 a is provided on a side portion of the leg portion 414 adjacent to the guide portion 440 so that the sliding grip 430 is held at the position of the guide portion 440. By providing the anti-slip 414a, the grip 430 at the position of the guide portion 440 does not slide easily. In addition, it is preferable to provide such a slip stopper on the side part of the leg part 414 where the grip 430 is hooked to the hooked part 426. Further, a slip stopper similar to the slip stopper 414a may be provided on a side portion of the leg portion 414 opposite to the side portion where the slip stopper 414a is provided.

  The stopper 450 has a substantially U-shaped plate shape, and has a plate-like base end portion 450a fixed to the leg portion 414 along the inner surface of the leg portion 414, and a clamping tool for the base end portion 450a. Standing up from the end on the base side, standing upright from the end of the base end 450a perpendicular to the base end 450a, and from the end of the base end 450a on the distal end side of the clamp, and perpendicular to the base end 450a This standing portion 450b restricts the movement of the grip 430 toward the front end of the holding tool. When the holding tool 400 is closed, the hooked portion 426 is positioned between the guide portion 440 and the stopper portion 450.

  In order to maintain the clamping device 400 in the closed state, the pair of leg portions 412 and 414 are closed with the grip 430 on the root side, and then the grip 430 is slid to the tip side, The shaped portion 432 is hooked to the tip end portion 426b of the hooked portion 426. Note that when the grip 430 is slid, the leg portion 412 side surface of the base end portion 440a of the guide portion 440 and the leg portion 412 side surface of the distal end portion 426b of the hooked portion 426 are configured to be flush with each other. Therefore, the grip 430 can be smoothly slid.

  Next, a holding tool for holding the holding tool 400 in a state of being inserted through the hair treatment device 205 will be described with reference to FIGS. 34 and 35. FIG. The holder 500 includes a pair of cover portions 510 and 520 and a shaft portion 530. The shaft portion 530 is fixed to the cover portion 510, and the cover portion 520 is detachable from the shaft portion 530. It has become.

  Here, the cover portion 510 has a plate shape surrounded by a substantially elliptical arc and a straight line, and an elliptical arc-shaped groove portion 512 for accommodating the side portion at the tip of the holding tool 400 is formed inside, and the groove portion 512 is formed. A central protrusion 514 surrounded by the groove 512 is formed inside, and a peripheral protrusion 516 is formed around the groove 512. The central protrusion 514 protrudes inward from the inner bottom surface of the groove 512, and the peripheral protrusion 516 also protrudes inward from the inner bottom surface of the groove 512. The central protrusion 514 is provided with a hole for fitting the shaft portion 530.

  Further, the cover part 520 is formed symmetrically (plane symmetry) with the cover part 510 and has a plate shape surrounded by a substantially elliptical arc and a straight line, and accommodates the side part at the tip of the holding tool 400 inside. An elliptical arc-shaped groove 522 is formed, a central protrusion 524 surrounded by the groove 522 is formed inside the groove 522, and a peripheral protrusion 526 is formed around the groove 522. The central protrusion 524 protrudes inward from the inner bottom surface of the groove 522, and the peripheral protrusion 526 also protrudes inward from the inner bottom surface of the groove 522. Further, the central protrusion 524 is provided with a hole 528 for removably fitting the shaft 530. Further, the shaft portion 530 has a columnar shape and is fixedly fitted into the hole portion of the cover portion 520. The shaft portion 530 may be fixed to the hole portion 528 of the cover portion 520.

  A use state of the hair treatment device 205 having the above-described configuration will be described. As shown in FIG. 30, the holding tool 400 is inserted into a position between the cutting part 250 and the base part 320, and the holding tool 400 is supported between the cutting part 250 and the base part 320. In order to support the holding tool 400, the upper frame 220 and the lower frame 230 are slid to extend the frame part 210, and one of the pair of leg parts 412 and 414 constituting the holding tool 400 is cut. The lower surface of the portion 250 is brought into contact with the other surface, and the other is brought into contact with the upper surface portion 322 of the base portion 320. When the holding tool 400 is supported, the base part 320 is provided with the elastic part 340. Therefore, the width F of the holding tool 400 (that is, the width between the outside of the leg part 412 and the outside of the leg part 414, FIG. 28). Is larger than the width between the cutting portion 250 and the base portion 320 in a state where the holding tool 400 is not supported, and smaller than the width between the cutting portion 250 and the base portion 320 when the base portion 320 is at the lowermost end. By doing so, the holding tool 400 can be supported by the elastic force of the elastic portion 340. The elastic force of the elastic part 340 needs to be strong enough to prevent the pair of supported leg parts 412 and 414 from being closed. That is, when the pair of leg portions 412 and 414 supported by the elastic force of the elastic portion 340 is in a closed state, gray hair cannot be clamped by the holding tool 400, and therefore the elastic force of the elastic portion 340 is applied to the leg portion. It is necessary to make it strong enough that 412 and 414 are not closed. Note that the pair of leg portions 412 and 414 in the holding tool 400 is in an open state when a force is not applied so that the tip ends are closed, and a force applied so that the tip is closed. When the holding tool 400 is inserted between the cutting part 250 and the base part 320, the pair of leg parts 412 and 414 are formed by the elasticity. Since it is in a slightly closed state, the clamping tool 400 is supported between the cutting part 250 and the base part 320 even by the force with which the pair of leg parts 412 and 414 tries to open. That is, the base 320 is supported in the hair treatment device 205 by the elasticity provided in the elastic part 340 and the elasticity of the clamping tool 400 itself.

  Further, when the holding device 400 is supported by the hair treatment device 205, the holding device guide portion 274 is provided in the cutting portion 250 and the holding device guide portion 332 is provided in the base portion 320. By inserting the tip of the holding tool 400 from the side where the parts 274 and 332 are provided, the base part 320 automatically moves downward against the urging force of the elastic part 340 and smoothly cuts the cutting part 250. The clamping tool 400 is supported between the base parts 320.

  As described above, when the holding device 400 is supported by the hair treatment device 205, the white hair K is held by the holding device 400 as shown in FIG. That is, the white hair K is clamped with the pair of leg portions 412 and 414 constituting the clamp 400 closed. When the white hair K is clamped by the clamping tool 400, the hair treatment device 205 is held with one hand, and the white hair K is clamped by operating the clamping tool 400 with the other hand. In addition, when pinching white hair, it is preferable to pinch the tip of white hair. Further, since the operation of pinching gray hair is performed as described above, even if the portion of gray hair can be visually recognized with a mirror or the like, even white hair in the back of the head can be pinched.

  When the white hair K is clamped by the clamping tool 400, the clamping tool 400 is detached from the hair treatment device 205 in a state where the white hair is clamped by the clamping tool 400 as shown in FIG. That is, the hair treatment device 205 is moved slightly to the root side of the white hair so that the hair treatment device 205 is separated from the holding tool 400. When the holding tool 400 is detached from the hair treatment device 205, the grip 430 is slid to the distal end side and the grip 430 is hooked on the hooked portion 426, so that the pair of leg portions 412 and 414 of the holding tool 400 is moved. It is not necessary to continue to apply force so as to be in a closed state, and it is possible to maintain a state where white hair is sandwiched.

  Thereafter, as shown in FIG. 33, the upper frame 220 and the lower frame 230 are slid to each other to perform an operation of reducing the length of the frame portion 210 so that the frame portion 210 is in the most contracted state. At this time, for example, the operation of contracting the frame portion 210 can be easily performed by pressing the bottom surface portion of the lower frame 230 with the thumb and pressing the upper surface portion of the upper frame 220 with the index finger and the middle finger. It is preferable that the head portion 284 is not pushed when the operation of contracting the frame portion 210 is performed. However, even if the head portion 284 is pressed without pressing the upper surface portion of the upper frame 220, the pressing portion is not pressed. Since the force is transmitted to the upper frame 220 via the biasing portion 310, the frame portion 210 is in a contracted state, and the frame portion 210 is in a contracted state without exposing at least the blade portions 294-1 and 294-2. be able to. Further, by performing the operation of contracting the frame portion 210, the outer guide portion 242 and the inner guide portion 244 also slide with respect to the guide portion 240, and the length of the guide portion 240 as a whole is shortened. .

  By setting the frame part 210 in the most contracted state, the cutting part 250 comes into contact with the base part 320. That is, the protrusion 276 contacts the top surface of the base 320 and the protrusions 322a-1 and 322a-2 contact the bottom of the case 260, so that the bottom of the case 260 and the top of the base 320 are It will face through the protrusions 276, 322a-1, and 322a-2. That is, the bottom surface of the case portion 260 and the top surface of the base portion 320 face each other via a distance corresponding to the height of the protrusions 276, 322a-1, and 322a-2. By shrinking the frame portion 210 in this way, the white hair can be positioned in a narrow space surrounded by the cutting portion 250, the base portion 320, and the guide portions 240 on both sides, so that the white hair falls off the hair treatment device 205. There is no fear. In particular, the gray hair is surrounded by the cutting portion 250, the base portion 320, and the guide portions 240 on both sides, and on both sides of the white hair, the protrusion portion 276 of the cutting portion 250 and the protrusion portions 322a-1, 322a of the base portion 320 are provided. -2 exists, and these also prevent white hair from falling off.

  Next, the hair treatment device 205 is moved to the root side of gray hair with the frame portion 210 contracted. At this time, the gray hair is located in a narrow space surrounded by the cutting portion 250, the base portion 320, and the guide portions 240 on both sides, and the protrusions 276 of the cutting portion 250 and the protrusions of the base portion 320 are located on both sides of the white hair. Since the portions 322a-1 and 322a-2 exist, the hair treatment device 205 can be smoothly moved to the root side of gray hair.

  When the hair treatment device 205 is moved to the position of the root of gray hair, the cutting unit main body 290 is moved downward with respect to the case unit 260 by pressing the operation unit 280. Then, the cutting portion main body 290 moves downward in the case portion 260 against the biasing of the biasing portion 306, and the blade portions 294-1 and 294-2 are exposed from the bottom surface of the case portion 260. Thereby, the gray hair is cut. In addition, when the operation unit 280 is pressed, the case unit 260 itself moves downward with respect to the frame unit 210, and the case unit 260 and the base unit 320 move slightly downward.

  In addition, as the length which the blade parts 294-1 and 294-2 are exposed below, the lower end of the blade parts 294-1 and 294-2 when the blade parts 294-1 and 294-2 are most exposed below is shown. It is preferable to be at the same position as the lower end position of the protrusion 276 or below it.

  Note that the protrusion 276 and the protrusions 322 a-1 and 322 a-2 are provided, so that the protrusion 276 contacts the upper surface portion of the base 320 and the protrusions 322 a-1 and 322 a-2 are the case portion 260. The bottom surface of the case portion 260 and the top surface portion of the base portion 320 are substantially parallel to each other so that the lower ends of the blade portions 294-1 and 294-2 are also connected to the top surface portion of the base portion 320. Since it becomes substantially parallel, the gray hair can be cut reliably.

  Further, since a pair of blade portions 294-1 and 294-2 are provided in parallel to each other, the blade edges of the blade portions 294-1 and 294-2 can be stably brought into contact with the upper surface of the base portion 320.

  Thereafter, when the pressing operation of the operation unit 280 is released, the cutting unit main body 290 rises in the case unit 260 and the blade units 294-1 and 294-2 are stored in the case unit main body 261, and the cutting unit main unit 290 becomes the case. After reaching the upper end in the part main body 261, the case part 260 rises until the upper surface part of the case part 260 abuts against the horizontal plate part 228 a with respect to the frame part 210. Further, by sliding the upper frame 220 and the lower frame 230 to extend the frame portion 210, a space for inserting the holding tool 400 is formed. As the upper frame 220 is raised with respect to the lower frame 230, the outer guide portion 242 is also raised. However, the inner guide portion 244 is only up to a height at which the protrusion 244f is hooked on the base portion 320. As a result, the outer guide portion 242 rises with respect to the inner guide portion 244 and the guide portion 240 extends.

  When the cutting part 250 needs to be replaced due to wear of the blade parts 294-1 and 294-2, the frame part 210 is separated into the upper frame 220 and the lower frame 230, and the upper frame is separated. The cutting part 250 attached to 220 may be replaced, and the upper frame 220 and the lower frame 230 may be assembled again.

  Further, when the holding tool 400 is held in a state of being inserted through the hair treatment device 205, the holding device 500 is attached to a tip portion protruding from the hair treatment device 205 of the holding device 400. That is, the cover portion 510 to which the shaft portion 530 is fixed is disposed on one side of the front end of the holding tool 400, and the side portion of the front end of the holding device 400 is stored in the groove portion 512. The shaft portion 530 is passed through a position between the pair of leg portions 412 and 414. Thereafter, the cover part 520 is attached to the shaft part 530, and the holder 500 is attached to the tip of the holding tool 400. In a state where the cover portion 520 is attached to the shaft portion 530, the other side of the tip of the holding tool 400 is stored in the groove portion 522.

  By attaching the holder 500 to the tip of the holding tool 400 in this way, it is possible to prevent the hair treatment device 205 from falling off the holding device 400 and accidentally swallowing the hair treatment device 205 by the child.

  When the cover portion 520 is fixed to the shaft portion 530, the holding tool 400 is inserted into a position between the cover portion 510 and the cover portion 520, and the shaft portion 530 is connected to the pair of leg portions 412, 414. Attach the holder so that it is located between the tips.

  As described above, according to the hair treatment device 205 of this embodiment, when white hair is pinched by the holding device 400, the hair treatment device 205 is used as the root of white hair with the holding device 400 removed from the hair processing device 205. It can be moved up to and cuts gray hair, so it can be used for long hair. In particular, when the hair treatment device 205 of this embodiment is compared with the gray hair cutting device described in Patent Literature 1, in the gray hair cutting device of Patent Literature 1, the clamping tool is moved relative to the cutter along the guide rail. In contrast, in the hair treatment device 205 of the present invention, the structure of the guide rail is eliminated, and when the hair holding device 400 is detachable from the hair treatment device 205 and the hair is held by the holding device 400, Since the hair treatment device 205 can be removed from the clamping tool 400 and the hair treatment device 205 can be moved to the root of the hair to cut the hair, it can be used for long hair unlike the white hair cutting device of Patent Document 1. It is a thing.

  Moreover, since the frame part 210 is formed in a frame shape, there is no risk of the white hair once captured by the holding tool 400 being dropped, and the captured white hair can be cut reliably. In particular, if the hair to be cut is captured in the frame part 210, the hair can be cut reliably, so that not only the treatment of white hair within the range that can be viewed through a mirror, such as the front of the head, but also the back of the head Once the gray hair is captured in the frame portion 210 even in a place where it is difficult to see even when using a mirror such as a mirror or the temporal region, the hair treatment device 205 is moved to the root side along the white hair to be cut. Since it only has to be moved and cut, it is possible to easily cut gray hair in places that are difficult to see.

  In addition, the frame part 210 is configured to be stretchable and the case part 260 comes into contact with the base part 320 by setting the frame part 210 to the most contracted state. Since the hair can be positioned in a narrow space surrounded by the guide portions 240 on both sides, the white hair does not fall out of the hair treatment device 205, and when the frame portion 210 is contracted, the blade portions 294-1, Since 294-2 is not exposed, it is not accidentally cut at a position in the middle of gray hair.

  Further, unlike the case of the first embodiment, the operation unit 280 may be operated only when cutting gray hair, and it is not necessary to perform half-press and deep-press on the operation unit 280, so that the operation becomes extremely easy. . In particular, since it is not necessary to move the hair treatment device in a state where the operation unit is half-pressed as in the first embodiment, the hair treatment device can be moved smoothly.

  In addition, since the frame portion 210 is contracted, it can be moved to the root of gray hair, so that the surface area in contact with the head can be reduced, the hair treatment device can be more closely adhered to the head, It becomes possible to cut at a position closer to the root.

  In addition, since the frame part 210 can be shrunk, it can be moved to the root of gray hair, so that the white hair can be positioned in a narrow space, and other hairs can be cut accidentally by entering the space. There is no fear of it.

  Further, since the operation of reducing the distance between the case portion 260 and the base portion 320 is performed by shortening the frame portion 210, the operation portion 280 has a stroke for exposing the blade portions 294-1 and 294-2 from the case portion 260. Therefore, the length of the operation unit 280 can be shortened, the hair treatment device 205 can be further miniaturized, the appearance can be improved, and further, compared with the first embodiment. Since the case portion 260 does not need to be moved downward for a long time, the pushing operation of the operation portion 280 is easy, the horizontal displacement of the case portion 260 is small, and the case portion 260 comes into contact with the guide portion 240. The burden is small and the durability of the hair treatment device itself can be increased.

  Further, the frame part 210 is provided with a guide part 240, and the guide part 240 serves as a guide when the case part 260 and the base part 320 move up and down, so that the case part 260 and the base part 320 smoothly move up and down. Can move.

  Moreover, since the guide part 240 is always located on the side of the space between the cutting part 250 and the base part 320, there is no possibility that the gray hair will fall out of the space. In particular, since the guide part 240 expands and contracts as a whole, the guide part 240 always exists on the side of the space between the cutting part 250 and the base part 320 even if the frame part 210 expands and contracts. There is no risk of gray hair falling out of the space.

  Further, the frame part 210 has a structure that expands and contracts as described above, and if the frame part 210 is in a contracted state, the hair treatment device 205 can be made small and compact, so that a small space can be used for storage or the like. .

  Further, the frame portion 210 is provided with an inner top plate portion 228, and the position of the upper surface portion of the cutting portion 250 can be set lower than the bottom surface portion of the upper surface portion 222 a of the frame portion 210. The length which protrudes from the part 210 can be shortened, and the hair treatment device 205 can also be made into a compact shape by this.

  Further, in this embodiment, since the base part 320 is supported by the elastic part 340, the hair treatment device 205 has not only a function as a hair cutting device but also a hair removal function as described later. doing. That is, when performing a hair removal operation using the hair treatment device 205, similarly to the above, after the hair to be removed is held by the holding device 400 attached to the hair treatment device 205, the holding device 400 is removed from the hair treatment device 205. The hair treatment device 205 is moved to the base side of the hair with the frame part 210 contracted, and then the hair is placed so that the hair is placed on the base part 320 and the base part 320 is pressed downward with the hair. Pull diagonally downward. Then, the pulling force of the hair is transmitted to the corner on the front side of the base part 320, then transmitted to the corner on the back side of the base part 320, and finally transmitted to the hair root. When the base part 320 is pressed downward, the elastic part 340 is contracted, and when the hair root cannot resist the force of returning the elastic part 340 from the contracted state, the hair comes out of the hair root. In this way, hair can be pulled out with a minimum force by dispersing the pulling force on the front side corners and the back side corners of the base 320, and the pain when pulling the hair is minimized. Can be suppressed. In other words, if the hair is pinched with a clamping tool and pulled out as it is, it will be painful because the hair is usually pulled out with more force than necessary. Can be suppressed. In addition, about the tweezers function by the base part supported by the elastic part, it explains in full detail in Example 3. FIG.

  In this embodiment, the hair treatment device 205 is moved to the base side of the hair in a state where the frame portion 210 is contracted, whereby the back side of the hair treatment device 205 (particularly, the back side of the case portion 260 and the base portion). 320), the periphery of the hair root can be pressed down, and when the hair removal is performed, the uplift of the scalp around the hair root can be pressed down, so that pain when the hair is pulled out can be reduced.

  Moreover, since the base part 320 is supported by the elastic part 340, when pressing the operation part 280 and cutting gray hair with the blade parts 294-1 and 294-2, the base part 320 moves downward. However, since the gray portions are cut by the blade portions 294-1 and 294-2, since the blade portions 294-1 and 294-2 hit the gray hair at a slow speed, Since the hair is cut with a weak force while the pedestal 320 is lowered, the burden on the gray hair can be reduced. In addition, in the case of thick gray hair that cannot be cut with the weak force while the pedestal 320 is lowered, the pedestal 320 is the best. Since it cut | disconnects in the position which descended to the lower end, it can cut | disconnect reliably. Moreover, since the base part 320 is supported by the elastic part 340, the blade parts 294-1 and 294-2 hit the upper surface of the base part 320 with an appropriate impact, and the blade parts 294-1 and 294. -2 blade edge can be protected.

  Further, according to the holding tool 400 of the present embodiment, the holding tool 400 can be kept closed by sliding the grip 430 forward, so that the holding tool 400 can be used even after white hair has passed through the frame portion 210. By holding the tip portion of the gray hair, there is no possibility that the white hair once passed through the frame portion 210 will be accidentally escaped from the inside of the frame portion 210. Further, since the holding tool 400 can hold the tip of the white hair even after the white hair is passed through the frame portion 210, the holding tool 400 is not accidentally dropped.

  In the above description, the case of cutting gray hair has been described. However, the hair to be cut can naturally be applied to hair other than white hair, and in particular, according to the hair treatment device 205 of this embodiment, it is a recent problem. It can also be used to remove lice eggs laid on human heads.

  That is, lice eggs are generally laid at a position 1.5 cm from the root of the hair, but the position of the blade 294-2 is less than 1.5 cm from the end on the back side of the frame 210 ( (Preferably less than 5 mm) (that is, the distance between the cutting edge of the blade portion 294-2 and the rear side end portion of the frame portion 210 is less than 1.5 cm (preferably less than 5 mm)). The hair on which the eggs are laid can be removed. Moreover, since a plurality of hairs can be clamped at once by the clamping tool 400, the hair on which lice eggs are laid and the surrounding hair can be removed at a time. Further, since the holding device 400 can maintain the closed state, the hair on which the lice eggs are laid can be securely held by the holding device 400, and the hair is put in a bag or the like without being scattered. It becomes possible.

  The configuration of the outer guide portion 242 may be the configuration of the outer guide portion 242 ′ shown in FIGS. 36 and 37. That is, the outer guide portion 242 ′ has a configuration substantially the same as that of the outer guide portion 242, but in addition to the configuration of the outer guide portion 242, a strip-like plate continuously provided from the end portion of the front portion 242b to the rear side. It has a cover 242g and a belt-like cover 242h provided continuously from the end of the back surface 242c to the front side. The lateral widths of the cover portions 242g and 242h are long enough to be hooked to the front portion 244b and the rear portion 244c of the inner guide portion 244, and as shown in FIG. 37, the front portion 242b of the cover portion 242g. The lateral length of the portion protruding from the portion has the total thickness of the front portion 244b of the inner guide portion 244 and the thickness of the protruding portion 244d, and the portion protruding from the back surface portion 242c of the cover portion 242h The horizontal length of the inner guide portion 244 has a total thickness of the thickness of the back surface portion 244c of the inner guide portion 244 and the thickness of the protruding portion 244e. Thus, by providing the cover portions 242g and 242h on the outer guide portion 242, the inner guide portion 244 does not wobble with respect to the outer guide portion 242, and the inner guide portion 244 smoothly moves with respect to the outer guide portion 242. The sliding operation can be performed smoothly even when the frame portion 210 is expanded and contracted. Further, when the cutting part 250 is replaced, it is possible to prevent the inner guide part 244 from being detached from the outer guide part 242 when the upper frame 220 and the lower frame 230 are separated.

  In the above description, the side portions 222b and 222c of the upper frame 220 in the frame portion 210 are provided inside the side portions 232b and 232c of the lower frame 230, but the side portions of the upper frame are used as the lower frame. You may arrange on the outside. In that case, a belt-like protrusion and an intermediate protrusion are provided inside the side surface portion of the upper frame, and a belt-like protrusion and an intermediate protrusion are provided outside the side surface of the lower frame.

  Further, in the frame 210, the case portion 260 abuts on the lower surface of the upper surface portion 222a of the frame portion 210 without providing the inner top plate portion 228, and the lower end of the urging portion 310 is on the upper surface of the upper surface portion 222a of the frame portion 210. It is good also as a structure to contact | abut.

  When the gray hair cutter 5 of Example 1 is compared with the gray hair cutter described in Patent Document 1, in the gray hair cutter disclosed in Patent Document 1, the clamping tool is moved relative to the cutter along the guide rail. In contrast, in the gray hair cutter 5 and the hair treatment device 205 of the present invention, the clamping device 200 (400) is detachable from the gray hair cutting device 5 (hair treatment device 205). Once the hair is clamped by (400), the hair-cutting device 5 (hair treatment device 205) is removed from the holding device 200 (400), and the hair-cutting device 5 (hair treatment device 205) is moved to the root of the hair. Since the hair can be cut, unlike the gray hair cutter disclosed in Patent Document 1, it can also be used for long hair.

  The hair treatment device 205 has been described as being mainly made of metal. However, the present invention is not limited to this, and the hair treatment device 205 may be formed of another material, for example, a synthetic resin.

  In that case, for example, the configuration excluding the blade portions 294-1 and 294-2, the biasing portion 306, the biasing portion 310, and the elastic portion 340 is formed of synthetic resin, and the upper frame 220 and the outer guide portion are formed. 242 is integrally formed, the lower frame 230 and the seat portion 249 are integrally formed, and the case portion 260, the operation portion 280, and the base portion 320 are integrally formed. To do.

  Next, Example 3 will be described. The third embodiment is a hair removal device, and the hair removal device 605 is configured as shown in FIGS. 38 and 39, and includes a frame portion 610, a guide portion 640, a base portion 650, a pressing portion 670, and an elastic member. A portion 680 and an elastic portion 690 are provided.

  Here, the frame portion 610 has substantially the same configuration as the frame portion 10 of the first embodiment, and the frame portion 610 includes a frame portion main body 611 and seat portions 630 and 632, and has a rectangular cylindrical shape as a whole. Presents. The frame portion 610 is made of metal.

  Here, the frame portion main body 611 has an upper surface portion 612, a side surface portion 614, a bottom surface portion 616, and a side surface portion 618. Both the upper surface portion 612 and the bottom surface portion 616 have a rectangular plate shape and are formed substantially parallel to each other. The side surface portion 614 and the side surface portion 618 have a rectangular plate shape and are formed substantially parallel to each other.

  As shown in FIG. 39, the members constituting the frame body 611 are composed of a frame part 611a and a frame part 611b. The frame part 611a is a rectangular plate-shaped upper surface part. 612, a side surface portion 614a continuously provided downward from the right side portion of the upper surface portion 612, and a side surface portion 618a continuously provided downward from the left side portion of the upper surface portion 612. The metal plate-like member is bent. The side surface portion 614a and the side surface portion 618a have a rectangular plate shape. The frame part 611b includes a rectangular plate-shaped bottom surface part 616, a side surface part 614b continuously provided upward from the right side part of the bottom surface part 616, and an upper side from the left side part of the bottom surface part 616. It is comprised from the side part 618b provided in a row, and it has the shape which bent the elongate rectangular metal plate-shaped member. The side surface portion 614b and the side surface portion 618b have a rectangular plate shape.

  The frame body 611 is formed by stacking the frame part component 611a and the frame part component 611b facing each other, the side surface part 618b is in contact with the inside of the side surface part 618a, and the side surface part 614b is in contact with the inside of the side surface part 614a. As a result, the entire frame is formed. That is, by bonding the side surface portion 614a and the side surface portion 614b, the side surface portion 614 is configured by the side surface portion 614a and the side surface portion 614b, and by bonding the side surface portion 618a and the side surface portion 618b, The side surface portion 618 is configured by the side surface portion 618b.

  In addition, a dome-shaped protruding portion 620 is provided on the upper surface of the upper surface portion 612. This protrusion 620 functions as a slip stopper when operating the hair remover 605.

  Further, the seat portion 630 is a rectangular plate-like member fixed to the upper surface of the bottom surface portion 616. Like the seat portion 19 in the first embodiment, a substantially H-shaped cut portion is formed. The lower end of the elastic portion 680 can be attached by folding back a pair of pieces formed by the portion to the upper surface side of the seat portion 630. The seat portion 630 is fixed to the bottom surface portion 616 with an adhesive. Further, the seat portion 632 has the same configuration as the seat portion 630, and is a rectangular plate-like member fixed to the lower surface of the upper surface portion 612, and is formed with a substantially H-shaped cut portion. The upper end of the elastic portion 690 can be attached by folding back the pair of pieces formed by the cut portions to the lower surface side of the seat portion 632. The seat portion 632 is fixed to the upper surface portion 612 with an adhesive.

  Further, the guide portion 640 is fixed to the inside of the side surface portion 614 and the inside of the side surface portion 618 of the frame portion 610, and is formed by stacking two substantially U-shaped plate-like members, and the guide portion 642 located outside. The plate-shaped member is bent into a substantially U-shape, and thus a rectangular side surface portion 642a and a longitudinally elongated inner side perpendicular to the side surface portion 642a from the front end portion of the side surface portion 642a. It has a belt-like front part 642b and a vertically long belt-like back part 642c that is continuous from the end on the back side of the side part 642a to the inside at a right angle to the side part 642a. The guide portion 644 located on the inner side has the same configuration as that of the guide portion 642. By bending the plate-like member into a substantially U shape, a rectangular side surface portion 644a and a front side end portion of the side surface portion 644a are provided. A longitudinal strip-shaped front portion 644b that is continuously provided on the inner side at right angles to the side surface portion 644a, and a longitudinal strip-shaped surface that is disposed on the inner side at a right angle to the side surface portion 644a from the rear side end of the side surface portion 644a. And a back surface portion 644c. The guide part 642 and the guide part 644 are bonded in a state where they overlap each other, and the side surface part 642a of the guide part 642 is bonded to the inside of the side surface part 614a and the inside of the side surface part 618a.

  Moreover, the base part 650 is the same structure as the base part 320 of Example 2, and the upper surface part 652, the front part 654, the side part 656, the side part 658, the back part 660, and the clamping tool guide part. 662 and has a case shape with an open bottom. Since the configuration of the pedestal portion 650 is the same as the configuration of the pedestal portion 320 of the second embodiment, detailed description thereof is omitted, but the pedestal portion 650 is formed on the lower pedestal component constituting the upper surface portion 652. The upper end of the elastic portion 680 can be attached by folding back a pair of pieces formed by the substantially H-shaped cut portion. In addition, columnar protrusions 622a-1 and 622a-2 are provided on the upper surface of the upper surface portion 652.

  Further, the holding portion 670 has the same configuration as that of the base portion 650, and has a configuration in which the base portion 650 is turned upside down. Note that two protrusions 622a-1 and 622a-2 are provided on the upper surface of the base 650, but the protrusion 670 is provided with four protrusions on the lower surface thereof. That is, two protrusions are provided on each of the left and right ends of the lower surface of the pressing portion 670. That is, two protrusions are provided along the left side portion of the lower surface of the pressing portion 670 with an interval, and two protrusion portions are provided along the right side portion of the lower surface of the pressing portion 670. It has been. Further, the upper end of the elastic portion 690 is attached to the pressing portion 670.

  The elastic portion 680 is provided between the frame portion 610 (that is, the seat portion 630) and the base portion 650, and is configured by a helical spring. The elastic portion 690 is provided between the frame portion 610 (that is, the seat portion 632) and the pressing portion 670, and is configured by a helical spring. The urging force of the elastic part 680 is formed larger than the urging force of the elastic part 690.

  In addition, the distance between the base part 650 and the pressing part 670 is the width of the holding tool 400 (or the holding tool 200) so that the holding tool 400 (or the holding tool 200) can be supported by the hair remover 605. The holding tool can be held by inserting the holding tool into the gap between the base part 650 and the pressing part 670. Moreover, the elastic force of the elastic part 680 and the elastic part 690 needs to be strong enough to prevent the pair of leg parts of the supported holding tool from being closed.

  The usage state of the hair removal device 605 having the above-described configuration will be described. The clamping tool to be used may be either the clamping tool 400 or the clamping tool 200, but the clamping tool 400 will be described as an example.

  The holding tool 400 is inserted between the base part 650 and the pressing part 670 and the holding tool 400 is supported between the base part 650 and the pressing part 670. In supporting the holding tool 400, one of the pair of leg portions 412 and leg portions 414 constituting the holding tool 400 is brought into contact with the upper surface of the base portion 650, and the other is brought into contact with the lower surface of the pressing portion 670. Like that.

  Since the urging force of the elastic part 690 is smaller than the urging force of the elastic part 680, the urging force of the elastic part 690 is sufficiently reduced to hold the holding tool 400, thereby holding the holding tool 400 against the base 650. When held by the portion 670, the pair of leg portions of the holding tool 400 can be prevented from closing.

  Further, when the holding device 400 is supported by the hair removal device 605, since the holding device guide portion is provided on the base portion 650 and the holding portion 670, the holding device is provided from the side where the holding device guide portion is provided. By inserting the tip of 400, the clamping tool 400 is smoothly supported between the base portion 650 and the pressing portion 670.

  As described above, when the holding device 400 is supported by the hair remover 605, the hair to be extracted (the hair in this case means white hair) is held by the holding device 400. When the hair is clamped by the clamping tool 400, the clamping tool 400 is detached from the hair remover 605 while the hair is clamped by the clamping tool 400. The method for holding the hair with the holding device 400 and the method for holding the closed state of the holding device 400 by sliding the grip 430 when the holding device 400 is detached from the hair remover 605 are the same as in the second embodiment. Therefore, detailed explanation is omitted. When the holding tool 400 is detached from the hair remover 605, the hair remover 605 is moved to the root side of the hair while the hair is held by the holding tool 400.

  When the hair remover 605 is moved to the vicinity of the root of the hair, the hair M is moved as shown in FIG. 40 (a) so that the hair is placed on the table 650 and the table 650 is pressed downward with the hair. Pull diagonally downward. Then, the force pulling the hair M is transmitted to the corner 650K-1 on the front side of the base 650, then transmitted to the corner 650K-2 on the back of the base 650, and finally transmitted to the hair root. When the base portion 650 is pressed downward, the elastic portion 680 is contracted (FIG. 40 (b)), and when the hair root cannot resist the force of returning the elastic portion 680 from the contracted state, The hair M comes out of the hair root (FIG. 40 (c)). Thus, by dispersing the force of pulling the hair M over the corners on the back side and the front side of the base 650, the hair can be pulled out with a minimum force, and the pain when pulling the hair is minimized. To the limit. In other words, when the hair is pinched with a pinch tool and pulled out as it is, the hair is usually pulled out with more force than necessary, which is painful, but in the case of the hair puller of this embodiment, the pain is minimized. Can be suppressed.

  In addition, since the base part 100 is provided also in the gray hair cutting device 5 of the said Example 1, and the base part 320 is provided also in the hair treatment device 205 of Example 2, it can perform a hair removal function similarly to the above. it can. That is, similarly to the above, the hair can be pulled out with minimal pain by performing an operation of pulling the hair while holding the pedestals 100 and 320 with the hair.

  The hair removal device 605 has been described as being mainly made of metal, but is not limited thereto, and may be formed of other materials, for example, a synthetic resin. In that case, for example, the structure excluding the elastic portion 680 and the elastic portion 690 is formed of synthetic resin, the frame portion 610 and the guide portion 640 are integrally formed as a whole, the base portion 650, the pressing portion 670, Are integrally formed as a whole.

  The gray hair cutter 5 of the first embodiment is provided with a base 100 supported at the upper end of the elastic portion 130, and the hair treatment device 205 of the second embodiment is supported by the upper end of the elastic portion 340. Since the base 320 is provided, it can be said that the gray hair cutter 5 and the hair treatment device 205 have the function of the hair removal device of the third embodiment. In the second embodiment, a method of directly fixing the base portion 320 to the frame portion 210 (specifically, the lower frame 230) without using the elastic portion 340 is conceivable, but such a configuration (second embodiment) is also possible. In this case, the tweezer function as in the third embodiment is not provided. In view of this, the configuration of the second embodiment can be said to be a combination of the modification of the second embodiment and the configuration of the third embodiment (particularly, the point at which the base portion is supported by the elastic portion). .

It is a front perspective view which shows the structure of the gray hair cutting device based on the Example of this invention (Example 1). It is a front view which shows the structure of the gray hair cutting device based on the Example of this invention (Example 1). It is a back perspective view which shows the structure of the gray-hair cutting device based on the Example of this invention (Example 1). (Example 1) which is a disassembled perspective view which shows the structure of a frame part main body. It is an upper perspective view which shows the structure of a cutting part (Example 1). It is a downward perspective view which shows the structure of a cutting part (Example 1). It is principal part sectional drawing which shows the structure of the gray hair cutter based on the Example of this invention (Example 1). It is a disassembled perspective view which shows the structure of a cutting part (Example 1). (Example 1) which is a perspective view which shows the structure of a base part, an elastic part, and a seat part. It is a disassembled perspective view which shows the structure of a base part, an elastic part, and a seat part (Example 1). (Example 1) which is an expanded view of the components for base parts. It is a perspective view which shows the use condition of the gray hair cutter based on the Example of this invention (Example 1). It is a perspective view which shows the use condition of the gray hair cutter based on the Example of this invention (Example 1). It is a perspective view which shows the use condition of the gray hair cutter based on the Example of this invention (Example 1). It is a perspective view which shows the use condition of the gray hair cutter based on the Example of this invention (Example 1). It is a front perspective view which shows the structure of the hair processing device based on the Example of this invention (Example 2). It is a front perspective view which shows the structure of the hair processing device based on the Example of this invention (Example 2). It is a front perspective view which shows the structure of the hair processing device based on the Example of this invention, and is a front perspective view of the state which shrunk the frame part (Example 2). It is principal part sectional drawing which shows the structure of the hair processing device based on the Example of this invention (Example 2). (Example 2) which is PP sectional drawing in FIG. (Example 2) which is a front perspective view which shows the structure of a flame | frame part. (Example 2) which is a disassembled perspective view which shows the structure of a frame part. (Example 2) which is an upper perspective view which shows the structure of a cutting part. (Example 2) which is a downward perspective view which shows the structure of a cutting part. (Example 2) which is a disassembled perspective view which shows the structure of a cutting part. (Example 2) which is a perspective view which shows the structure of a base part, an elastic part, and a seat part. (Example 2) which is a disassembled perspective view which shows the structure of a base part, an elastic part, and a seat part. It is a perspective view which shows the structure of the clamping tool based on the Example of this invention (Example 2). It is a perspective view which shows the structure of the clamping tool based on the Example of this invention, and is a perspective view which shows the state which locked the clamping tool as the closed state (Example 2). It is a perspective view which shows the use condition of a hair treatment device, and is a perspective view which shows the state which penetrated the clamping tool through the hair treatment device (Example 2). It is a perspective view which shows the use condition of a hair processing device, and is a perspective view which shows the state which clamped the hair with the clamping tool (Example 2). It is a perspective view which shows the use condition of a hair processing device, and is a perspective view which shows the state which made the hair processing device remove | separate from the clamping tool (Example 2). It is a perspective view which shows the use condition of a hair processing device, and is a perspective view which shows the state which shrunk the frame part (Example 2). (Example 2) which is a perspective view which shows the state which inserted the holding tool through the hair treatment device and mounted | worn the holding tool. (Example 2) which is a disassembled perspective view which shows the structure of a holder. (Example 2) which is a perspective view which shows the other example of an outer side guide part. It is PP sectional drawing in FIG. 16 at the time of using the outer side guide part of FIG. It is a perspective view which shows the structure of the hair removal device based on the Example of this invention (Example 3). It is a disassembled perspective view which shows the structure of the hair removal device based on the Example of this invention (Example 3). (Example 3) which is explanatory drawing which shows the use condition of a hair removal device.

Explanation of symbols

DESCRIPTION OF SYMBOLS 5 Gray hair cutting device 205 Hair processing device 10,210,610 Frame part 12 Upper surface part 14,18 Side surface part 19,249,630,632 Seat part 16,42 Bottom surface part 20,250 Cutting part 30,260 Case part 31,261 Case part main body 46, 276, 322a-1, 322a-2 Protrusion part 50, 280 Operation part 52, 282 Cylindrical part 54, 284, 432 Head part 60, 290 Cutting part main body 64-1, 64-2, 294- 1, 294-2 Blade part 70, 300 Bar-shaped part 76, 80, 306, 310 Energizing part 100, 320, 650 Base part 130, 340, 680, 690 Elastic part 220 Upper frame 230 Lower frame 240, 440, 640 Guide part 242, 242 'Outer guide part 244 Inner guide part 274, 332 Holding tool guide part 400 Holding tool 410 Clamping tool body 420, 430 Grip 426 Locked part 450 Stopping part 500 Holding tool 510, 520 Cover part 530 Shaft part 605 Hair removal device 670 Holding part

Claims (16)

A gray hair cutter for cutting gray hair,
A frame portion having an upper surface portion, a pair of side surface portions provided to face each other downward from both sides of the upper surface portion, and a bottom surface portion provided at the lower end from the pair of side surface portions, and having a tubular shape as a whole When,
A cutting portion main body, which is a member provided with a cutting blade portion, and an opening for accommodating the cutting portion main body in a vertically movable manner and exposing the blade portion on the bottom surface are provided. A case portion provided with a cutting portion, an operation portion provided to protrude upward from an opening on the upper surface portion of the frame portion and connected to the cutting portion main body, and an operation portion provided to protrude upward from the opening on the upper surface portion of the frame portion. In a state where it is not operated, a cutting portion having an upward biasing portion for biasing the cutting portion main body upward with respect to the case portion so as not to expose the blade portion from the case portion,
A downward biasing portion that biases the case portion downward with respect to the frame portion;
An elastic part provided on the upper surface of the bottom part of the frame part;
A base provided at the upper end of the elastic part;
Have
The holding tool for holding gray hair can be supported in a state of being sandwiched between the cutting part and the base part, and the holding tool can be removed from the white hair cutting device, and the holding tool is removed from the white hair cutting device. In the state, the hair-cutting device characterized in that the protruding portion of the case portion is in contact with the upper surface of the base portion. The upper surface portion, the pair of side surface portions, and the bottom surface portion of the frame portion have a plate shape, the case portion has a substantially rectangular parallelepiped shape, and the side surface portions on both sides of the case portion extend along the side surface portions of the frame portion. 2. The gray hair cutter according to claim 1, which slides in a vertical direction. The holding tool used for the gray hair cutter has a pair of elongated leg portions for holding gray hair at the tip, and when the force applied so that the tip is closed is released, the holding device is opened. It has a pair of leg portions with elasticity to return, and one of the pair of leg portions can be supported as a cutting portion side and the other as a pedestal side, with the holding tool sandwiched between the cutting portion and the pedestal portion. The gray hair cutter according to claim 1 or 2, characterized in that it is present. The case portion and the base portion of the cutting portion are provided with a guide portion that serves as a guide when inserting a holding tool for holding gray hair into the gray hair cutter, and the guide portion and the base provided in the case portion. white hair cutting device according to claim 1 or 2 or 3, characterized in that the guide portion and provided in the section is formed in a substantially tapered shape. A set of gray hair cutters for cutting gray hair,
A gray hair cutter according to claim 1 or 2 or 3 or 4 ;
A sandwiching tool for sandwiching white hair, and a sandwiching tool supported in a state sandwiched between the cutting part and the base part;
A gray hair cutter set characterized by comprising: The clamping device has a pair of elongated leg portions for clamping white hair at the tip, and holding means for holding the tip of the pair of leg portions in a closed state. Item 6. A gray hair cutter set according to item 5 . A hair treatment device for cutting hair,
A frame portion that has a square cylindrical shape as a whole, and has a plate-like upper surface portion and a pair of plate-like first side surface portions provided facing each other downward from both sides of the upper surface portion, An upper frame formed in a substantially U shape with the pair of first side surfaces, a plate-shaped bottom surface portion, and a pair of plate-shaped second side surfaces provided facing each other upward from both sides of the bottom surface portion A lower frame formed in a substantially U shape by the bottom surface portion and the pair of second side surface portions, and one of the first side surface portions extends along one of the second side surface portions. A frame portion formed to be vertically extendable by sliding the other side of the first side surface portion along the other side of the second side surface portion,
The cutting portion main body, which is a member provided with a cutting blade portion, and the cutting portion main body are accommodated so as to be movable up and down, and an opening for exposing the blade portion on the bottom surface is provided, and the bottom surface is formed in a flat shape. In the state where the case portion is connected to the cutting portion main body and protrudes upward from the opening on the upper surface of the case portion and protrudes upward from the opening on the upper surface portion of the frame portion, and the operation portion is not pushed. A cutting portion having a first urging portion for urging the cutting portion main body upward with respect to the case portion so as not to expose the blade portion from the case portion;
A second urging portion for urging the operation portion upward with respect to the frame portion;
An elastic part provided on the upper surface of the bottom part of the frame part;
A base part provided at the upper end of the elastic part, and a base part whose upper surface is formed in a planar shape;
Have
In the state where the frame part is extended, it is possible to support the holding tool for holding the hair between the cutting part and the base part, and to remove the holding tool from the hair treatment device. Yes,
Protrusions are provided at both ends of the bottom surface of the case portion and / or both ends of the top surface of the base portion, and when the frame portion is contracted, the bottom surface of the case portion and the top surface of the base portion are the protrusion portions. A hair treatment device characterized by being in a state of being opposed to each other. When the clamping device used for the hair treatment device has a pair of elongated leg portions for clamping the hair at the tip, and when the force applied so that the tip is closed is released, it is opened. It has a pair of leg portions with elasticity to return, and one of the pair of leg portions can be supported as a cutting portion side and the other as a pedestal side, with the holding tool sandwiched between the cutting portion and the pedestal portion. The hair treatment device according to claim 7 , wherein the hair treatment device is provided. The operating portion includes a cylindrical portion connected to the cutting portion main body, and a head portion provided at an upper end of the cylindrical portion and having a diameter larger than the outer diameter of the cylindrical portion, and the second biasing force The hair treatment device according to claim 7 or 8 , wherein the portion is provided between the head portion and the frame portion. The case portion and the base portion of the cutting portion are provided with a guide portion that serves as a guide when inserting a holding tool for holding hair into the hair treatment device, and the guide portion and the base provided on the case portion. The hair treatment device according to claim 7 , wherein the hair treatment device is formed in a substantially tapered shape with a guide portion provided in the portion. A plate-like guide part side surface fixed to the side part located inside the pair of first side parts and the pair of second side parts constituting the side part in the frame part; and When the insertion side of the holding tool is the front side, the band plate-shaped guide unit front part continuously connected from the front side end part of the guide part side part and the rear side end of the guide part side part The guide portion is formed in a substantially U-shaped plate shape with the side surface portion of the guide portion, the front portion of the guide portion, and the back portion of the guide portion. 7. There are provided by fixing, to a case portion and the base portion, provided on the inner side of the pair of guide portions, characterized in that slides up and down along the inner side of the pair of guide portions Or a hair treatment device according to 8 or 9 or 10 ; The guide part is fixed to the side part of the frame part, and is provided in sliding contact with the outer guide part inside the outer guide part so as to be slidable in the vertical direction inside the outer guide part. The inner guide portion having a substantially U-shaped plate shape is formed to be stretchable, and a lower end of the inner guide portion has a hooking portion for hooking on a side end portion of the base portion. The hair treatment device according to claim 11 , wherein the hair treatment device is provided. The hair treatment device according to claim 7, 8, 9, 10, 11, or 12 , wherein the cutting portion main body is provided with a pair of blade portions. A hair treatment device set for cutting hair,
A hair treatment device according to claim 7 or 8 or 9 or 10 or 11 or 12 or 13 ;
A pair of elongate leg portions for supporting the hair in a state of being sandwiched between the cutting portion and the base portion of the hair treatment device, and for sandwiching the hair at the tip, Holding means for holding the tip of the leg portion in a closed state, and a holding tool,
A hair treatment device set characterized by comprising: The hair treatment device set is a holding tool for holding the holding device in a state of being inserted between the case portion and the base portion of the hair treatment device, and the holding device is disposed between the case portion and the base portion of the hair treatment device. A plate-like first cover part provided with a groove part for accommodating one side part of the tip part of the pair of leg parts protruding from the hair treatment device, and the other side of the tip part of the pair of leg parts In the state where the plate-like second cover part provided with the groove part for storing the part, the first cover part and the second cover part are connected, and the holder is attached to the tip of the sandwiching tool, A holding portion having a shaft portion disposed at a position therebetween, and the holding device is attached to the tips of the pair of leg portions of the holding portion while being inserted between the case portion and the base portion of the hair treatment device. To prevent the holding tool from falling off the hair treatment device. Hair processor set according to claim 14,. A hair remover for removing hair,
A frame portion having an upper surface portion, a pair of side surface portions provided to face each other downward from both sides of the upper surface portion, and a bottom surface portion provided at the lower end from the pair of side surface portions, and having a tubular shape as a whole When,
A first elastic portion provided on the upper surface of the bottom surface portion of the frame portion;
A pedestal provided at the upper end of the first elastic portion, and a pedestal having at least a part of its upper surface formed in a planar shape;
A second elastic portion provided on the lower surface of the upper surface portion of the frame portion;
A pressing portion provided at a lower end of the second elastic portion, and a pressing portion in which at least a part of a lower surface thereof is formed in a planar shape;
Have
A hair remover characterized in that it can be supported in a state in which a holding tool for holding hair is sandwiched between a pressing part and a base part, and the holding tool can be removed from the hair remover.

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