JP2006246912A - Method for planting bristles of hair brush, and hair brush - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a method for planting bristles of a hair brush used for promptly catching hair and combing hair in a desired state, and the hair brush. <P>SOLUTION: Flexible wire bodies 7 are bent double and inserted into slots 4b at the end of a brush portion 4 of a brush body 2 composing the hair brush, and a tuft of bristles 5 is hooked to the wire body 7 drawn outward from a hole portion 4a communicating with the slot 4b. After the bristles 5 are displaced and shifted alternately and bent double, the drawn part of the wire body 7 is drawn into the hole portion 4a, and the bent portion of the bristles 5 is planted in the hole portion 4a and fixed. The slot 4b is blocked by a blocking member 8, the end of the wire body 7 projecting outward from the slot 4b is cut, and the end of the brush portion 4 is finished into a smooth surface. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a hair brush implantation method and a hair brush used for, for example, an operation of quickly capturing hair and combing the hair in a desired state.

  Conventionally, as a hair brush as described above, for example, a brush member that constitutes a brush body includes a retaining member that is folded in a folded state while a plurality of hairs are bundled together and locked to the bent portion of each hair. There is a method of mechanically driving and fixing to the hole part of the hole, but when the retaining member is driven, the inner wall surface of the hole part is shaved, so if a pulling force is applied to the bristles, the hole part of the brush part Hair falls off. Moreover, since the hair tips of each hair planted in the brush part are aligned, the hair does not enter between the hairs, and the surface of the hair slides up. In addition, the hair tip does not reach the background and it is difficult to catch the hair.

  Also, there is a dandruff removing brush of Patent Document 1 in which a bamboo nail driven from the side of the back plate is penetrated at the root of the hair of the animal implanted on the back plate surface. Since it is impossible to visually confirm the penetration state of the hair root of a rare animal and the bamboo nail penetrated through the hair root, the bamboo nail is accurately penetrated into the hair root. It is difficult, and all hair cannot be securely removed.

Actual public university 12-7207

  SUMMARY OF THE INVENTION In view of the above problems, an object of the present invention is to provide a hair brush implantation method and a hair brush with which there is no fear of hair coming out and the hair tip easily passes to the ground during brushing.

  The hair brush flocking method of the present invention described in claim 1 is a hair brush in which a plurality of bundled hairs are flocked at predetermined regular intervals with respect to the flocked surface of the brush portion, A plurality of hole portions for flocking while bundling hairs together are formed at predetermined equal intervals along the flocked surface of the brush portion, communicated with the plurality of hole portions, and the thickness direction of the brush portion. A plurality of elongated holes formed at right angles are inserted into a plurality of elongated holes formed by bending a flexible linear member in a folded state, and the plurality of bristles bundled together are outwardly connected to the holes. Hook it on the drawer part of each drawn striated body and fold it in a folded state, pull the drawn part of each striated body inward into each hole part, embed and fix the bent part of each bristles in each hole part, and Closing the opening of the hole with a closing member, The characterized in that fixed to the opening of the long holes. That is, since the plurality of hairs are hooked on the filaments inserted into the long holes communicating with the respective holes, the hairs can be surely retained and fixed.

  A hair brush according to a second aspect of the present invention is a hair brush in which a plurality of bristles bundled together are planted at predetermined equal intervals with respect to a flocked surface of the brush portion, and the plurality of bristles are flocked. A plurality of holes are formed at predetermined equal intervals along the flocked surface of the brush part, and a plurality of long holes communicating with the plurality of hole parts are formed orthogonal to the thickness direction of the brush part. Then, the plurality of bristles are hooked on a flexible linear body inserted into a long hole communicating with each of the hole parts, folded in a folded state, and embedded and fixed in each hole part. The end of each linear body is fixed to the opening of each elongated hole by a closing member that closes the opening.

  In other words, the flexible linear body is folded in two and inserted into each elongated hole of the brush part, and each of the bristles bundled together is connected to each elongated hole outward. After hooking on the drawer part of each linear body pulled out to be folded in a folded state, the drawer part of each linear body is pulled inward into each hole part, and the bent part of each hair is embedded and fixed in each hole part. Since the opening of the hole is closed by the closing member, and the end of each linear body is fixed to the opening of each elongated hole, a plurality of bristles can be securely retained from each hole. . In addition, the edge part of each linear body protruding outside each long hole is excised.

  The hair brush implantation method or hair brush of the invention described in claim 3 is combined with the structure of claim 1 or claim 2, and the hair transplantation side of the brush portion having a vertically long shape when the hole is viewed from the plane. A plurality are formed at predetermined equal intervals in the length direction and the width direction along the surface, and the long holes communicate with the hole portions arranged in the length direction along the flocked side surface of the brush portion, A plurality of the brush portions are provided at an interval communicating with each hole portion of each row arranged on the surface of the flocked side of the brush portion. In other words, the plurality of bristles are implanted in the respective hole portions arranged in the length direction and the width direction with respect to the flocked surface of the brush portion having a vertically long shape.

  The hair brush flocking method or hair brush of the invention described in claim 4 is combined with the structure of claim 1 or claim 2, and the brush portion has a roll shape when the hole is viewed from the tip side. A plurality of the elongated holes are formed at predetermined equal intervals in the length direction and the circumferential direction along the side outer peripheral surface, and the elongated holes are communicated with the hole portions arranged in the longitudinal direction of the brush portions, and the brush portions A plurality of holes are provided at intervals that communicate with the holes in each row arranged in the circumferential direction. In other words, the plurality of bristles are respectively implanted in the hole portions arranged in the circumferential direction with respect to the flocked side outer peripheral surface of the brush portion having a roll shape.

  According to a fifth aspect of the present invention, there is provided a hair brushing method or a hair brush according to the first aspect of the present invention, in combination with the structure of the first or second aspect, wherein the hole portion has a round shape when viewed from above. A plurality of elongated holes are formed from the central portion of the brush portion to the outer peripheral portion at predetermined equal intervals in the circumferential direction centered on the radial direction from the central portion to the outer peripheral portion along the surface and the central portion of the surface. A plurality of holes are provided so as to communicate with the holes arranged in the radial direction toward the holes and at intervals communicating with the holes of each row arranged on the surface of the brush portion. In other words, the plurality of bristles are respectively implanted in the holes arranged in the radial direction with respect to the flocked surface of the brush portion having a round shape.

  The hair brush planting method or hair brush of the invention described in claim 6 is combined with the structure according to any one of claims 1 or 2 to 5, and the plurality of hairs are staggered. It is displaced in the length direction so as to be hooked on the linear body. In other words, each hair hooked on each striated body is displaced so that the hair tips are staggered and then folded in a folded state, or each hair hooked on each striated body is folded in a folded state and then the hair ends are staggered The tip of each hair is shifted to an appropriate state by, for example, being displaced so that the tip of the hair can easily pass to the ground during brushing.

  The hair brush implantation method or hair brush of the invention described in claim 7 is the same in which the elongated hole is formed on the flocked surface in combination with the structure of claim 1 or claim 2-6. It is characterized by communicating with each hole on the line. That is, it is possible to prevent the plurality of hairs embedded in each hole portion from being removed by the linear body inserted into one elongated hole.

  According to the present invention, the plurality of bristles bundled together are hooked on the filaments inserted into the long holes communicating with the respective hole portions of the brush portion, so that the plurality of bristles are securely retained. It can be fixed, there is no fear of hair falling out during use, it can be used for a long time as a brush, and it has excellent durability. In addition, by simply pulling out the striatum from the bent portion of the hair embedded in the hole of the brush portion, the work of replanting the old hair planted in the brush portion with new hair can be performed easily and easily.

  In addition, since each hair is displaced in the length direction so that the tips of the hairs are staggered, and the hair tips of each hair are shifted in an appropriate state, the hair tips pass to the ground during brushing. It is easy to capture hair quickly and comb it to a desired state, and effects such as massage of the background and blood circulation promotion can be obtained.

  The present invention has the object that there is no fear of hair coming out and the tip of the hair is easy to pass to the ground when brushing, and a plurality of bundled bundles are made into long holes communicating with each hole of the brush part. It was achieved by hooking on the inserted striatum and displacing in the length direction so that the hair ends were staggered.

An embodiment of the present invention will be described below in detail with reference to the drawings.
The drawing shows a hair brushing method and a hair brush for hand-planting hair, and in FIG. 1, the hair brush 1 has a size and shape that can be gripped by hand on one end side of a brush body 2 made of natural ebony. A brush portion 4 is provided on the other end side of the brush body 2 for hand-planting a plurality of bristles 5. In addition, although the number of the bristles 5 planted in one hole 4a is omitted in two in drawings other than FIG. 1, it is composed of a plurality of two or more as shown in FIG.

  The brush body 2 is made of natural ebony, but is made of a single or composite material such as magnolia, katsura, cherry blossom, or other wood, or a single or composite material such as plastic or metal. It can also be made of the same material. Moreover, you may provide the pattern part 3 and the brush part 4 so that isolation | separation is possible.

  Further, as shown in FIGS. 2 and 3, for example, using a drill such as a drilling machine, a drilling device, a drilling tool, etc. The round holes 4a as viewed from the surface side where the bent portions 6a of the bristles 6 formed by bundling the bristles 5 in one are implanted and fixed are arranged at regular intervals along the surface of the brush portion 4 in the length direction. A plurality of holes 4a... For one row as a set are arranged at predetermined equal intervals in the width direction along the surface of the brush portion 4.

  And the hole 4a is formed in the depth which the U-shaped bending part 6a formed by bend | folding the substantially center part of the bristle group 6 in a two-fold state is implanted and fixed. In the embodiment, the depth is set to reach substantially the middle with respect to the thickness direction of the brush portion 4, but the depth is changed to a desired depth such as shallower or deeper than the middle of the thickness direction. Also good.

  In addition, a long hole 4b into which a flexible filamentous filament 7 is inserted using a needle-shaped drill 9 is elongated along the surface of the brush portion 4 along the flocked side. Communicating with the holes 4a on the same line arranged in the vertical direction, formed in the length direction parallel to the back surface (bottom surface) or surface of the brush portion 4, and arranged in the width direction of the brush portion 4. A plurality of holes are provided at intervals communicating with the holes 4a in each row.

  And the long hole 4b is formed in the depth position connected with the bottom part of each hole part 4a ... formed in the brush part 4 orthogonally to the thickness direction of the brush part 4. As shown in FIG. In the embodiment, the depth position corresponding to the substantially middle with respect to the thickness direction of the brush portion 4 is set, but the depth position is changed to a desired depth position such as a shallower position or a deep position than the substantially middle position in the thickness direction. May be. Moreover, the long hole 4b can also be provided in communication with each hole 4a ... on the same line arranged in the width direction of the brush part 4.

  And the opening part of each long hole 4b ... formed in the brush part 4 front end surface obstruct | occludes the closure member 8 formed with the material same as the brush main body 2. FIG. Further, the closing member 8 may be made of a material different from that of the brush body 2 such as plastic or metal.

  The hair 5 can be composed of a single or mixed natural hair such as pig hair, horse hair, and other animals. Instead of animal hair, artificial hair made of, for example, flexible chemical fiber or plant fiber may be used.

  And the filament 7 is comprised by the thread | yarn which consists of a single or compound material, such as a synthetic resin, a chemical fiber, a natural fiber, for example, or the wire which bundles a single metal wire and a some metal wire Or the like.

  An operation procedure for manually planting a plurality of hairs 5 on the surface of the brush portion 4 of the brush body 2 constituting the hair brush 1 will be described.

  First, as shown in FIG. 2, a plurality of hole portions 4 a in which a plurality of hairs 5 are implanted are formed at predetermined equal intervals in the length direction and the width direction along the surface of the brush portion 4. The elongated holes 4b into which the filaments 7 are inserted communicate with the holes 4a on the same line arranged in the longitudinal direction along the surface of the brush part 4, and are arranged in the width direction of the brush part 4. A plurality of holes are formed at intervals communicating with the holes 4a in each row.

  Next, as shown in FIG. 3, the filamentary linear body 7 is folded in two and inserted in the longitudinal direction with respect to the entire length of the long hole 4 b formed in the tip end surface of the brush portion 4 of the brush body 2. After that, a tip hook-shaped pulling tool 10 (or a picking tool or the like) is inserted into the arbitrary hole 4a arranged on the elongated hole 4b from the surface side, and is inserted into the filament 7 passing directly under the hole 4a. Lock.

  Next, as shown also in FIG. 4, after pulling out the pull tool 10 with which the filament 7 was latched from the hole 4a, and drawing out a part of the filament 7 outside the hole 4a, a plurality of A substantially central portion of the bristles 6 formed by bundling the bristles 5 is hooked on a drawn portion 7a having a loop shape of the striate body 7 drawn to the outside of the hole 4a.

  Next, as shown in FIG. 5, the plurality of hairs 5 are bundled together and are picked by the fingertips and displaced with respect to the length direction so that the hair ends are staggered. After shifting the bristles to a good state, they are folded in half. In addition, after each hair 5 is folded in two, it may be displaced with respect to the length direction so that the hair ends are staggered.

  Next, as shown also in FIG. 6, the both ends of the linear body 7 which protrudes outward of the long hole 4b of the brush part 4 tip surface are pulled, and the linear body 7 on which the bending part 6a of the bristle group 6 was hooked. The lead portion 7a of the hair group 6 and the bent portion 6a of the bristle group 6 hooked by the lead portion 7a are pulled inwardly into the hole portion 4a of the brush portion 4, and the bent portion 6a of the bristle group 6 is pulled into the hole portion of the brush portion 4. Forcibly embedded and fixed to 4a.

  In the same manner as described above, a part of each linear member 7 inserted into each elongated hole 4b of the brush part 4 is pulled out to each hole 4a, and a plurality of bristles 5 are bundled together. Each hair group 6... Is hooked on each drawer portion 7 a... Of each striate body 7... Each hair 5. Each of the filaments 7 projecting from the distal end surface is pulled, and each bent portion 6a of each bristle group 6 is embedded and fixed in each hole 4a of the brush portion 4 so that the entire surface of the brush portion 4 is fixed. A large number of hands are planted at predetermined intervals.

  Next, as shown in FIG. 7, the blocking members 8 are individually embedded in the openings of the long holes 4 b, with the end portions of the linear bodies 7. Then, the end portions of the linear bodies 7 are secured and removed, and then the elongated holes 4b ... excess portions of the linear bodies 7 projecting outward are cut off, and the tip end surface of the brush section 4 is, for example, If a smooth surface is finished by polishing, cutting, or the like, the hair brush 1 handmade work shown in FIG. 1 is completed. Moreover, the both ends of the linear body 7 which excised the excess part may be bound, adhered, welded, or fixed with a stopper, for example. In addition, if the filament 7 is set to a length that matches the entire length of the long hole 4b, it is not necessary to cut it.

  As described above, the bent portion 6a of the bristles 6 formed by bundling a plurality of bristles 5 is combined with the linear body 7 inserted into the long holes 4b communicating with the holes 4a of the brush portion 4. Since it is hooked, each hair 5 can be securely pulled out and fixed, and there is no fear that each hair 5 will come off during use, and it can be used for a long time as a brush and has excellent durability. Yes. And the work which transplants the old hair 5 planted in the brush part 4 to the new hair 5 only by extracting the filament 7 from the bending part 6a of the bristle group 6 embedded in the hole 4a of the brush part 4 Can be done easily and easily.

  In addition, since the plurality of hairs 5 are displaced in the length direction so that the ends of the hairs are staggered, the hairs of each of the hairs 5 are shifted in an appropriate state, so that the hair can be brushed to the background. The tip of the hair is easy to pass, the hair can be quickly caught and the hair can be combed to a desired state, and effects such as massage of the background and blood circulation promotion can be obtained.

  FIG. 8 shows another example in which hair is planted on the roll-type brush portion 14 of the brush body 12 constituting the hair brush 10, and the bent portion 6 a of the bristle group 6 formed by bundling a plurality of bristles 5. A plurality of hole portions 14a are formed at predetermined regular intervals in the length direction along the flocked side outer peripheral surface of the brush portion 14 having a roll shape, and each hole for one row as a plurality of sets thereof .. Are arranged at predetermined equal intervals (or predetermined equal angles) in the circumferential direction along the outer peripheral surface of the brush portion 14.

  In addition, the long hole 14b into which the linear member 7 formed at the tip of the brush part 14 is inserted is communicated with each hole 14a on the same line arranged in the length direction of the brush part 14, and the brush part 14 in parallel with the outer peripheral surface of the flocking side and perpendicular to the thickness direction, and in the length direction, and a plurality of intervals in communication with the holes 14a in each row arranged in the circumferential direction of the brush portion 14. Since they are arranged, if they are manufactured according to the same work procedure as in the above embodiment, operations and effects substantially equivalent to those in the embodiment can be achieved.

  FIG. 9 and FIG. 10 show another example in which hair is planted in the round brush portion 24 of the brush body 22 constituting the hair brush 21, and a bent portion 6a of the bristle group 6 formed by bundling a plurality of bristles 5. And a plurality of hole portions 24a in which is implanted and fixed along the surface of the brushed portion 24 of the brush portion 24 having a round shape when viewed from the plane, from the center portion toward the outer peripheral portion at predetermined equal intervals in the radial direction, A plurality of holes 24 a... For one row as a set are arranged at predetermined equal intervals (or predetermined equal angles) in the circumferential direction around the center of the surface of the brush portion 24.

  In addition, the long holes 24b into which the filaments 7 formed on the outer peripheral surface of the brush portion 24 are inserted are arranged on the same line in the radial direction from the center portion of the brush portion 24 toward the outer peripheral portion. Are arranged in a radial direction perpendicular to the surface of the brushed part 24 and perpendicular to the thickness direction, and arranged at intervals communicating with the holes 24a in each row arranged radially. Therefore, if it is manufactured according to the same work procedure as that of the above-described embodiment, it is possible to achieve substantially the same operations and effects as those of the embodiment. In addition, the pattern portion 23 indicated by the phantom line in FIG.

  In the above-described other examples and other examples, the same components as those in the above-described embodiment are denoted by the same reference numerals, and detailed description thereof is omitted.

In the correspondence between the configuration of the present invention and the above-described embodiment,
The flocked surface of the brush part of this invention corresponds to the flocked side surface of the brush parts 4 and 24 of the example and the flocked side outer peripheral surface of the brush part 14,
The present invention is not limited to the configuration of the above-described embodiment, but can be applied based on the technical idea shown in the claims, and many embodiments can be obtained.

  The structure of the hair brush of the present invention can also be used for brushes such as body brushes and clothes brushes.

The perspective view which shows the example planted in the planar brush part of a hair brush. The top view which shows the arrangement | sequence state of the hole part formed in the brush part surface of FIG. Sectional drawing which shows the operation | work procedure when embedding hair in the hole of a brush part. The expanded sectional view which shows the drawer | drawing-out state of a linear body, and the hook state of hair. The expanded sectional view which shows the bending state of several each hair, and the shifted state of a hair tip. The expanded sectional view which shows the state which pushed the hair into the hole part of the brush part. Sectional drawing which shows the state which planted the hair in the hole part of the brush part. Sectional drawing which shows the other example of flocking to the roll-type brush part of a hair brush. Sectional drawing which shows the other example of flocking to the round brush part of a hair brush. The top view which shows the arrangement | sequence state of the hole part formed in the brush part surface of FIG.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1,11,21 ... Hair brush 2,12,22 ... Brush main body 3,13,23 ... Pattern part 4,14,24 ... Brush part 4a, 14a, 24a ... Hole part 4b, 14b, 24b ... Elongated hole 5 ... Bristle 6 ... Hair group 6a ... Bending part 7 ... Linear body 7a ... Drawer part 8 ... Closure member

Claims (7)

A hair brush in which a plurality of bristles bundled together are flocked at predetermined intervals with respect to the flocked surface of the brush part,
A plurality of hole portions for flocking while bundling each of the plurality of bristles is formed at predetermined equal intervals along the flocked surface of the brush portion,
Communicating with each of the plurality of holes, and inserting a flexible linear member into each of the plurality of elongated holes formed perpendicular to the thickness direction of the brush part in a folded state,
Each of the plurality of bristles bundled in one is hooked on the drawer portion of each linear body drawn out to the outside of each hole and folded in a folded state,
Pull the lead-out part of each of the above-mentioned striated bodies into each hole part, embed and fix the bent part of each hair in each hole part,
A hair brush flocking method in which the opening of each elongated hole is closed with a closing member, and the end of each linear member is fixed to the opening of each elongated hole. A hair brush in which a plurality of bristles bundled together are flocked at predetermined intervals with respect to the flocked surface of the brush part,
A plurality of hole portions in which the plurality of hairs are implanted are formed at predetermined equal intervals along the hair implantation surface of the brush portion,
Forming a plurality of elongated holes communicating with each of the plurality of hole portions perpendicular to the thickness direction of the brush portion;
Each of the plurality of bristles is hooked on a flexible linear body inserted into a long hole communicating with each of the holes, and is folded and folded in a folded state.
A hair brush in which an end of each linear member is fixed to an opening of each elongated hole by a closing member that closes the opening of each elongated hole. A plurality of the hole portions are formed at predetermined equal intervals in the length direction and the width direction along the flocked surface of the brush portion having a vertically long shape when viewed from the plane,
The long hole communicates with each hole portion arranged in the length direction along the flocked side surface of the brush portion, and is communicated with each hole portion of each row arranged on the flocked side surface of the brush portion. The hair brush according to claim 1 or the hair brush according to claim 2, wherein a plurality of hair brushes are provided separately from each other. A plurality of the hole portions are formed at predetermined equal intervals in the length direction and the circumferential direction along the flocked side outer peripheral surface of the brush portion having a roll shape when viewed from the front end side,
A plurality of the long holes communicated with the hole portions arranged in the length direction of the brush portion, and a plurality of the long holes are provided at an interval communicating with each hole portion of each row arranged in the circumferential direction of the brush portion. The hair brush according to claim 1, or the hair brush according to claim 2. A plurality of the hole portions are spaced at predetermined equal intervals in the circumferential direction centering on the radial direction from the central portion toward the outer peripheral portion and the surface central portion along the flocked side surface of the brush portion having a round shape when viewed from the plane. Forming,
Intervals between the elongated holes communicating with the holes arranged in the radial direction from the center of the brush part toward the outer peripheral part, and communicating with the holes of each row arranged on the flocked side surface of the brush part The hair brush according to claim 1 or the hair brush according to claim 2, wherein a plurality of hair brushes are provided separately from each other. The hairbrush flocking method according to claim 1 or any one of claims 2 to 5, wherein each of the plurality of hairs is displaced in the length direction so that the ends of the hairs are staggered and hooked on the striatum. The hair brush described. The hair brush according to any one of claims 1 to 6, or the hair brush according to any one of claims 2 to 6, wherein the elongated hole communicates with each hole portion on the same line formed in the flocked surface.

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