JP4669419B2 - Germanium coated body and wig base using the germanium coated body - Google Patents

Description

  The present invention relates to a germanium covering body used for the purpose of reducing muscle fatigue, promoting blood circulation, and the like, and a wig base using this covering body.

  It is well known to wear magnetic substances, germanium, titanium and other minerals on the body for the purpose of reducing muscle fatigue and promoting blood circulation. For example, germanium particles are contained in a holder and a part of germanium is contained. Projecting from the opening of the holder, and a germanium mounting tool (see, for example, Patent Document 1) in which the germanium particles are fixed to the cloth of the clothes with a fixing tool that keeps the germanium particles in a predetermined position of the holder and a separate stopper. There is a health promotion device (see, for example, Patent Document 2) in which a negative ion generating material such as tourmaline or silica and a far-infrared radiation material such as tourmaline, ruby or emerald are housed in a contact protrusion of a metal container.

Further, as a prior art related to germanium and hair, a germanium piece is provided on a wig base net and / or a connecting band piece connecting the net to which the hair is implanted, and the germanium piece is a head part. Also known are wigs (see, for example, Patent Document 3), hair-growing magnets in which a magnet is attached to a wig clasp (for example, see Patent Document 4), etc. .
Utility Model Registration No. 3116353 Utility Model Registration No. 3086099 Japanese Utility Model Publication No. 61-30030 JP-A-7-31684

However, the germanium mounting tool of Patent Document 1 has a large number of component parts for holding germanium grains, and each part shape is complicated and has a considerable thickness, so that the cost is high and application to a wig is based on a wig. It is disadvantageous because it protrudes bulky inside.
Furthermore, in the health promoting device of Patent Document 2, the contact protrusion is larger than the germanium piece of Patent Document 3 and protrudes inside the wig base. The contact protrusion is positively brought into contact with the ground by using the electrolysis, and the minute current generated by the negative ion generating substance is discharged from the contact protrusion of the metal container through sweat that is moisture on the ground surface. Since the generated negative ions are taken into the body, it is not suitable for application to wigs that do not want the scalp to smolder or itch.

  Moreover, in the wig of patent document 3, since most germanium pieces are the structures exposed to the scalp side from the net | network of a wig base, or the band for connection, the contact area of a scalp and germanium pieces becomes large, and scalp is excessive. There is a risk of causing allergic contact dermatitis, which increases the possibility of causing metal allergy in response to rash and irritates the scalp. In addition, since the net and the connecting strip are formed of a flexible material and are connected to the germanium piece with a slight locking portion, the germanium piece may fall off the wig base by repeatedly using the wig. There is.

  Further, the hair-growing magnet of Patent Document 4 uses a clasp provided to pinch its own hair at a predetermined position of the wig, and since the clasp is made of metal, allergic contact dermatitis is prevented. There is concern about the onset. Furthermore, since only an appropriate number of clasps are provided at a necessary portion of the wig base, there are cases where the magnet generator cannot be disposed at a desired position on the head. Moreover, even if the magnet is placed on the wig base in accordance with the position of the meridian point, when the self hair is pinched by the clasp, the position of the clasp is shifted due to the pinching position or the volume of the pinched hair. In many cases, the magnet is positioned away from the pot.

  The present invention has been made in the background of such circumstances, and its purpose is to reduce muscle fatigue and promote blood circulation by germanium while preventing allergic contact dermatitis caused by metal allergy as much as possible. In addition, an object of the present invention is to provide a compact and simple germanium covering and a wig base using the germanium covering.

In order to achieve the above object, the invention according to claim 1 is directed to a germanium-coated body in which germanium particles are sandwiched between two coated sheets, wherein one coated sheet has a large-diameter ring portion, A cylindrical part is raised on the inner peripheral surface of the large-diameter ring part, a small-diameter ring part is further provided inside the cylindrical part, and the inside of the cylindrical part is used as the germanium grain containing part, A through hole is formed inside the small-diameter ring portion, the other covering sheet is formed in a disk shape having the same diameter as the large-diameter ring portion of one of the covering sheets, and the germanium particles are formed on one of the covering portions. A cylindrical portion having the same shape as the seat accommodating portion, and a conical portion projecting from the one end surface of the cylindrical portion with a gentle inclination, the rising surface of the conical portion having a slightly smaller diameter than the cylindrical portion, The cone portion is formed in a step shape, and the cone The entire conical portion of the germanium particles protrudes from the through-hole of one of the covering sheets formed to have substantially the same diameter as the rising surface of the covering sheet, and the cylindrical portion in the housing portion is one of the covering sheets. The two cover sheets and the germanium are supported by the small-diameter ring portion, and the other cover sheet is joined to the large-diameter ring portion of the one cover sheet and the other end surface of the cylindrical portion is closed. It is characterized by being integrated with grains .
The germanium-coated body according to claim 2 is the germanium-coated body according to claim 1, wherein the two coated sheets are a combination of one or more of polyurethane resin, silicon resin, butadiene rubber, and ABS resin. It is characterized by being formed of resin.

The invention of claim 3 is attached by attaching the conical portion of the germanium covering body according to claim 1 or 2 to the wearer side and joining the other covering sheet to the inside of the wig base. A wig base using the germanium coating is provided .
According to a fourth aspect of the present invention, in the wig base using the germanium-coated body according to the third aspect, the germanium particles are arranged at positions that match the meridian points of the head.

  The polyurethane resin, silicon resin, butadiene rubber, and ABS resin used as the synthetic resin material for the covering sheet may be either soft or hard, and are coated by combining any one or more of these synthetic resins and rubbers. By setting it as a sheet, a natural feeling without a sense of incongruity is obtained even when the covering sheet touches the scalp or the own hair. The covering sheet can also be formed by coating with a solution obtained by dissolving a synthetic resin in an organic solution. The two covering sheets are preferably joined together by an adhering means such as an adhesive, welding, or coating. Further, as means for fixing the germanium covering to the wig base, there are sewing, an adhesive, welding and the like. Since the germanium particles are held by the covering sheet at the step portion between the cylindrical portion and the conical portion, the force with which the covering sheet holds the germanium particles becomes strong.

  When the germanium-coated body of the present invention is used for a wig, the wig base may be either a sheet formed from a synthetic resin or the like, or a net formed by knitting filaments in a lattice. In the germanium particles attached to the wig base, the conical portion protruding from the through hole of the covering sheet contacts the user's scalp, and the germanium component is absorbed while directly stimulating the scalp to increase the absorption efficiency. When the wig base is net-shaped, it is desirable that the size of one stitch is set larger than that of germanium grains, and the cone portion of the germanium grains is in direct contact with the user's scalp, and the germanium grain covering sheet In order to securely attach the wig to the net-like wig base, it is desirable to make the covering sheet larger than at least one stitch of the net. Since the germanium grain has a conical shape at the contact with the scalp, by adjusting the wearing condition such as the depth and direction of the wig as appropriate, the pressing force of germanium against the scalp is adjusted, and the scalp and the conical part It is also possible to adjust the contact area.

  According to the configuration of the present invention, a germanium-coated body having a small number of parts, easy to manufacture, lightweight and compact can be obtained at low cost. When this germanium-coated body is used for a wig base, the effect of germanium is applied to the scalp to activate metabolism, thereby reducing muscle fatigue and promoting blood circulation. In addition, it is possible to provide a wig at a low cost that requires only a small area of the germanium covering inside the wig base and that the user does not feel uncomfortable with germanium. In addition, only the conical part of the germanium grain protrudes from the through-hole of the covering sheet so that the scalp and the conical part are in direct contact with each other as much as possible, effectively demonstrating the effects of promoting blood circulation and reducing muscle fatigue. Allergy contact dermatitis due to metal allergy can be prevented as much as possible.

  Further, by making the contact portion of the germanium grains with the scalp conical, the contact area between the scalp and the conical portion can be adjusted by adjusting the pressing force on the scalp. In addition, since the germanium covering body is fixed to the wig base using a covering sheet having a large area, not only a strong binding force can be obtained even by simple bonding using an adhesive, but the germanium grains are surely attached to the meridian points. Can be arranged. Furthermore, since germanium particles are held on the covering sheet at the step portion between the cylindrical portion and the cone portion, the germanium particles have a strong force to hold the germanium particles. There is no risk of the grains falling off due to delusion.

  By using a synthetic resin such as polyurethane resin, silicon resin, butadiene rubber, or ABS resin for the covering sheet, a natural feeling of wearing and a good feel can be obtained even if the covering sheet touches the scalp or the own hair. In the case where the wig base is a grid-like net, the germanium particles of the germanium coating are sized so as to fit in one stitch of the net, so that the conical portion of the germanium particle is reliably brought into contact with the user's scalp from the stitch. And the absorption efficiency of the germanium component is increased. Further, the germanium covering body can be securely attached by forming the two covering sheets of the germanium covering body larger than at least one stitch.

  When the wig base is a net with filaments knitted in a lattice shape, by setting the first stitch of the net to be larger than the germanium grain, the conical part of the germanium grain is surely moved from the net stitch to the wearer's head side. The cone can be brought into contact with the scalp by protruding. Further, by setting the two covering sheets of the germanium covering body to a size straddling at least two filaments adjacent in parallel, a minimum size for attaching the covering sheet to the wig base is ensured, and the germanium covering The body can be securely attached to the wig base. Furthermore, the effect of germanium can be effectively exerted from the acupoint by arranging the germanium particles at a position that matches the meridian acupoint on the head.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings. In the figure, FIG. 1 is a half sectional perspective view of a germanium coated body showing one embodiment, FIG. 2 is a flowchart showing an example of a manufacturing process of the germanium coated body, and FIG. 3 is a flowchart showing another manufacturing process example of the germanium coated body. 4 is a cross-sectional front view showing the attachment state of the germanium covering body of FIG. 1 to the wig, FIG. 5 is a plan view showing the attachment state of the germanium covering body of FIG. 1 to the wig, and FIG. 6 shows the germanium covering body. The figure which looked at the attached wig base from the inside, FIG. 7 is the schematic explaining the attachment state to the wig of a germanium coating body, FIG. 8 is the half-section front view of the germanium coating body which shows the other example of this invention. is there.

  As shown in FIG. 1, the germanium-coated body 1 is composed of two coating sheets 2 and 3 and germanium grains 4 sandwiched between the two coating sheets 2 and 3. One cover sheet 2 has a cylindrical portion 2b raised on the inner peripheral surface of the large-diameter ring portion 2a, and a small-diameter ring portion 2c is provided inside the cylindrical portion 2b so that the inner side of the cylindrical portion 2b is formed. It is made into the accommodating part 5 of the germanium particle | grains 4, and it has comprised the inside hole 6 of the small diameter ring part 2c. The other sheet 3 is formed in a disk shape having the same diameter as that of the large-diameter ring portion 2a of the one cover sheet 2, and these cover sheets 2 and 3 include soft or hard polyurethane resin, silicon resin, Any one or a combination of synthetic resin materials such as butadiene rubber and ABS resin are used.

The germanium particle 4 is composed of a cylindrical portion 4a having the same shape as the accommodating portion 5 of one covering sheet 2, and a conical portion 4b protruding from one end surface of the cylindrical portion 4a with a gentle inclination. The rising surface is slightly smaller in diameter than the cylindrical portion 4a, and the cylindrical portion 4a and the conical portion 4b are stepped. The through-hole 6 of the covering sheet 2 is formed to have substantially the same diameter as the rising surface of the conical portion 4b, and the germanium particles 4 are bonded to the outer periphery of one end surface of the columnar portion 4a that becomes a stepped portion with the conical portion 4b. The cylindrical portion 4a is accommodated in the accommodating portion 5 of the one covering sheet 2, the entire conical portion 4b is projected outside from the through-hole 6 of the one covering sheet 2, and the large size of the one covering sheet 2 is applied. by joining the other of the cover sheet 3 by closing the other end face of the cylindrical portion 4a to the diameter ring portion 2a, constituting the germanium coating body 1 by integrating a covering sheet 2, 3 and germanium grains 4.

  The germanium particles 4 sandwiched between the covering sheets 2 and 3 are such that only the conical portion 4b having a smaller diameter than the cylindrical portion 4a protrudes from the through hole 6 to the outside, and the large cylindrical portion 4a in the accommodating portion 5 has an end surface side. Is supported by the small-diameter ring portion 2c of the covering sheet 2, so that it does not fall off from the covering sheets 2 and 3 to the outside. Moreover, since the covering sheet 3 which closes the other end surface side of the column part 4a becomes the attachment area to the member which uses the germanium covering 1, the large attachment area is obtained.

  2 and 3 are flowcharts showing the production process of the germanium-coated body 1, respectively. In the production process shown in FIG. 2, the coating sheets 2 and 3 are formed by coating a solution obtained by dissolving a urethane resin in an organic solvent, The germanium particles 4 are coated simultaneously with the formation of the coating, and in the manufacturing process shown in FIG. 3, the covering sheets 2 and 3 are manufactured with a urethane resin sheet, and the germanium particles 4 are coated simultaneously with the manufacturing. ing. In the description of the manufacturing process of FIGS. 2 and 3, the germanium-coated body 1 of FIG. The size of the germanium grain 4 used in the manufacturing process of FIGS. 2 and 3 is, for example, a diameter of 7 mm × a height of 2.5 mm (the cylindrical portion 4a has a diameter of 7 mm × a height of 1 mm, and the conical portion 4b has a bottom diameter of 6 mm × a height). 1.5 mm), and the covering sheets 2 and 3 have a thickness of approximately 0.2 mm.

  First, in step S1 of the manufacturing process shown in FIG. 2, a guide line indicating the arrangement position of the germanium particles 4 is written on the surface of the cylindrical gypsum mold, and in step S2, the gypsum mold is covered with a polyethylene resin sheet, on which Cover the net with nylon resin. In step S3, dimethylformamide, which is an organic solvent, and a colored resin solution are applied from above the gypsum mold and dried to form a sheet-like film. The colored resin solution contains a urethane resin that is a material of the other coating sheet 3 of the germanium-coated body 1, a pigment that is a colorant for the coating sheet 3, a matting agent, an antifungal agent, and the like. .

  In step S4, a colored resin solution is applied point-wise to a plurality of germanium grain arrangement positions on the sheet-like film to make this a marking, and in step S5, the conical portion 4b is directed upward to this marking position. Each of the grains 4 is placed, and the colored resin solution is applied to the conical portion 4b shown in FIG. 1 and dried. In step S6, dimethylformamide and a colored resin solution are applied to the entire germanium particles 4 and dried to completely cover the entire germanium particles 4. The colored resin solution used in step S6 includes a urethane resin that is a material of one resin sheet 2 of the germanium-coated body 1, and the coating sheets 2 and 3 of the germanium-coated body 1 are obtained by the drying process in step S6. A double coating is obtained.

  In step S7, the double film integrally coated with the germanium particles 4 is peeled off from the gypsum mold, and in step S8, the film covering the germanium particles 4 from the inner side of the double film (the other resin sheet 3 side) is formed into a germanium particle shape. Then, the germanium grains 4 are once taken out, and a germanium grain-shaped void is formed between the double coatings. In step S9, a hole with a diameter of 3 mm is formed by a punch or the like from the outer surface side (coating sheet 2 side) of the double coating in the gap to a conical portion trace portion, and this is used as the through-hole 6 of the germanium covering 1. Then, the germanium particles 4 are again accommodated in the gap from the cut portion on the inner side (the other resin sheet 3 side) of the double coating, and the conical portion 4 b is protruded from the through hole 6.

  Then, after inserting the germanium particles 4 into the gypsum-shaped depressions recessed in the shape of the conical portion 4b of the germanium particles 4 in the state where the germanium particles 4 are accommodated on the outer surface (the coating sheet 2 side), the double coating is applied. After fixing to a gypsum mold using a staple or a gun tucker, the coloring solution is applied again and dried so that the germanium particles 4 do not jump out. Step S11 is a step of cutting out the germanium particles 4, and the germanium coated body 1 shown in FIG. 1 is obtained by cutting the periphery of the germanium particles 4 into a circle with a punch or the like.

  In step S1 of the manufacturing process shown in FIG. 3, dyes or pigments of a desired color are sprayed and applied to two urethane resin sheets, and in step S2, the metal germanium processed plate placed in the vacuum forming machine is placed at a predetermined position. A plurality of germanium particles 4 are placed, and one of the urethane resin sheets that are the material of the covering sheet 2 is placed thereon with the colored side facing upward, and then vacuum forming is performed, and the germanium particles 4 are adhered to one urethane resin sheet. At the same time, the mold of germanium grains 4 is attached.

  In step S3, a circular cut line is drawn around the germanium particles 4 of one urethane resin sheet, and then the urethane resin sheet is peeled off from the germanium processed plate to remove the germanium particles 4. In step S4, a hole having a diameter of about 3 mm is formed in the trace of the conical portion of one urethane resin sheet with a punch or the like, which is used as the through-hole 6 of the germanium-coated body 1, and more than the coated sheet 2 with the cut line as a guide. Cut out a slightly larger part. In step S5, the other urethane resin sheet, which is the material of the covering sheet 3, is fixed on the glass plate with the non-colored side surface facing upward, and an adhesive is applied to the upper surface (non-colored side surface) of the other urethane resin sheet. After that, the germanium particles 4 are stuck with the conical part 4a facing upward.

  In step S6, an adhesive is applied to the upper surface of the cylindrical portion 4a of the germanium particles 4, and one urethane resin sheet cut out in the step S4 is pasted on the germanium particles 4 so as to pass through the through-holes 6 of the sheet. The conical part 4a of the germanium grain 4 is projected and dried. After that, the process enters step S7, and the germanium particles 4 and the peripheral portions thereof are die-cut with a punching die having a hole diameter corresponding to the large-diameter ring portion 2a of the covering sheet 2, whereby the germanium-coated body 1 shown in FIG. Get.

  4 and 5 show an example in which the germanium covering 1 configured as described above is attached to a sheet-like wig base 10. A wig base 10 constituting a wig (all not shown) together with a large number of hairs is formed of a synthetic resin sheet made of polyurethane resin, silicon resin, butadiene rubber, ABS resin, etc. The other covering sheet 3 of the germanium covering body 1 is overlaid on the germanium mounting position set to the side), and the attachment 11 for sewing fabric is held on the outer side of the tubular portion 2b of the one covering sheet 2, While pressing the attachment 11 against the large-diameter ring portion 2a, the other covering sheet 3 and the wig base 10, the attachment 11 is rotated once around the cylindrical portion 2b to connect the covering sheets 2, 3 and the wig base 10 to the sewing thread. 12, the wig base 10 is attached.

  FIG. 6 shows an example in which the aforementioned germanium covering 1 is attached to a net-like wig base 20. The wig base 20 is mainly intended to be attached to the user's head and the outer net 21 formed in a size that bears the overall shape of the wig base 20 in order to plant a large number of hairs (not shown). The inner net 22 and an edge decoration net 23 that borders the outer peripheries of the nets 21 and 22, and a plurality of germanium coverings 1 are fixed to the inner surface of the wig base 20 on the head-attached side. .

  The outer net 21 is formed by forming a plurality of parallel ultrafine filaments as a set of filament bands 24 and curving them into a waveform, and the adjacent filament bands 24 and 24 on both sides are shifted in phase by a half pitch to each other. It is formed in an oblique lattice shape with coarse stitches in which the corrugated portions facing each other are connected by a joining yarn, and the user's own hair is drawn from the relatively large spindle-shaped space 25 set between the filament bands 24 of the outer net 21. It is pulled out to the outside (the back side of the page) so that it can be used. Further, the inner net 22 has a ring-shaped portion 22a on the outer peripheral side to which a clip or the like is attached, and a hair-dividing portion 22b that bears a hair-dividing portion on the inner side, and a fine mesh material is formed. It is formed integrally using.

  The wig base 20 formed in this way has an inner surface of the outer net 21 and an inner surface of the hair-splitting portion 22b of the inner net 22, and the germanium covering 1 has the conical portion 4b of the germanium particles 4 on the head side of the wearer. The other covering sheet 3 is attached to the inside of the wig base using appropriate fixing means such as the above-described stitching, adhesive, or welding. The germanium covering 1 is attached to a position that matches the meridian point of the user's head, and when the user wears a wig, the germanium particles 4 are located in these points, and the germanium The germanium component is absorbed while the conical portion 4b of the grain 4 directly contacts the scalp to increase the absorption efficiency.

  FIG. 7 schematically shows a state in which the germanium covering 1 is attached to the net-like wig base 30, and in this case, the germanium grains 4 fit into one lattice of the net of the wig base 30. It is possible to make sure that the conical portion of the head is in contact with the user's scalp. Further, since the two covering sheets 2 and 3 are larger than one lattice of the net of the wig base 30, most of the sewing thread 12 is sewn to the filament 31, so that the germanium covering 1 is attached to the wig base 30. Can be attached firmly.

FIG. 8 shows another embodiment of the present invention. A germanium covering 40 is sandwiched between covering sheets 41 and 42 formed of a soft or hard synthetic resin material and both covering sheets 41 and 42. Germanium grains 4 are included. One covering sheet 41 is formed in a bottomed cylindrical shape, and the inside thereof serves as the accommodating portion 5 for the germanium particles 4. The other covering sheet 42 is formed in a ring shape having a through-hole 43 on the inside, while the cylindrical portion 4a of the germanium grain 4 is accommodated in the accommodating portion 5 and projected from the through-hole 43 while the conical portion 4b is projected. The cover sheet 41 is fixed to the opening of the cover sheet 41 with an adhesive or welding. The germanium-coated body 40 thus configured is firmly attached to the sheet-like wig base 10 using an adhesive, welding, or the like using the wide area of one coating sheet 41, and the other coating sheet 42 is The opening of one cover sheet 41 suppresses the outer peripheral portion of the upper surface of the columnar portion 4a to firmly prevent the germanium particles 4 from coming off.

It is a half section perspective view of the germanium covering which shows one example of the present invention. It is a flowchart which shows an example of the manufacturing process of a germanium coating body. It is a flowchart which shows the other example of a manufacturing process of a germanium coating body. It is a cross-sectional front view which shows the attachment state to the wig of the germanium coating body of FIG. It is a top view which shows the attachment state to the wig of the germanium coating body of FIG. It is the figure which looked at the wig base which attached the germanium coating body from the inner side. It is the schematic explaining the attachment state to the wig of a germanium covering. It is a half section front view of the germanium covering which shows the other example of the present invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 ... Germanium covering 2, 3, 41, 42 ... Cover sheet 2a ... Large diameter ring part 2b ... Cylindrical part 2c ... Small diameter ring part 4 ... Germanium grain 4a ... Cylindrical part 4b ... Conical part 5 ... Accommodating part 6,43 ... through hole 10, 20, 30, 40 ... wig base 12 ... sewing thread 21 ... outer net 22 ... inner net 24 ... filament band 25 ... space part 22a ... ring-shaped part 22b ... hair split part 31 ... filament

Claims (4)

In a germanium-coated body in which germanium particles are sandwiched between two coating sheets,
One covering sheet has a large-diameter ring portion, a cylindrical portion is raised on the inner peripheral surface of the large-diameter ring portion, and a small-diameter ring portion is further provided inside the cylindrical portion, so that the cylinder The inside of the shaped portion serves as the germanium grain containing portion, and a through hole is formed inside the small diameter ring portion,
The other covering sheet is formed in a disk shape having the same diameter as the large-diameter ring portion of one of the covering sheets,
The germanium grains are composed of a cylindrical portion having the same shape as the accommodating portion of one of the covering sheets, and a conical portion protruding with a gentle inclination from one end surface of the cylindrical portion, and a rising surface of the conical portion is formed from the cylindrical portion. Slightly smaller in diameter, the cylindrical portion and the conical portion are formed in a step shape,
The entire conical portion of the germanium grains protrudes outside from the through hole of one of the covering sheets formed to have substantially the same diameter as the rising surface of the conical portion, and the cylindrical portion in the accommodating portion Two covering sheets are supported by the small-diameter ring portion of the covering sheet, and the other covering sheet is joined to the large-diameter ring portion of one of the covering sheets to close the other end surface of the cylindrical portion. And a germanium-coated body , wherein the germanium grains are integrated . 2. The germanium-coated body according to claim 1, wherein the two coated sheets are formed of a synthetic resin obtained by combining one or more of polyurethane resin, silicon resin, butadiene rubber, and ABS resin. . The germanium covering body according to claim 1 or 2, wherein the conical portion of the germanium covering body according to claim 1 is directed to a wearer side, and the other covering sheet is attached to the inside of the wig base . Wig base . The wig base using the germanium-coated body according to claim 3, wherein the germanium grains are disposed at positions that match the meridian points of the head.

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