JP6494666B2 - Inner cap - Google Patents

Description

  The present invention relates to an inner cap that is directly covered on the head of an adherent and worn inside a wig.

  Full-head wigs are known for wearing over the entire head for those who have a very wide range of hair loss and who have no hair left to treat the disease. For example, in the technique shown in Patent Document 1, a size-adjustable inner cap is detachably provided on the inner surface of a wig main body that covers the entire head, and silicon rubber sheets are attached to several locations on the inner peripheral surface of the inner cap. All wigs.

JP 2004-353127 A

  However, the technique shown in Patent Document 1 is a structure in which the wig main body is attached to the inner cap with a fastener, but the inner cap and the wig main body are inevitably misaligned according to the movement of the wearer, which causes a sense of incongruity. It has the problem that it ends up.

  The present invention provides an inner cap that prevents a wig from shifting by using a composite yarn made of ultrafine fine polyester nanofibers having a fiber diameter on the nanometer order on the surface of the inner cap.

  The inner cap according to the present invention is a cylindrical shape that is directly knitted into a cylindrical shape by a circular knitting in an inner cap that directly covers the head of the wearer and holds and fixes the wig for all heads worn by the wearer. A circular knitting is formed using a composite yarn made of a knitted portion, a mouth rubber portion knitted on one end side of the cylindrical knitting portion, and an ultrafine fine polyester nanofiber having a fiber diameter of nanometer order. An anti-slip part and a support part knitted continuously with the anti-slip part and knitted in a mesh shape by circular knitting are provided.

  As described above, the inner cap according to the present invention is formed of a cylindrical knitting portion that is knitted into a cylindrical shape by circular knitting, and a mouth rubber portion that is knitted on one end side of the cylindrical knitting portion, and a fiber diameter. Non-slip part knitted in a circular knitting using a composite yarn made of ultra fine fine polyester nanofiber of nanometer order, and a support knitted continuously with the anti-slip part and knitted into a mesh by circular knitting Therefore, there is an effect that slippage of the wig can be eliminated and friction can be prevented by the frictional force of the composite yarn made of ultrafine fine polyester nanofibers.

  In the inner cap according to the present invention, the outer surface side of the mouth rubber part is knitted using a composite yarn composed of the ultrafine fine polyester nanofiber, and the first support part is continuously knitted from the mouth rubber, The anti-slip portion is continuously knitted from the first support portion, and the second knitting portion is continuously knitted from the anti-slip portion to form the tubular knitting portion.

  As described above, in the inner cap according to the present invention, the outer surface side of the mouth rubber part is knitted using the composite yarn made of the ultrafine fine polyester nanofiber, and the first support part is continuous from the mouth rubber. The non-slip portion is continuously knitted from the first support portion, and the second support portion is continuously knitted from the anti-slip portion to form the tubular knitting portion. Therefore, slippage of the wig can be eliminated by the frictional force of the composite yarn made of ultrafine fine polyester nanofibers, and deviation can be prevented.

  In the inner cap according to the present invention, the outer surface side of the mouth rubber part is knitted using a composite yarn made of the ultrafine fine polyester nanofiber, and the first anti-slip part is continuously knitted from the mouth rubber. The first anti-slip portion is continuously knitted from the first anti-slip portion, the second anti-slip portion is continuously knitted from the first support portion, and the second anti-slip portion is formed. The second support portion is continuously knitted, and the distal end portion of the second support portion is knitted on the other end side opposite to the one end side of the tubular knitting portion on which the rubber band is knitted. It is sewn into a circular shape or a fan shape.

  Thus, in the inner cap according to the present invention, the outer surface side of the mouth rubber part is knitted using the composite yarn made of the ultrafine fine polyester nanofiber, and the first anti-slip part is formed from the mouth rubber. The first support portion is continuously knitted from the first anti-slip portion, the second anti-slip portion is continuously knitted from the first support portion, and the first anti-slip portion is continuously knitted from the first support portion. The second support is knitted on the other end side opposite to the one end side of the tubular knitting portion in which the second support portion is continuously knitted from the two anti-slip portions and the mouth rubber is knitted. Since the tip of the part is sewn in a circular shape or a fan shape, it is possible to eliminate slippage of the wig by frictional force due to the composite yarn made of ultrafine fine polyester nanofibers and prevent displacement, and the second support Tip of the part There is an effect that it has been sewn into a circular shape or a fan shape, it can be worn by fitting the head.

  In the inner cap according to the present invention, the non-slip portion has four courses as one cycle, and a part of the four courses is knitted using a composite yarn made of the ultrafine fine polyester nanofiber, and the ultrafine A composite yarn composed of fine polyester nanofibers is knitted so as to appear on the surface.

  As described above, in the inner cap according to the present invention, the anti-slip portion has four courses as one cycle, and a part of the four courses is knitted using a composite yarn made of the ultrafine fine polyester nanofibers. Since the composite yarn composed of the ultrafine fine polyester nanofiber is knitted so as to appear on the surface, the slippage of the wig is eliminated by the frictional force caused by the composite yarn composed of the ultrafine fine polyester nanofiber, and displacement is prevented. In addition, the use of different materials according to the course provides an effect of providing unevenness on the surface and preventing displacement more reliably.

It is a 1st figure which shows the structure of the inner cap which concerns on 1st Embodiment. It is a figure which shows the structure of the inner surface of a 1st mouth rubber part. It is a figure which shows the structure of the outer surface of a 1st mouth rubber part. It is a figure which shows the structure of a non-slip | skid part. It is a figure which shows the structure of a support part. It is a 2nd figure which shows the structure of the inner cap which concerns on 1st Embodiment. It is a schematic diagram of the wig main body of the wig for all heads which concerns on 1st Embodiment. It is a schematic diagram at the time of seeing the wig main body of the wig for all heads concerning 1st Embodiment from back.

  Embodiments of the present invention will be described below. The present invention can be implemented in many different forms. Also, the same reference numerals are given to the same elements throughout the present embodiment.

(First embodiment of the present invention)
The inner cap according to the present embodiment will be described with reference to FIGS. FIG. 1 is a first view showing the structure of the inner cap according to the present embodiment. FIG. 1A shows the structure on the outer surface side of the inner cap, and FIG. 1B shows the structure on the inner surface side of the inner cap. In FIG. 1 (A), the inner cap 1 is knitted into a cylindrical shape by circular knitting, and the first mouth rubber portion 11a excellent in stretchability at one end thereof (the side that is downward when worn by the wearer). And a non-slip portion 12 knitted using a composite yarn (hereinafter referred to as ultra-fine fiber) composed of ultrafine fine polyester nanofibers, and continuously knitted in a mesh shape by circular knitting from the nonslip portion 12 The support part 13 (the 1st support part 13a and the 2nd support part 13b), and the 2nd mouth rubber part 11b excellent in the elasticity at the other end part opposite to the 1st mouth rubber part 11a are provided.

  In the case of FIG. 1, the first support portion 13a is continuously knitted from the first mouth rubber portion 11a, the anti-slip portion 12 is continuously knitted from the first support portion 13a, and the anti-slip portion 12 The second support portion 13b is continuously knitted, and the second mouth rubber portion 11b is continuously knitted from the second support portion 13b. The anti-slip portion 12 and the support portion 13 (first The support portion 13a and the second support portion 13b) may be disposed oppositely.

  The non-slip portion 12 uses ultrafine fibers having a fiber diameter of about 700 nanometers, and improves the water absorption, adsorbability and skin feel to the wearer's head, and stimulates the skin. To alleviate. In addition, for wigs worn over the inner cap 1, a large frictional force is generated by increasing the surface area due to the ultrafine fibers, and a larger frictional force is generated by forming nano-sized irregularities, thereby causing slipping. Can be prevented and displacement can be eliminated.

  Moreover, about the 1st mouth rubber part 11a, it has a two-layer structure of the inner surface side which contacts a wearer's head, and the outer surface side where a wig is mounted, and the inner surface side is worn by nylon and polyurethane. The person's head is appropriately tightened and fixed, and the outer surface side is knitted using ultrafine fibers in the same manner as the anti-slip portion 12, thereby preventing the wig from shifting.

  The method of knitting the first mouth rubber part 11a, the anti-slip part 12 and the support part 13 will be described with reference to specific examples shown in FIGS. In this embodiment, circular knitting is performed with four courses as one cycle, and the materials and stitches used for each course are different. FIG. 2 is a schematic view showing a material and stitches on the inner surface side of the first mouth rubber portion 11a. As shown in FIG. 2A, the inner surface side of the first mouth rubber portion 11a is knitted with yarns made of nylon of course 1 and course 3 and polyurethane of course 2 and course 4 of FIG. As shown in (B) and (C), only one course is knitted by float knitting (float knitting) for each stitch. And it is knitted so that the stitches of the float knitting alternate every cycle. That is, when the even-numbered well stitches are float-knitted in the first cycle, the odd-numbered well stitches are float-knitted in the second cycle.

  FIG. 3 is a schematic diagram showing the material and stitches on the outer surface side of the first mouth rubber portion 11a. As shown in FIG. 3, the outer surface side of the first mouth rubber part 11a is knitted with yarn made of nylon made of 1 course of nylon, 2 course of polyurethane, 3 course and 4 course of ultrafine fibers and nylon. The stitches are general flat knitting.

  FIG. 4 is a schematic diagram showing the material and stitches of the anti-slip portion 12. As shown in FIG. 4, the non-slip portion 12 is knitted with nylon made of nylon and 3 course and 4 course made of ultrafine fibers and nylon, and the stitches are general flat knitting. It has become.

  FIG. 5 is a schematic diagram showing the material and stitches of the support portion 13. As shown in FIG. 5, the support portion 13 is knitted with yarn made of nylon as a whole, and the second course is knitted with tuck knitting every two stitches, and the fourth course is knitted with one stitch. Knitted with tuck knitting. In each cycle, the two courses and the four courses of the tuck knitting are knitted alternately. That is, when the 3rd and 4th well stitches are tucked in the 2nd course in the 1st cycle, and the even well stitches are tacked in the 4th course, the 1st and 2nd well stitches are tacked in the 2nd course. In the 4th course, the stitches of odd-numbered wells are tucked. By such knitting, the support portion 13 is formed in a mesh shape.

  Note that the above materials and stitches are merely examples, and it is naturally possible to knit with a combination of other materials and stitches.

  In this way, by adjusting the material and stitches for each course, it is possible to improve the fit of the wearer's head and the prevention of wig misalignment. In particular, in addition to preventing wig misalignment due to the use of ultra-fine fibers, the surface area is expanded by adjusting the material and stitches for each course, and the unevenness of the stitches is made conspicuous in each direction of front, rear, left and right It is possible to improve prevention of wig misalignment.

  FIG. 6 is a second view showing the structure of the inner cap according to the present embodiment. FIG. 6A shows the structure on the outer surface side of the inner cap, and FIG. 6B shows the structure on the inner surface side of the inner cap. 6A, the inner cap 1 includes a first mouth rubber portion 11a, a non-slip portion 12 and a support portion 13 having the same structure as in FIG. 1, and the first mouth rubber portion 11a is arranged. The other end side of the provided side is sewn in a circular shape or a fan shape.

  In FIG. 6, the first anti-skid part 12a is knitted continuously from the first mouth rubber part 11a, the first support part 13a is knitted continuously from the first anti-slip part 12a, and from the first support part 13a. The second anti-slip portion 12b is knitted continuously, and further, the second support portion 13b is knitted continuously from the second anti-slip portion 12b, and the tip of the second support portion 13b is circular or fan-shaped. It is sewn. As in the case of FIG. 1, the arrangement relationship between the anti-slip portion 12 and the support portion 13 may be reversed.

  Also in the case of FIG. 6, since the outer surface side of the first mouth rubber portion 11a and the anti-slip portion 12 (the first anti-slip portion 12a and the second anti-slip portion 12b) use ultrafine fibers, Since the tip end portion of the second support portion 13b is sewn in a circular shape or a fan shape, it can be worn while being fitted to the head.

  Thus, the inner cap according to the present embodiment can improve the wearer's feeling of wear and can prevent the wig from being displaced due to the use of ultrafine fibers. In the same way as described above, it is possible to improve the prevention of wig misalignment in the front, rear, left and right directions by making the unevenness of the stitch stand out while adjusting the material and stitch for each course and expanding the surface area. Become.

(Second embodiment of the present invention)
In the following embodiment, a wig for all heads covered from above the inner cap according to the first embodiment will be described. The all-head wig according to this embodiment will be described with reference to FIGS. FIG. 7 is a schematic diagram of a wig main body of a wig for all heads according to the present embodiment, and FIG. 8 is a schematic diagram when the wig main body of a wig for all heads according to the present embodiment is viewed from behind.

  The wig for the whole head according to the present embodiment is for wearing by a wearer whose hair is spread over a very wide range or where no hair remains for treatment of illness. 2 suffers. The inner cap 1 is the same as that described in the first embodiment.

  The wig body 2 in FIG. 7 is attached from above the inner cap 1 and has a flocking (not shown) on the surface side. The wig body 2 has a non-stretchable and large mesh structure and is joined to the first base portion 21 that covers the frontal region 41 of the wearer when worn, and the first base portion 21. Stretchable and has a finer mesh structure than the first base portion 21, and when worn, it passes through the vicinity of the wearer's head 42 and from one side head 43 to the other side head 44 (not shown). ) And a second base portion 22 covering the upper part of the head of the wearer, and a stretchable mesh structure that is joined to the second base portion 22 and covers the occipital region 45 of the wearer when worn. And a third base portion 23.

  Each of the first base portion 21, the second base portion 22, and the third base portion 23 has a mesh structure, but all have a hardness sufficient to reproduce the original shape against a change in shape. Thus, the second base portion 22 has a harder mesh structure than the first base portion 21. And the 3rd base part 23 has the softest mesh structure. That is, since the shape change on the front side of the head is small and the inclination is gentle, it can be stably mounted with a mesh structure having a certain degree of hardness, and the back of the head on which the shape change is large and the inclination is steep is It becomes soft and easy to adjust according to the head shape.

  The front end portion of the first base portion 21 is provided with a slip prevention material 24 having elasticity in the circumferential direction of the wearer's head in order to prevent the base from being displaced or turned up, and the rear end of the third base portion 23. Similarly, an adjustment means 25 having elasticity in the circumferential direction of the wearer's head is also provided in the vicinity, and the wig body 2 is stably attached to the wearer's head by the slip prevention member 24 and the adjustment means 25. Secure. Further, the region of the slip prevention material 24 is not planted, is formed of a very thin and soft mesh, and the color is a skin color. In addition, the surface of the ground yarn has a large frictional resistance and is not attached to the skin to prevent displacement. That is, the slip prevention member 24 is formed so that the hairline portion in front of the head is eliminated while the natural hairline can be realized while reliably preventing the wig body 2 from being displaced or turned up. .

  The side heads 43 and 44 of the second base portion 22 are provided with holding members 26 and 27 for preventing the lifted portion from being turned over from the wearer's temple (the holding member 27 is provided on the side head 44 not shown). And).

  The third base portion 23 is woven with adjustment yarns 28 (adjustment yarns 28a, 28b, 28c,... When there are plural yarns) for adjusting the expansion and contraction of the third base portion 23. By adjusting the length of the adjusting thread 28, the wig body 2 can be accurately matched to the shape of the occipital region 45 of the wearer.

  In particular, as shown in FIGS. 7 and 8, the adjusting yarn 28 is formed of a plurality of yarns, and the yarns are radially woven from the vicinity of the top 42 of the wearer in the third base portion 23 and woven. Yes. That is, by radially spreading in this way, the head radial direction of the wearer (the direction from the vicinity of the crown 42 to the neckline, the direction from the vicinity of the top 42 to the side heads 43 and 44 around the ear and the back of the ear). It is possible to adjust the expansion and contraction of the.

  One end portion 29 (29a, 29b, 29c,...) Of the adjustment yarn 28 on the top portion 42 side is fixed to the third base portion 23, and the other end portion 30 (30a, 30b, 30c,. The third base portion 23 is not fixed and is in a free state. That is, the wearer adjusts the vertical expansion and contraction of the third base portion 23 by pulling the portion of the adjustment yarn 28 in a free state, so that the occipital region 45 having various shapes, particularly depending on the individual wearer. It becomes possible to match to the shape of. That is, the circumferential direction of the wearer's head is adjusted by the slip prevention member 24 and the adjusting means 25, and the radial direction of the wearer's head can be adjusted by the adjusting thread 28. It becomes possible to finely adjust from different directions according to the shape of the person's head, and the stability and fit of the wig can be improved.

  Further, as the adjusting yarn 28, one having a frictional resistance larger than that of the mesh ground yarn forming the third base portion 23 is used. In other words, the state of the mesh portion when the wearer pulls the other end 30 in the free state and the state of the adjustment thread 28 can be fixed by frictional resistance, so that the adjustment state is maintained only by pulling the adjustment thread. be able to. By doing so, it is possible to remarkably improve the operability of adjustment even in a place where adjustment by the wearer himself / herself is difficult at the rear of the wearer.

DESCRIPTION OF SYMBOLS 1 Inner cap 2 Wig main body 11a 1st opening | mouth rubber | gum part 11b 2nd opening | mouth rubber | gum part 12 Non-slip | skid part 12a 1st non-slip | skid part 12b 2nd anti-slip part 13 Support part 13a 1st support part 13b 2nd support part 21 1st Base part 22 Second base part 23 Third base part 24 Deviation prevention material 25 Adjusting means 26, 27 Holding material 28 Adjusting thread 29 One end part 30 Other end part 41 Frontal region 42 Frontal part 43, 44 Side head part 45 Rear head part region

Claims (4)

In the inner cap that directly covers the head of the wearer and holds and fixes the wig for all heads worn by the wearer,
It is formed with a cylindrical knitting part that is knitted into a cylindrical shape by circular knitting,
A rubber band knitted on one end side of the tubular knitted portion;
An anti-slip part knitted in a circular knitting using a composite yarn made of ultrafine fine polyester nanofiber with a fiber diameter of nanometer order,
An inner cap comprising: a support portion knitted continuously with the anti-slip portion and knitted in a mesh shape by circular knitting. The inner cap according to claim 1,
The outer surface side of the mouth rubber part is knitted using a composite yarn made of the ultrafine fine polyester nanofiber, and the first support part is continuously knitted from the mouth rubber part, from the first support part. The inner cap, wherein the anti-slip portion is continuously knitted, and the second knitting portion is continuously knitted from the anti-slip portion to form the tubular knitted portion. The inner cap according to claim 1,
The outer surface of the mouth rubber part is knitted using a composite yarn made of the ultrafine fine polyester nanofiber, and the first anti-slip part is continuously knitted from the mouth rubber part . The first support part is continuously knitted from the part, the second antiskid part is continuously knitted from the first support part, and the second support part is knitted from the second antiskid part. Are continuously organized,
A tip end portion of the second support portion knitted on the other end side opposite to one end side of the tubular knitting portion in which the rubber band portion is knitted is sewn in a circular shape or a fan shape. And inner cap.
In the inner cap according to any one of claims 1 to 3,
The anti-slip portion has four courses as one cycle, and a part of the four courses is knitted using a composite yarn made of the ultrafine fine polyester nanofiber, and is made of the ultrafine fine polyester nanofiber. Inner cap, characterized in that it is knitted so that it appears on the front.

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