JP2011174192A - Measurement cap, method for measurement, and method for making wig base - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a measurement cap to be used for easily making a wig base fitting to the head of a user. <P>SOLUTION: This measurement cap 1 is attached to the head of a wearer for adjusting the size of changeable parts so as to measure the head of a wearer, when making a wig base by connecting a plurality of fixed parts and a plurality of changeable parts changeable in size so as to correspond with the head shape of the wearer. The measurement cap includes a plurality of measurement parts 11-19 corresponding with a plurality of the fixed parts and a plurality of the changeable parts of the wig base, and is formed by connecting a plurality of the measurement parts each other so as to define an outer periphery by a front hairline 111, and right and left side hairlines 154, 152, 18, 164, 162 and 19 adjacent thereto, and a rear hairline 172. Markers are set on the central position of the front hairline 111, the ear upper part of the right and left side hairlines, and the central position of the rear hairline. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention provides a measuring cap used for measuring a dimension by wearing it on a wearer's head when manufacturing a wig made to order, a measuring method thereof, and a wig base according to a dimension calculated by measuring. It relates to a manufacturing method.

  Bases and caps for implanting wig hair (hereinafter referred to as wig bases) are so-called custom-made types that are sized according to the shape of the wearer's head, and so-called ready-mades that have a predetermined size. There is a type (off-the-shelf). The size of the wig base can be slightly adjusted even with ready-made products using the adjuster. Both the custom-made type and the ready-made type are used by being mounted on a head with a hair loss or a thin hair.

  However, for example, in the case of hair removal by administration of an anticancer agent, hair loss is progressing throughout the entire head, and thus, resistance to hair cannot be obtained when wearing a ready-made wig. A sufficient fit cannot be obtained. For example, if the size of the wig is larger than the head, it will be displaced or dropped, and if the size of the wig is small, the head may be tightened or painful, causing discomfort. The effect is not enough. For this reason, a custom-made wig is desirable.

In order to mold the wig base so as to match the shape and size of each head of the wearer, the tailor-made type wig needs to be molded in the shape of the head of the wearer. A method is disclosed in which a thin film of plastic is coated on the head and adhesive tapes such as cellophane tape are stuck on the film several times to produce a female head mold. Patent Document 1 discloses a method for producing a head female mold by cooling in a state where a resin softened by heating at 50 to 60 ° C. is pressed against the head and stretched.
The head-shaped female mold produced by these methods is filled with gypsum to produce a head-shaped male mold, and artificial skin and a net material cap are processed on the male mold to form the head shape and size. Thereby, the wig of the size corresponding to each wearer is obtained.

Japanese Patent Publication No. 5-12442

  However, the mold taking method according to Patent Document 1 and the wig base processing method using the mold obtained thereby are very time-consuming and costly.

  Therefore, the present inventors are not ready-made, but prepare a plurality of parts constituting the wig base in advance, adjust the parts of the wig base components according to the wearer's head shape, and use the wig base. The way to configure was examined.

  In this method, first, the shape and size of each part constituting the wig base are defined, and the head of the wearer is measured with the sample wig base mounted. Next, the size and shape of the part are adjusted under a certain rule according to the measurement value. Next, a wig base that fits the wearer's head can be obtained by connecting a plurality of parts. According to this method, in addition to simple production, a reduction in production cost can be expected.

  Since the above-mentioned method investigated by the present inventors can easily obtain a wig according to the head shape and size of each wearer, the present inventors have conducted various studies, and as a result, conducted the above-described method. A suitable tool has been developed, namely a measuring cap for measuring the wearer's head.

  Thus, the present invention provides a measuring cap that is used to easily create a wig base, a measuring method that uses the measuring cap, and a method that creates a wig base using the measuring cap. The purpose is to provide.

  In order to achieve the above object, the present invention provides a variable wig base by connecting a plurality of fixed parts and a plurality of variable parts that can be resized to correspond to the wearer's head shape. A measuring cap that is mounted on the wearer's head to adjust the size of the part and measures the wearer's head, and is compatible with multiple fixed parts and multiple variable parts of the wig base. The measuring parts are connected to each other so that the outer circumference is defined by the front hairline and the left and right neckline side hairlines and the rear hairline connected to the front hairline, and the center position of the front hairline. In addition, a mark is provided at the upper part of the ears of the left and right side hairlines and at the center position of the rear hairline. In addition, in this application, in addition to the hairline itself comprised by the hair of a wearer's head, a hairline removes hair, for example, when hairline does not actually exist in the whole or part of the head. Thus, it is used in the sense of including a virtual hairline in a region where no hair exists.

  In the measuring cap of the present invention, the measuring parts include a front center part covering the front hairline of the forehead portion to the top of the head region, each side part covering the left and right side heads, and a rear part covering the back head. , Each side burner part that covers the left and right scooping parts, nape parts that cover the neck and the adjuster parts of variable length, the front center part is the left and right heading to the front hairline and the top of the front frame The side parts are formed of a straight part extending from each end of the front hairline to the upper part of the ear and the rear edge and the straight part extending concavely from the straight part to the rear side. The rear part is formed into a fan shape from the arc edge portion connecting the front end and the rear end of the rear edge portion, and the rear part is bent to the front side and the rear edge portion bent to the rear side and connecting both ends of the front edge portion. To oval The left and right edges of the front center part are connected to the arc edges of the side parts, and the rear edge of the front center part and the rear of the left and right side parts are connected to the front edge of the rear part. The edge part is connected, the side burner part is connected to the straight part of the left and right side parts, and the nape part and the adjuster part are connected to the rear edge part of the rear part.

  In the measuring cap of the present invention, the front edge of the front center part constitutes the front hairline, the edge of the side burner part and the edge of the adjuster part constitute the side hairline, and the rear edge of the nape part is the rear hairline. Is configured.

  In the measuring cap of the present invention, preferably, the mark includes an upper part of the ear from the center position of the front hairline, a center position of the rear hairline, and a first mark line to the center position of the front hairline through the right upper part of the ear. The second mark line from the center position of the front hairline through the golden point to the center position of the rear hairline, and the third mark line from the upper right ear through the golden point to the upper left ear . The rear part has higher elongation characteristics than other parts.

In order to achieve the above object, the measuring method of the present invention includes a first step of mounting the above-described measuring cap, and a second step of measuring the dimensions of the following three locations (1) to (3). Including.
(1) The length of the outer periphery of the head from the center position of the front hairline to the center position of the front hairline through the upper left ear, the center position of the rear hairline, and the upper right ear.
(2) The length from the center position of the front hairline to the center position of the rear hairline through the golden point.
(3) The length from the upper right ear to the upper left ear through the golden point.

In order to achieve the above object, the present invention is a wig base manufacturing method configured by connecting a plurality of fixed parts and a plurality of variable parts that can be resized to correspond to the wearer's head shape. A measuring step of measuring the size by attaching the measuring cap to the wearer, and an adjusting step of changing the shapes of the plurality of variable parts constituting the wig base based on the dimension measured in the measuring step; A sewing step for joining the plurality of fixed parts and the plurality of variable parts, and the measuring step measures the dimensions of the following three locations (1) to (3).
(1) The length of the outer periphery of the head from the center position of the front hairline to the center position of the front hairline through the upper left ear, the center position of the rear hairline, and the upper right ear.
(2) The length from the center position of the front hairline to the center position of the rear hairline through the golden point.
(3) The length from the upper right ear to the upper left ear through the golden point.

  According to the present invention, it is possible to easily manufacture a wig base that fits the user's head. The measuring cap is constructed by joining multiple parts, the measuring cap has a certain level of extensibility, and a mark is attached to the measuring location to enable more accurate measurement. A feeling of fitting at the time of wig wearing can be improved. In addition, by providing a mark on the measuring cap, the measurement becomes easy in a short time, and the burden on the wearer due to the measurement is reduced.

It is a left view of the measuring cap which concerns on embodiment of this invention. It is A arrow directional view of FIG. It is a B arrow line view of FIG. It is an expanded view of each part which comprises the cap of FIG. (A) is a schematic left view of the measuring cap according to the embodiment of the present invention, (B) is a schematic view as viewed from an arrow A in (A), and (C) is a schematic view as viewed from an arrow B in (A). (A) is the schematic A arrow view of FIG. 5 (A), (B) is the schematic B arrow view of FIG. 5 (A). It is a schematic left view of the measuring cap which concerns on embodiment of this invention. It is a schematic diagram which shows the paper pattern which concerns on embodiment of this invention.

  FIG. 1 is a left side view of a measuring cap 1 (hereinafter sometimes referred to as a cap) according to an embodiment of the present invention, FIG. 2 is a view taken along arrow A in FIG. 1, and FIG. FIG. FIG. 4 is a development view of each part constituting the cap 1 of FIG.

  The cap 1 according to the present embodiment is a measuring cap that is attached to the head of the wearer and measures the head of the wearer when producing a wig base (not shown).

The reason for using the measuring cap 1 of the present embodiment is as follows.
First, although not shown, the wig base is configured by connecting a plurality of parts. If all the parts of the wig base are deformed according to the size of the wearer's head so that the wig base fits the wearer's head, it takes too much time to produce. Therefore, the present inventors changed the size of the parts constituting the wig base according to the plurality of fixed parts having a constant size regardless of the shape of the wearer's head and the wearer's head. It was considered that the wig base was formed by connecting and, for example, sewing them together with the obtained variable parts.
Next, adjustment of the size of variable parts is important. If the measurer measures an arbitrary portion of the wearer's head, the measurement value varies even with the same wearer.
In consideration of the above problems, the present inventor has developed a measuring cap (this embodiment) 1 so that the same or equivalent measuring result can be obtained regardless of which measurer measures. This measuring cap 1 is for mounting on the head of the wearer to measure the size of the variable part and measuring the head of the wearer.
Hereinafter, the cap 1 according to the present embodiment will be described in detail.

The cap 1 is configured by connecting, for example, sewing nine net-shaped part members. Specifically, in the present embodiment, as shown in FIG. 4, as a net-like part, a first part 11 (front center part) that covers from the front hairline to the top region of the wearer's forehead part, The second part 12 (side part) covering the left head, the third part 13 (side part) covering the right head, the fourth part 14 (rear part) covering the back head, and the fifth part covering the lifting part. 15 and 6th part 16 (side burner part), 7th part 17 (nape part) covering the neck part, that is, nape part, 8th part 18 and 9th part 19 (adjuster part) Yes.
Of the parts constituting the cap 1, members corresponding to a plurality of fixed parts of the wig base are the fourth part 14 (rear parts), the fifth part 15 and the sixth part 16 (side burn parts), The seventh part 17 (nape part) is a member corresponding to a plurality of variable parts of the wig base, the first part 11 (front center part), the second part 12 (side part) and the third part 13. (Side parts) and the eighth part 18 and the ninth part 19 (adjuster parts).

  These measuring parts, that is, the first part 11 to the ninth part 19 are composed of a front hairline FL (FIG. 2), left and right side hairlines SL (FIG. 1) and a rear hairline RL (FIG. 3). It connects so that an outer periphery may be comprised.

  As shown in FIG. 4, the first part 11 is formed in a rectangular shape (substantially rectangular) from a front edge portion 111, left and right edge portions 112, 113, and a rear edge portion 114. The front edge part 111 comprises the front hairline FL of a forehead part. The left and right edges 112 and 113 are directed from both ends of the front hairline FL to the top of the head.

As shown in FIG. 4, the second part 12 and the third part 13 include straight portions 121 and 131 extending from each end portion of the front hairline FL to the upper part of the ear (point C2 in FIG. 1), and the straight portion 121. , 131 extending rearward from the rear edge portions 122, 132, and arc edge portions 123, 133 connecting the front ends of the front edge portions 121, 131 and the rear ends of the rear edge portions 122, 132 into a fan shape. Is formed.
Note that the angle θ formed by the straight portions 121 and 131 and the rear edge portions 122 and 132 is set to about 100 to 150 °, for example.
The arc edges 123 and 133 of the second part 12 and the third part 13 are sewn to the left and right edges 112 and 113 of the first part 11. The lengths of the arc edges 123 and 133 of the second part 12 and the third part 13 correspond to the lengths of the left and right edges 112 and 113 of the first part 11, respectively. Dimensions are selected.

As shown in FIG. 4, the fourth part 14 is formed in an arc-shaped front edge portion 141 projecting forward and an arc shape projecting to the opposite side of the front edge portion 141. It is formed in an elliptical shape from a rear edge 142 connecting both ends. The fourth part 14 has extensibility. Elongation characteristics are higher than the nets used in other parts 11-13, 15-19. For example, the elongation at 100g load is about 40% in one direction, and the elongation at 100g load is about 15% in the other direction. Preferably there is. By using such a net for this part, it is possible to obtain a good fit even if a wig is made by measuring with a residual hair on the head and the wig is attached after hair removal.
The rear edge 114 of the first part 11 is sewn at the center of the front edge 141 of the fourth part 14, and the rear edges 122, 132 of the second part 12 and the third part 13 are formed on the left and right sides thereof. It can be sewn.
The length of the front edge portion 141 of the fourth part 14 is equal to the length of the rear edge portion 114 of the first part 11 and the length of the rear edge portions 122 and 132 of the second part 12 and the third part 13. The dimensions of the parts 14, 12, 13 are selected so as to be the length.

In the present embodiment, the fifth part 15 and the sixth part 16 include front edge parts 151 and 161, rear edge parts 152 and 162 parallel to the front edge parts 151 and 161, front edge parts 151 and 161, and rear edge parts 152 and 162. A pair of side edge portions 153, 154, 1613, and 164 that connect both ends are formed in a trapezoidal shape.
The inner side edge portions 153 and 164 are perpendicular to the front edge portions 151 and 161 and the rear edge portions 152 and 162. Since the rear edge portions 152 and 162 are longer than the front edge portions 151 and 161, the outer side edge portions 154 and 164 are not parallel to the inner side edge portions 153 and 163.
The side edges 153 and 163 on the inside of the fifth part 15 and the sixth part 16 are sewn to the straight parts 121 and 131 of the left and right second parts 12 and the third part 13.
The lengths of the side edges 153 and 163 of the fifth part 15 and the sixth part 16 correspond to the lengths of the straight parts 121 and 131 of the second part 12 and the third part 13, respectively. , 12 and 13 are selected.
The outer side edge portions 154 and 164 and the rear edge portions 152 and 162 of the fifth part and the sixth part together with the eighth part 18 and the ninth part 19 constitute a side hairline SL.

The seventh part 17 includes an arc-shaped front edge 171 and a rear edge 172 having two convex portions 172L and 172R projecting to the rear side at symmetrical positions.
The front edge 171 of the seventh part 17 is formed so as to be recessed in the center corresponding to the rear edge 142 of the fourth part 14, and is sewn to the center of the rear edge of the fourth part 14.
The rear edge 172 of the seventh part 17 constitutes the rear hairline RL.

The eighth part 18 and the ninth part 19 are formed in the shape of elongated strips, and for example, linear rubber is attached.
The eighth part 18 and the ninth part 19 are sewn with their long sides 181 and 191 along the left and right positions of the fourth part 14.
The length of the long edge portions 181 and 191 of the eighth part 18 and the ninth part 19 and the length of the front edge portion 171 of the seventh part 17 is the length of the rear edge portion 142 of the fourth part 14. The lengths of the parts 18, 19, and 14 are selected so as to correspond to the above.
The edge part of the 8th part 18 and the 9th part 19 comprises side hairline SL with the above-mentioned 5th part and 6th part.

  The first part 11 to the ninth part 19 are connected to form a bowl-shaped cap 1. Thus, the front hairline FL, the side hairline SL, and the rear hairline RL are defined on the outer periphery of the cap.

In this embodiment, a mark for measuring, that is, a mark indicating which position is measured is provided.
FIG. 5A is a schematic left side view of the cap according to the embodiment of the present invention, FIG. 5B is a view as seen from an arrow A in FIG. 5A, and FIG. It is a B arrow view of A).
In these drawings, as indicated by a bold line, a first mark line L1 is provided that goes around the outer periphery of the cap 1 once.
Specifically, the first mark line L1 includes the front edge portion 111 of the first part 11, the straight portions 121 and 131 of the second part 12 and the third part 13, and the rear edge portion 142 of the fourth part 14. The cap 1 is provided so as to go around.
The first mark line L1 includes the center position C1 of the wearer's front hairline FL, the ear upper part C2 of the left side hairline SL, the center position C3 of the wearer's rear hairline RL, and the ear upper part C2 of the right side hairline SL. Passing through.

Furthermore, in the present embodiment, as a mark, as shown in FIG. 6, a second mark line L2 provided along the midline through the midline from the front edge middle position of the first part 11 and a recess in the back of the head, As shown in FIG. 7, a third mark line L3 is provided from the right upper ear C2 through the golden point C4 to the left upper ear C2. Here, the golden point C4 defines the center point of the frontal edge, that is, the position of 16 cm on the midline from the center position C1 to the back of the head as the golden point.
The second mark line L2 connects the center position C1 of the wearer's front hairline FL to the center position C3 of the wearer's rear hairline RL via the golden point C4.

  As described above, the measuring cap 1 according to the present embodiment is configured. The wearer's head is measured using this measuring cap 1. This method is hereinafter referred to as a “measurement method”.

  In the measuring method according to this embodiment, not only one type of measuring cap 1 is used, but a plurality of measuring caps 1 of different sizes are prepared, and the size of the wearer's head among them is prepared. The measuring cap 1 having a size corresponding to the size is selected, and the head of the wearer is measured.

For example, as shown in Table 1, five types of measuring caps 1 having different sizes (types I to V in the table) are prepared.

S1 in a table | surface is a dimension value of a cap outer periphery. The total value of the dimension of the front edge 111 of the first part 11, the dimensions of the straight parts 121 and 131 of the second part 12 and the third part 13, and the dimension of the rear edge 142 of the fourth part 14 is s1. It is.
As shown in FIG. 6, s2 is the length from the middle position of the front edge of the first part 11 to the depression of the tray through the golden point (length along the second mark line L2).
As shown in FIG. 7, s3 is a length from the position on the left ear to the position on the right ear through the golden point (length along the third mark line L3).
s4 is the width of the front edge portion 111 of the first part 11 as shown in FIG.
As shown in FIG. 5A, s5 is the length of each side edge 153, 163 of the fifth part 15 and the sixth part 16.
s6 is the length of the rear edge portions 152 and 162 of the fifth part 15 and the sixth part 16.
s7 is the length of the front edge 171 of the seventh part 17.
s8 is the length of the long side portions 181 and 191 of the eighth part 18 and the ninth part 19.

  As shown in Table 1, when the size between caps is about 0.5 to 3.0 cm, it is preferable because highly accurate measurement is possible. When the size difference between caps is too large, It is difficult to adjust the gap with the cap or the contact portion, which reduces the measurement accuracy. On the other hand, if the size difference between the caps is small, it will hardly change even if any cap is attached, and the accurate size of the head cannot be grasped.

  As the fourth part 14, for example, a net member having an elongation of about 40% in the longitudinal direction when loaded with 100g and an elongation of about 15% in the loaded direction of 100g in the lateral direction is used. Each cap 1 is configured so that it can be stretched to the same extent as the size difference between the caps by using a net member having a degree of about 30% and a degree of elongation of about 10% when a lateral load of 100 g is applied. . By attaching one cap, it is possible to cover a range up to the next size cap, so that more accurate measurement is possible. If the cap is not sufficiently stretched, there is a high possibility that the cap will not fit and there is no cap that can be worn, or that the result of the measurement will be the same as the size of the cap that was worn. The size of the part becomes inaccurate.

  As for the measuring method, select a plurality of caps that roughly fit from the plurality of measuring caps 1 with the predetermined part size changed as described above. The cap with the smallest number is the head size measuring cap, and the measurement is performed with the cap mounted on the head. When the cap is worn, the hairline of the wearer is set, for example, the front hairline FL is set, and the center position thereof is determined.

In actual measurement, the dimensions of the parts 11 to 19 constituting the cap 1 are not measured, but the lengths of the following three locations having mark lines are measured.
First measurement location: As shown in FIG. 5, it passes from the frontal edge to the right or left temporal edge, passes through the adjuster part (eighth part 18 and ninth part 19), and again from the occipital edge part to the adjuster part and side. The outer circumference that passes through the head edge and reaches the frontal edge 8. That is, it is the length along the first mark line L1.
Second measurement location: As shown in FIG. 6, the length from the center point of the frontal edge portion through the midline to the recess of the back of the head. That is, it is the length along the second mark line L2.
Third measurement location: As shown in FIG. 7, the length from the upper right ear to the upper left ear through the golden point. That is, it is the length along the third mark line L3.

In the present embodiment, the measurement is limited to three places for the following reason.
When measuring, if the number of measuring points is increased, the distortion between the parts will increase, and if you try to release the distortion, it will be necessary to change the shape of each part and require considerable skill, for size measurement The shape is deformed as compared with the measuring cap attached, and as a result, the fit tends to be lowered.
In the present embodiment, the above-mentioned three locations are narrowed down to the dimensions of the parts required to obtain the fit when wearing the wig for all heads and the sense of security of the wearer.

  Based on these measurements, an actual wig cap or wig base is produced. As described above, the wig base to which the actual bristle member is attached and used is composed of the first part 11 to the ninth part 19 as in the measuring cap 1. In the present embodiment, not all the sizes and shapes of the first part 11 to the ninth part 19 are changed based on the measurement values, but only a part of the parts, that is, the variable parts are changed in size and shape. Connect 1 part 11 to 9th part 19 to make wig base

  Next, a method for producing an actual wig base based on the three head sizes measured as described above will be described.

  The measurement value of the first measurement location is the length along the first mark line L1, the front edge portion 111 of the first part 11, the straight portions 121 and 131 of the second part 12 and the third part 13, and the fourth part. 14 corresponds to a length obtained by adding the length of the trailing edge portion 142, and the measured value is compared with s1 in Table 1. The difference between the measurement values with respect to S1 is adjusted by the lengths of the eighth part 18 and the ninth part 19. For example, when the measurement value is shorter than S1, the eighth part 18 and the ninth part 19 are equally shortened by the difference.

  Here, when trying to change the size of each part along the first mark line L1, the ratio of changing each part in order to prevent distortion when sewing and making a cap. It is difficult to decide. For this reason, if the lengths of the eighth part 18 and the ninth part 19 (so-called adjuster part) that can adjust the fit at the time of wearing the wig are changed, distortion occurs without changing the shape of each part 11-19. Can be prevented.

  The measurement value of the second measurement point is the length along the second mark line L2 and corresponds to the length obtained by adding the length of the first part 11 and the length of the fourth part 14 in the short direction. This measured value is compared with s2 in Table 1. The difference of the measurement value with respect to S2 is adjusted by the length of the first part 11. Specifically, the length from the front edge portion 111 to the rear edge portion 112 of the first part 11 is changed.

  Thus, only the first part 11 is changed, and the fourth part 14 is not changed. The reason for not changing the fourth part 14 is that the fit feeling is abruptly lowered, which is not preferable. A place where the wig covering the entire head provides a feeling of fit when worn and a feeling of security for the wearer is the fit and tightening feeling between the top of the head and the temporal region, and these are due to the fourth part 14.

  The measurement value of the third measurement location is the length along the third mark line L3, the length of the straight part 121 and the rear edge part 122 of the second part 12 and the third part 13 (radius R described later), the first This corresponds to the length of one part 11 plus the length in the short direction, and this measured value is compared with s3 in Table 1. The difference of the measurement value with respect to S3 is adjusted by the second part 12 and the third part 13. Specifically, since the second part 12 and the third part 13 are formed in a fan shape with a radius R and an angle θ, the radius R is changed in a state where the angle θ is constant, Each size of the third part 13 is adjusted.

As described above, the parts of the wig base are adjusted. Actually, the pattern of the mounted measuring cap 1 is prepared, and the size of the corresponding part is changed based on the size measured on the pattern. FIG. 8 is a schematic diagram showing a paper pattern. A broken line in the figure indicates a variable part whose size has been changed, and a solid line indicates a shape before the change.
Then, this pattern is placed on the net member, the shape of the pattern is copied to the net member, and cut along the shape of the copied net member. And each part is arrange | positioned like FIG. 4, and a wig base is assembled by sewing. At this time, the adjuster portion of the wig base (that is, the eighth part and the ninth part) is formed by wrapping a rubber elastic material in a net member, and is used as an adjustment part of the tightening condition of the entire wig base. Human hair or artificial hair is planted by a known method on the produced wig base to complete the wig for all heads.

  As described above, the measurement cap according to the present embodiment is used to measure by attaching to the head of the wearer instead of the wig base in the production of the wig base configured by connecting a plurality of parts. By doing so, the wig base can be easily manufactured. In other words, by dividing the wig base into a plurality of parts and integrating them by sewing, the wig base extended according to the shape of each part of the head when worn on the head is referred to as the wig base. Similarly, measurement is performed using a measuring cap composed of a first part 11 to a ninth part 19 divided into a plurality of parts, and only a part of the parts is adjusted in accordance with the measuring value, so that the wearer You can create a wig base that fits your head.

  In addition, although it is a heavy burden on the wearer to perform the molding method of Patent Document 1 on a wearer whose scalp is sensitive to administration of an anticancer agent, in the present embodiment, the wearer's head Since the measuring cap can be loosely attached to perform measurement, an excessive burden is not given to the wearer.

  In the measuring cap and wig base of the present embodiment, by using a highly elastic net member as the fourth part 14, a sufficient fit feeling in the partial region below (neck side) the depression of the wearer's tray Can be given to the wearer. The mold making method of Patent Document 1 cannot accurately reproduce the shape of the lower part (neck side) of the wearer's tray.

As described above, the present invention can be practiced without departing from the spirit of the invention.
In the above embodiment, the first mark line L1 to the third mark line L3 as the marks are continuous lines (solid lines), but may be intermittent dotted lines (broken lines), dots, virtual lines, and the like. Of course. The mark of the present invention may be formed by sewing other cloth pieces in addition to those formed by sewing threads, for example. In addition, the mark may be provided, for example, in a dot shape only at the center position C1 of the front hairline FL, the upper ear part C2 of the left and right neckline side hairline SL, and the center position C3 of the rear hairline RL.
Each part constituting the cap of the present invention is not limited to a net member, and may be a cloth member or artificial skin.

1 Measuring Cap 11 1st part (front center part)
12 Second part (side parts)
13 Third part (side parts)
14 Fourth part (rear parts)
15 5th part (side burn parts)
16 6th part (side burn parts)
17 7th part (Nep parts)
18 8th part (Adjuster parts)
19 Ninth part (Adjuster parts)
L1 First mark line L2 Second mark line L3 Third mark line

Claims (10)

When creating a wig base by connecting a plurality of fixed parts and a plurality of variable parts that can be resized to correspond to the head shape of the wearer, the wearer's size is adjusted to adjust the size of the variable parts. A measuring cap that is mounted on the head and measures the head of the wearer,
A plurality of measuring parts corresponding to the plurality of fixed parts of the wig base and the plurality of variable parts are provided, and the outer periphery is defined by the front hairline and the left and right side hairlines and the rear hairline connected to the front hairline. Consists of connecting multiple measuring parts,
A measuring cap, characterized in that a mark is provided at a center position of the front hairline, upper ears of the left and right side hairlines, and a center position of the rear hairline. The measuring parts cover the front center part covering the front hairline of the forehead part to the top of the head area, the side parts covering the left and right side heads, the rear parts covering the back of the head, and the left and right scooping parts. Consists of each sideburn part, nape part that covers the neck and the adjuster part with variable length,
The front center part is formed in a substantially rectangular shape from the front hairline of the forehead and the left and right edges and the rear edge toward the top,
The side parts include a straight line extending from each end of the front hairline to the upper part of the ear, a rear edge extending concavely from the straight line to the rear side, and an arc edge connecting the front end of the straight line and the rear edge of the rear edge. Is formed into a fan shape,
The rear part is formed in an elliptical shape from a front edge portion curved to the front side and a rear edge portion curved to the rear side and connecting both ends of the front edge portion,
The left and right edges of the front center part are connected to the arc edges of the side parts,
The rear edge of the front center part and the rear edge of the left and right side parts are connected to the front edge of the rear part,
The side burner parts are connected to the straight parts of the left and right side parts,
2. The measuring cap according to claim 1, wherein the nape part and the adjuster part are connected to a rear edge of the rear part. The front edge of the front center part constitutes the front hairline,
The edge of the side burn part and the edge of the adjuster part constitute the side hairline,
3. The measuring cap according to claim 2, wherein a rear edge of the nape part constitutes the rear hairline. The mark includes a first mark line from a center position of the front hairline to a center position of the front hairline through a left upper ear, a rear hairline center and a right ear, and a front position of the front hairline. Through the golden point to the center position of the rear hairline, and the third mark line from the upper right ear through the golden point to the upper left ear. The cap for measuring in any one of Claims 1-3.   5. The measuring cap according to claim 4, wherein the first mark line to the second mark line are any one of a solid line, a dotted line, a point, and a virtual line.   6. The measuring cap according to claim 1, wherein the mark is sewn with a thread.   The measuring cap according to claim 2, wherein the rear part has higher elongation characteristics than other parts. A first step of mounting the measuring cap according to any one of claims 1 to 7 on the head;
And a second step of measuring the dimensions of the following three locations (1) to (3).
(1) The length of the outer periphery of the head from the center position of the front hairline to the center position of the front hairline through the upper left ear, the center position of the rear hairline, and the upper right ear.
(2) The length from the center position of the front hairline to the center position of the rear hairline through the golden point.
(3) The length from the upper right ear to the upper left ear through the golden point.   The measuring method according to claim 8, wherein the first step includes a step of setting a wearer's hairline and determining a center position thereof. A method for producing a wig base configured by connecting a plurality of fixed parts and a plurality of variable parts that can be resized to correspond to the head shape of the wearer,
A measuring step of measuring the dimension by attaching the measuring cap according to any one of claims 1 to 7 to the head of the wearer;
An adjusting step for adjusting the sizes of a plurality of variable parts constituting the wig base based on the dimensions measured in the measuring step;
A connecting step of connecting the plurality of fixed parts and the plurality of variable parts,
The method for producing a wig base, wherein the measuring step measures the following three dimensions (1) to (3).
(1) The length of the outer periphery of the head from the center position of the front hairline to the center position of the front hairline through the upper left ear, the center position of the rear hairline, and the upper right ear.
(2) The length from the center position of the front hairline to the center position of the rear hairline through the golden point.
(3) The length from the upper right ear to the upper left ear through the golden point.