JP2006265741A - Wig, wig base and hair bundle - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To obtain a wig capable of freely creating a hair style which a conventional wig does not have. <P>SOLUTION: This wig is obtained by setting a nearly joint isosceles triangle unit area 3i-j on the surface of a wig base 1, joining a bottom onto lines ab, cd, ef... which surround the base 1 in the horizontal direction, and putting the vertex of the isosceles triangle on an almost parallel line adjacent to the line onto which the bottom is joined. Furthermore, many hair bundles 4 made by transplanting hair 6L and 6S on the base part of an isosceles triangle a little smaller than the isosceles triangle of the unit area 3i-j are prepared and the hair bundles 4 are arranged in compliance with the unit area 3i-j of the base 1 followed by fixing the base part to the base 1 with an adhesive. It is possible to gain various hair styles by selecting the hair bundles 4 and selectively arranging on the unit area 3i-j of the base 1. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

    The present invention relates to wigs and wig bases and hair bundles.

    A hair bundle is attached to the wig base to form a wig. The hairstyle that can be produced by the wig must be excellent as fashion, and it is required that various hairstyles are possible. On the other hand, since the wig has tens of thousands of hairs on the base, the structure must be suitable for production.

    For this reason, various proposals have been made on wigs.

    In the current wig maker, a professional hairdresser cuts the length one by one from the state where the hair (cracks) grows almost evenly like human skin (shaggy) ) Making a style. Even if you say a wig, there is as much kami as a human being, so it is completely impossible to decide the style from the beginning and plant it one by one.

    However, in the case of cutting a wig, hair will not grow even if it is cut too much or too much, so failure is not allowed, and even a veteran engineer requires considerable time and skill to cut the whole wig. In addition, since it is a manual work by humans, it is impossible to mass-produce wigs of the same style, which can be finished and can not be done, and that the same style of wigs can be produced.

    Therefore, the entire wig that is currently being created is something that can be easily understood, and it is very easy to understand. There is a clear difference compared to the shaggy style.

    It is more difficult for the long style to spend around 400,000 yen on the top piece (partial wig, made to order) only on the top of the head.

    In the current beauty world, long, semi-long and medium-length shaggy styles (soft and elegant styles) are the mainstream and will not change in the future. Shaggy style is suitable for Japanese hard and many bites. The point of the cut of the style is how to take a lot of the basic flaws, (split, rub), give a feeling of air (softness), and leave the weight of the hair tip (pluck the tip of the hair However, it is made with a balanced and balanced feeling of hair tips.

    Such a style is naturally completed if, for example, there is a baldness evenly and regularly in the head. However, it is not possible to shift a woman's head partly.

So, even if the hairdresser cuts and finishes in a nice style, it can't be left behind.
None F-term search was conducted for patent publications, utility model publications, utility model publications, etc. from 1971 to the present, but there was no applicable application.

    It is an object of the present invention to provide a wig and a wig base and a hair bundle that can be attached to the base selectively in a posture of a bundle of hair bundles, and have a aesthetic appearance superior to that of a human hair style. Objective.

    A first invention according to the present application is a wig manufactured by implanting a hair bundle on a base, and is a hat-like shape that is in close contact with the head, and each base is connected to the surface so as to surround the surface. So that the vertices on the isosceles side of the isosceles triangle formed by placing the base on one of the adjacent lines of the parallel lines coincide with the other line. A base provided with a figure in which unit blocks of substantially isosceles triangles arranged so as to face opposite directions are arranged in opposite directions, and the isosceles triangles of each unit partition provided on the base A hair bundle planted at the base of a thin slice of approximately equal isosceles triangles, and each hair bundle is arranged and fixed with its base selectively aligned with the compartment of the base. is there.

  A second invention according to the present application is a hat-like base that is in close contact with the head in a wig base for planting hair bundles, and the bases of the wigs are connected to form a line in parallel so as to surround the surface. In addition, the isosceles vertices are hardly mutually aligned so that the isosceles triangle apex of the isosceles triangle formed by placing the base on one of the adjacent lines of the parallel lines coincides with the other line. It is a base characterized by having a figure in which unit blocks of substantially isosceles triangles that are substantially congruent arranged so as to face in opposite directions are arranged.

  According to a third aspect of the present invention, the hair bundle to be planted on the base of the wig has a hat-like shape having a base portion of an isosceles triangular flake and a hair planted on the base portion and being in close contact with the head portion. Each of the bases is connected to the surface, the lines are formed in parallel so as to surround the surface, and the base is placed on one of the adjacent lines of the parallel lines. Providing a figure with unit blocks of almost isosceles triangles arranged so that the vertices on the isosceles side coincide with the other line and the vertices on the isosceles side are not mutually different and are arranged so as to face in opposite directions. The hair bundle is characterized in that the base portion is matched with the unit section of the base and the base portion is fixed to the base.

  According to a fourth aspect of the present invention, the hair bundle according to the third aspect is characterized in that the isosceles triangle is substantially an equilateral triangle, and the apex used as the isosceles side apex is displayed on the base. It is.

    In the first invention according to the present application, one section on the base is approximately an isosceles triangle, and many of the triangles are substantially congruent. And the intersection of the two sides which are approximately isosceles of the unit sections between the adjacent parallel lines is different from each other in the adjacent sections and faces the opposite direction. Therefore, even if the bristles are bundles of the same shape, the side with the top that becomes the intersection of the two isosceles sides of the base of the bristles can be made different and opposite in direction. Therefore, when the hair bundle has a curl shape with one curve, when the base portion of the hair bundle is implanted in adjacent sections on the base, the hair ends face in opposite directions. Moreover, when the hair bundle is selectively planted in the unit section, a gap is generated on the root side of the hair bundle, and a light style can be achieved.

    In the case of human hair, the hair bundles are pulled up and cut to align them, so that the hair bundles in a fine range cannot be made in different directions, but according to the present invention, a hair style similar to human hair is possible and A hairstyle wig that exceeds the hair can be obtained.

    According to the second invention of the present application, a large number of isosceles triangles adjacent to each other between the lines parallel to the base of the wig have a common isosceles and each vertex is aligned with the parallel lines. Since there are a large number of figures as unit sections, for example, when a hair bundle is provided, a place where the hair bundle is easily planted can be found by attaching a different symbol to each unit section of, for example, an isosceles triangle. The curls of the hair bundles provided in the unit section can be reversed in the opposite direction.

    According to the third aspect of the present application, since the base of the hair bundle is an isosceles triangle, the direction of the hair bundle can be easily determined.

    According to the fourth aspect of the present application, since the direction is shown even if the base is an equilateral triangle, the direction of the hair bundle can be easily understood.

    The best mode for carrying out the present invention will be described with reference to the drawings.

    As shown in FIG. 1, in the wig A (see FIG. 10) manufactured by implanting the hair bundle 4 shown in FIG. 5 on the base 1, the base 1 is a hat-like shape that is in close contact with the head, and is on the surface. Lines ab, cd, ef,... Are provided in parallel. Then, by placing the base on the lines ab, cd, ef,... On the surface, isosceles triangular unit sections 3i-j (i = 1, 2, 3,... M, j = 1, 2, 3... N). Each unit section 3i-j has the opposite direction of the side where there is a vertex (referred to as an isosceles side vertex) at which approximately isosceles intersect, and the approximately isosceles sides and sides are made to coincide with each other. The isosceles vertices are made to coincide with the lines ab, cd, ef,. That is, the unit sections 3i-j are arranged on the base 1 adjacent to each other with their bases on one of the adjacent lines, for example, the line ab and the line cd, and the vertices on the isosceles side coincide with each other.

In the example of Figure 1 provided between the line ab and cd, for example approximately 2 to both ends of the base Hani to be placed on the line cd equilateral triangle, isosceles side apexes of the unit blocks 3 _1-9 units compartment 3 _1-10 C, the isosceles vertices 2 of the unit block 3 _1-11 come respectively. The base of the approximately isosceles triangle of the unit block 3 _2-10 provided between the lines cd and ef is on the line cd, and coincides with the bottom of the unit isosceles triangle of the unit block 3 _1-10 . However, the base of the approximately isosceles triangle is necessarily on one of the lines ab, cd, ef,..., But is limited to matching the bases of the approximately isosceles triangle on both sides of the line. It is not a thing (refer Example 2 mentioned later).

As shown in FIG. 5, the hair bundle 4 has hairs 6 implanted in a base 5 of an isosceles triangle that is substantially equal to an isosceles triangle of each unit section 3 i-j provided on the base 1.
Each hair bundle 4 is fixed with its base 5 selectively aligned with the unit section 3i-j of the base 1.

    In the above, the base 5 of the hair bundle 4 is selectively aligned and fixed to the section 3i-j of the base 1 (1) The base 5 of the hair bundle 4 is uniformly implanted in each of the unit sections 3i-j. (2) The base 5 of the hair bundle 4 is implanted in every other unit section 3i-j (j = 1, 3, 5,...) Of the unit sections 3i-j, and other unit sections. 3i-j (j = 2, 4, 6,..., 8) is an empty space (equivalent to the background) where no hair bundles are implanted. (3) Even if irregular, the head as a whole is almost equal. The base 5 of the hair bundle 4 is implanted in the unit section 3i-j of the base 1 so that the distribution of the partial group of hair bundles 4 becomes such that the hair bundle 4 is placed in the remaining unit section 3i-j. It refers to not attaching.

    In addition, when any one of the above (1), (2), (3) is provided uniformly on the base 1, an area is provided on the base 1, and (1), (2), ( 3) is provided selectively. Alternatively, the unit section in each area on the base 1 is a unit section of an isosceles triangle that is almost congruent in a certain first area, and isosceles in the first area in the other second area. A unit section of substantially isosceles triangles having a different size or shape or size and shape from the triangle may be used, and similarly, the third and subsequent areas may be further configured by unit sections of substantially different isosceles triangles.

    As described above, since the base 5 has a substantially isosceles triangle, the direction of the hair bundle 4 can be easily determined by the apex of the base 5 where the isosceles of each other intersect. Therefore, it is easy to make the direction of curling when the hair implanted in the base is curled to be a fixed direction with respect to the base.

Example 1
Embodiments of the present invention will be described below with reference to the drawings.

    In the following description, hair refers to human hair or artificial hair.

    In the following description, not only when isosceles are exactly equal, but also isosceles triangles including substantially isosceles triangles with approximately equal isosceles.

    1 to 4 show a wig base 1 in close contact with a person's head, FIG. 1 is a left side view showing the temporal region, FIG. 2 is a rear view showing the occipital region, and FIG. 3 is a front view. FIG. 4 is a front view showing the head, and FIG. 4 is a perspective view of the wig base as viewed obliquely from above and front. The right side view is the same as FIG. 1, and the left and right directions are opposite to those in FIG.

    Here, the fact that the base 1 is in close contact with the head means that the hair grows differently from person to person and is approaching the background of the head through the hair. Or when the hair is very short, it means that the base 1 is in contact with the background of the head.

    In the following description, a triangle is a triangle drawn on the base 1 in a state of being in close contact with a human head. The human head can be regarded as a curved surface having a positive curvature when viewed from the inside as a whole. This curvature varies depending on the position of the head. Therefore, there is no difficulty in making the base 1 in close contact with the head one curved surface having a positive curvature.

    Here, the triangle drawn on the base 1 is a curve whose side is the shortest distance connecting the vertices of the triangle along the curved surface of the base 1. However, a large number of the triangles are provided on the base 1 substantially following the head, as will be described later, and the triangles are small unit sections. Therefore, each side of the triangle can be regarded as a straight line.

    Thus, even if each side of the triangle is regarded as a straight line, the material of the base 1 is a natural fiber, a synthetic fiber, a chemical fiber, or the like, or a cloth in which these are blended. There is no inconvenience in fixing the base 5 to the base 1. Further, the base 5 is not more inconvenient when a flexible sheet is used as will be described later.

    As shown in FIGS. 1 to 4, no hair bundle is implanted in the base 1 except for the case where a part of the hair bundle is implanted in FIG. It shows the state of covering.

    As shown in FIG. 1, the vertices of isosceles triangles (including equilateral triangles, hereinafter the same) of isosceles triangles of units that do not contain other figures in them face upward or downward, and unit sections 3i-j (i = 1, 2, 3... M, j = 1, 2, 3. Here, j is an order number for counting the unit sections 3 in the lateral direction from the frontal side as shown in FIG. Further, i is an order number for counting the unit sections 3 in the vertical direction from the top of the head excluding the toothpick 8.

    That is, the line ab, cd (including the back side of FIG. 1 surrounding the head of the base 1), i = 1, 3i = 1-j, and the lines cd, The interval between ef is 3i = 2-j or the like. The unit sections (j = 1, 2, 3,... N) are located between the lines ab and cd and between the lines cd and ef and located at the same position in the drawing. That is, a unit section is provided at the xy coordinates.

    This unit section 3 i-j is drawn on the base 1 except for the toothpick 8. As shown in FIG. 1, the height H along the surface of the base 1 of the isosceles triangle of each unit section 3i-j is substantially equal. Now, the height of H is assumed to be equal in the occipital region, the forehead region, and the temporal region. At this time, the base 1 is any one of the vertical directions, for example, any of the lines ab, cd, ef... In FIG. Then, except for the horizontal line, it is close to a straight line when viewed from the side, but becomes a curved line (broken line shape). This is because, even if the height H is equal at each position in the circumferential direction (lateral direction) of the base 1, the curvature of the base 1 is different at each position.

Each of the lines ab, cd, ef... Is cut out and the third side (hereinafter referred to as the base) that is not an isosceles of the isosceles triangle of the unit section is arranged without a gap. In FIG. 3, if the unit section 3 _1-1 is a unit section at the center of the frontal region, for example, the unit sections 3 _1-1 , 3 _1-3 , 3 _1-5 along the line ab as shown in FIG. ,... 3 _1-17 ,... (J = odd number) are continuous. Here, when ij of the unit section 3i-j is represented by a numerical value, it is indicated by a subscript number (hereinafter the same). And the isosceles triangle is raised from both ends of the base of the isosceles triangle that forms the unit sections 3 _1-1 , 3 _1-3 , 3 _1-5 ,... 3 _1-17 ,. Is placed on the line cd. For example, in the unit section _31-9 , the bottom side is Ilo, isosceles Iha, and Loha. The vertex c is on the line cd.

When unit sections 3 _1-1 , 3 _1-3 , 3 _1-5 ,... 3 _1-17 ,... _Are provided in this way, unit sections that are adjacently aligned in the horizontal direction of these unit sections are arranged. 3 _1-2 , 3 _1-4 , 3 _1-6 ... (J = even number) are automatically created.

Even if the bases of the isosceles triangles that place the base on the line ab are equally set, the curvature of the base 1 varies depending on the location when the lines ab, cd, ef,. Therefore, the height H is not equal depending on the position in the horizontal direction between the lines ab, cd, ef,..., So that the unit sections 3 _1-2 , 3 _1-4 , 3 _1-6 ,. The isosceles of the isosceles triangle is approximate. For example, triangular Rohani is of unit blocks _{3 1-10.} However, the lengths of the isosceles Loja and Roni are not equal, but the difference is very small. Here, the lengths of the bottom sides of the unit sections 3 _{1-9 and} the bottom ends of the unit sections 3 _1-10 are not equal, but are approximately equal.

In the same manner as described above, a plurality of substantially congruent isosceles triangle groups are drawn in the portion excluding the toothpick 8 as the unit partitions 3 ₂ -j, 3 ₃ -j, 3 ₄ -j.

    The above is about a set of unit triangles drawn on the base 1. There are no particular restrictions on the lines representing the sides of the unit triangle, such as weaving, printing, transferring, etc., of yarns of a different color from the entire fabric of the base 1.

    In the above description, the lines ab, cd, ef, gh,... Are in a horizontal position and are substantially straight lines when viewed from the lateral direction. Is a straight line, and even if a group of lines substantially parallel to the straight line is paralleled, the unit section that places the base on the lines ab, cd, ef, gh,... Different but similar sets of unit compartments are created.

    When the lines ab, cd, ef, gh,... Are straight lines as viewed from the lateral direction, the lines abbreviated to the sides of the isosceles triangles of the unit section, for example, the line ab Even though the line roho connecting the upper point ro and the point ho below the back of the head is a straight line, it is not a geometric straight line when viewed from the side. This is because the curvature of the base 1 differs depending on the position where the isosceles triangles are provided in each unit section, and therefore, the isosceles of each unit section has a slightly different length. Further, the bases of the isosceles triangles of each unit section are slightly different in length.

    In the above description, a method of forming an isosceles triangle as a unit section by setting isosceles on the base obtained by equally dividing the line ab is described as one method for forming the unit section.

    As another method, a side L1 reaching the line cd from the point a is drawn, and a side L2 having a length equal to the side L1 is provided from the intersection point of the side L1 with the line cd. A side L3 having a length equal to the side L2 (= L1) is provided from a point where the side L2 intersects the line ab, and a side having a length equal to the side L3 (= L1 = L2) from the intersection point of the side L3 and the line cd. L4 is provided, and the sides L5, L6,... That are not denoted in FIG.

    In this manner, the isosceles sides of the unit sections 3i-j arranged between the lines ab and cd surrounding the base 1 in the horizontal direction are equal through the isosceles triangles, but the bases are not constant. However, the difference in base length is small. This is because the line ab and the line cd are substantially parallel when viewed from the lateral direction, and the difference in curvature of the base 1 in a portion where the lines ab and cd are present is small.

In the above description, vertices of isosceles triangles are gathered at one point on the line cd, ef, gh... In the base 1 except the line ab which is the boundary between the toothpick 8 and the base 1, for example, point c. That is, vertices of isosceles triangles constituting the unit sections 3 _1-8 , 3 _1-9 , 3 _1-10 , 3 _2-8 , 3 _2-9 , 3 _2-10 are gathered at point c. In the isosceles triangles of the inner unit sections 3 _1-9 and 3 _2-9 , the vertex (isosceles side vertex) at which these isosceles coincide with the point c. In the unit sections 3 _1-8 , 3 _2-8 and 3 _1-10 , 3 _2-10 , the intersection (base apex) of each base and one of the isosceles coincides with the point c.

    The isosceles triangles of the unit section configured as described above are almost congruent with each other.

    The method of creating the isosceles triangle of the unit section is not limited to the above, but isosceles triangle 2 in which the base is continuously placed on one of the substantially parallel lines surrounding the base 1 so that the base vertices coincide with each other. It suffices that the equilateral vertices lie on a line that is adjacent to and substantially parallel to the line on which the base is placed.

That is, in FIG. 1, for example, the line connecting points C and D is the base of the unit sections 3 _1-10 and 3 _2-10 , and the base sections of these unit sections 3 _1-10 and 3 _2-10 are the same.

    In the above description, as a preferred embodiment, the height H of an isosceles triangle is divided into a unit block having an equilateral triangle and an isosceles triangle having an isosceles triangle, and an isosceles triangle group and an equilateral triangle group are formed. For example, in FIG. 1, the upper side of line ij is an isosceles triangular unit section, and the lower side is an equilateral triangular isosceles triangle that is substantially congruent. In the isosceles triangle above the line ij, the length of the isosceles is made larger than that of the base so that the isosceles triangles are almost congruent. However, even if the base of the isosceles triangle is made larger than the isosceles side, the present embodiment can be established.

The base 1 is provided with a code for each of the unit sections 3i-j. This code is, for example, 3 _1-1 as the first, starting from the unit section 3 _1-1 , 3 ₁ -e (e represents the last number of j of 3 ₁ -j), unit sections 3 ₁ -j to 3 ₂₋ e... May be consecutively assigned an order number 1, 2, 3... N, or similarly, the suffix ij (i = 1, 2, 3) of the unit section 3. ... M, j = 1, 2, 3... N) may be displayed on each unit section. In this embodiment, immediate x = i and y = j using the same symbols as the XY coordinates. That is, the unit section formed in the vertical direction with a common base or isosceles vertex is 3i-j (constant).

    In the embodiment, the attached symbol j of the unit block with the odd-numbered i-side vertex having the odd number is the even number, and the attached number j of the unit block having the even-numbered vertice with the suffix i is the odd number. Number.

(Hair bundle)
The reason why the unit block is an isosceles triangle will be described. FIGS. 5A and 5B show the hair bundle 4. The hair bundle 4 is obtained by planting hair 6 on the base 5.

    Here, the base 5 is fixed (planted) to the base 1 so as to match the unit sections 3i-j. Therefore, the base 5 may be a sheet material that is bonded to the base 1 with an adhesive. The base 5 is, for example, a cloth woven from natural fiber, a synthetic fiber cloth, or a chemical fiber cloth. The hair bundle 4 may be fixed to the base 1 by sewing the base 5 to the base 1. As for the size of the base 5, the base is about 5 to 35 mm.

    Here, the base 5 is an isosceles triangle that substantially matches the isosceles triangle of the unit sections 3i-j provided in the base 1. However, it is desirable that the unit section 3i-j provided in the base 1 is within an isosceles triangle and is close to the unit section. The isosceles vertex 5a of the base 5 is colored for identification, for example. Alternatively, the isosceles vertex 5a may be slightly cut to form a ladder shape. However, if the lengths of the base 5b and the isosceles 5c are different and the vertex 5a can be easily identified, there is no need to display the vertex 5a.

    The hair 6 is human hair, synthetic fiber, or a mixture of human hair and synthetic fiber. The bristles 6 are planted on the triangular base 5. For example, the flocking is fixed to the base 5 by attaching an adhesive to the base 5 or to the root of the hair 6. Alternatively, the base of the hair is sewn into the base 5. The bristles 6 are prepared in a straight line shape, a curl shape, or the like from the side where the bristles are implanted into the base portion 5 toward the tip.

    FIGS. 5A and 5B are perspective views of the hair bundle 4. FIG. 5A is a diagram in which the isosceles vertex 5a of the base 5 is directed upward and the isosceles vertex 5a of the base 1 is fixed to the upward unit section. FIG. 5B is a diagram in which the isosceles vertex 5a faces downward and is fixed to a unit section in which the isosceles vertex of the base 1 faces in one direction.

    In the case where the same hair bundle 4 is used in both FIGS. 5A and 5B, the direction of the isosceles vertex 5a can be reversed. By doing this, the curl direction of the bristles 6 changes, so that a different texture can be obtained when the entire wig is constructed. When the base 5 is an equilateral triangle, it is a kind of isosceles triangle, so that the direction of the isosceles vertex 5a can be changed upside down as in FIGS. 5A and 5B, and the same effect is obtained. In addition, in the base 5 of an equilateral triangle, the isosceles vertex is always colored or notched so that the orientation of the base 5 to the base 1 can be easily understood.

    It is assumed that one side of the equilateral triangle is equal to the base 5b of the isosceles triangle, with respect to the isosceles triangle in which the base 5 of the hair bundle 4 is longer isosceles than the base 5b. Then, the hair bundle 4 having an isosceles triangle in the base portion 5 and the hair bundle 4 having an equilateral triangle in the base portion 5 are aligned with each other along the bottom sides, so that variations of the hair bundle 4 are widened.

    FIGS. 8A, 8B, and 8C are plan views of the base 5, and are cases where large, medium, and small bases 5 are provided as shown. By doing this, more variations can be made.

    FIGS. 9A, 9B, and 9C are plan views in the case where the hair bundles 4 are combined, and show patterns by combining the base portions 5. FIG. In FIG. 9A, the base 5B of the equilateral triangle is aligned with the base 5b of the base 5B so that the base 5b of the base 5B of the isosceles triangle coincides with the base 5b of the base 5B. In this case, the hair bundle 4 is attached to the unit sections 3i-j and 3 (i + 1) -j of the base 1 in accordance with cd, ef, gh,. FIG. 9B shows a case where the base 5A is similarly attached to the base 1 with the base 5b side aligned (described above). In FIG. 9C, the equilateral triangular base 5B and the isosceles triangular base 5A are upside down with respect to FIG. 9A.

    As described above, the length of the isosceles side is made larger than the length of the base of the isosceles triangle of the unit section, so that the hair bundle 4 having the equilateral triangle base 5 in the unit section of the isosceles triangle has any unit. Can be planted in a parcel.

    The bristles 6 of the bristles 5 can be gradually curled from the base 4 in various directions. This curling can be performed by ironing.

    For example, as shown in FIGS. 5 (a) and 5 (b), when the hair 6 is curved from the isosceles vertex 5a side to the opposite side of the base 5b, the vertex 5a is planted downward on the base 1 with the base 5b facing upward. In the case where the base 5b is placed on the base 1 with the base 5b facing down, the base 5b is connected to the line ab, cd, ef of the base 1 when the hair bundle 4 is planted on the base 1. ..., the tips of the hairs 6 curl to the opposite side and protrude. Accordingly, the directions of the hair tips 6a are opposite to each other in the vertical direction.

    When the hair bundle 4 in which the hair 6 is curled from the base 1 to the left and right with respect to the line connecting the vertex 5a and the center of the base 5b is planted in the same manner, the hair tip 6a curls to the left and right on the base 1.

    FIGS. 8A, 8B, and 8C are plan views having a hair bundle base. When the base 5 shown in FIG. 8 (c) is made to coincide with the unit sections 3i-j in the above-described embodiment, the base 5 (FIG. 8 (a)) slightly smaller than the base 5 in FIG. A hair bundle 4 having a small base 5 (FIG. 8 (b)) can be implanted in any of these sections 3i-j. Therefore, by preparing the hair bundles 4 having different sizes from the base 1 and implanting the hair bundles 4 in the base 1, the hair amount of the wig can be changed.

    The distance between the lines ab, cd, ef,... Of the base 1 is combined with the height of the base 5 in FIGS. Different bases 1 may be created by determining the range of directions. This point can also be applied to Example 2 described later.

(Array to the base of the hair bundle)
There are various methods for arranging the hair bundle 4 on the base 1. First, hair bundles 4 are implanted in all unit sections 3i-j of the base 1, respectively. In this case, the hair is densely and evenly distributed in the case of a wig, and it looks like a normal human head that is not a wig.

    Second, the hair bundles 4 are implanted in the base 1 at intervals.

    FIG. 2 is a rear view of the base 1 and shows the occipital region. Here, the lines ab and cd represent endless lines surrounding the base 1 in the lateral direction as shown in FIG. 1 (the same applies to FIG. 1). Lines ef, gh,... Have both ends at the edge 1a of the base 1 shown in FIG. 1, and surround the base 1 in the lateral direction. These lines ab, cd, ef, gh,... Are arranged substantially in parallel.

In FIG. 2, the hair bundle 4 is implanted only in the oblique line (not the cross section) representing the cross section. That is, the hair bundle 4 is planted in an isosceles triangle whose isosceles side vertex is upward, such as the unit section 3 ₅ -j (j = 14, 16, 18,...), And the unit section 3 _5- (j -1) The hair bundle 4 is not implanted in ((j-1) = 13, 15, 17,...).

Further, the unit block 3 ₆ -j has the hair bundle 4 in the unit block 3 ₆ -j (j = 14, 16, 18,...) Whose base is coincident with the bottom of the unit block 3 ₅ -j. The hair bundle 4 is not implanted in the unit section 3 _6- (j−1) ((j−1) = 13, 15, 17,...).

Here, it is illustrated in FIG. 2 that the upper and lower hair bundles 4 are present and the alternate is absent. As shown in FIG. 2, in the unit sections 3 ₆ -j, 3 ₇ -j, 3 ₈ -j (j = 14, 15, 16,...), The line kl (el) and the line mn are interposed. The hair bundle 4 is planted alternately in the upper and lower unit sections, and the hair bundle 4 is not planted in the remaining unit sections.

  Therefore, the amount of hair implanted in the base 5 may be a constant amount. This is because, as described above, the amount of hair can be freely taken out in the case of a wig by planting hair bundles at alternately spaced intervals.

That is, with hair bundles (planting) and without hair bundles are alternated in the horizontal direction. By doing so, a hair bundle feeling can be obtained. Similarly, the upper and lower unit sections 3 ₇ -j and 3 ₈ -j also have hair bundles 4 and can be selectively planted without them. By doing this, you can produce a lightness and texture that could not be obtained until now.

  The hardness of the bristles 6 can be more varied if the bristles 6 are hard, usually soft, and there are three types of bristles. The hair 6 of the hair bundle 4 to be planted on the base 1 can also have a different texture only by planting the hair bundle 4 having the hair 6 having different hardness alternately in the unit section.

    Here, the hardness of the hair 6 is sensory and does not indicate that it can be physically measured.

    When you want to stand up, or where you can easily see the scalp above the head, a short hair bundle 4 (for example, about 4-5 cm if the length of the regular hair bundle 4 is 30 cm) As shown in FIG. 6, it is possible to produce a three-dimensional effect and naturalness.

    On the top of the head, a natural feeling with no gaps between the hairs can be made like a dense combination of isosceles triangular hair bundles 4.

    If you want to lose volume or adjust to the top of your head, it is enough to use a soft texture.

    In addition to the method of implanting the hair bundle 4 in each unit compartment as illustrated in FIG. 2, the hair bundle 4 is implanted in all the unit compartments of the base 1, and the hair as shown in the side view of the wig of FIG. It is also possible to make a style by combining long and short hairs 6L with long hair 6L and short hair 6S.

    Usually, the haircut is a basecut with the same length. According to this base cut, no matter where the hair bundle is lifted with a comb at the beginning (when all the hairs are lifted perpendicular to the ground), the tips of the hair are aligned everywhere. From this state, sprinkle, make a shaggy style, and make the aligned hair ends jagged to create a hair bundle feeling. However, because the hair bundles were evenly arranged on the base, it was not possible to move the hair ends more freely like manga.

    However, as described above, according to the present embodiment, it is possible to move the hair tips that are the basis of all the cut styles, which is not possible with a cut performed by a human hand, with the base cut collapsed.

    Next, a specific example will be described.

    FIG. 10 shows a perspective view of a person wearing a wig A that has been completed by enriching the movement of the hair tip (selecting the destination to bring the hair tip to). As shown in FIG. 10, the hair bundles 4a-1 and 4a-2 are planted in adjacent unit sections at substantially the same position or adjacent to each other, but the hairs are curled in directions opposite to each other. The tips 6a-1 and 6a-2 are separated. As described above, according to the present invention, the direction of the bristles 6a can be changed in various ways by changing the direction of the isosceles vertex 5a even in the case of the same curled hair bundle. As a result, the movement of the individual hair bundles 4 makes it possible to achieve a three-dimensional effect that is more than a human hairstyle with natural hair.

    In this case, you may use the hair | bristle bundle 4 which planted the hair 6 of the long or short length in the base 5 previously. Further, as shown in FIG. 7A, only the hair bundle 4 in which long hairs 6 are planted on the base 5 is prepared, and if necessary, the hairs 6 are cut (cut as indicated by reference numeral 7). You may create the short hair | bristle bundle 4 shown to 7 (b). FIG. 7 (c) is for long hair, and only the tip of FIG. 7 (a) is cut.

    In this embodiment, as shown in FIG. 10 shown as an example, a wig rich in imagination can be provided by freely selecting the curl direction of the hair and the length of the hair.

Although the embodiment does not cover the hair provided on the toothpick 8, the toothpick 8 may use natural hair, may use a normal known wig, and of course, the same hair bundle as in the embodiment. 4 may be used. In this case, as shown in FIG. 4, the unit block 3 ₀ −j (j similar to an isosceles triangle having a vertex at the point a on the top O (O) line ab of the pin 8 and the point to the point is included in the pin 8. = 1, 2, 3,...) May be provided on the base 1, and a hair bundle 4 having a base 5 substantially coinciding with the unit section 3 ₀ -j may be implanted.

At this time, the height H of the isosceles triangle of the unit block 3 ₀ -j is not too large, and the line ab that surrounds the base 1 almost horizontally from above the line ab and cd above, between cd and ef, A unit section may be provided between the line ab and a line provided in parallel with the line ab at a height equal to the height H along the surface of the base 1 in the vertical direction. That is, the unit compartment ₃ 0 _-j, 3- 1 _-j, may be provided, ... the like.

    Thus, according to the embodiment, various lengths of the hair bundle 4 can be made, and the base 5 can be detachably attached to the base 1 with, for example, an adhesive, and simulation can be performed.

    Needless to say, the embodiment applies to all wigs but only to partial wigs.

(Example 2)
FIG. 11 shows a second embodiment. Lines ab, cd, ef,... Are drawn substantially parallel to the base 1 so as to surround the base in parallel. However, the lines ef, gh, ij,... End at the edge 1a. The height H measured along the surface of the base 1 between the adjacent lines ab and cd, cd and ef,... Is equal.

The above-described lines ab, cd, ef,... Are provided in the same manner as in the first embodiment. Further, the unit section 3 ₁ -j (j = 1, 2, 3,... N) provided between the lines ab and cd is provided in the same manner as in the first embodiment. That is, the line ab is divided at the bases of equal length, and the isosceles side vertex of the isosceles triangle having the isosceles standing from both ends of the base is placed on the line cd. Then, the isosceles triangle 3 ₁ -j whose base is on the line ab and the line cd continues alternately. Alternatively, both ends of the isosceles length of the isosceles triangle are sequentially placed on the lines ab and cd, and unit partitions 3 ₁ -j (j = 1, 2, 3,... N) are provided.

The method of providing the unit sections 3 ₁ -j provided between the lines ab and cd described above is the same as in the first embodiment.

The unit section 3 ₂ -j provided between the lines cd and ef is provided in the same manner as the unit section 3 ₁ -j provided between the lines ab and cd described above. Then, for example, the vertices of the six isosceles do not necessarily gather at the isosceles vertex c of the isosceles triangle of the unit section _{31-11 as in} the first embodiment.
In the second embodiment, the unit partitions 3i-j provided between the lines ab and cd, cd and ef, ef and gh,... Are provided separately.

    By doing in this way, the unit division between the different lines in the vertical direction has a better degree of congruence of each isosceles triangle figure than in the first embodiment. Next, this will be described as an example.

Now, the unit block 3 ₁ −j (j = 3, 5, 7,...) Such that the vertices of the isosceles triangle having the bases of a certain length on the line ab and the respective bases are on the line cd. )), The bases of the isosceles triangles of the unit block 3 ₁ -j (j = 2, 4, 6,...) Whose bases are on the line cd are not necessarily equal in length. Therefore, according to the first embodiment, the bases 3 ₂ -j of isosceles triangles whose bases are placed on the lines cd and ef are not equal to each other.

In the second embodiment, the base sides of the unit section 3 ₂ -j that places the base on the line cd have the same length. The starting position of the bottom side (j = 1) is also shown in the point h. Then, for both the isosceles vertex and the bottom vertex, the unit section 3 _1- provided between the line ab and cd and the vertex on the isosceles triangle line cd of the unit section 3 _2- j provided between the lines cd and ef. Generally, it does not coincide with the vertex on the line cd of the isosceles triangle of j. The same applies hereinafter.

The vertices that are on the isosceles triangle line cd of the unit section between the lines ab and cd and the vertices that are on the isosceles triangle line cd of the unit section between the lines cd and ef are generally As for the points that do not coincide, the vertices of the isosceles triangles of the unit sections 3 ₂ -j and 3 ₃ -j provided between the other lines cd and ef and between ef and gh do not coincide on the line ef as well.

    As described above, by providing the unit sections 3i-j without being associated with each other between the lines ab and cd, cd and ef, ef and gh,..., The effect of increasing the degree of approximation that is almost congruent of the unit sections is obtained. is there.

In the unit section 3i-j in this example, the abscissa j is added to the unit section 3 _1- j starting from j = 1 at the center of the front apex, as shown in FIG. _{In 2-} j, the abscissa of the unit section in contact with the edge 1a is preferable. That is, it is convenient to find the position on the base 1 of the unit section by sequentially adding 3 _2-1 , 3 _2-2 , 3 _2-3 ... to the right in FIG. 11 as the unit section 3 _2-1 . Is good. In the unit sections 3 ₃ -j, 3 ₄ -j, 3 ₅ -j,..., J = 1 starts from the unit section that contacts the edge 1a.

(Example 3)
In the first and second embodiments, the line ab surrounding the base 1 is a substantially horizontal line. In the third embodiment, a curve edge such as pq is provided on the line ab so that the line of the toothpick 8 is changed to the lines qp and pb. In the range surrounded by the edges ap, pq, and qa at the top of the frontal head (the same applies to the right head that cannot be seen with respect to the left head in FIG. 11), the surface of the base 1 is substantially parallel to the line ab. A line rs separated along the line is provided, and a unit section is provided between lines ab and rs. The unit section is provided in the same manner as in the second embodiment described above, and coincides with the base of the isosceles triangle of the unit section 3 ₁ -j (j = 1, 3, 5,...). do not do.

    Since the embodiment of such a wig is adopted, the position of the unit section of the base of the wig can be seen at a glance, and various hair bundles having an isosceles triangle base can be selectively implanted in the base. A bowl shape can be obtained.

It is a left view of the wig base of Example 1. It is a rear view of the wig base planted in a part of Example 1. It is a front view of the wig base of Example 1. FIG. FIG. 3 is a perspective view of the wig base according to the first embodiment when viewed obliquely from above and front. (A) and (b) are perspective views of hair bundles. It is a side view of the wig which shows the combination of long hair and short hair. (A) (b) (c) shows the production method of short hair and long hair, (a) is a raw material, (b) is short hair, (c) is a perspective view of each of long hair. (A) (b) (c) is a top view which respectively shows the base of a hair | bristle bundle. (A) (b) (c) is a top view which shows the coupling | bonding mode of the base in case each combines a hair | bristle bundle. It is an external appearance perspective view of the wig of an Example. It is a left view of the wig base of Example 2 and 3.

Explanation of symbols

A ... Wig ab, cd, ef ... line kl (el), mn ... line O ... vertex 1 ... base 1a ... edge 3i-j (i = 1, 2, 3 ... m, j = 1, 2, 3) ... n) ... Unit section 4, 4a-1, 4a-2 ... Hair bundle 5, 5A, 5B ... Base part 5a ... Isosceles side apex 5b ... Bottom 5c ... Isosceles 6 ... Hair 6a, 6a-1, 6a -2 ... Bristles 6L ... Long hair 6S ... Short hair 8 ... Tsumuji

Claims (4)

In wigs made by planting hair bundles on the base,
It is a hat shape that is in close contact with the head, and each base is connected to the surface, and the lines are formed in parallel so as to surround the surface, and the base is placed on one of the adjacent lines of the parallel lines. The isosceles triangles that are almost congruently arranged so that the vertices on the isosceles side are opposite to each other so that the vertices on the isosceles side are not opposite each other so that the vertices on the isosceles side of the approximately isosceles triangle that is placed are aligned with each other A base provided with a figure in which unit blocks are arranged;
A hair bundle planted at the base of a thin piece of an isosceles triangle substantially equal to the isosceles triangle of each unit section provided on the base;
A wig characterized in that each hair bundle is disposed and fixed with its base selectively aligned with the compartment of the base. In the base of the wig to plant hair bundles,
It is a hat-like shape that is in close contact with the head, and the bottoms of the lines are connected to each other, and the lines are formed in parallel so as to surround the surface, and the base is placed on one of the adjacent lines. Unit blocks of almost isosceles triangles that are almost congruently arranged so that the vertices on the isosceles side are opposite to each other so that the vertices on the isosceles side of the constituting isosceles triangle coincide with the other line. A base having a figure in which groups are arranged. In the hair bundle to be planted on the base of the wig,
The base of a slice of an isosceles triangle;
Hair planted at the base,
Each of which is formed in a hat-like shape in close contact with the head, the bases of which are connected to the surface and surrounding the surface, and one of the lines adjacent to each other. The isosceles triangles of the isosceles triangle formed by placing the base on the line are almost congruently arranged so that the vertices on the isosceles side are not opposite each other and face in the opposite direction so that they coincide with the other line. A hair bundle characterized in that a base is made to coincide with a unit section of a base provided with a figure in which unit groups of isosceles triangles are arranged, and the base is fixed to the base. 4. The hair bundle according to claim 3, wherein the substantially isosceles triangle is a substantially equilateral triangle, and a display indicating a vertex used as an isosceles side vertex is displayed on the base.