JPS636104A - Base frame for japanese hair wig - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a base frame on which the hair of a Japanese hair wig is planted and which serves as a core body.

[Prior art and its problems]

Japanese hair wigs are now generally used mainly for weddings, etc., and most of them are tied at beauty salons, etc. However, there are many types because the size and shape of the head differs depending on the person wearing it. the size of

They had to prepare a variety of wigs, choose one that would fit the person wearing it, and then tie it.They had to keep a large number of wigs in stock, and were very careful about storing and managing them.

Moreover, when tied up and placed on the wearer, as shown in Figure 1, the front 9! The relationship between (A), Mage (B), Tabo (Ha), and Hin (D) is often delicate and unbalanced, and depending on the balance, it may look like a bride as shown in Figure 1 The brides, who are supposed to be innocent and beautiful, look uncouth as shown in Figure 1 Y, or look like a housewife or a prostitute as shown in Figure 1 Z. ), the hair is tied up like a prostitute with the bottle (d) hanging down, and the hair is also tied up in an unstylish hairstyle with the topknot (b), tabo (ha), and bottle (d) raised, and -dan. The traditional Japanese hair was broken down from the roots and moved up and down, front and back, left and right to balance the whole, and then re-tied. However, this was a manual process that required a great deal of labor and time, and incurred unexpected costs. Sometimes it required.

For this reason, in recent years, wig base frames have been reprinted with movable parts, but none of them are satisfactory and require tools for adjustment, or the wig has to be moved for adjustment. The head must be taken off once, and there is no one that can fit the wearer to the shape of the head and smoothly correct the overall balance, and each has its own problems.

For example, in the topknot part, install a Negoma root metal in the Negoma part that becomes the root of the topknot, and drill several holes through both the root metal and the Negoma base plate. Although the positions were determined and bolts and nuts were used to secure them into matching holes, tools such as screwdrivers were required to attach and detach them, and the bolts and nuts often fell off and were lost.

Also, there are some methods that use Velcro to secure the net and the sesame seeds, but in either case, it is difficult to move the sesame seeds up and down while tied up, and it is necessary to take them off first, which makes the whole structure more difficult to move. It was out of shape and unbalanced.

A sliding groove was provided in the root metal for sesame seeds, which the present applicant previously applied in Utility Application No. 037647 of 1986, and a wavy spring was installed inside the groove, and a cylindrical sesame seed metal with a flange was manufactured. It was designed to slide up and down, but because of the circular flange, it was unstable when the Negoma rotated and the Negomaji were tied up.

Since the rear frame of the dowel part gets in the way when a tied Japanese hair wig is put on the wearer, the rear frame is designed to be able to rotate or move backwards or upwards from the position where it is stopped. The coil springs are attached to the front or side frame and the rear frame of the base frame with the coil springs tensioned between the two points, and the tension force causes the rear frame to be attached to the back of the head. A method is used in which coil springs are placed in close contact with the body and rotated when attaching and detaching. However, if a coil spring is shortened, a strong tensile force can be obtained, but the range of rotation is narrowed; on the other hand, if it is made long, the range of rotation is wider, but the tensile force is reduced. 1 It was a challenge to ensure the best fit regardless of the size of the wearer's head.

Also, there are some that form a long hole and insert a bolt with a butterfly screw into the long hole, slide it over the hole, and then screw it on.
It often came loose while being worn.

Also, Japanese hair wigs are usually chosen to be a little thicker than the wearer's head size.

If there is a gap between the base frame of the wig and the head,
The top and bottom positions had to be adjusted, and the process involved folding and rolling up hand towels, towels, etc. into appropriate shapes to fill in the gaps and make adjustments, which was a tedious manual process.
In addition, there are various problems such as it is difficult to maintain the wig's front-to-back position and up-and-down position in an appropriate state for a long period of time. In view of the above-mentioned problems, the present invention was developed after many years of research and development. Developed as a result of this, the size and shape of the base frame can be adjusted to fit any person's head with a hairpin that is tied up and worn by the wearer. The shape of the base frame of the Japanese hair wig of the present invention is made up of a front frame, a rear frame, a Negoma root metal, and both horizontal frames. It is approximately cap-shaped.

The front frame and the rear frame are connected at a joint between the rear end of the front frame and the front end of the rear frame, and each of the joints has a sliding mechanism, a rotation mechanism for rotating the rear frame, and a rotation mechanism for rotating the rear frame. The mechanism is provided with a pressing mechanism that elastically presses the rear frame, and a sliding mechanism is provided that changes the position of the Negoma base metal by sliding the sliding plate of the Negoma base, and both end portions of the Negoma base metal are provided. is provided with an insertion part that can be inserted into a fitter that can adjust the wearing position of the wig in the vertical and front-back directions, and both horizontal frames are each made of two elongated plates with a groove on one side and a vertical groove on the other. The above-mentioned problems can be solved all at once by providing an expansion and contraction mechanism that can be inserted and slid to expand and contract.

[Structure of the invention]

The base frame A of the configuration of the present invention includes a front frame 1, a rear frame 2, and a Negoma root metal 3.
and both horizontal frames 4, the front frame 1 has sideburns 1a hanging down on both sides, both rear ends 1b projecting rearward, and an upper part 1 of the forehead.
The Negoma root metal 3 is in the form of a thin plate with one end fixed to the rear end of the upper part 1c of the forehead of the front frame 1, and the other end hanging down to the center of the back of the head.

The rear frame 2 consists of a nape portion 2a and both front end portions 2b, and the front frame 1
and the rear frame 2 are the front frame side rear end 1b and the rear frame side front end 2b.
is an annular shape connected by a connecting part 5, and both horizontal frames 4 are elongated plate-shaped, and one end is fixed to both rear parts 1b of the front frame, and the other end is fixed to both sides of the Negoma base metal 3, respectively. The shape of the frame A is approximately hat-shaped, and the connecting portion 5 is provided with a sliding mechanism, a rotation mechanism, and a pressing mechanism, and the sliding plate 6a of the sesame seed base 6 is attached to the sesame seed metal base 3. A sliding mechanism is provided, insertion portions 3a that can be inserted into the fitter 7 are provided at both end portions of the sesame base metal 3, and both horizontal frames 4 are provided with expansion and contraction mechanisms.

〔Example〕

Next, the present invention will be explained based on drawings of embodiments.

FIG. 1 is a side view of Japanese hair styled using the base frame of the present invention, or standard hairstyles such as Y-hair topknot, dowel, bottle-top hairstyle, 2-hair topknot, and dowel.

Fig. 2 is a side view of the bottle with the base frame worn, Fig. 3 is a plan perspective view of the connecting part, and Fig. 4 is a plan perspective view of Negoma Nekinane. FIG. 5 is a perspective view of the fitter and its attachment portion, and FIG. 6 is a plan perspective view of the horizontal frame.

As shown in FIG. 2, the base frame A of the Japanese hair wig, on which the hair of the Japanese hair wig is implanted and which serves as the core, has a front frame 1, a rear frame 2, a Negoma root metal 3, and both horizontal frames 4. The front frame 1 consists of a sideburn part 1a that hangs down on both sides corresponding to the sideburns, both rear end parts 1b that protrude to the rear and above both ears, and an upper part 1c of the forehead. A forehead presser 1d made of a thin plate made of metal such as aluminum, stainless steel, or hard plastic resin and shaped like human skin that touches the forehead is suspended in front of the upper forehead part 1c. One end of the Negoma root metal 3 is fixed to the rear end of the center of the upper part 1c of the forehead of the front frame 1, and the other end is hung vertically to the center of the back of the head so as to move the back of the head from the top of the head back and forth. The rear frame 2 is in the shape of a long plate that covers the nape of the head, and is made up of a nape portion 2a that corresponds to the nape of the neck, and both front end portions 2b that project forward from the nape portion 2a to the upper and rear portions of both ears.

The front frame 1 and the rear frame 2 have an annular shape in which the front frame side rear end 1b and the rear frame side front end 2b are connected by a connecting part 5 that corresponds to the upper and rear parts of both ears, and each horizontal frame 4 is long and narrow. It is plate-shaped, and one end of each is fixed to both rear parts 1b of the front frame of the connecting part 5, and the other ends of each are fixed to appropriate positions on both sides of the Negoma root metal 3, so that the shape of the base frame A is fixed. lI! It has an eight-cap shape.

Each connecting portion 5 connecting both rear ends 1b of the front frame 1 and both front ends 2b of the rear frame 2 includes a sliding mechanism that allows the rear frame 2 to move forward and backward in the direction of the front frame 1, and the connecting portion. Rear frame 2 centered on 5
The system is equipped with a rotating mechanism that rotates the rotating mechanism, and a pressing mechanism that elastically presses the rear frame 2 in the nape direction.As shown in FIG. A flat support plate 5b for supporting the rear frame front end 2b is provided with a pivot pin 5a having an appropriate length protruding outward, and a portion of both ends in the parallel longitudinal direction is cut into a cross section. A short side piece 5c is formed by bending into a U-shape, and the inner sides thereof face each other, and a groove-shaped bent part is formed in which the opening gap becomes a sliding groove 5d. A plurality of semicircular or wavy notches are continuously formed on each side edge of the opposing short side piece 5c of the curved part to provide a notch 5e, and the cutout 5e is provided at approximately the center in the longitudinal direction of the flat part of the support plate 5b. A pivot hole is drilled through the short side piece 5.
The pivot hole and the tip of the pivot pin 5a are pivotally connected with the pivot pin 5a facing outward, and the front frame 1 and the support plate 5b are configured to be rotatable, so that there is a gap around the axis of the pivot pin 5a. A linear elastic body 5f is wound once or twice between the rear end 1b of the front frame 1 and the support plate 5b, which are arranged in parallel with each other. The other end is hooked to the elastic body hooking portion 5g provided on both rear parts 1b of the front frame between the front frame 5b, and the elastic body hooking portion 5g is provided between the support plate 5b at the other end, so that elastic pressure is applied to both sides. At the same time, the front end 2b of the rear frame is provided with a protrusion formed by bending a plate spring into a position corresponding to the notch 5e formed on the side edge of the bent portion of the support plate 5b. A protruding piece support member 51 is formed with pieces 5h protruding to both sides, and when both front ends 2b of the rear frame 2 are inserted into the sliding grooves 5a which are the gaps between the open bent parts, respectively. Each protrusion piece 5h protruding from the protrusion piece support member 51 is pressed by the side edge, and the protrusion piece 5h
h is in a state where it is slightly pushed into the support member 51. When the protrusion piece 5h is further slid, it is opened to the first trough portion of the plurality of notches 5e and stops.

Further, when it is slid, it is compressed again at the next peak portion, moves to the next valley portion, and is released and stopped. The front frame both rear parts 1b of the connecting part 5 of the base frame A of the present invention and the support plate 5b which are rotatably arranged in parallel are mounted by being rotated around the axis of the pivot pin 5a in the gap between them. A linear elastic body 5f shaped as a kick spring or beard spring constantly presses the rear frame 2 near the nape of the head with appropriate elastic pressure, and allows for appropriate rotation when attaching and detaching the frame 2. , rotate within an appropriate range. That is, in order to prevent the rear frame 2 from rotating too far, a stopper is provided at both rear parts 1b of the front frame at diagonal positions on both sides of the bent part of the support plate 5b, with a gap that allows the rear frame 2 to rotate within an appropriate range. It is also possible to restrict the range of rotation by forming a stopper between the support plate 5b and the front end 2b of the rear frame 2 to prevent it from sliding beyond the sliding range and falling off. It is also possible to provide the connecting portion 5, which has the above-mentioned sliding mechanism, rotation mechanism, and pressing mechanism.

Next, the Negoma base metal 3 slides a sliding plate 6a integrally formed with the Negoma pedestal 6 through which one end of the Negoma root is inserted in the longitudinal direction of the Negoma base metal 3 to change the position of the Negoma base. It is equipped with a sliding mechanism that allows

The sliding mechanism, as shown in FIG. A sliding groove 3c with an open inner side is provided by bending a slight portion of both ends upward in the direction,
The wavy portion 3 is formed by continuously forming a plurality of opposing wavy shapes on the longitudinal side edges of the bent upper piece of the vertical sliding groove 3c.
d, and the Negoma pedestal 6 has a flat surface with both hems parallel to each other, and has a short cylindrical part for bundling and inserting the hair that will serve as roots into the pedestal 6. The sliding plates 6a are formed parallel to each other.

It is constructed by inserting a protruding piece 6c, which is formed by bending a plate spring into the flat surface of the pedestal 6 that matches the wavy part 3d of the upper piece of the sesame, in a slightly protruding state,
The sliding plate 6a of the Negoma is inserted into the sliding groove 3c on both sides of the base metal 3.
The vertical position of the root cover can be freely adjusted and stopped by fitting it in and sliding the Negoma pedestal 6 as appropriate. In other words, 1. A parallel sliding plate 6a formed in the shape of a flange is attached to the Negoma pedestal 6, which is inserted and attached by bundling the ends of the Negomaji, which are located at the upper side of the center of the back of the head, which is the root of Japanese hair, in the longitudinal direction of the Negoma. By bending a slight portion of both sides so that they are double, and inserting the upper side into the gap of the sliding groove 3C, which is open on the inside, from the end, it will fit from the parallel flat surface of the Negoma pedestal 6. The elastic protrusion piece 6c, which is formed by bending the plate springs protruding from both sides, is compressed by the opposing side edges of the upper piece of the base metal 3 and is slightly pushed into the base 6.

Further, when sliding, the protruding pieces 6c spread to both sides and stop at the first troughs of the corrugated portions 3d formed opposite to the respective upper pieces, and when sliding further, the protruding pieces 6c stop at the first troughs of the corrugated portions 3d formed opposite to the respective upper pieces. The sesame seed pedestal 6 moves over the mountain portion and fits into the next valley portion, and is adjusted by holding the sesame portion with fingers and freely sliding it in the vertical direction and stopping at an appropriate position.

Both end portions of the Negoma root metal 3 are provided with insertion portions 3a that can be inserted into a fitter 7 that can adjust the mounting position of the wig in the vertical direction and the front-back direction. As shown in the figure, one side of the substrate 7a and one side of the lower plate 7b are connected to form a connecting portion, and the connecting portion 7c maintains the substrate 7a and the lower plate 7b in an acute-angled state. As an elastic mechanism, both sides of the tip of the substrate 7a are bent upward to form an insertion groove 7d' into which the insertion part 3a at the end of the sesame seed metal base metal 3 is removably inserted.
A long hole 7e is formed in the substrate 7a from the vicinity of the tip end to the vicinity of the connection part 7c, and a strip-shaped sliding ring 7f is formed.
The substrate 7a and the lower plate 7b are closely held in the vicinity of the connecting portion 7c, and both ends are inserted into the elongated holes 7e.
a, and protrudes from the bottom of the wedge-shaped adjustment tool 7g, which has a bulky connection part 7c side, into the elongated hole 7e on the tip side of the base plate 7a where the sliding ring 7e is located. One end of the Negoma base metal 3 is connected to the rear end of the center of the upper part 1c of the front frame 1, and the other end is connected to the rear end of the center of the upper part 1c of the front frame 1. It hangs down at the back of the head, and the one connected end has a stepped portion 3b at the connecting end, with the insertion portion 3a slightly sandwiched in between, and the wide part of the stepped portion is The other end is inserted with the hanging end forming the insertion part 3a. Both ends of the base plate 7a of the fitter 7 through which the insertion portion 3a is inserted into the insertion groove 3a, which is formed by bending upward, have a shape and size that allow the insertion of each end of the Negoma base metal 3 into the insertion groove 3a. , the connecting portion 7C formed by connecting one side of the substrate 7a and one side of the lower plate 7b may be formed by bending a single metal plate into a single piece, or two metal plates. The plate or hard plastic resin may be welded or connected by other methods, and the mechanism has an elastic force that allows the substrate 7a and the lower plate 7b to be kept open at an acute angle. It does not matter if the base plate 7a and the lower plate 7b are rounded to match the shape of the head. A hole is provided in the central part up to the vicinity of the connection part 7C over almost the entire length in the vertical direction, and the band-shaped sliding ring 7f binds the outer peripheral area of the base plate 7a and the lower plate 7b in the vicinity of the connection part 7c. The wedge-shaped adjustment tool 7g is held inside the board in close contact with the base plate 7a, and both ends are fitted into elongated holes 7e and slidably locked under the board 7a. With a locking pin protruding from the bottom.

The locking pin is inserted into the elongated hole 7 with the connecting portion 7c side made bulky.
The sliding ring 7f is inserted into the sliding ring 7f and is slidably locked therein.
It is located closer to the tip than the tip. The fitter 7
In the case of the sliding ring 7f, the base plate 7 is adjusted by sliding both or one of the sliding ring 7f and the wedge-shaped adjustment tool 7g.
A and a lower plate 7b are contained in an annular shape, and by sliding them, the gap between the base plate 7a and the lower plate 7b kept open at an acute angle is narrowed, and the contact surface with the head can be moved. , the wedge-shaped adjustment tool 7g is bulky on the connecting portion 7c side,
By sliding the insertion part 3 on the end side of the Negoma root metal 3
The contact surface with the head is moved in a direction different from that when the sliding ring 7f is moved in a state where the sliding ring 7f is moved downward from point a, and therefore the base frame A of the wig is
Although the fitter 7 can be freely adjusted by moving the
Either one of them may be adjusted, or the sliding ring 7f alone, the wedge-shaped adjusting tool 7g alone, or both may be used for adjustment.

Both horizontal frames 4 are each made of two elongated plates, each of which has a U-shaped groove 4C in cross section formed at both ends of one piece 4a, and a groove 4C formed in the vertical groove 4c of the other piece 4a.
6 [Effect] As mentioned above, the present invention allows the rear frame to be slid with one touch even after the Japanese hair is tied up. It is possible to move forward and backward in the direction of the front frame, and the dowel part can be adjusted to correct the delicate balance of Japanese hair.The rear frame can be stopped at any position, and the rear frame can be freely rotated when attaching and detaching. While wearing the topknot, it applies appropriate pressure to the nape area regardless of the size or shape of the wearer's head, and by holding the root or the top of the topknot and moving it up and down with one touch, the topknot area is tightened. Not only can you adjust and stop the position of the bottle, but you can also extend and retract both horizontal frames, making it possible to make subtle adjustments to the bottle. The vertical and longitudinal positions of the frame A can also be adjusted freely.

That is, the present invention allows a Japanese hair wig to fit securely on the heads of all people by freely expanding and contracting or sliding it on one base frame without disturbing the tied Japanese hair, and also allows This is a dream product that can easily and quickly correct the delicate balance of Japanese hair, as it allows you to straighten your ideal hairstyle in a Y or Z style with just one touch while wearing it. We provide Japanese hair wigs.

[Brief explanation of the drawing]

FIG. 1 is a side view of Japanese hair tied up using the base frame A of the present invention, or a standard hairstyle, where Y is a completely up hairstyle and Z is a completely down hairstyle. FIG. 2 is a side view of the base frame of the present invention being worn. FIG. 3 is a plan perspective view of the connecting portion 5. FIG. FIG. 4 is a plan perspective view of the Negoma machine 3. FIG. 5 is a perspective view of the fitter 7 and its attachment portion. FIG. 6 is a plan perspective view of the horizontal frame. Eight basic frames: bangs, low beard, bar top, and kneecap. 1-front frame, 1a-sideburns, 1b-rear end, 1c-
Upper front part, 2-rear frame, 2a-neckline part, 2b-front end part, 3-sesame part, 3a-insertion part, 3b-step part, 3c-
Sliding groove, 3d-wavy portion, 4-horizontal frame, 4a-piece of horizontal frame, 4
b - Other piece of horizontal frame, 4cm groove, 5 - connecting part, 5a - pivot pin, 5b - support plate. 5c - Short side piece, 5d - Sliding groove, 5e - Notch, 5f - Linear elastic body, 5g - Elastic book hook, 5h - Projection piece, 51
-Protrusion piece support member, 6-Negoma pedestal, 6a-Sliding plate, 6
c-protrusion piece, 7-fitter, 7a-board, 7b-lower plate, 7c-connection part, 7d-insertion groove, 7e-long hole, 7f-
Sliding ring, 7g - wedge-shaped adjustment tool.

Claims (5)

[Claims] (1) The base frame of a Japanese hair wig is composed of a front frame, a rear frame, Negoma root metal, and both horizontal frames, with the front frame hanging down to both sides of the sideburns and the rear part hitting the top and rear of both ears. It is a thin plate having a shape that covers the frontal part with both protruding rear ends and the upper part of the forehead, and the Negoma Negane has one end fixed to the rear end of the center of the upper forehead part of the front frame and the other end. is in the shape of a long plate that hangs vertically toward the center of the back of the head, and the rear frame consists of a nape portion that corresponds to the nape of the head, and both front end portions that protrude forward from the nape portion to the upper and rear areas of both ears. The frame and the rear frame have an annular shape in which both rear ends of the front frame and both front ends of the rear frame are connected at a connecting part that corresponds to the upper and rear parts of both ears, and both horizontal frames are shaped like long thin plates, and one end of each is connected to the upper and rear parts of both ears. A Japanese hair wig, characterized in that the connecting part is fixed to the rear end of the front frame, and the other ends of each are fixed to appropriate positions on both sides of the Negoma root metal, so that the shape of the base frame is approximately hat-shaped. base frame. (2) Each of the connecting parts where both rear parts of the front frame and both front parts of the rear frame are connected has a sliding mechanism that allows the rear frame to advance and retreat in the direction of the front frame, and a sliding mechanism that allows the rear frame to rotate around the connecting parts. 2. A base frame for a Japanese hair wig according to claim 1, further comprising: a rotating mechanism for rotating the rotating mechanism; and a pressing mechanism for elastically pressing the rear frame toward the nape of the neck of the rotating mechanism. (3) The above-mentioned Negoma base metal is a sliding plate that can change the position of the Negoma base by sliding a sliding plate integrally formed with the Negoma pedestal through which one end of the Negoma base is inserted in the longitudinal direction of the Negoma base. A base frame for a Japanese hair wig according to claim 1, characterized in that a moving mechanism is provided. (4) Both end portions of the Negoma root metal are provided with insertion portions that can be inserted into a fitter that can adjust the mounting position of the wig in the vertical and front-back directions. The basic frame of Japanese hair wigs. (5) A patent claim characterized in that each of the horizontal frames is formed by forming a groove in one of the two elongated plates, and is provided with an expansion and contraction mechanism that can expand and contract by fitting and sliding the other piece into the groove. The base frame of the Japanese hair wig according to item 1.