JPH047146Y2 - - Google Patents

Description

[Detailed description of the invention] [Field of industrial application] The invention is based on two sets of rear frames of the base frame, each consisting of a front frame of a Japanese hair wig, a Negoma root metal, horizontal frames on both sides, and a rear frame. The front and back positions of the rear frame can be adjusted respectively, and the rear frame located on the inside presses the area around the nape of the head, and the rear frame located on the outside allows the adjustment of the tabo of the Japanese hair wig. This invention relates to a device that allows the rear frame to pivot.

[Prior art and its problems]

These days, Japanese hair wigs are mainly used at weddings and have them tied at beauty salons, etc., and they come in many different sizes and shapes because the size and shape of the head differs depending on the wearer. They prepare things and choose the ones that fit the wearer and tie them, but when they put them on the wearer, they find things like topknots, dowels, bottles, etc.
The relationship between the bangs is often unbalanced, and the relationship between the pot and the bottle is especially delicate, and depending on the relationship, it can look like a bride, a housewife, or a prostitute, and it is supposed to be innocent. The bride looked like a prostitute with a droopy top, and once her Japanese hair was tied up, she would break it up and move it up and down to balance the whole look, then tie it back up again, or just wear it as is. Retying the knot requires a lot of effort and time as it is a manual process.
There were problems, such as unexpected costs, and if they were to be worn as they were, they would have to suffer bitter feelings later on.

In addition, since the rear frame gets in the way when a tied Japanese hair wig is put on the wearer, there are no wigs on the market that allow the rear frame to rotate or move backwards or upwards from the stopping position. Its structure is such that a coil spring hook is installed on each of the front frame or the horizontal frame and the rear frame of the Japanese hair wig base frame, and the coil spring is attached between the two points in a tensioned state.
The tensile force is used to bring the rear frame into close contact with the back of the head and rotate it when attaching or removing it. However, if the coil spring is shortened, a strong tensile force can be obtained, but the range of rotation is narrowed; Although the range of rotation is wider, the tensile force is weaker, making it difficult to get the best fit regardless of the size of the wearer's head. This had the problem of biting the hair of people.

In addition, there are some that have a long hole formed and a bolt etc. inserted into the long hole, slid, and then screwed on with a butterfly screw or nut. The hair had to be stuck in and screwed on, which often caused the Japanese hairstyle to become misshapen or the screws to loosen while being worn.

Previously, the applicant's previous application had a set of rear frames that could be slid and stopped at any desired forward or backward position, but if the rear frame was lowered after wearing and the handpiece was adjusted, A gap sometimes appeared between the frame and the area near the nape of the head, requiring appropriate padding.

For this reason, the rear frame rotates appropriately when putting on and taking off, and while it is being worn, it adheres to the nape of the back of the head with an appropriate pressure, and even after wearing it, it can be tied up or tied up depending on the size and shape of the wearer's head. The actual situation is that it is desired to realize a base frame equipped with a rear frame that allows delicate adjustment of the length of the dowel depending on the balance of Japanese hair, and that can be stopped at any desired position. It is in.

[Means for solving problems]

As a result of intensive research in view of the above-mentioned problems, the present invention has made it possible to pivot the rear frame when putting it on and taking it off, and also allows you to easily change the front and back position of the rear frame even after the Japanese hair wig is tied up and worn. It is possible to stop the adjustment and also to adjust the length of the dowel.The front frame rear end of the front frame of the base frame of the Japanese hair wig, the horizontal frame end of the horizontal frame, and the rear frame front of the rear frame of the Japanese hair wig. At each connecting portion located on the temporal region on both sides where the end portions are connected, the front frame rear end of the front frame and the support plate are pivotally fixed with a pivot pin via a linear elastic body. The support plate and the front frame rear end of the front frame can be pivotally connected, and in addition, when two sets of rear frames are overlapped to the opening of the bending part of the support plate, the respective rear frame front ends By fitting and inserting the rear frame, each rear frame and support plate can be pivoted, and the rear frames can be slid separately to freely adjust the front and back positions of each, and the rear frame located inside It holds the area near the nape of the head and allows the desired length of the dowel to be adjusted using the rear frame located on the outside, making it possible to stop at any desired forward or backward position.

[Structure of the idea]

The structure of the present invention is that the front frame rear end 1a of the front frame 1 of the base frame A of the Japanese hair wig, the horizontal frame end 3a of the horizontal frame 3, and the rear frame front end 4a of two sets of rear frames 4, 4'. , 4a' are connected, a pivot hole 1b is bored in the rear end 1a of the front frame, and an elastic body hooking part 10 is formed in the edge, and the support plate 6 is opened on the inside. Bent parts 7, 7 are formed, a pivot hole 8 is bored in the support plate 6, and a hook part 11 for the elastic body is formed on the side edge, and a pivot hole 1b in the rear end 1a of the front frame is formed. A linear elastic body 9 having a loop portion is interposed between the pivot hole 8 of the support plate 6 and a pivot pin 5 to fix the support plate 6 so as to be pivotable. is wound around the elastic body hooking part 10 at the front frame rear end 1a.
At the same time, the projection spring support member 13 is fixed between the bent parts 7 and 7 of the support plate 6, and the projection of the plate spring is attached to the projection spring support member 13. The springs 12, 12 are provided to protrude into the openings of the bent portions 7, 7, and insertion portions 4b, 4b' are cut out at both front ends 4a, 4a' of the rear frame, leaving a slight width on both sides.
Continuous wavy notches 4c, 4c' are formed on opposite sides of the fitting parts 4b, 4b', respectively, and two sets of rear frames 4,
4' are overlapped, the rear frame front ends 4a, 4
This is a configuration in which a′ is inserted.

[Embodiment of the invention] Next, the invention will be explained based on the drawings of one embodiment.

Fig. 1 is a side view of the embodiment of the present invention in a worn state, Fig. 2 is an enlarged perspective view for explaining the connecting parts of the main parts, and Fig. 3 is an exploded schematic diagram of the main parts. , FIG. 4 is a schematic sectional view of the main parts.

In this invention, the hair of the Japanese hair wig is implanted and the rear frame of the base frame that serves as the core has a double structure, with the rear frame located on the inside pressing against the nape of the head and the other rear frame located on the outside. By adjusting the front and rear positions, the length of the dowel can be adjusted, and each rear frame can be pivoted when attaching and detaching.
The base frame A of a Japanese hair wig consists of a front frame 1, a Negoma root metal 2, horizontal frames 3 on both sides, and two sets of rear frames 4, 4'. Horizontal frame end 3a
and rear frame front ends 4a, 4 of two sets of rear frames 4, 4'.
In each of the connecting portions B located on the temporal regions on both sides where a′ is connected, a pivot hole 1b is bored approximately at the center of the rear end portion 1a of the front frame, and a hook portion for an elastic body is provided at the edge. 10, and on one side of the support plate 6, bent portions 7, 7 with a U-shaped cross section and an open inner side are formed at the parallel both ends, and on the center piece in the width direction of the support plate 6. A pivot hole 8 is drilled, and a hook 11 for the elastic body is formed on the other side of the side edge, so that the pivot hole 1b of the rear end portion 1a of the front frame and the pivot hole 8 of the support plate 6 are formed. A linear elastic body 9 having a loop portion is interposed to connect the pivot pin 5.
The loop portion of the linear elastic body 12 wraps around the pivot pin 5, and the respective ends are connected to the elastic body hooking portion 10 and the support plate 6 at the rear end 1a of the front frame. At the same time as being latched to the elastic body latching portion 11,
A protruding spring support member 13 having a slight height and parallel side surfaces is fixed between the bent portions 7, 7 of the support plate 6, and plate springs are arranged in a heap on both parallel sides of the protruding spring support member 13. Protruding ridges 12, 12 bent to
are protruded into the openings of the bent portions 7, 7, and insertion portions 4b, 4b' are provided at both front end portions 4a, 4a' of the respective rear frames with a slight width left on both sides in the width direction from the tip. A wavy cutout 4c, 4 is provided on each side of the fitting portion 4b, 4b' and is continuous to one side of the fitting portion 4b, 4b'.
c' respectively, and insert the rear frame front ends 4a, 4a' into the openings of the bent parts 7, 7 of the support plate 6 with the two sets of rear frames 4, 4' overlapped. By sliding each of the two sets of rear frames 4, 4', the front and rear positions of the two sets of rear frames 4, 4' can be freely adjusted and stopped, and the rear frames 4, 4' can be pivoted in the vertical direction.

That is, as shown in Figure 1, the basic frame A of the Japanese hair wig is a front frame 1 located at the front of the forehead, and a negoma root located above the center of the back of the head and equipped with a negoma that serves as a support for the root. It is constructed in a substantially hemispherical shape along the human head, consisting of a gold plate 2, horizontal frames 3 on both sides located from the back of the head to the sides of the head, and two sets of rear frames 4 located near the nape of the head.

Front frame rear end portions 1a on both sides of the front frame 1
and the horizontal frame ends 3a of the horizontal frames 3 on both sides located from the back of the head to the side of the head, which are further extended from the Negoma root metal 2 extending from the front frame 1 to a position above the center of the back of the head. The left and right sides are located behind and above both ears of the temporal region, where the front frame rear ends 1a on both sides of the front frame 1 and the rear frame front ends 4a on both sides of the rear frame 4 are connected by means. The connecting portion (B) connects each other.

As shown in FIGS. 2 to 4, in the present invention, a pivot hole 1b is bored at approximately the center of the rear end 1a of the front frame 1, through which a pivot pin 5 will be inserted later. A protruding piece that becomes the elastic body hooking part 10 is formed in advance on the front upper edge of the rear end 1a of the frame, and the elastic body hooking part 10 is formed on the surface by bending the protruding piece. be.

On one side of the flat, substantially rectangular support plate 6, bent portions 7, 7 with an open inner side are formed by bending a slightly wide parallel longitudinal direction into a U-shaped cross section, respectively. The open bent portions 7, 7 allow rear frame front ends 4a, 4a' of two sets of rear frames 4, 4 (to be described later) to be inserted therethrough, and in addition, to the center side of the support plate 6 in the width direction, That is, a pivot hole 8 through which the pivot pin 5 will be inserted later is formed between each of the bent parts 7, 7, and a hook part 11 for an elastic body is provided on the rear upper side edge of the support plate 6.
A protruding piece is formed in advance and the protruding piece is bent to the other side to form the elastic body hooking part 11.

Further, between the bent portions 7 and 7 of the support plate 6, a protruding spring support member 13 having a slight height and parallel sides is formed in the shape of a rectangular block, so as not to impede the pivotal movement of the pivot pin 5. fixed by means,
Protruding strips 12, 12, which are plate springs bent in a mountain pattern, are provided on parallel side surfaces on both sides of the protruding strip support member 13 in a state of slightly protruding into the openings of the bent portions 7, 7.

The pivot hole 1b of the front frame rear end 1a of the front frame 1 and the pivot hole 8 of the support plate 6 are connected by a pivot pin 5 through a linear elastic body 9 having a loop portion. The loop portion of the linear elastic body 9 is fixed movably around the pivot pin 5 so that the pivot pin 5 is connected between the back side of the rear end 1a of the front frame and the front side of the support plate 6. The linear elastic body 12 is pivotally fixed by means such as caulking, and both ends of the linear elastic body 12 are connected to the elastic body hooking part 10 and the support plate 6 formed on the rear end 1a of the front frame.
With the pivot pin 5 as a fulcrum, the linear elastic body 12 is constantly attached to the respective elastic body hooks 10 and 11 formed in FIG.
11 to maintain elasticity so as to widen the gap between the two.

Then, fitting portions 4b, 4 are inserted into both rear frame front end portions 4a, 4a' extending from each of the two sets of rear frames 4, 4' with a slight width left on both sides in the width direction from the tip.
b' are respectively notched, and continuous wavy notches 4c, 4c' are formed on the slightly wider sides of the respective fitting portions 4b, 4b', respectively, on opposing sides, In other words, a set of rear frames 4 shown in FIG.
A wavy notch 4c formed in
The wavy notches 4c' formed in the wavy notches 4c' are formed at opposing positions, respectively.

In the present invention configured as described above, the rear frames 4, 4'
When the front ends 4a, 4a' of the rear frame are inserted between the openings of the bent parts 7, 7 of the support plate 6 and the parallel side surfaces of the protrusion support member 13, the respective protrusion parts protruding from the protrusion support member 13 are inserted. The protruding pieces 12, 12 have wavy notches 4c,
4c' is pinched by the first mountain part, and the protruding pieces 12, 1
2 is slightly buried in the protrusion support member 13, and as it is further slid, the protrusion pieces 12, 1 enter the first troughs of the plurality of wavy notches 4c, 4c'.
2 opens and stops, and when it is slid further, it is squeezed again at the next peak part, moves to the next valley part, opens and stops, but when it is slid, the projection piece 1
2 and 12 are released, a short sound is emitted when the tips of the protrusions 12 and 12 come into contact with the bottoms of the valleys of the wavy cutouts 4c and 4c', and the amount of sliding corresponds to the sound. This is so that it can be easily determined.

It has a double structure in which two sets of rear frames 4, 4' of the present invention are overlapped, and the length of the dowel is corrected with the rear frame 4 located on the outside, and the rear frame located on the inside 4' is used to press the area around the nape of the head with an appropriate pressing force.

Front frame rear end 1a of connecting part B of base frame A of the present invention
The support plate 6 is pivotally fixed to the pivot pin 5.
It has a structure in which a linear elastic body 9, commonly called a kitsukubane or a beard spring, which is attached by winding the loop part of the head, constantly presses the respective rear frames 4, 4' in the direction near the nape of the back of the head with appropriate elastic pressure. The support plate 6 and the rear end of the front frame 1 are designed to allow for appropriate pivoting during attachment and detachment. It is also possible to form a hem stopper with 1a to restrict the range of pivoting.

In addition, the support plate 6 and the rear frame front ends 4a, 4a' of the two sets of rear frames 4 and 4' are fitted with sliding stoppers in an appropriate manner to prevent them from sliding beyond the sliding range and falling off. It is also possible to provide one.

[Effect of idea]

As mentioned above, the present invention allows you to adjust the length of the dowel with the outer rear frame by sliding the two sets of double-structured rear frames with a single touch, even after the Japanese hair is tied up. Not only can the delicate balance of Japanese hair be corrected, but the rear frame can be stopped at any position, and the rear frame can freely pivot when putting on and taking off, so it does not matter the size or shape of the wearer's head while wearing it. The rear frame located on the inside presses the nape area at the back of the head with an appropriate pressure, so there is no need to remove the Japanese hair wig once tied at a beauty salon or put your hands into the Japanese hair. It is possible to adjust the length of the tied wig, and it also eliminates the need to stock Japanese hair wigs of various sizes and shapes, and in addition, once tied, it can fit on any number of heads. This is a truly dream-like Japanese hair wig.

[Brief explanation of the drawing]

FIG. 1 is a side view of one embodiment of the present invention when worn. FIG. 2 is an enlarged perspective view for explaining the main parts of FIG. 1. FIG. 3 is an exploded schematic diagram of the main parts. FIG. 4 is a schematic sectional view of the main parts. A...Base frame, B...Connecting part. 1...Front frame, 1a
...Front frame rear end, 1b... Pivot hole, 2... Negoma root metal, 3... Horizontal frame, 3a... Horizontal frame end, 4,
4'... Rear frame, 4a, 4a'... Rear frame front end, 4
b, 4b'... Fitting portion, 4c, 4c'... Wavy notch, 5... Pivoting pin, 6... Support plate, 7, 7...
Bent portion, 8... Pivot hole, 9... Linear elastic body, 1
0, 11...Latching portion for elastic body, 12, 12...Protruding spring, 13...Protruding spring support member.

Claims (1)

[Scope of Claim for Utility Model Registration] The rear of the front frame of the front frame 1 of the base frame A of the Japanese hair wig, which consists of the front frame 1, Negoma root metal 2, horizontal frames 3 on both sides, and two sets of rear frames 4, 4'. End 1a and horizontal frame end 3 of horizontal frame 3
a and rear frame front ends 4a, 4 of two sets of rear frames 4, 4'
At each connection part b located on the temporal head of both sides where a' is connected, a pivot hole 1b is attached to approximately the center of the rear end part 1a of the front frame.
At the same time, a hooking part 10 for the elastic body is formed on the edge, and on one side of the support plate 6, bent parts 7, 7 with a U-shaped cross section and an open inner side are formed at a slight width at both parallel ends. A pivot hole 8 is formed on the center side of the support plate 6 in the width direction.
At the same time, a hook part 11 for the elastic body is formed on the other side of the side edge, and a loop part is formed between the pivot hole 1b of the rear end 1a of the front frame and the pivot hole 8 of the support plate 6. A linear elastic body 9 is interposed therebetween and is pivotally fixed by the pivot pin 5, and the loop portion of the linear elastic body 12 wraps around the pivot pin 5, and each end is attached to the rear of the front frame. It is hooked to the elastic body hooking portion 10 of the end portion 1a and the elastic body hooking portion 11 of the support plate 6, and the support plate 6
A protruding spring support member 13 having a slight height and parallel sides was fixed between the bent parts 7, 7, and the plate springs were bent in a mountain pattern to the parallel sides on both sides of the protruding spring supporting member 13. The protruding springs 12, 12 are provided to protrude into the openings of the bent portions 7, 7, and fitting portions 4b are provided at both front end portions 4a, 4a' of the respective rear frames with a slight width left on both sides in the width direction from the tip. . , 7, with the two sets of rear frames 4, 4' stacked one on top of the other, the front ends 4a, 4a' of the rear frames are inserted into the openings of the rear frames 4, 7, and the two sets of rear frames 4, 4 are slid. 1. A double structure adjustment device for a Japanese hair wig rear frame, which is characterized in that the front and rear positions of each of the parts 1 and 2 can be freely adjusted and stopped, and can be pivoted in the vertical direction.