JPS6315361B2 - - Google Patents

Description

[Detailed Description of the Invention] (1) Although the wig main body and the fastener for attaching the wig are integrated as a wig, the present invention mainly focuses on the fastener for attaching the wig to the head, which is currently the most problematic. This relates to a stopper for a wig. The present invention is a double-sided wig stopper because it has a wig attachment device on both sides of the stopper, and is therefore called a double-sided wig stopper. By the way, the most important requirements for a wig stopper are firstly its strength and reliability in gripping the hair, secondly its thinness, and thirdly its tightness between the wig and the head. It is the degree of close contact.

According to the double stopper of the present invention, wearing a wig is easier, more securely, and more firmly grips hair than conventional ones, and the thickness is less than one third of that of conventional ones. Furthermore, in the double stopper of the present invention, the device for pinching hair is on both sides, so there are twice as many devices as in the conventional one.
Moreover, since it pinches the hair in both the up and down directions, it has achieved a significant improvement in the degree of adhesion between the wig and the head, overcoming the shortcomings of conventional wig stoppers and solving a long-standing problem in the wig industry. It is something to respond to.

2. Although the double stopper of the present invention is completely different in construction from any stopper conventionally used in the wig industry, I would like to point out the drawbacks of the conventional stopper just in case.

Conventionally used in the wig industry is a structure in which many thin elastic metal wires are welded to the surface of the lower side of the frame constituting the curved inversion member so as to hang over the upper side of the frame, and the upper side of the frame is covered with rubber pipes, etc. It is made up of That is, this is a structure in which the hair is held between only one side of the stopper.

The hole points of conventional wig stoppers are as follows.

(1) First, the most distinctive feature and one of the biggest drawbacks of the conventional wig stopper is that the upper side of the frame is covered with an elastic friction member as in the above structure. Therefore, the wig becomes thicker, and as a result, the wig and head do not come into close contact, creating an unnatural and uncomfortable feeling.

(2) Second, conventional wig stoppers have weak hair-pinching power. The main reason is
This is because conventional wig stoppers are constructed so that when the frame is inverted and the frame and thin wire are in contact with each other, that is, in the closed state, the frame side and the thin wire can only come into contact at one point on the top surface. be.
Therefore, they probably devised a cover such as a rubber pipe on the top side of the frame to sandwich more hair when the frame side and the thin wire were in contact with each other, but even in such a case, the structure was originally configured to make contact at one point. However, there is no way that the force that pinches the hair will become stronger. In short, if the rubber pipe etc. are removed, it cannot function as a wig stopper. Moreover, while using the stopper, hair oil, etc. may adhere to and penetrate the rubber pipe, weakening it and losing its elasticity.Also, even if the oil-resistant rubber pipe is used, not only oil but also salt, etc. There is a defect which weakens the hair and thus significantly relaxes the gripping force on the hair by the frame edge and the line of weakness.

The present invention is also excellent in that it eliminates the above-mentioned conventional drawbacks.

3. Structure of the present invention The double stopper of the present invention will be explained with reference to the drawings as follows. The main body has the shape of a rectangular, elliptical, or horizontally trapezoidal curved thin plate frame 1 that can be reversed, and the hooks on each of the two long sides of the frame are brought into contact with the opposite hooks for attaching a wig. A small hole 7 is drilled to secure the wig, and a small hole 7 for attaching the wig is also drilled on the side of the frame opposite to this. A large number of thin wires 2 are arranged in parallel at their ends and welded, and the thin wires 2 pass through the window 3 of the frame and protrude toward the top of the front side of the upper side of the frame 1. A large number of thin wires 2 of a certain length are arranged in parallel at their ends and welded to each other, and the thin wires 2 pass through the window 3 of the frame and protrude toward the top of the front side of the lower side of the frame 1. This is a double stopper for wearing a wig, which is fixed to the wig and twisted so that the wig is attached tightly to the head.

The frame of the main body is similar to the frame that has been widely used in various fields for hair clips and hair decorations.
The tip of the fine wire may be made of a thin elastic metal plate such as stainless steel, and the tip of the thin wire may be rounded, welded, or glued with a glue in the same way as the tip of the teeth of a metal comb, and the other end The parts are fixed together by welding or the like. Furthermore, the upper and lower sides of the inverted thin plate frame 1 of the double stopper of the present invention are made wide so that hair can be more easily caught between the thin wire 2, more hair can be caught, and the hair can be caught more strongly. .

4. Effectiveness of the present invention (1) The double stopper of the present invention has a much stronger clamping force on hair than conventional stoppers. The reason for this is: (a) When the inverted thin plate frame 1 and the large number of thin wires 2 are in an open state (see Figure 3), the thin wires 2 can be inserted into the hair as if using a regular comb. When inserted, hair is interposed between the frame 1 and the thin wire 2. When the frame 1 is reversed in this state, the frame 1 and the thin wires 4 and 5 come into direct contact parallel to each other as surfaces, as shown in FIG.
This is because the structure is such that the hair is pinched at the contact surface. This point is superior to the conventional stopper, which only presses the hair at one point. With this configuration of the present invention, the gripping force on the hair becomes much stronger, so there is no need to cover the elastic friction member at all.
On the contrary, it may even cause trouble, and therefore the double stopper of the present invention can be made one-third or more thinner than the conventional one. In other words, at first glance it may seem that the covering of the elastic friction member strengthens the hair-pinching force, but in reality, as is clear from experiment, it is possible to use the inverted thin plate without covering the rubber pipe or the like. If the frame 1 and the thin wire 2 are configured to come into contact with each other as described above when the frame 1 is reversed, the force for pinching the hair is much stronger and superior. This is illustrated in FIGS. 5 and 6 using longitudinal sections.

(b) The second reason why the double stopper of the present invention has a strong hair-clamping force is as follows, as can be easily understood by referring to FIGS. 5 and 6.
The present invention has a thin line 2 on the back side of the lower side of the inverted thin plate frame 1.
This invention is based on the excellent principle that by welding, the bent thin wire 2 passing through the window 3 of the frame can easily come into contact with the upper surface of the frame 1 in parallel. That is, the present invention has invented the principle of generating a strong clamping force by organically combining the reversing force of the frame 1 with the lever principle, and applies this to clamp the hair. It is from. That is, when observing the action of the inverted thin plate frame 1 and the thin wire 2 from the open state (Fig. 5) to the closed state with hair in between (Fig. 6), it is as if the window 3 of the frame was used as a fulcrum. The result is the same as applying the lever principle. By the operation of this invented principle, the hair is firmly clamped. It is not simply pressed down from above like in the conventional case. This can also be understood from Figures 3 and 4.

In addition to (c), the present invention is configured so that hair can be pinched in the same way on both sides of the stopper body. Therefore, the gripping force on the hair is doubled. This point is one of the greatest features of the present invention, and its effectiveness and novelty cannot be overstated.

(2) Next, the double stopper of the present invention is superior in that it has improved the degree of closeness between the wig and the head. In other words, if the hair is held between only one side of the stopper, the other side of the stopper tends to create a gap between the wig and the head, which tends to cause the wig to stick up, creating a level difference between the natural hair and the artificial hair. There were some easy defects. However,
Since the present invention is constructed so that the hair is pinched on both sides of the wig stopper, it overcomes all the drawbacks of the conventional ones as described above, and exhibits a remarkable effect in this respect as well.

(3) The next important feature is that the double stopper of the present invention has a structure that generates a strong clamping force, so there is no need to cover the frame with an elastic friction member. Therefore, compared to the thickness of conventional stoppers, the thickness is less than one-third, and we have finally realized the thinness of the stopper, which is one of the most requested items when wearing a wig, and the thickness of the wig and head. The point is that it has become possible to eliminate the sense of incongruity and unnaturalness between them by bringing them into close contact.

(4) Furthermore, in connection with this, the double stopper also has the advantage of making it easier to pinch hair. This is because the thick rubber pipe or the like does not cover the frame edges, making it easy for hair to get between the frame edges and the thin wires 2.

(5) In addition to this, since the present invention maintains a strong clamping force, it is possible to downsize the frame body, and furthermore, the length of the thin wire 2 can be shortened to the frame side. Therefore,
Overall, it has become possible to downsize and more effectively meet the demands of the wig industry.

As described above, when using the double stopper of the present invention which has many novelties and efficacies, several double stoppers of the present invention are fixed to the inside of the wig using the 72 small holes. Then, when the hair on the other side is interposed between the upper and lower sides of the inverted thin plate frame 1 and the plurality of thin lines 2, and the double stopper main body is inverted, the upper and lower sides of the inverted thin plate frame 1 and the thin lines 2 are interposed. The wig firmly pinches the hair on both the upper and lower sides of the inverted thin plate frame 1, thereby fixing the wig to the head, and is greatly useful for using the wig as a substitute for human scalp hair. It is.

Based on the above, the present invention can be said to be novel and useful.

5 Other examples include the following:

(1) It is also effective to construct the above-mentioned reversible curved thin plate frame 1 from a rigid material such as a hard synthetic resin material in addition to a metal material. In this case, it is also possible and effective that the large number of thin wires 2 be formed integrally with the inverted thin plate frame 1. That is, both can be molded as a single piece.

(2) It is also effective to have a configuration in which a large number of thin wires 2 are welded to the back side of the upper side of the inverted thin plate frame 1, and to the front side of the lower side.

(3) It is also effective to have a configuration in which a large number of thin wires 2 are welded to the top side of the inverted thin plate frame 1 and also to the bottom side of the inverted thin plate frame 1.

(4) In the case of the embodiment of the present invention, it is also effective to arrange the positions of the thin wires 2 to be welded alternately or in a fixed order on the back side and the front side in each of the cases 2 and 3 above.

(5) Embodiments of the present invention, in the embodiments (2) and (4) above, that is, when a large number of thin wires are welded to the back side of the frame, thin inelastic members are attached to the upper and lower sides of the frame 1. It is also effective to adhere or cover the surface.

(6) In the case of (5) above, it is also effective to attach or cover with a thin elastic member.

(7) In the above embodiments (2), (3), and (4), when a large number of thin wires 2 are welded to the surface of the frame 1, a thin inelastic material is attached to the upper and lower sides of the frame 1. Adhesion or coating is also effective.

(8) In the case of (7) above, it is also effective to attach or cover with a thin elastic member.

(9) In the embodiment described in (1) above, it is also effective to attach or cover the upper and lower sides of the frame 1 with thin inelastic members.

(10) In the embodiment described in (1) above, it is also effective to attach or cover the upper and lower sides of the frame 1 with thin elastic members.

[Brief explanation of the drawing]

Fig. 1 is a front view showing an embodiment of the double stopper according to the present invention, Fig. 2 is a rear view of Fig. 1, and Fig. 3 is a rear view of Fig. 1.
The figure is an enlarged right side view of the double stopper of the present invention shown in Fig. 1, with the double stopper in an open state, and Fig. 4 is a right side view of the double stopper of the invention enlarged from Fig. 1. Figure 5 shows the state in which the double stopper is closed.
FIG. 6 is a longitudinal sectional view taken along the X-ray line showing the double stopper in an open state, and FIG. 6 is a longitudinal sectional view taken along the line X--X of FIG. 1 showing the double stopper closed. 1...Inverted thin plate frame, 2...Thin wire, 3...Window in the frame, 4...One thin line protruding towards the top on the top side, 5...One thin line protruding towards the top on the bottom side , 6... One thin wire protruding toward the top of the upper side, 7... A small hole for attaching the wig.

Claims (1)

[Claims] 1. A large number of hairs are planted on the outside of the wig body, and several double stoppers for wigs, which are equipped on both sides with a device for attaching the wig to the head by pinching the hair, are fixed to the inside of the wig body. In the wig made of A small hole 7 is made and fixed in place, and a small hole 7 is also made on the frame side opposite to this.
A large number of thin wires 2 of a certain length are lined up and welded at the ends on the back side of the lower side of the inverted thin plate frame 1, and the thin wires 2 pass through the window 3 of the frame and pass through the inverted thin plate frame 1. A large number of thin wires 2 of a certain length are made to protrude upward in the upper direction of the front side of the upper side of the thin plate frame 1, and on the other hand, on the back side of the upper side of the inverted thin plate frame 1, their ends are arranged in parallel and welded. 2 passes through the window 3 of the frame and protrudes upward from the front side of the lower side of the inverted thin plate frame 1.
When, due to the reversal of the inverted thin plate frame 1, a large number of thin wires 2 welded to the back surfaces of the lower and upper sides of the inverted thin plate frame 1 come into contact with the upper and lower sides of the inverted thin plate frame 1, that is, the state is closed. The wig is characterized in that the wig is attached to the head by pinching the hair between the plurality of thin wires 2 and the upper and lower surfaces of the inverted thin plate frame 1.