JP3114869U - Nose corrector - Google Patents

Abstract

In a nasal correction device, the nose can be securely held while having a soft touch, and a sufficient correction force for the nose is exhibited.
A left sandwiching body 2 disposed on the left nose wing 6a side of the nose and a right sandwiching body 3 disposed on the right nose wing 6b side of the nose are provided. The left sandwiching body 2 and the right sandwiching body 3 are made of silicon. It is made of rubber, and the left sandwiching body 2 and the right sandwiching body 3 are arranged on the nasal dorsal 5 side so that the left sandwiching body 2 and the right sandwiching body 3 sandwich the nose from the left and right with the left sandwiching body 2 and the right sandwiching body 3 spreading left and right due to elastic deformation The ends are connected to each other by the connecting body 4.
[Selection] Figure 1

Description

  The present invention relates to a nasal correction tool that corrects the rising of the nose with the side surfaces of the right and left nasal wings sandwiched between the sides.

As this type of nose corrector, as disclosed in Patent Document 1, it is formed in a substantially triangular shape with a plate material having a resilience like a polyethylene foam, and a notch is formed in a substantially C shape on one side thereof. It is known that both ends of the opening of this notch are left and right knobs, and the right and left nose wings are sandwiched between the left and right knobs to correct the nose.
JP 2000-175949 A

The nose corrector uses a material having cushioning properties that are gentle to the skin. However, a soft material such as polyethylene foam has a weak nose clamping force and cannot provide sufficient correction force to the nose.
Further, when the nasal correction tool is formed of a material such as polyethylene foam, there is a problem that it is difficult to maintain the pinching (correction) state by slipping on the skin around the nasal wing where a lot of sebum is secreted.
In view of the above problems, an object of the present invention is to provide a nasal correction tool that can securely pinch the nose while exhibiting a soft touch and can exert a sufficient correction force on the nose.

In order to achieve the above object, the present invention has taken the following measures. That is,
The left holding body 2 arranged on the left nose wing 6a side of the nose and the right holding body 3 arranged on the right nose wing 6b side of the nose are provided. The left holding body 2 and the right holding body 3 are made of silicon rubber. The ends of the left pinch 2 and the right pinch 3 on the nose spine 5 side are sandwiched between the left pinch 2 and the right pinch 3 so that the nose is pinched from the left and right in a state where the left pinch 2 and the right pinch 3 spread left and right due to elastic deformation. They are connected to each other by a connecting body 4.
The connecting body 4, the left sandwiching body 2 and the right sandwiching body 3 are formed as separate bodies so that the left sandwiching body 2 and the right sandwiching body 3 sandwich the nose from the left and right with the elastic body deformed to the left and right. In addition, the connecting body 4 presses the ends of the left sandwiching body 2 and the right sandwiching body 3 on the nose back 5 side together.

The connecting body 4 includes a left wing portion 10 along a side surface of the left sandwiching body 2 on the nose back 5 side, a right wing portion 11 along a side surface of the right sandwiching body 3 on the nose back 5 side, and the left wing portion 10 and the right wing portion 11. And the left wing portion 10 and the right wing portion 11 of the linking body 4 spread left and right due to elastic deformation when the nose is clamped left and right by the left clamping body 2 and the right clamping body 3. Thus, the connecting body 4 is configured to be elastically deformable so that a restoring force by elastic deformation of the connecting body 4 acts on the nose pinching by the left holding body 2 and the right holding body 3.
The connecting body 4 is integrally formed at the end of the nose spine 5 side of the left sandwiching body 2 and the right sandwiching body 3, and the nose can be opened in a state where the left sandwiching body 2 and the right sandwiching body 3 spread left and right due to elastic deformation. The connecting body 4 connects the ends on the nose back 5 side of the left holding body 2 and the right holding body 3 to each other so as to be held from the left and right.

A slit 13 from the left and right nose wings 6a, 6b to the back of the nose 5 is provided on the left sandwiching body so that the left and right nose wings 6a, 6b side of the left sandwiching body 2 and the right sandwiching body 3 branch and expand to come into contact with the nose. 2 and the right clamping body 3.
When the end portions on the nose spine 5 side of the left sandwiching body 2 and the right sandwiching body 3 are crimped by the connecting body 4, the left and right nose wings 6a, 6b side of the left sandwiching body 2 and the right sandwiching body 3 are The left holding body 2 and the right holding body 3 are inward in the left-right direction from the nose dorsal 5 side toward the left and right nose wings 6a, 6b so as to be pressed left and right and elastically deformed outward in the left-right direction. It is curved.

  The left sandwiching body 2 and the right sandwiching body 3 are connected to each other on the nose-dorsal side 5 via a connecting band portion 7.

  According to the present invention, the nose can be securely held while having a soft touch, and a sufficient correction force for the nose can be exhibited.

Hereinafter, embodiments of the present invention will be described with reference to the drawings. Unless otherwise specified, the higher direction in the height direction of the nose, that is, the direction toward the nasal head as viewed from the wearer is defined as the nose back 5 side, and the lower direction, that is, the direction toward the base of the nose is defined as the root side. Further, the left direction from the center line of the nose is the left nose wing 6a side, and the right direction is the right nose wing 6b side. Further, a concave part near the eyes of the nose in the vertical direction of the face is referred to as a nasal column 9, and a head of the nose is referred to as a nose tip 15. same as below.
As shown in FIG. 1, the nasal correction tool 1 of the present invention sandwiches the nose side surfaces on both the left and right sides of the nose back 5 along the back of the nose 5 from the nose column 9 to the tip of the nose 15 (the central ridge of the nose). It is used to correct the nose bulge in daily skin care or petit shaping. The nose corrector 1 is integrally formed with a left sandwiching body 2 disposed on the left nose wing 6a side, a right sandwiching body 3 disposed on the right nose wing 6b side, and these nose dorsal 5 sides are connected to each other. The connecting band part 7 to be connected, and the left holding body 2 and the right holding body 3 are composed of a connecting body 4 for crimping the ends of the nose back 5 side to each other.

As shown in FIG. 2, the left sandwiching body 2 and the right sandwiching body 3 are in contact with each other at the ends of the nose dorsal 5 side, and the left and right nose wings 6a and 6b are along the nose side surface due to elastic deformation. Spread right and left. (Note that the term “connecting” is used to mean that the connecting body 4 includes crimping. The same applies hereinafter.) The left sandwiching body 2 and the right sandwiching body 3 are formed of silicon rubber in a substantially rectangular plate shape, The nose wings 6a and 6b are sandwiched from the left and right sides with a restoring force that restores the nose wings 6a and 6b in the opposite direction from a state where the nose wings 6a and 6b are expanded by elastic deformation.
The silicone rubber is an elastically deformable silicone resin having an organosiloxane bond in the main chain, and includes alkyl silicone rubber, phenyl silicone rubber, fluorinated silicone rubber, vinyl silicone rubber and the like. The silicone rubber has a higher coefficient of friction than other resin materials for nasal skin with high sebum secretion. By using silicone rubber for the left sandwiching body 2 and the right sandwiching body 3, adhesion to the skin is achieved. Can be increased. Accordingly, the left sandwiching body 2 and the right sandwiching body 3 can be firmly fixed (adhered) to the nasal skin while being soft to the skin, and the nasal correction tool 1 can be prevented from coming off.

The connecting body 4 is an elastic body made of a synthetic resin such as PVC, PET, PP, or a metal harder than the silicon rubber, or a metal such as aluminum or copper plate, and includes the left sandwiching body 2 and the right sandwiching body 3. Are externally fitted from the back of the nose 5. The connecting body 4 includes a left wing portion 10 along a side surface on the nose back 5 side of the left sandwiching body 2 and a right wing portion 11 along a side surface on the nose back 5 side of the right sandwiching body 3. And a connecting portion 12 that connects ends of the right wing portion 11 with each other.
The left wing portion 10 and the right wing portion 11 are connected to the left and right ends of the connecting portion 12 at the right and left ends, respectively, and the left and right nose wings 6a and 6b are elastically deformed and spread left and right as compared to the nose back 5 side. Therefore, a strong restoring force is exhibited when restoring in the opposite direction from the state of spreading left and right, and the left sandwiching body 2 and the right sandwiching body 3 are sandwiched in the facing direction. Therefore, in addition to the restoring force due to the elastic deformation of the left sandwiching body 2 and the right sandwiching body 3 spreading to the left and right, the restoring force due to the elastic deformation of the connecting body 4 acts on the nose, and the restoring force of both is cooperative. Since it has a strong correction force acting on the nose, a sufficient correction force can be exerted on the nose.

  The left sandwiching body 2 and the right sandwiching body 3 are formed with a plurality of slits 13 extending from the left and right nose wings 6 a and 6 b toward the nose back 5 side. (See FIG. 1.) By providing the slits 13, the left and right nose wings 6a, 6b side tips of the left sandwiching body 2 and the right sandwiching body 3 are branched, and the individual side surfaces of the left and right nose wings 6a, 6b are separated at the branching portions. Since it adheres closely to the nose, it is possible to increase the adhesion to the side of the nose having a complicated curved surface shape such as the nose and its border. Moreover, the strong correction force with respect to a nose can be disperse | distributed, the fastening force with respect to skin can be disperse | distributed, and it can prevent that a mark remains in skin.

  The connecting band portion 7 is a member integrally formed in a band plate shape between the ends of the nose back 5 side of the left sandwiching body 2 and the right sandwiching body 3, and the left sandwiching body 2 and the right sandwiching body 3 are connected to each other at the ends of the nose back 5 side. Since the connecting band portion 7 is formed of silicon rubber like the left holding body 2 and the right holding body 3, the left holding body 2, the right holding body 3, and the connecting band portion 7 are integrally formed. This is possible, and is advantageous for reducing the manufacturing cost of the nasal correction device 1 by reducing the number of parts. Further, the connecting band portion 7 is formed to be thinner than the left holding body 2 and the right holding body 3, and the left holding body 2 and the right holding body 3 are bent at the connecting band portion 7. The left sandwiching body 2 and the right sandwiching body 3 are aligned and easily fitted to the coupling body 4 by being bent with the coupling band portion 7 as a boundary.

  FIG. 3 shows the left holding body 2 and the right holding body 3 before the connection body 4 is attached. In a state where there is no crimping by the connecting body 4, the left sandwiching body 2 and the right sandwiching body 3 have a midway part (left and right midway part in FIG. 3) from the back of the nose 5 to the left and right nose wings 6a, 6b. And is formed in a curved shape projecting upward (both left and right sides when attached to the nose), and the connecting body 4 opens downward (to the left and right nose wings 6a and 6b when attached to the nose). Is provided. Since the connecting band portion 7 is formed thinner than the left sandwiching body 2 and the right sandwiching body 3, the left sandwiching body 2 and the right sandwiching body 3 face the inner surfaces of the curved surfaces with the joining band portion 7 as a boundary. The left sandwiching body 2 and the right sandwiching body 3 can be aligned and fitted into the connecting body 4 from below in FIG.

4, the left sandwiching body 2 and the right sandwiching body 3 are inserted into the connecting body 4 in FIG. 3 from the nose back 5 side, and the nose of the nasal correction tool 1 in the connected state is not sandwiched by the connecting body 4. Indicates the state.
The left sandwiching body 2 and the right sandwiching body 3 are arranged in such a way that the radially inner side (inner surface side of the curved surface) of the curved shape faces each other, that is, from the nose spine 5 side to the tip of the left and right nose wings 6a, 6b side. The parts are separated to the left and right, and have a substantially drum shape in which the tips of the left and right nose wings 6a and 6b are in contact. As a result, the left sandwiching body 2 and the right sandwiching body 3 can be easily fitted to the nasal side surface having a complicated curved cross-sectional shape, and can be uniformly clamped between the nose spine 5 side and the tips of the left and right nose wings 6a and 6b. You will be able to demonstrate your power.

FIG. 5 shows another method of using the nose corrector 1. The tip of the nose back 5 side of the nose is inserted into the connecting body 4, and the left wing part 10 and the right wing part 11 of the connecting body 4 are elastically deformed by spreading widely from the left and right through the nose. Since the stronger clamping force (correction force) reaches the nose due to the restoring force from the deformation, a stronger nasal correction effect can be exhibited.
In FIG. 6, the connecting body 4 is formed of silicone rubber in the same manner as the left holding body 2 and the right holding body 3, and the connecting body 4 is located on the nose back 5 side of the left holding body 2 and the right holding body 3. It is integrally formed at the end, and the connecting body 4 connects the left holding body 2 and the right holding body 3. The connecting body 4 is formed in a U-shape in cross section, and in the natural state where no external force is applied, the left and right nose wings 6a and 6b side tips of the left and right holding bodies 2 and 3 are in contact with each other. When the left sandwiching body 2 and the right sandwiching body 3 spread left and right due to elastic deformation, a restoring force is generated in the direction in which the left sandwiching body 2 and the right sandwiching body 3 face each other, and Hold it from the left and right. The soft correction force by the restoring force of silicon rubber and the good adhesion due to the high coefficient of friction prevent the user from bothering (interfering) even if used for a long time. The nose can be corrected.

The present invention is best configured as shown in FIGS. 1 to 6 in terms of the shape of each member and the positional relationship between the front, back, left, and right in the embodiment. However, it is not limited to the said embodiment, A member, a structure can be variously deformed, and a combination can also be changed.
The connecting body 4 is preferably formed of a synthetic resin or metal that can be elastically deformed, but a hard material that is not easily elastically deformed may be used. Further, the left sandwiching body 2 and the right sandwiching body 3 do not have to have a flat plate shape, and may be tapered toward the left and right nose wings 6a and 6b. Moreover, the slit 13 does not need to be provided and the number thereof is not limited.

The left sandwiching body 2 and the right sandwiching body 3 are preferably formed in a curved shape, but may not be bent in a dogleg shape or curved. Further, instead of the connecting band portion 7, the left sandwiching body 2 and the right sandwiching body 3 may be integrally formed, and a fold may be formed in advance between them, and the left sandwiching body 2 and the right sandwiching body 3 may be separated. It may be formed on the body (individually).
It should be noted that the left sandwiching body 2 and the right sandwiching body 3 have a non-slip structure, such as a wrinkle or groove having a cross-sectional view, or a protruding part that is gently uneven on the opposing surfaces of the left sandwiching body 2 and the right sandwiching body 3. Etc. may be formed.

It is a perspective view which shows the use condition of the nose correction tool of 1st Embodiment of this invention. It is a container sectional view of the same use state. It is a container sectional view before the connection body attachment. It is sectional drawing of the container before the use (after a coupling body attachment). It is a container sectional drawing which shows the use condition different from FIG. 2 of the nose correction tool. It is a perspective view which shows the use condition of the nose correction tool of 2nd Embodiment of this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Nose correction tool 2 Left clamping body 3 Right clamping body 4 Connection body 5 Nose back 6 Nose wing 7 Connection band part 10 Left wing part 11 Right wing part 12 Connection part 13 Slit

Claims (7)

  The left holding body (2) arranged on the left nose wing (6a) side of the nose and the right holding body (3) arranged on the right nose wing (6b) side of the nose, the left holding body (2) and the right The sandwiching body (3) is made of silicon rubber, and the left sandwiching body ( A nose corrector characterized in that ends of the nose spine (5) side of 2) and the right clamping body (3) are connected to each other by a connecting body (4).   The connecting body (4), the left sandwiching body (2), and the right sandwiching body (3) are formed as separate bodies, and the left sandwiching body (2) and the right sandwiching body (3) spread left and right by elastic deformation. In such a state, the connecting body (4) presses the ends of the left sandwiching body (2) and the right sandwiching body (3) on the nose spine (5) side together so that the nose is sandwiched from the left and right. The nasal correction tool according to claim 1, wherein:   The connecting body (4) includes a left wing portion (10) along a side surface on the nose spine (5) side of the left sandwiching body (2) and a right wing along a side surface on the nose back (5) side of the right sandwiching body (3). Part (11) and a connecting part (12) for connecting the left wing part (10) and the right wing part (11), and the left and right clamping bodies (2) and (3) The left wing part (10) and the right wing part (11) of the connecting body (4) spread left and right due to elastic deformation when sandwiched between the left sandwiching body (2) and the right sandwiching body (3). The nasal correction tool according to claim 1 or 2, wherein the connecting body (4) is configured to be elastically deformable so that a restoring force due to elastic deformation of the connecting body (4) acts on the sandwich. .   The connecting body (4) is integrally formed at the end of the nose back (5) side of the left sandwiching body (2) and the right sandwiching body (3), and the left sandwiching body (2) and the right sandwiching body (3) End of the nose spine (5) side between the left sandwiching body (2) and the right sandwiching body (3) so that the coupling body (4) sandwiches the nose from the left and right in a state where the nose spreads left and right due to elastic deformation The nasal correction tool according to claim 1, wherein the nasal correction tools are connected to each other.   From the left and right nose wings (6a, 6b) side to the nose dorsum (5) so that the left and right nose wings (6a, 6b) side of the left sandwiching body (2) and right sandwiching body (3) branch off and come into contact with the nose. The nasal correction tool according to any one of claims 1 to 4, wherein a slit (13) directed toward the side is formed in the left sandwiching body (2) and the right sandwiching body (3).   When the ends of the nose spine (5) side of the left sandwiching body (2) and the right sandwiching body (3) are crimped together by the connecting body (4), the left sandwiching body (2) and the right sandwiching body ( 3) and left and right nose wings (6a, 6b) are pressed left and right and elastically deformed outward in the left and right direction, the left holding body (2) and the right holding body (3) (5) The nasal correction tool according to any one of claims 1 to 5, wherein the nasal correction tool is curved inward in the left-right direction from the side toward the left and right nose wings (6a, 6b).   The left sandwiching body (2) and the right sandwiching body (3) are connected to each other on the nose-dorsal (5) side via a coupling band (7). The described nasal correction tool.

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