JP2017042508A - Auricle wearing fixture - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an earing suppressing pain in wearing by dispersing a contact area with the auricle while lowering a risk of falling of the earing in wearing by expanding a contact area with the auricle including the earlobe (lobulus auriculae) in an earing wearing state.SOLUTION: An earing 10 (auricle wearing fixture) includes: a first surface configuration 20 and a second surface configuration 40 for sandwiching the auricle; and a connection part 60 allowing plastic deformation or elastic deformation, and connecting the first surface configuration 20 and the second surface configuration 40 in such a manner as to face each other by detouring outward the auricle of a user in a state that the auricle wearing fixture 10 is worn on the auricle.SELECTED DRAWING: Figure 1

Description

  The present invention relates to an auricle attachment device that can be attached to an auricle without having to open a hole in the earlobe.

  2. Description of the Related Art In recent years, as an ornament for decorating the earlobe (lobe), there has been an increasing demand for piercings that are made by opening holes in the earlobe, and various designs and structures are provided. Moreover, such pierced earrings give a small and delicate impression as compared to earrings (auricle wearing tools) that are worn by pinching a part of the auricle without opening a hole in the earlobe. However, there are many cases where some users feel resistance to making a hole in the earlobe. Therefore, there is provided an auricle wearing device that does not require a hole in the earlobe and gives an impression as if wearing a piercing.

  Many of these auricle-mounted devices are locked by tightening a member such as a screw from both the front side and the back side of the earlobe and holding it with a pressure contact force, or by connecting the front side contact point and the back side contact point of the earlobe. The connecting tool to be connected is constituted by an elastic member, and is locked by being biased in the direction in which they approach. Since these auricle-mounted devices are locked by pinching the earlobe at two points of contact with the skin, a relatively strong pressing force or urging force is required. Due to the pressure contact force or urging force, pain in the earlobe was caused. In addition, since all of these auricle wearing devices contacted the earlobe in a punctiform manner and pinched the earlobe, there was a problem that it was easily dropped after the auricle wearing device was worn.

  For example, in the earring of Patent Document 1, a small loop is formed in the elastic wire material that connects the spherical decorative bodies located on the front side and the back side of the earlobe so that the earring can be held for a long period of time and the earring can be prevented from falling off. The structure to perform is disclosed.

Japanese Utility Model Publication No. 6-81317

  However, in the earring of patent document 1, it is set as the structure which a spherical decoration body contacts an earlobe in the shape of a dot, and pinches the earlobe. Therefore, when distortion occurs in the elastic wire connecting the decorative body, the pinching point between the front-side decorative body and the back-side decorative body is displaced, the earlobe cannot be effectively clamped, and the risk of the earring dropping off increases. . Further, the earring of Patent Document 1 has a structure in which a small loop is further formed on an elastic wire connecting the front decorative body and the back decorative body to increase the biasing force, and the earring is locked by this strong biasing force. ing. Therefore, the earlobe continues to be squeezed by a strong biasing force when the earring is worn. As a result, there is still a risk of pain in the user's earlobe.

  Therefore, the present invention expands the contact area to the auricle including the earlobe (apical appendage) in the wearing state of the auricle wearing tool, and reduces the risk of the auricle wearing tool falling off during wearing, while the contact area to the auricle The purpose of the present invention was to provide an auricle wearing device in which pain at the time of wearing is suppressed.

  The auricle wearing device of the present invention provided to solve the above-described problem is an auricle wearing device to be worn on a user's auricle, and includes a first surface configuration unit for sandwiching the auricle, and a first surface component. A two-surface component, and the first surface component is configured to be plastically deformable or elastically deformed and bypass the user's auricle outward in a state where the auricle-mounted device is mounted on the user's auricle And a connecting portion that is connected so that the second surface constituent portions face each other, and either one or both of the first surface constituent portions and the second surface constituent portions are contoured by bent filaments. And a blank region is formed inside the contour, and a pinching region is formed between the first surface constituting portion and the second surface constituting portion, and the ear arranged in the pinching region It can be mounted by sandwiching a gap between the first surface component and the second surface component. It is an.

  According to the auricle wearing device of the present invention, in the state where the user wears the auricle wearing device, the user's auricle is sandwiched by the auricle wearing device member contacting the surface from both the front side and the back side. Thus, the auricle wearing tool is locked. Therefore, compared with the case where the auricle wearing tool and the auricle are contacted and locked in a dot shape, the contact area of the auricle wearing tool with respect to the auricle is enlarged, and it is difficult to drop off from the user's auricle. In addition, by expanding the contact area between the auricle wearing device and the auricle, the region where the auricle wearing device compresses and pinches the auricle is dispersed, and pain during wearing is alleviated. Furthermore, when pinching with two contact points, there is a concern that the contact point may be shifted due to distortion of the connecting member and the pinching force of the pinna mounting device may be reduced. Since the auricle is pinched by contacting the surface, the auricle wearing device can be locked even if the contact point is displaced to some extent.

  Further, according to the auricle wearing device of the present invention, the striatum constituting the contour comes into contact with the skin surface of the earlobe, and the contact portion between the contour and the skin is locked by the frictional force. Furthermore, the shape which the skin pressed inside by the linear body which comprises an outline protrudes is formed. The striatal body is in close contact with the raised shape of the skin, and the auricle wearing device can be more effectively locked to prevent the auricle wearing device from falling off. In appearance, the striate bodies constituting the first surface component and the second surface component decorate the auricle with the shape of the striatum in the state where the auricle wearing device is mounted on the auricle, avoiding a heavy impression And you can make a delicate impression as if you are wearing more pierced earrings.

  In addition, the outline which the linear body mentioned above forms can be made into various shapes. For example, a simple shape such as a round shape or a triangle may be used, and a contour shape itself such as a heart shape, a star shape, or a contour shape imitating a flower may be formed as a decoration. Thereby, in addition to the function to latch with respect to a pinna, the 1st surface composition part and the 2nd surface composition part itself can function as a decoration part. Further, if the shape is constituted by a curved line such as a heart shape or a round shape, it can be avoided that one contact point excessively compresses the skin and causes pain. As a result, it is possible to further suppress the occurrence of pain when the auricle wearing device is worn.

  The auricle wearing tool of the present invention is attached to the auricle so that the connecting portion is positioned at a lower side with respect to the first surface configuration portion and the second surface configuration portion, It is good also as having the part which becomes convex toward the said connection part side in the said outline which makes any one or both of one surface structure part and said 2nd surface structure part.

  According to the above-described configuration, the convex shape is caught with respect to the raised shape of the skin surface formed in the blank area, and the auricle wearing device is more effectively locked.

  The “surface” formed by the first surface configuration unit and the second surface configuration unit is the degree of contact with the user's skin when the pinna fitting of the present invention is mounted on the user's earlobe. It means that the surface is formed.

  In the auricle wearing device of the present invention, the first surface constituting portion, the second surface constituting portion, and the connecting portion may be constituted by a series of linear bodies.

  According to the above-described configuration, the auricle wearing device of the present invention can be easily processed with a wire or the like, and an inexpensive material can be used. As a result, the auricle wearing device can be manufactured at low cost. Moreover, the shape comprised by a linear body gives a delicate impression, and it can be made the external appearance as if it has put on the earrings more.

  It is desirable that the auricle wearing device of the present invention is constituted by a series of linear bodies that extend from the first surface constituting portion to the second surface constituting portion through the connecting portion. Thereby, an auricle wearing tool can be manufactured at low cost, such as bending a single wire or the like to process a series of striate bodies.

  The connecting portion described above is preferably made of a metal wire that can be plastically deformed.

  According to the above-described configuration, the auricle wearing tool can be worn by being plastically deformed into a shape along the auricle. Therefore, it is not necessary to apply an excessive biasing force to the user's auricle in a state where the auricle wearing device is worn. Thereby, it is released from the state in which the pinna is always pressed in the wearing state, and the pain of the pinna at the time of wearing can be relieved.

  In the auricle wearing device of the present invention, a decorative body that decorates the auricle may be attached to at least one of the first surface constituting portion, the second surface constituting portion, and the connecting portion.

  According to the above-described configuration, the auricle wearing device of the present invention can be used also as a mounting member for decorating various jewelry in a pierced style.

  Moreover, the said decoration member is good also as what is attached to the edge part of the said filament.

  According to the above-described configuration, it is possible to hide the end portion of the wire and the like and to prevent the end portion of the wire from coming into contact with the user's auricle and causing pain.

  Moreover, the pinna attaching device of this invention is good also as providing the decoration body which hangs down from a user's pinna and decorates a user's pinna.

  According to the above-described configuration, the first surface configuration portion, the second surface configuration portion, and the connecting portion function as a decorative body attachment member. Moreover, if it is set as the structure which can attach or detach a decoration body, a user can replace a decoration body according to liking. As described above, the auricle wearing device of the present invention decorates the auricle and can be suitably used as a decorative body mounting member.

  The auricle wearing device of the present invention may have a portion in which the contour forming one or both of the first surface component and the second surface component is discontinuous.

  According to the above-described configuration, the decorative body can be attached through the first surface component or the second surface component. Thereby, the user can attach and detach the decorative body, and the user can replace the decorative body as desired.

  According to the present invention, the contact area to the auricle including the earlobe (apical appendage) in the wearing state of the auricle wearing device is enlarged, and the contact with the auricle is reduced while the possibility that the auricle wearing device is dropped at the time of wearing is reduced. It is possible to provide an auricle wearing device that disperses the region and suppresses pain during wearing.

1 shows an earring (auricle wearing tool) according to a first embodiment of the present invention. (A) is a perspective view, (b) is a front view, (c) is a side view, and (d) is a rear view. The case where the earring of FIG. 1 was mounted | worn with a user's earlobe is shown. (A) is a whole perspective view, (b) is D-D 'sectional drawing of Fig.2 (a) which expanded the earlobe periphery. (A) is a perspective view of the earring which concerns on 2nd embodiment of this invention, (b) is a perspective view of the earring which concerns on 3rd embodiment of this invention.

  Hereinafter, a first embodiment of the present invention will be described with reference to the drawings. As shown to Fig.2 (a), the earring 10 (auricle mounting device) which concerns on 1st embodiment of this invention is mounted | worn with a user's pinna Y, and is for decorating a user's earlobe. It is. The earring 10 can decorate any position of the user's pinna Y according to the user's desire. In this embodiment, as shown to Fig.2 (a), the earring 10 has shown the example which clamped and locked the user's earlobe y1 (lobe), and decorated the user's earlobe y1. The earring 10 may use two earrings 10 as a pair in order to decorate the user's right and left ears. Moreover, you may wear | wear with one earring 10 in order to decorate either a user's right ear or left ear.

  As shown in FIG. 1A, the earring 10 is formed by bending a single wire W (striate body). The wire W may be formed of any material. For example, a wire whose surface is enameled with a linear brass as a core is used. Thereby, the metal core of earring 10 does not contact a user's pinna directly. Thereby, it is suppressing that it causes a metal allergy.

  Further, the wire W can be plastically deformed. Therefore, when the user applies a force to the earring 10 to deform it, the deformed shape is retained.

  Next, the shape of the earring 10 will be described in detail. The earring 10 is provided with the 1st surface structure part 20, the 2nd surface structure part 40, and the connection part 60 as shown to Fig.1 (a). The first surface constituting part 20 and the second surface constituting part 40 are positioned so as to face each other, and the first surface constituting part 20 and the second surface constituting part 40 are connected via a connecting part 60, thereby earrings. 10 is integrally formed. In other words, the earring 10 is configured by a series of wires W (striated bodies) extending from the first surface constituting portion 20 through the connecting portion 60 to the second surface constituting portion 40.

  As shown in FIGS. 1A and 1B, the first surface constituting unit 20 constitutes a first contour R1 having a shape imitating a “heart shape” by bending the wire W on the first plane F1. ing. More specifically, as for the 1st surface structure part 20, the 1st surface structure part 20 side edge part (base end) of the wire W is located in the connection part 60 vicinity, and goes diagonally upward from the base end of the wire W. A first curved portion 22 and a second curved portion 24 that extend and curve so as to project outward from the first surface constituting portion 20 are formed. A first convex portion 26 (convex shape) that is convex toward the inside of the first contour R <b> 1 is formed between the first curved portion 22 and the second curved portion 24. The wire W extends obliquely downward from the second bending portion 24 and is connected to the connecting portion 60 side. The first contour R <b> 1 includes a first opening 28 in which the first contour R <b> 1 is opened at a position on the lower side when the earring 10 is attached. That is, the first contour R1 is not a closed contour, but is formed as a shape having a discontinuous portion partially opened.

  As above-mentioned, as for the 1st surface structure part 20, 1st outline R1 which imitated the heart shape with the wire W is formed on the 1st plane F1. A first blank area A1 that is a hollow area is formed inside the first contour R1.

  The 2nd surface structure part 40 is made into the shape substantially the same as the 1st surface structure part 20, as shown to Fig.1 (a) and (d). In other words, the second surface constituting portion 40 is formed by bending the wire W on the second plane F2 so as to have a shape simulating a “heart shape”, and the third bending portion 44, the fourth bending portion 42, the second bending portion 42, and the second bending portion 42. A convex portion 46 and a second opening 48 are formed.

  As shown in FIGS. 1A and 1D, the second surface constituting part 40 constitutes a second contour R2 simulating a heart shape on the second plane F2, and the second contour R2 has a second contour R2 on the inner side of the second contour R2. Two blank areas A2 are formed.

  The “plane” formed by the first plane F1 and the second plane F2 may be planar, and may be somewhat curved due to the influence of the wire W (striate body) or the like. Specifically, it means a planar shape having a thickness of about 3.0 mm or less. Specifically, when the earring 10 is attached to the user's earlobe, it means that a curved surface is formed so as to substantially contact the user's skin.

  The connecting portion 60 integrally connects the first surface constituting portion 20 and the second surface constituting portion 40. As shown in FIG. 1C, the connecting portion 60 includes a first connecting portion 64, a second connecting portion 66, and an arcuate portion 62, which constitute a “U-shaped” shape. The arcuate part 62 has a shape curved in a substantially semicircular shape.

  In a state where the user wears the earring 10, the connecting portion 60 is located around the outside of the user's earlobe y <b> 1 and connects the first surface constituting portion 20 and the second surface constituting portion 40. In other words, the connecting portion 60 connects the first surface constituting portion 20 and the second surface constituting portion 40 while being curved along the edge of the earlobe y1 from the front side to the back side of the user's earlobe y1. As a result, the earring 10 can be worn without opening a hole in the user's earlobe y1.

  The 1st surface structure part 20 and the 2nd surface structure part 40 are connected so that it may oppose by the connection part 60, and may be located. As shown in FIGS. 1A and 1C, a holding area A3 in which the user's earlobe y1 is held is formed in the area formed by the first surface forming part 20 and the second surface forming part 40. .

  The earring 10 is attached to the user's earlobe y1 by deforming the arcuate portion 62 so that the first surface component 20 and the second surface component 40 are in contact with the user's earlobe y1. As described above, the wire W can be plastically deformed, and by deforming the arcuate portion 62, the range of the clamping region A3 located between the first surface constituting portion 20 and the second surface constituting portion 40 is changed. . Thus, the earring 10 is brought into close contact with the earlobe y1, and the earring 10 can be attached.

  Next, a method for attaching the earring 10 to the user's earlobe y1 will be described in more detail below. FIG. 2A shows a state in which the earring 10 is attached to the earlobe y1 of the user's pinna Y. When the earring 10 is attached to the earlobe y1, the relatively thin portion of the earlobe y1 is inserted into the holding area A3, and the earring 10 is slid to the lower part of the earlobe y1. Alternatively, after the arch-shaped portion 62 is deformed so that the earring 10 opens in a direction in which the first surface configuration portion 20 and the second surface configuration portion 40 are separated from each other, the first surface configuration portion 20 and the second surface configuration so as to sandwich the earlobe y1. The two-surface component 40 is pressed. In these states, the earlobe y1 of the user is sandwiched and adhered over the entire area by the first plane F1 and the second plane F2 formed by the first surface configuration unit 20 and the second surface configuration unit 40, and the earring 10 Is locked and attached to the user's earlobe y1.

  The earring 10 can be attached to a desired position of the pinna Y. The earring 10 may be attached to the earlobe y1 as shown in FIG. 2 (a), or may be attached to the other earring y2. Depending on the position where the user intends to wear the earring 10, the arcuate portion 62 is deformed and worn so that the first surface component 20 and the second surface component 40 are in close contact with the skin surface of the auricle Y. can do. Further, the earring 10 can be worn by deforming the arcuate portion 62 according to the thickness of the user's earlobe y1.

  As described above, in a state where the earring 10 is attached to the earlobe y1, the first plane F1 and the second plane F2 are in contact with both side skins of the earlobe y1 over the entire area. Thereby, the contact range with respect to the earlobe y1 skin expands compared with the case where it contacts and is locked in the shape of a dot.

  Moreover, as shown in FIG.2 (b), 1st outline R1 and 2nd outline R2 closely_contact | adhere to the protruding shape of the skin surface of the earlobe y1. More specifically, the surface tissue of the earlobe y1 is compressed by the first contour R1 and elastically deformed, and the surface tissue in contact with the first contour R1 has a depressed shape. On the other hand, the surface texture of the earlobe y1 located in the first blank area A1 has a shape that is raised by being pressed by the first contour R1. With respect to these raised shapes, the first contour R1 is in close contact with the front side of the earlobe y1, and the second contour R2 is in close contact with the back side of the earlobe y1, and the earring 10 is locked by frictional force.

  Furthermore, the 1st convex part 26 and the 2nd convex part 46 which were made into the convex shape toward the outline inner side are formed in 1st outline R1 and 2nd outline R2. These first convex portion 26 and second convex portion 46 are caught by the raised shape of the skin formed in the first blank region A1 and the second blank region A2, and the earring 10 is prevented from moving downward. Thereby, the earring 10 can be more effectively locked.

  Accordingly, the earring 10 is attached in close contact with the user's earlobe y1, and the earring 10 is prevented from dropping out of the attached state. Further, the earring 10 is attached in a state where the shape of the arcuate portion 62 is maintained. Therefore, no urging force is applied to the earlobe y1 in the wearing state of the earring 10, and pain when the earring 10 is worn for a long time is suppressed.

  Further, as described above, the first surface configuration unit 20 and the second surface configuration unit 40 include the first bending unit 22, the second bending unit 24, the third bending unit 44, and the fourth bending unit 42, respectively. As a result, a part of the first outline R1 and the second outline R2 bite into the skin surface of the earlobe y1 more than necessary and press the skin to avoid causing pain.

  As shown in FIG. 2A, when the earring 10 is attached to the user's earlobe y1, the arcuate portion 62 is arranged so as to surround the side surface of the earlobe y1 from the front side to the back side of the user's earlobe y1. Is done. Since the arcuate portion 62 is composed of a single wire W, it is inconspicuous even when attached. Thereby, the earring 10 gives an impression as if wearing earrings in the wearing state. Therefore, it is not necessary to make a hole in the user's earlobe, and an appearance as if wearing a piercing can be given.

  Next, a second embodiment of the present invention will be described. Fig.3 (a) is a perspective view which shows the earring 100 which concerns on 2nd embodiment of this invention. Similar to the earring 10, the earring 100 includes a first surface constituting portion 20, a second surface constituting portion 40, and a connecting portion 60. About these structures, since the earring 100 and the earring 10 are the same, description is abbreviate | omitted using the same code | symbol.

  As shown in FIG. 3A, the earring 100 includes a decorative member 110 on the first surface constituting unit 20. The decorative member 110 has a pedestal 114 attached to the end of the wire W on the first surface constituting portion 20 side, and a rhinestone 112 is arranged as a decorative item on the pedestal 114. The decorative member 110 is attached to the first surface constituting portion 20 by fixing the pedestal 114 to the end portion of the wire W by welding. The earring 100 avoids the end of the wire W on the first surface constituting unit 20 side from directly contacting the user's skin. Thereby, the pain by the end part of the wire W contacting at the time of earring 100 mounting | wearing is suppressed. Furthermore, the decoration member 110 can decorate the user's earlobe y1, and can decorate the earlobe with the impression that the earrings are worn.

  In the present embodiment, the example in which the decorative member 110 is provided at the end of the wire W has been described. However, the decorative member 110 may be provided in the first curved portion 22 or the second curved portion 24, or the first The decoration member 110 may be provided as appropriate by making the shape formed by the one contour R1 into a shape other than the heart shape.

  Next, a third embodiment of the present invention will be described. FIG. 3B shows an earring 200 according to the third embodiment of the present invention. As illustrated in FIG. 3B, the earring 200 includes a first surface configuration unit 20, a second surface configuration unit 40, a connection unit 60, and a decorative body 210.

  The decorative body 210 includes a circular can 212 and two spherical ornaments, a jewelery 214 and a jewelery 216. The decorative body 210 is attached so that the round can 212 penetrates the wire W and is positioned at the connecting portion 60.

  More specifically, the decorative body 210 passes through the circular can 212 from the first opening 28 or the second opening 48 provided so as to be positioned below the first contour R1 or the second contour R2, It is attached so as to be located at the connecting portion 60. The decorative body 210 hangs downward from the connecting portion 60 and is positioned below the user's earlobe in a state where the user wears the earring 200.

  The decorative body 210 is detachable by passing the wire W through the round can 212. Therefore, the user can use the earrings 200 by removing the decorative body 210 or attaching another decorative body 210 as desired.

  As mentioned above, although typical embodiment of this invention was described, the pinna fitting of this invention is not limited to this.

  In 1st embodiment, 2nd embodiment, and 3rd embodiment, although the 1st surface structure part 20 and the 2nd surface structure part 40 showed the example by which an outline is comprised as a substantially similar shape, The one-surface component and the second-surface component may be configured by different graphic contours. For example, the first surface configuration part 20 has a “heart-shaped” shape, and the second surface configuration part has a “star shape”, and the first surface configuration unit or the second surface configuration unit is the front side depending on the user's preference. It is good also as what is mounted | worn as. Thereby, more various shapes can be used as the front side or the back side.

  Moreover, in 1st embodiment, 2nd embodiment, and 3rd embodiment, 1st outline R1 and 2nd outline R2 are comprised, and 1st blank area | region A1 and 2nd blank area | region A2 are formed inside these. Although the example assumed to be performed is shown, the auricle wearing device of the present invention is not limited to this. In other words, a pattern may be further formed for the first blank area A1 and the second blank area A2. For example, the first contour R1 may be formed in a round shape with one wire W, and a shape imitating a flower may be formed inside the first contour R1. The second contour R2 may have the same configuration, or the second contour R2 may form a simple circle or the like on the back side while forming a pattern with the first contour R1 as the front side.

  In the above-described embodiment, the example in which the striated body is configured by the wire W has been described. However, the striated body may be configured by cutting a single plate-shaped material by pressing or the like. Furthermore, it is good also as what forms a linear body by shape | molding synthetic resin etc. by injection molding.

  In embodiment mentioned above, although the surface process was given to brass as a linear body and the example comprised by the wire W which has plasticity was shown, it is good also as what does not have plasticity in a linear body. For example, a configuration using a metal wire that can be elastically deformed is also possible. When a metal wire that can be elastically deformed is used, an urging force is generated in the mounted state of the earring 10, and the earring 10 can be more firmly locked to the auricle Y.

  In addition to brass, the wire may be any material such as aluminum, copper, stainless steel, and iron. Further, it is desirable that the linear body is a surface treatment such as a coating applied to these metal wires. Thereby, it can suppress that a metallic wire rod loses glossiness by corrosion, and can avoid that the function as a decoration falls. Furthermore, it is desirable to use a wire whose surface is processed with a synthetic resin as the metal wire. Thereby, when a user wears the earring 10, metal allergy can be suppressed.

  The auricle wearing device of the present invention can be variously modified within the scope of the technical idea of the present invention described in the claims, and they are all included in the present invention.

  According to the present invention, the contact area to the auricle including the earlobe (apical appendage) in the wearing state of the auricle wearing device is enlarged, and the contact with the auricle is reduced while the possibility that the auricle wearing device is dropped at the time of wearing is reduced. It is possible to provide an auricle wearing device that disperses the region and suppresses pain during wearing.

10, 110, 210 earrings
20 1st surface structure part 26 1st convex part (convex shape)
28 1st opening part 40 2nd surface structure part 46 2nd convex part (convex shape)
48 2nd opening part 60 Connection part 110 Decoration member 210 Decoration body A1 1st blank area A2 2nd blank area A3 Clamping area F1 1st plane F2 2nd plane W Wire (striate body, metal wire)

The auricle wearing device of the present invention provided to solve the above-described problem is an auricle wearing device to be worn on a user's auricle, and includes a first surface configuration unit for sandwiching the auricle, and a first surface component. A two-surface component, and the first surface component is configured to be plastically deformable or elastically deformed and bypass the user's auricle outward in a state where the auricle-mounted device is mounted on the user's auricle And a connecting portion that is connected so that the second surface constituent portions face each other, and either one or both of the first surface constituent portions and the second surface constituent portions are contoured by bent filaments. And a blank region is formed inside the contour, and a pinching region is formed between the first surface constituting portion and the second surface constituting portion, and the ear arranged in the pinching region der mountable by sandwiching the through in the first surface component and the second surface structure section is, the communication The portion is composed of a plastically deformable wire, and by pinching the pinna into the pinching region, the surface of the pinna located in the blank region inside the contour presses the periphery to the contour Thus, it is possible to form a raised shape, and the contour contacting the raised shape is closely attached to the raised shape and locked to the auricle .

According to the auricle wearing device of the present invention, in the state where the user wears the auricle wearing device, the user's auricle is sandwiched by the auricle wearing device member contacting the surface from both the front side and the back side. Thus, the auricle wearing tool is locked. Therefore, compared with the case where the auricle wearing tool and the auricle are contacted and locked in a dot shape, the contact area of the auricle wearing tool with respect to the auricle is enlarged, and it is difficult to drop off from the user's auricle. In addition, by expanding the contact area between the auricle wearing device and the auricle, the region where the auricle wearing device compresses and pinches the auricle is dispersed, and pain during wearing is alleviated. Furthermore, when pinching with two contact points, there is a concern that the contact point may be shifted due to distortion of the connecting member and the pinching force of the pinna mounting device may be reduced. Since the auricle is pinched by contacting the surface, the auricle wearing tool can be locked even if the contact point is displaced to some extent. Moreover, according to the above-described configuration, the auricle wearing tool can be worn by being plastically deformed into a shape along the auricle. Therefore, it is not necessary to apply an excessive biasing force to the user's auricle in a state where the auricle wearing device is worn. Thereby, it is released from the state in which the pinna is always pressed in the wearing state, and the pain of the pinna at the time of wearing can be relieved.

Claims (6)

An auricle wearing device attached to a user's auricle,
A first surface component and a second surface component for sandwiching the auricle,
The first surface configuration unit and the second surface configuration can be plastically deformed or elastically deformed and bypass the user's auricle outward while the auricle wearing device is mounted on the user's auricle. And a connecting part that connects the parts to face each other,
Either one or both of the first surface constituent part and the second surface constituent part are formed by a bent linear body, and a blank area is formed inside the contour,
A clamping region is configured between the first surface component and the second surface component,
An auricle wearing device, which can be worn by sandwiching the auricle arranged in the clamping region between the first surface constituting portion and the second surface constituting portion. With respect to the first surface configuration part and the second surface configuration part, the connection part is attached to the auricle so as to be positioned on the lower side,
The said outline which makes any one or both of said 1st surface structure part and said 2nd surface structure part has a part which becomes convex shape toward the said connection part side, The Claim 1 characterized by the above-mentioned. Auricular wearing device.   The auricle wearing device according to claim 1, wherein the first surface configuration unit, the second surface configuration unit, and the connection unit are configured by a series of linear bodies.   The auricle wearing device according to any one of claims 1 to 3, wherein the connecting portion is made of a plastically deformable metal wire.   5. The decorative body that decorates the auricle is attached to at least one of the first surface constituting portion, the second surface constituting portion, and the connecting portion. The auricle wearing device described.   The said outline which makes any one or both of said 1st surface structure part and said 2nd surface structure part has a part which becomes discontinuous in the mounting | wearing state to the said pinna. The auricle wearing device according to any one of the above.

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