KR101869202B1 - Accessory - Google Patents

Abstract

The present invention relates to an accessory. The accessory includes a silicone tube (100) and first and second coupling members (210, 220) which are fixed on both ends of the silicone tube (100) and are coupled or separated by a magnetic force. The first and second coupling members (210, 220) are made of metal materials, are formed by attaching magnets to the metal materials, form a rhombus shape when being coupled, and have far-infrared and negative ion emitting balls attached to the rear surface of the rhombus shape to come in contact with the skin of a user wearing the accessory. The present invention uses a coupling method using magnetic force to prevent easy separation caused by external forces, enhance the stability in the performance as a wearable accessory, and enhance the health while being utilized for various purposes.

Description

ACCESSORY {ACCESSORY}

The present invention relates to an accessory, and more particularly, to an accessory worn on a user's wrist or neck.

Accessories include bracelets worn on the user's wrist and necklaces worn on the neck.

The accessory has a structure in which rings formed at both ends of a line made of a material such as metal or leather are connected to each other to be fastened together, so that it is inconvenient for the wearer to tighten by itself and the ring part is broken by the impact, There has been a problem of being detached from the apparatus.

In addition, necklaces or bracelets made of a simple circular silicone tube are sold, but a necklace or bracelet made of silicone should be worn by hand with a necklace or a bracelet when worn. Therefore, the necklace or bracelet itself must be large, There was a problem of deformation and an inconvenient wearing.

In addition, although necklaces or bracelets having a structure in which magnets are mounted on both sides of a silicon tube and are mutually coupled by magnetic force are sold, there is a problem that the magnets are slipped or pulled out to the side even with a small external force.

Patent Document: Registration Utility Utility Model No. 0483175 (Published October 10, 2016)

SUMMARY OF THE INVENTION It is an object of the present invention to provide an accessory which is improved in its structure so that it can be easily separated only when it is pulled by a predetermined force without being easily separated by an external force.

It is also an object of the present invention to provide an accessory with high manufacturing efficiency, excellent appearance, and excellent durability.

According to an aspect of the present invention for achieving the above object, the present invention provides a semiconductor device comprising: a silicon tube; first and second joining members fixed to both ends of the silicon tube and capable of being magnetically coupled to and detachable from each other; The first and second coupling members are made of a metal material, and are formed by attaching a magnet to the metal material, and when they are coupled to each other, a rhombic shape is formed.

Wherein the first engaging member and the second engaging member are each in the shape of a triangle, the two triangular-shaped oblique surfaces contact each other to form the rhombic shape, and each of the oblique surfaces of the first engaging member and the second engaging member corresponds One or more recessed attachment grooves are formed at the positions, and the magnets are attached to the attachment recesses.

The depth of the attachment groove formed on one of the oblique surface of the first engagement member and the oblique surface of the second engagement member is deeper than the thickness of the magnet to be attached to the attachment groove and the depth of the attachment groove Is relatively shallow in comparison with the thickness of the magnet to be attached to the attachment groove.

A groove is formed in one of the oblique surface of the first engaging member and the oblique surface of the second engaging member, and a protrusion corresponding to the groove is formed in either the second engaging member or the first engaging member that is opposed to the groove.

Wherein the first engaging member and the second engaging member are provided with an insertion hole through which one end or the other end of the silicone tube is inserted and a pin hole communicating with the insertion hole perpendicularly, A pin member for fixing by a car is inserted.

Wherein the pin member is formed by inserting one end or the other end of the silicone tube into the insertion hole and fixing the silicone tube to the silicone tube by an adhesive, then drilling a hole communicating with the pin hole in the silicone tube, And the silicone tube is secondarily fixed to the first engaging member or the second engaging member by being inserted through the pin hole.

The fin member is a fin-shaped fin and is made of an elastic material.

The first engagement member and the second engagement member may be made of stainless steel or aluminum.

The silicone tube functions as a string of a necklace, and the rhombic shape in which the first and second engagement members are coupled to each other is located under the wearer's neck, and serves as a medal of the necklace.

The first engaging member and the second engaging member are respectively formed with three ball fixing grooves on the back surface of the wearer's skin, and the far infrared anion balls are attached to the ball fixing grooves.

Since both ends of the accessory are coupled by magnetic force, it is easy to wear, and the protrusion and the groove structure are adopted to prevent the jamming after the coupling. Therefore, the accessory can not be arbitrarily separated from the worn state. So that it has an excellent wearing stability and an excellent usability.

In addition, the present invention has the effect of improving the fixation and stability of the silicone tube and the engaging member by securing the silicone tubing and the engaging member, which constitute the accessories, with the pin member.

In addition, since the present invention is manufactured by applying a silicone tube, an aluminum material coupling member, and a far-infrared anion ball, it provides a beautiful appearance, minimizes weight, and can be expected to have an effect as a health supplement product .

Further, according to the present invention, letters and patterns can be formed by engraving with a laser on the front surface, so that a beautiful design having distinctive characteristics and individuality can be produced, and it can be used for various purposes such as an anti-lost necklace and a coupling necklace.

1 is a perspective view of an accessory according to an embodiment of the present invention;
FIG. 2 is an inner side view of an accessory according to an embodiment of the present invention in a state before both ends are coupled. FIG.
FIG. 3 is a front view of an accessory according to an embodiment of the present invention before the both ends are coupled. FIG.
FIG. 4 is a rear view of an accessory according to an embodiment of the present invention in a state before both ends are coupled. FIG.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 is a perspective view of an accessory according to an embodiment of the present invention.

1, the accessory 10 of the present invention includes first and second coupling members 210 and 220 which are fixed to both ends of a silicon tube 100 and a silicon tube 100 and are magnetically coupled to and detachable from each other, . The first and second coupling members 210 and 220 are made of a metal material and are formed by attaching a magnet to a metal material, and when they are coupled to each other, a rhombic shape is formed.

The accessory 10 of the present invention can be easily coupled at both ends of the silicone tube 100 while being firmly held in a coupled state and easily separated in a coupled state when a predetermined force is applied thereto.

The accessory 10 may be a bracelet or a necklace, but in the present embodiment, a necklace will be described.

The silicone tube 100 functions as a string of necklaces and the rhombic shape in which the first and second engagement members 210 and 220 are coupled to each other is positioned under the wearer's neck to perform the medal function of the necklace have.

The silicone tube 100 may be made of silicone and may include anion and far-infrared gemstones. The silicon tube 100 may have a circular or elliptical cross section. Although the silicone tube 100 is described as being formed in a circular or elliptical cross section, it may be formed in a slim band shape.

The silicone tube 100 can be realized in a light and various colors, and there is no fear of color distortion. Silicone material is flexible, easy to make in various shapes, good in color, and excellent in surface feeling and gloss, so that a beautiful and luxurious appearance can be realized.

The coupling member 200 may include a first coupling member 210 coupled to one end of the silicon tube 100 and a second coupling member 220 coupled to the other end thereof.

The first engaging member 210 and the second engaging member 220 are each in a triangular shape, and two triangular beveled surfaces contact each other to form a rhombus shape.

The rhombic shape is for securing the space of a far infrared anion ball (hereinafter referred to as "ball") arrangement, a silicone tube connection, and a magnet attachment at a maximum.

If the size of the ball is larger or smaller than the set value, it is difficult to work due to the limitation of space due to its manual nature, it is difficult to fix the attachment, and the operation cost is high. If the ball is too small, a clearance may be generated between the ball 230 and the ball fixing groove 227, so that the ball may be detached or foreign matter may penetrate and the appearance may be deteriorated.

FIG. 2 is a side view of an accessory according to an embodiment of the present invention. FIG. 3 is a front view of an accessory according to an embodiment of the present invention. And FIG. 4 is a rear view of the accessories according to the embodiment of the present invention.

2 to 4, each of the oblique faces 211 and 221 of the first engaging member 210 and the second engaging member 220 is formed with one or more recessed grooves 213, 214, 223 and 224 at corresponding positions, The magnets M1, M2, M3, and M4 are attached to the attachment grooves 213, 214, 223, and 224, respectively.

For example, in the attachment grooves 213, 214, 223, and 224, two of the first attachment groove 213 and the second attachment groove 214 are formed on the oblique surface 211 of the first engagement member 210, and the second engagement member 220 Two of the third attachment grooves 223 and the fourth attachment grooves 224 are formed in the oblique face 221 of the first attachment groove 213 and the second attachment groove 214, respectively.

The mounting grooves 213, 214, 223 and 224 are formed in a circular shape and the magnets M1, M2, M3 and M4 are also formed into circular cross sections corresponding to the attachment grooves 213, 214,

The magnet M1 attached to the first attachment groove 213, the magnet M2 attached to the second attachment groove 214, the magnet M3 attached to the third attachment groove 223, 224 are configured to have different poles so that mutual adhesion is excellent.

For example, if the magnet M1 attached to the first attachment groove 213 is N-pole, the magnet M2 attached to the second attachment groove 214 adjacent to the first attachment groove 213 will have an S pole The magnet M3 attached to the third attachment groove 223 facing the first attachment groove 213 is an S pole and the magnet attached to the fourth attachment groove 224 adjacent to the third attachment groove 223, (M4) may be formed of N poles so that mutual adhesion is excellent.

The magnets M1, M2, M3, and M4) can be attached to the respective attachment grooves 213, 214, 223, and 224 using an adhesive.

The depth of the attachment grooves 213 and 214 formed in either the oblique surface 211 of the first engagement member 210 and the oblique surface 221 of the second engagement member 220 is set to be larger than the depth of the magnet M1 And M2 and the depth of the attachment grooves 223 and 224 formed on the remaining counterparts is formed shallow relative to the thickness of the magnets M3 and M4 to be attached to the attachment grooves 223 and 224.

For example, the magnets M1, M2, M3, and M4 are provided with four magnets having the same thickness, and the depths of the first attachment grooves 213 and the second attachment grooves 214 are the same as the depths of the magnets M1 and M2 And the depths of the third attachment groove 223 and the fourth attachment groove 224 are relatively shallow compared to the thicknesses of the magnets M3 and M4. The magnets M3 and M4 attached to the third attachment groove 223 and the fourth attachment groove 224 are inserted into the first attachment groove 213 and the second attachment groove 214, And the magnets M1 and M2 attached to the second attachment groove 214 are attached.

The magnets M3 and M4 attached to the third attachment groove 223 and the fourth attachment groove 224 are inserted into the first attachment groove 213 and the second attachment groove 214, The oblique surface 211 of the first engaging member and the oblique surface 221 of the second engaging member are in intimate contact with each other.

In this state, the edge of the oblique surface 211 of the first engaging member 210 in which the first attaching groove 213 and the second attaching groove 214 are formed is a state in which the magnets M1, M2, M3, and M4 are attached The magnets M1, M2, M3, and M4 are prevented from being pushed against each other even if a force pulling in the longitudinal direction of the silicone tube 100 is applied, so that the coupled state is firmly and stably maintained.

The second engaging member 220 and the second engaging member 220 are formed with a groove 215 in any one of the oblique surface 211 of the first engaging member 210 and the oblique surface 221 of the second engaging member 220, The protrusion 225 corresponding to the groove 215 is formed in any one of the protrusions 210.

A groove 215 is formed in the oblique surface 211 of the first engaging member 210 and a protrusion 225 is formed on the oblique surface 221 of the second engaging member 220.

The groove 215 and the projection 225 interact with the edge of the oblique surface 211 of the first engagement member to prevent the magnet from being thrown by an external force. The groove 215 and the protrusion 225 may be formed symmetrically with respect to the center of the oblique surface 211 of the first engaging member and the oblique surface 221 of the second engaging member.

The first and second attachment grooves 213 and 214 to which the oblique surface 211 of the first engagement member 210 and the magnets M1 and M2 are attached, the oblique surface 221 of the concave 215 and the second engagement member, The magnets M3 and M4 and the protrusions 225 attached to the third and fourth attachment portions 223 and 224 form a structure in which the projections and the recesses are repeated so that the first and second engagement members 210 and 220 Prevents magnet thrust by external force and improves bonding force in mutual coupling.

The above-described magnet detachment method facilitates both end joining and detachment of the silicon tube 100.

The first binding member 210 and the second binding member 220 are formed with three ball fixing grooves 227 on the back surface of the wearer's skin that are in contact with the skin and the far infrared anion balls 230 are inserted into the ball fixing grooves 227, Respectively.

The far infrared anion ball 230 is attached to the ball fixing groove 227 using an adhesive.

The number of the far-infrared anion balls 230 attached to the first coupling member 210 and the second coupling member 220 is applied in consideration of easiness of operation and fixing property due to their hand characteristics.

Far Infrared Anion Ball (230) is known to have the effect of strengthening the body and enhancing vitality. Anions can be absorbed into the body at a rate of about 85% through the skin and about 15% by the respiration through the lungs. Therefore, the far-infrared anion ball 230 is attached to the surface of the wearer's skin in contact with the skin so that the anion can be directly absorbed to the skin.

The first coupling member 210 and the second coupling member 220 may be formed of stainless steel or aluminum.

Stainless steel material is easy to manufacture with design that is demanded by consumers because it is easy to manufacture with design which is required by consumers. It is easy to upgrade product appearance by marking letter or color with laser. It is easy to mass-produce because of low cost and is excellent in corrosion resistance and oxidation resistance. Do not. On the other hand, the stainless steel material has a disadvantage that it can be heavy due to its high weight.

The aluminum material has excellent strength and light weight. On the other hand. The aluminum material is oxidized at room temperature, and there is a problem of rusting.

Therefore, it is preferable that the coupling member 200 is formed of an aluminum material having a light advantage and anodized to prevent oxidation at room temperature.

The first coupling member 210 and the second coupling member 220 are formed with insertion holes 218 and 228 for inserting one end or the other end of the silicone tube 100 and pin holes 219 and 229 for vertically communicating with the insertion holes 218 and 228 do.

A pin member 240 for fixing the silicone tube 100 inserted into the insertion holes 218 and 228 to the second holes is inserted into the pin holes 219 and 229. [

The pin member 240 is formed by inserting one end or the other end of the silicone tube 100 into the insertion holes 218 and 228 and fixing the silicone tube 100 to the silicone tube 100 with the adhesive, The silicon tube 100 is inserted into the holes 219 and 229 penetrating through the holes of the silicon tube 100 and the opposite holes 219 and 229 to fix the silicone tube 100 to the first coupling member 210 or the second coupling member 220 .

If the holes corresponding to the fin holes 219 and 229 are drilled in advance in the silicone tube 100, the holes may be lost or reduced due to the elasticity of the silicone tube 100, making it difficult to insert the pin member 240. Holes are drilled in the silicone tube 100 in a state where one end or the other end of the silicone tube 100 is inserted into the insertion holes 218 and 228 of the first engagement member 210 and the second engagement member 220, The pin member 240 is inserted and fixed through the holes of the fin tubes 219 and 229 and the silicon tube 100.

The pin member 240 is a semicylindrical pin and is made of an elastic material.

The shape of the pin member 240 is easily inserted into the pin holes 219 and 229, and is elastically deformed in a direction in which the wispy portions of the pinholes 240 are gathered together. The resiliently deformed pin member 240 is firmly supported on the inner surfaces of the fin holes 219 and 229 by the restoring force, so that the pin member 219 and 229 can be firmly fixed to the pin holes 219 and 229.

Hereinafter, the operation of the present invention will be described.

First, a method of manufacturing and assembling the accessory of the present invention will be described.

The accessory 10 of the present invention is manufactured by separately manufacturing the silicon tube 100, the coupling member 200, the far infrared anion ball 230, the magnets M1, M2, M3, M4, It is important to assemble rigidly without a clearance. For this purpose, the respective components are designed to have optimum values.

The silicone tube 100 is manufactured by extruding or injection molding a silicone resin into a long line shape having a circular or elliptical cross section, and may include an anion and a far infrared ray raw material powder in the manufacturing process. The cross-sectional size of the silicon tube 100 to be manufactured corresponds to the size of the insertion holes 218 and 228 of the engagement member 200.

The coupling member 200 manufactures the first coupling member 210 and the second coupling member 220, respectively.

The first engaging member 210 is formed by cutting to form a first engaging groove 213, a second engaging groove 214, a groove 215, an insertion hole 218 and a fin hole 219, The member 220 forms a third attachment groove 223, a fourth attachment groove 224, a projection 225, a ball fixing groove 227, an insertion hole 228 and a fin hole 229 by cutting .

The first coupling member 210 and the second coupling member 220 may be made of a lightweight aluminum material.

The first coupling member 210 and the second coupling member 220 may perform coloring and anodizing processes to coat a surface color, and may imprint characters, patterns, and the like with a laser. For example, the laser engraved pattern may be the same pattern as shown in FIG. 1 (b).

The anodizing treatment uses an electrochemical electrolytic method to form an oxide film (aluminum oxide) on aluminum to maximize the hardness, corrosion resistance and abrasion resistance, so that the original silver-white luster can be obtained and the appearance is also beautiful.

The magnets M1, M2, M3, and M4 are attached to the attachment grooves 213, 214, 223, and 224 of the first and second coupling members 210 and 220, respectively. The magnets M1, M2, M3, and M4 can be attached to the respective attachment grooves 213, 214, 223, and 224 using an adhesive.

Next, the far infrared anion ball 230 is attached to the ball fixing grooves 227 of the first engaging member 210 and the second engaging member 220. The far infrared anion ball 230 can be attached to the ball fixing groove 227 using an adhesive.

In the present embodiment, three far infrared anion balls 230 are attached to the first coupling member 210 and three three far infrared anion balls 230 are attached to the second coupling member 220. The number of the far infrared anion balls 230 is adopted in consideration of ease of ball machining, ease of attachment work, and the like.

Here, various adhesives commonly used in the industry are applicable to the adhesive.

Next, one end and the other end of the silicone tube 100 are connected and fixed to the insertion holes 218 and 228 of the first engagement member 210 and the second engagement member 220, respectively.

The first joint member 210 has a structure in which one end of the silicone tube 100 is inserted into the insertion hole 218 of the first engagement member 210, The hole communicating with the hole 219 may be drilled and the pin member 240 may be inserted into the hole 219 and the hole of the perforated silicone tube 100 or the opposite pin hole 219.

As shown in FIG. 3, since the pin member 240 is in the shape of a figure, the wedge-shaped portions are elastically deformed in the direction of collecting them in the process of being inserted into the fin holes 219.

4, the resiliently deformed pin member 240 is tightly fixed to the inner surface of the fin hole 219 by the restoring force and is firmly fixed to the pin hole 219.

The process of inserting the other end of the silicone tube 100 into the insertion hole 228 of the second engagement member 220 and fixing the other end of the silicone tube 100 with the pin member 240 is also performed in the insertion hole 218 of the first engagement member 210 The process of inserting one end of the silicone tube 100 and fixing the silicone tube 100 with the pin member 240 is performed.

The accessory 10 manufactured by the method described above can smoothly contact the first engaging member 210 and the second engaging member 220 by the magnetic force in bringing the oblique face 211 of the first engaging member 210 into contact with the oblique face of the second engaging member 220 The second engaging member 220 is engaged.

The first and second attachment grooves 213 and 214 and the groove 215 on which the oblique surface 211 of the first engagement member 210 and the magnets M1 and M2 are attached and the second engagement member 220 The magnets M3 and M4 and the protrusions 225 attached to the oblique surface 221 and the first and second attachment grooves 223 and 224 are mutually coupled in a structure in which protrusion and recessing are repeated, And can be separated only when the first engaging member 210 and the second engaging member 220 are pulled with a predetermined force in a direction away from each other.

Therefore, the accessory of the present invention can be easily worn when applied to a necklace, and can be easily separated when pulled by a predetermined force because it is not separated by a magnet, This has a convenient advantage.

In addition, the accessory of the present invention is easy to absorb skin such as far-infrared rays, negative ions, etc. on the back surface where the far-infrared anion ball 230 contacts the skin when worn on the neck. Therefore, in the case of wearing the accessory of the present invention, effects such as body temperature maintenance, cell activation, waste discharge, blood purification, fatigue recovery, and recovery of physical strength can be expected.

In the accessory of the present invention, since the rhombic shape of the first engaging member 210 and the second engaging member 220 is located below the neck of the wearer, when characters and patterns are formed by laser engraving on the front surface, It can be used for a variety of applications such as anti-lost necklace and coupling necklace.

Best Mode for Carrying Out the Invention The present invention has been described with reference to the drawings and the specification. Although specific terms are used herein, they are used for the purpose of describing the present invention only and are not used to limit the scope of the present invention described in the meaning of the claims or the claims. Therefore, it is to be understood that the present invention may be embodied in many other specific forms without departing from the spirit or essential characteristics thereof. Accordingly, the true scope of the present invention should be determined by the technical idea of the appended claims.

10: Accessory 100; Silicone tube
200: coupling member 210: first coupling member
211: oblique surface 213: first attachment groove
214: second attachment groove 215: groove
218: insertion hole 219:
220: second coupling member 221:
223: third attachment groove 224: fourth attachment groove
225: projection 227: ball fixing groove
228: insertion hole 229:
230: far infrared ray ball 240: pin member
M1, M2, M3, M4: magnet

Claims (10)

1. An accessory which is fixed to both ends of a silicone tube and forms a predetermined shape when first and second metal coupling members are coupled to each other by a magnetic force,
Wherein two or more recessed attachment grooves are formed in a binding surface of the first engagement member and the second engagement member in the vertical direction (gravity direction) of the engagement surface, respectively, and a magnet is attached to the attachment groove,
The depth of the attachment groove formed on one of the engagement surface of the first engagement member and the engagement surface of the second engagement member is deeper than the thickness of the magnet to be attached to the attachment groove, Is formed to be shallow relative to the thickness of the magnet to be attached to the attachment groove,
A groove is formed at the center of one of the binding surface of the first engaging member and the engaging surface of the second engaging member, and the center of either of the second engaging member and the first engaging member, A protrusion is formed,
The magnet attached to the mounting groove in the first engaging member or the second engaging member and the magnet and the projection attached to the groove or the mounting groove form a structure repeatedly projecting and recessing,
The magnets attached to the binding surface of the first engaging member are repeatedly attached with different polarities in accordance with the order of the positions where the attaching grooves are formed, Wherein the magnet is repeatedly attached in a polarity opposite to the polarity of the magnet attached to the binding surface. delete delete delete The method according to claim 1,
The first engagement member and the second engagement member
A pin hole for inserting one end or the other end of the silicone tube and a pin hole communicating with the insertion hole is formed and a pin member for securing the silicone tube inserted into the insertion hole is inserted into the pin hole. Accessories. The method of claim 5,
Wherein the pin member is formed by inserting one end or the other end of the silicone tube into the insertion hole and fixing the silicone tube to the silicone tube by an adhesive, then drilling a hole communicating with the pin hole in the silicone tube, And the silicone tube is fixed to the first engaging member or the second engaging member in a secondary manner so as to penetrate the pin hole. The method of claim 5,
Characterized in that the pin member is of a scaly pin and is made of a resilient material. The method according to claim 1,
Wherein the first engagement member and the second engagement member are made of stainless steel or aluminum. The method according to claim 1,
The silicone tube acts as a string of necklaces,
Wherein the predetermined shape of the first engaging member and the second engaging member which are engaged with each other is located under the wearer's neck so as to be a medal of the necklace. The method according to claim 1,
Wherein the first engaging member and the second engaging member are respectively formed with three ball fixing grooves on a rear surface of the wearer in contact with the skin, and the far infrared anion balls are attached to the ball fixing grooves.

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