JP3213259U - Protective belt - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a protective belt having an IC chip which applies an energy covering layer, emits far infrared rays, and promotes blood circulation. A protective belt having an IC chip has a belt body. The belt body 10 has a plurality of storage installation tanks, and an IC chip set 20 is installed in each storage installation tank. Each IC chip set 20 includes two fixed films 21 and a plurality of IC chips 20. Each IC chip 20 is wrapped between the fixed films 21. Each of the fixed films 21 has a fixed end 212 and a free end 211 fixed to the storage installation tank, and is stored and installed in the storage installation tank. Since the protective belt 100 is in close contact with the user's skin surface and can emit far-infrared rays, and is fixed to the accommodation installation tank by the fixed end 212 of each fixed film 21, each fixed film 21 is positioned at a predetermined location. A user's wearing comfort can be improved and the radiation effect of IC chip set 20 can be maintained. [Selection] Figure 1

Description

  The present invention relates to a protective belt, and more particularly to a protective belt having an IC chip.

Now that people's living standards are improving and health awareness is increasing, there are increasing opportunities for physical condition management using products such as far infrared rays.
When far-infrared rays are brought into close contact with the human body, a very small amount of energy is emitted and absorbed by human body water molecules, causing large water molecule groups to break down into small water molecule groups and causing deformation vibrations.
As a result, blood circulation is promoted and metabolism is enhanced, and at the same time, sterilization and deodorization are provided.
In order to bring the far infrared rays into close contact with the human body, it is necessary to use a far infrared ray protection belt or the like to bring the far infrared rays into close contact with the human skin surface.

In the conventional protection belt, a plurality of storage installation tanks are installed on the protection belt main body, an IC chip set is placed in the storage installation tank, and an energy display layer is applied to the IC chips of the IC chip set.
Thus, by stimulating the energy covering layer, far infrared rays with the best emission wavelength are emitted and blood circulation is promoted.

However, since the conventional IC chip set is accommodated in the accommodation installation tank, when the user moves or changes the posture, the IC chip set also moves in accordance with it, and is bent or folded.
As a result, the position shifts, the user feels uncomfortable, and the position of the IC chip set needs to be adjusted by hand.
In addition, if the position of the IC chip set is shifted, the far-infrared cover area is reduced, and not only the effect of the product is greatly reduced, but also the IC chip comes into contact with the human body surface in an inclined state. Will be invited.

  In the above prior art, when the user moves or changes his / her posture, the IC chip set also moves and bends or bends accordingly. Therefore, the user feels uncomfortable when the position is shifted, and the position of the IC chip set is manually adjusted. There is a disadvantage that it is necessary to adjust. In addition, the far-infrared cover area is reduced, and the product effect is greatly reduced. In addition, the IC chip comes into contact with the human body surface in an inclined state, thereby causing discomfort to the user.

  The present invention relates to a protective belt having an IC chip.

A protective belt having an IC chip according to the present invention includes a belt body and a plurality of IC chip sets.
A first series connection portion is installed at one end of the belt body, and a second connection portion is installed at the opposite end. And this belt body has a some accommodation installation tank.
Each IC chip set has two fixed films and a plurality of IC chips.
The plurality of IC chips are covered and wrapped between the fixed films.
Each of the IC chip sets is installed corresponding to each of the storage installation tanks, and the fixed film of each of the IC chip sets has a fixed end and a free end fixed to the storage installation tank, respectively. Installed in a tank.
Thereby, it fixes to this accommodation installation tank by the fixed end of each said fixed film, and this each fixed film is located in a predetermined location. Therefore, the user's wearing comfort can be enhanced and the radiation effect of the IC chip set can be maintained.

1 is a perspective view of a first embodiment according to the present invention. 1 is a partially exploded perspective view of a first embodiment according to the present invention. It is sectional drawing of 1st embodiment by this invention. It is a usage schematic diagram of 1st embodiment by this invention, and shows a mode that this invention is applied to a neck protector. It is a usage schematic diagram of 2nd embodiment by this invention, and shows a mode that this invention is applied to an arm protector. It is a use schematic diagram of 3rd embodiment by this invention, and shows a mode that this invention is applied to a waist protector.

(One embodiment)
As shown in FIGS. 1, 2 and 3 which are a perspective view, a partially exploded perspective view and a sectional view of a first embodiment according to the present invention, a protective belt 100 having an IC chip according to a first embodiment includes a belt body 10, It has a plurality of IC chip sets 20.

A first connecting portion 11 is installed at one end of the belt body 10, and a second connecting portion 12 is installed at the opposite end.
The first connecting portion 11 is a male surface fastener, and the second connecting portion 12 is a female surface fastener.
The belt body 10 includes a first cloth body 13 and a second cloth body 14.
The belt body 10 has a first side 15 and a second side 16.
In the belt body 10, the first cloth body 13 and the second cloth body 14 are sewn and fixed to each other on the first side 15 by the first stitch line 151.
Moreover, in the direction perpendicular to the first side 15, a plurality of second stitch lines 152 are installed at intervals, and the first cloth body 13 and the second cloth body 14 are sewn together and fixed. .
Thus, a plurality of storage installation tanks 17 are formed between the first cloth body 13 and the second cloth body 14, and the belt body 10 has an opening that communicates with each storage installation tank 17 on the second side 16. Each end 18 is formed.

Each IC chip set 20 includes two fixed films 21 and a plurality of IC chips 22.
A plurality of IC chips 22 are covered and wrapped between the fixed films 21.
The fixed film 21 is made of a material such as EVA, PE, TPR, or TPU having flexibility.
Each fixed film 21 has a fixed end 211 and a free end 212, respectively.
The fixed end 211 of each fixing film 21 is positioned at the opening end 18 of the belt body 10, and the fixing end 211 of each fixing film 21 is fixed to the opening end 18 of the belt body 10 by the third stitch line 181. The open end 18 of the belt body 10 is sealed.

The free end 212 of each fixed film 21 is accommodated and installed in the accommodation installation tank 17, and is installed corresponding to the first side 15 of the belt body 10.
The free end 212 of each fixed film 21 and the first side 15 of the belt body 10 form an interval distance 171.
In the present embodiment, the second side 16 of the belt body 10 is installed above the first side 15.
As a result, when the fixed end 211 of each fixed film 21 is fixed to the second side 16, the free end 212 of each fixed film 21 receives gravity and hangs down naturally.
Each IC chip 22 is a metal substrate 23, and a functional layer 24 is applied to each metal substrate 23.
The functional layer 24 includes materials such as copper, carbon, silicon, manganese, phosphorus, sulfur, nickel, germanium, chromium, molybdenum, titanium, vanadium, calcium, and silicon, and is formed by mixing based on the ratio.

FIG. 4 is a schematic diagram of use of the first embodiment according to the present invention. As shown in FIG. 4, which shows a state in which the present invention is applied to a neck protector, when a user fits and installs a protective belt 100 having an IC chip on the neck, Since the fixing film 21 is made of a material having flexibility, it adheres to the skin surface according to the curvature of the neck.
Although the human body temperature is 32 to 37 ° C., this temperature can just stimulate the action of the functional layer 24 of each IC chip 22, which allows the functional layer 24 to emit the best 8 to 14 μm far-infrared PEW, Promotes blood circulation.

Since the fixed end 211 of each fixed film 21 is fixed to the opening end 18 of the belt body 10 by sewing, the fixed end 211 of each fixed film 21 is fixed even if the user performs activities such as bending the waist. The free end of each fixed film 21 is moved freely, and each fixed film 21 is curved and is in close contact with the human body surface.
When the user recovers the upright state, the free ends of the respective fixed films 21 are drooped freely under the force of gravity and are thus in close contact with the human body surface.
Thereby, each fixed film 21 is located in a predetermined location, can enhance the user's wearing comfort, and can maintain the radiation effect of the IC chip set.

The free end 212 of each fixed film 21 and the first side 15 of the belt body 10 form an interval distance 171. When the belt body 10 is deformed by receiving a force, the free end 212 of each fixing film 21 does not come into contact with the first side 15 of the belt body 10 and does not cause compression deformation, thereby maintaining the user's comfort. Can do.
Finally, when the user recovers the upright state, the free end 212 of each fixed film 21 hangs freely under gravity, and thus comes into close contact with the human body surface.
Thereby, each fixed film 21 is located in a predetermined location, the comfort of a user's wearing can be improved, and the radiation effect of each IC chip set 20 can be maintained.

FIG. 5 is a usage schematic diagram of the second embodiment according to the present invention. As shown in FIG. 5, which shows the application of the present invention to an arm protector, the difference between the second embodiment of the present invention and the first embodiment is as follows. It is.
When the user fits and installs the protective belt 100 having an IC chip on the arm, blood circulation of the arm can be promoted.

FIG. 6 is a schematic diagram of the use of the third embodiment according to the present invention. As shown in FIG. 6 showing the application of the present invention to a waist protector, the difference between the third embodiment of the present invention and the first embodiment is as follows. It is.
When the user fits and installs the protective belt 100 having an IC chip on the waist, blood circulation in the waist can be promoted.

  The above-described embodiments of the present invention do not limit the present invention. Therefore, the scope protected by the present invention is based on the claims of the utility model registration.

100 protective belt having an IC chip,
10 belt body,
11 First connection part,
12 Second connecting part,
13 First fabric body,
14 Second fabric,
15 First side,
151 First stitch line,
152 Second stitch line,
16 Second side,
17 containment tank,
171 spacing distance,
18 Open end,
181 Third stitch line,
20 IC chipset,
21 Fixed film,
211 Free end,
212 fixed end,
22 IC chip,
23 metal substrate,
24 Functional layer.

Claims (7)

A protective belt having a belt body and a plurality of IC chip sets,
A first connecting portion is installed at one end of the belt body, a second connecting portion is installed at the opposite end, and the belt body has a plurality of storage installation tanks,
Each of the IC chip sets includes two fixed films and a plurality of IC chips, and the plurality of IC chips are covered and wrapped between the fixed films. The fixed film of each IC chip set is installed corresponding to the storage installation tank, and has a fixed end fixed to the storage installation tank and a free end, and is stored and installed in the storage installation tank. Protective belt featuring. Each IC chip is a metal substrate,
The protective belt according to claim 1, wherein a functional layer is applied to each metal substrate.   The functional layer includes one or a mixture of copper, carbon, silicon, manganese, phosphorus, sulfur, nickel, germanium, chromium, molybdenum, titanium, vanadium, calcium, and silicon, or a mixture thereof. The protective belt described. The belt body has a first cloth body and a second cloth body,
The belt body has a first side and a second side,
The belt body is fixed on the first side by sewing a first sewing line and the second cloth body with a first stitch line.
In the direction perpendicular to the first side, a plurality of second stitch lines are installed at intervals, and the first cloth body and the second cloth body are fixed by being sewn together.
Each said accommodation installation tank is formed between said 1st cloth body and said 2nd cloth body, and the said belt body is each formed in the said 2nd side the opening end mutually connected with each said accommodation installation tank The protective belt according to claim 1. The fixed end of each of the fixed films is positioned at the open end of the belt body, and the fixed end of each of the fixed films is fixed to the open end of the belt body by a third stitch line,
5. The protective belt according to claim 4, wherein an opening end of the belt body is simultaneously sealed, and a free end of each fixing film is installed corresponding to a first side of the belt body.   The protective belt according to claim 5, wherein a free distance of each of the fixed films and a first side of the belt body form an interval distance. The second side of the belt body is installed above the first side,
The protective belt according to claim 4, wherein when the fixed end of each of the fixed films is fixed to the second side, the free end of each of the fixed films receives gravity and hangs down naturally.

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