CN2554654Y

CN2554654Y - Anti-electromagnetic wave spentacle

Info

Publication number: CN2554654Y
Application number: CN02238016U
Authority: CN
Inventors: 王明池
Original assignee: Individual
Current assignee: Individual
Priority date: 2002-06-28
Filing date: 2002-06-28
Publication date: 2003-06-04
Anticipated expiration: 2012-06-28
Also published as: SG111105A1; ITTO20030099U1; GB0314580D0; GB2391636A

Abstract

The utility model relates to anti-electromagnetic wave spectacles. The spectacle frame thereof comprises a spectacles frame, nose pads, frame legs and ear frames, cavities are respectively arranged at proper positions of the two nose pads and the two ear frames which are arranged oppositely, and wafers made of high magnetic metal are embedded into the cavities, and the cavities are sealed; the material of the wafers can adopt a structure formed by mixing and sintering permanent magnet powder and far infrared ray ceramic powder; the sealing material for sealing the wafers into the cavities can adopt rubber or resin; the wafers can have coils or return circuits for storing information; the cathodes of the wafers are pointed at a human body; the anti-electromagnetic wave spectacles of the utility model has the advantages that the electromagnetic waves around the human head position can be reduced no matter when a mobile telephone is used or a display screen is viewed, the possible hurt to the human body can be prevented, and the product also has functions of massage and health care to the human head.

Description

The anti-electromagnetic wave glasses

Technical field

The utility model relates to the human body glasses, specifically a kind of anti-electromagnetic wave glasses, especially refer to put the metal wafer (chip) of implanting high magnetic, electromagnetic wave adsorbed by the metal material of wafer at nose pad, the ear chord position of glasses, in addition by the formed magnetic field of wafer to intercept electromagnetic wave.

Background technology

The existence of glasses is generally the defective of correcting vision or isolates extraneous harmful light, for example rectification of myopia, presbyopic, astigmatism, perhaps ultraviolet obstruct.Generally speaking, on the whole the design of glasses is the combination at appearance or element, with the aesthetic feeling that increases vision and the comfortableness when wearing.With regard to the one-piece construction of glasses, the inboard opposite end of two picture frames of inlaying eyeglass is provided with a pair of nose pad, the outside then extend back separately a pair of can rotating leg, its free end then connects the ear frame of a back bending shape, make whole pair of glasses be supported in nose and ear respectively, to form four point locations.Therefore with regard to glasses, a pair of nose pad and ear frame are indispensable indispensable element.

On the other hand, when people when using mobile phone, be to accept signal by ear, and send signal by mouth, and can not dare not or would not speak up, the reception of this kind signal promptly has electromagnetic wave to produce with emission, and through medically experiment, electromagnetic wave is known from experience certain injury of generation for the people, therefore, promptly is example with the computer, electromagnetic anti-suffering from, promptly order strict safety standard, and mobile phone can not be exempted electromagnetic effect.So the existing recently personage of medical circles notes and this, and appeals to take precautions against.

As everyone knows, eliminate electromagnetic wave and roughly can be set about by two kinds of approach, one is a ground connection, and another then is obstruct, that is so-called covering, and for automobile-used, can be ground connection via cigarette lighter electric plug; Can not dare not or would not speak up, pursue compact trend with the mobile phone fuselage, desiring with earthing mode is electromagnetic preventing, under non-automobile-used state, and actual having any problem, so, for individual carrier, on the whole only select for use and cover or obstruct mode.

And the known mode of covering is all inserted mobile phone in the leather sheath of tool metal level in, makes electromagnetic wave can't penetrate leather sheath, to form capture-effect.And another knows the obstruct mode of knowing, is then mostly pasting a potsherd that is formed by far infrared ceramic powder end institute sintering on the body of mobile phone, utilizes wavelength resistance the melting electromagnetic wave of far infrared.Therefore, aforementioned know that the resistance of knowing is melted or the mode of covering all at mobile phone itself, its transmission-receiving function of reduction is arranged unavoidably, and to the electromagnetic wave in other sources, for example the electromagnetic wave that produced of computer display screen curtain can't effectively be checked.

Summary of the invention

The purpose of this utility model is to overcome above-mentioned deficiency, a kind of improved anti-electromagnetic wave glasses are provided, it can be reduced in the electromagnetic wave around the human body head, using mobile phone or watching display screen all can reduce electromagnetic wave effectively no matter be, prevent issuable injury to human body, this product also has the health care massage function to human body head.

The purpose of this utility model is achieved in that

A kind of anti-electromagnetic wave glasses, its mirror holder comprise picture frame, nose pad, frame leg, ear frame, respectively have the hole at its two nose pad that is provided with relatively and the appropriate location of ear frame, are implanted into the wafer that material is high magnetic metal in this hole, and with this hole sealing.

The material of described wafer can be the powder sintered structure of permanent magnet.

The material of described wafer can also be the structure of permanent magnet powder and far infrared ceramic powder end mixed sintering.

The described closure that wafer is closed in the hole can be glue, resin.

Described wafer can have coil or the loop that stores data.

The negative pole of described wafer is towards human body.

The utility model has following actively useful effect:

Via actual measurement, at periphery during without any electric equipment products, the free electromagnetic wave that the electromagnetic wave arrangement for detecting measures in the atmosphere is about 1.1 to 1.9VMG (all microgasusses), if after putting on this anti-electromagnetic wave glasses, its electromagnetic wave that measures reduces to about 0.4 at once to 0.8VMG; And when mobile phone sound time-out, it is about 23 to 25VMG that the electromagnetic wave that this detecting position is measured is increased to immediately, after putting on this anti-electromagnetic wave glasses, then reduces to about 13 at once to 16VMG.Therefore, by above-mentioned experiment, these glasses of susceptible of proof can be reduced in the electromagnetic wave around the head really, avoid the injury that can not expect, no matter whether receiving calls, are perhaps watching display screen, all can effectively electromagnetic wave be reduced the injury that may derive with prevention.

In addition, the wafer surface of these glasses can be provided with coil or loop, and the storage of individual or manufacturing plant's data is provided, and via after the scanner scans, promptly can read data, for debating of identity looked or the reading of the related data of manufacturer.In addition, because the wafer of these glasses possesses high magnetic and far infrared, and have some curative effects to human body, for example far infrared can produce the tepor effect, for nasal obstruction or headache, can quicken blood circulation, reduce sense of discomfort, the action of a magnetic field then can produce the magnetic energy massage, with the activation grain, makes the wearer obtain the effect of prevention and health care.

Via enforcement of the present utility model, it can intercept and adsorb electromagnetic wafer, be located at the nose pad and the ear frame of glasses respectively, and tool reduce electromagnetic function at any time, and the unlikely electric equipment products that influence, for example function of mobile phone.

Description of drawings

Fig. 1 is the three-dimensional exploded view of each assembly of glasses of the utility model one embodiment.

Fig. 2 is the integrated structure synoptic diagram of nose pad and wafer among Fig. 1;

Fig. 3 is the ear frame of Fig. 1 and the integrated structure synoptic diagram of wafer;

Fig. 4 is the stereographic map after each combination of components shown in Figure 1.

Drawing reference numeral:

1. glasses 11. picture frames 12. nose pads

13. hole, frame leg 14. ear framves, 15. cave

2. wafer 21. coils or loop

Embodiment

Please refer to Fig. 1 to Fig. 4, the utility model is a kind of anti-electromagnetic wave glasses, and it is combined by glasses 1 and a plural number wafer 2.

Wherein, glasses 1 are conventional construction, that is are provided with a pair of nose pad 12 relatively in two picture frames, 11 inboards, the outside one rotating the leg 13 that then extends back separately, and the movable end of each frame leg 13 is then distinguished socket one ear frame 14, more than is the known member of glasses, does not repeat them here.And the difference of the utility model and institute's conventional construction is to implant a wafer 2 respectively in each nose pad 12 and ear frame 14, can form diamagnetic wave effect.And implantation described herein mainly is to open hole, a cave 15 in this nose pad 12 and the appropriate location of ear frame 14, for the ccontaining of wafer 2 and location.

Wafer 2 is a kind of high magnetic metal lamellar body, is embedded in the hole, cave 15 of described each nose pad 12 and ear frame 14, and again with known encapsulation step, for example gluing with these hole, cave 15 sealings, is fixed in nose pad 12 or the ear frame 14 wafer 2.Wherein, this wafer 2 mainly is to form with the permanent magnet powder sintering to make the high magnetic usefulness of its tool.Possess far infrared function for increasing it in addition, also must add far infrared porcelain powder is during fabrication mixed, and around becoming one, makes wafer itself have high magnetic and emitting far infrared ray function.

The principle of the utility model anti-electromagnetic wave is as follows: after all implanting a wafer 2 in the hole, cave 15 of this Glasses nose pad 12 and ear frame 14, for increasing the magnetic field effect, the negative pole of its magnetic pole is all towards the contact site of human body, reach in the ears as the bridge of the nose, so that constitute a magnetic field space, making electromagnetic wave is magnetic field institute deviation, and can effectively intercept electromagnetic wave; Simultaneously,, also can absorb (electric shield also claims the netfield effect) electromagnetic wave effectively, reduce to electromagnetic influence minimum because wafer 2 is a metal material.If this wafer 2 possesses the function of far infrared, also can strengthen the effect of anti-electromagnetic wave.

The just preferred embodiment that the utility model is suggested a kind of, such as partial alteration or modification and come from technological thought of the present utility model and be familiar with this technology the people was easy to know by inference, neither disengaging right category of the present utility model.

Claims

1. anti-electromagnetic wave glasses, its mirror holder comprises picture frame (11), nose pad (12), frame leg (13), ear frame (14), it is characterized in that:

Respectively have hole (15) at its two nose pad (12) that is provided with relatively and the appropriate location of ear frame (14), be implanted into the wafer that material is high magnetic metal (2) in this hole (15), and with this hole sealing.

2. anti-electromagnetic wave glasses as claimed in claim 1 is characterized in that: the material of described wafer (2) is the powder sintered structure of permanent magnet.

3. anti-electromagnetic wave glasses as claimed in claim 2 is characterized in that: the material of described wafer (2) is the structure of permanent magnet powder and far infrared ceramic powder end mixed sintering.

4. anti-electromagnetic wave glasses as claimed in claim 1 is characterized in that: the described closure that wafer (2) is closed in the hole (15) is glue, resin.

5. anti-electromagnetic wave glasses as claimed in claim 1 is characterized in that: described wafer (2) has coil or loop (21) that store data.

6. anti-electromagnetic wave glasses as claimed in claim 1 is characterized in that: the negative pole of described wafer (2) is towards human body.