GB2391636A

GB2391636A - Spectacle frame containing magnetic chips

Info

Publication number: GB2391636A
Application number: GB0314580A
Authority: GB
Inventors: Ming-Chih Wang
Original assignee: Individual
Current assignee: Individual
Priority date: 2002-06-28
Filing date: 2003-06-23
Publication date: 2004-02-11
Also published as: CN2554654Y; SG111105A1; GB0314580D0; ITTO20030099U1

Abstract

A pair of electromagnetic wave resistant glasses (1) includes chips (2), which are high magnetic pieces, and nests (15) provided at nosepieces (12) and bent end pieces (14) respectively for accommodating the chips (2). The nests (15) are sealed and the chips (15) can absorb electromagnetic wave with a space surrounding the respective chip forming a magnetic field to resist the electromagnetic wave. The chips may be made of sintered permanent magnet powder and far infrared ceramic powder. The chips may have a coil or circuit 21 storing personal or manufacturer data. The chips at end pieces 14 may be attached to an LED so that light is emitted as a warning signal when an electromagnetic wave is received. The nosepieces 12 and end pieces 14 may contain tourmaline.

Description

TITLE: ELECTROMAGNETIC WAVE RESISTANT GLASSES

DESCRIPTION

The present invention relates to electromagnetic wave resistant glasses and particularly to glasses, which are embedded with high magnetic metal chips at nosepieces and bent end pieces thereof to absorb electromagnetic wave and can form magnetic fields

to resist electromagnetic wave.

Usually, glasses are used for correcting defects of vision such as nearsight, presbyopia and astigmatism, or for isolating foreign harmful light such as ultraviolet rays.

Generally, design for glasses is mostly emphasized on profiling or components of the glasses to enhance visual aesthetic feeling and wearing comfort. Two rims for fixing lens at the inner sides thereof have a pair of nosepieces and at the outer sides thereof have a pair of pivotal temples extending rearward with a bent end piece respectively so that the entire glasses can be supported with nose and ears to constitute fourpoint locating.

Hence, both pairs of nosepieces and bent end pieces are indispensable components for glasses. Nevertheless, when a mobile phone is used, incoming signals are received with an ear and outgoing signals are sent with the mouth and it is significant that electromagnetic waves, which are harmful to our health according a medical experiment, may emit during signals being received by or sent out from the mobile phone. In order to prevent from the harm of electromagnetic waves, a strict safety code has been regulated for the computer so that medical experts have taken note to the electromagnetic waves resulting from the

mobile phones and appealed for prevention.

It is known that there are two ways, grounding and resisting or so-called screening, have been done for eliminating electromagnetic waves. When the mobile phone is used in a car, the electric socket with cigarette lighter provided in the car can be utilized for grounding. But, it is very hard for the user to conduct the grounding while the mobile phone is carried about with the user in a moving situation instead of sitting in the car. Especially, pursuing lightness, thinness, smallness and shortness is a trend of mobile phone design so that it makes the electromagnetic wave elimination by way of grounding almost impossible. Hence, it is why mostly used way for prevention of harm from the electromagnetic waves emitted via the mobile phone is screening.

A method of the conventional screening is to place the mobile phone in a leather case with a metal inner layer so as to block the electromagnetic wave from passing through the leather case such that an effect of screening can be obtained. Another method of the conventional screening is to adhere a ceramic piece sintered with far infrared ceramic powder such that wavelength of far infrared can resist the electromagnetic wave.

However, it is possible for the ceramic piece to lower the capabilities of signal receiving and sending and the electromagnetic wave from any other electromagnetic wave source such as computer display is not blocked effectively.

According to the present invention, there is provided with a pair of electromagnetic wave resistant glasses, comprising: a plurality of chips, being made of high magnetic sheet; two nosepieces, being provided with a nest respectively for being embedded with

one of the chips; and two bent end pieces, being provided with another nest respectively for being embedded with another one of the chips; wherein, the nests are sealed and the chips can absorb electromagnetic wave and a space surrounding the respective chip can form a magnetic field to resist the

electromagnetic wave.

The present invention can be more Filly understood by reference to the following description and accompanying drawings, in which:

Fig. l is a perspective view of electromagnetic wave resistant glasses according to the present invention showing chips being in a state of being disassembled; Fig. 2A is a fragmentary perspective view of a temple shown in Fig. 1 illustrating a chip being associated with the temple; Fig. 2B is a fragmentary perspective view of a nosepiece shown in Fig. 1 illustrating a chip being associated with the nosepiece; and Fig. 3 is a perspective view of the electromagnetic wave resistant glasses according to the present invention illustrating the chips having been inserted into the glasses. With reference to Figs. 1 to 3, basically electromagnetic wave resistant glasses according to the present invention include glasses 1 and a plurality of chips 2.

Wherein, the glasses 1 are conventional, that is, two rims 11 at inner sides thereof have a nosepiece 12 respectively and at outer sides thereof have a pivotal temple 13 with a bent end piece 14 respectively. These are conventional parts and no detail will

be explained further. The electromagnetic wave resistant glasses of the present invention are different from the conventional glasses in that each nosepiece 12 and the bent end piece 14 of each temple 13 are embedded a chip 2 respectively to produce an anti-

electromagnetic wave effect. It is noted that "embedded" here means each of the nosepieces 12 and each of the bent end piece 14 are provided with a nest 15 for receiving and locating one of the chips 2.

The chips 2 are high magnetic metal pieces and, as the foregoing, they are inserted into the nosepieces 12 and the bent end pieces 14 respectively. After that, conventional sealing way such as gluing is used for sealing the nest 15 such that the chips 2 can be retained in the nosepieces 12 and the bent end pieces 14. The chips 2 actually i are made of sintered permanent magnet powder so that strong magnetism are provided in the chips 2. Further, in order to have a function of far infrared, far infrared ceramic powder can be mixed with the high magnetic powder during making the chips 2 so that the far infrared can be sintered with the high magnetic powder into an integral piece. In this way, the chips 2 can provide the function of emitting far infrared in addition to the high magnetism.

The principle of the electromagnetic wave resistance done by the glasses of the present invention is explained hereinafter. Because the nosepieces 12 and the bent end pieces 14 are embedded with the chips 2 at the nests 15 thereof, a magnetic field can be

formed due to the negative magnetic pole facing the wearer's body at the areas such as the nose and the ear, which contact with the glasses such that the electromagnetic wave is deviated by the magnetic field so as to be resisted from hurting the human body. In the

c b meantime, due to the chips 2 being made of metal, the electromagnetic wave can be absorbed by way of electric screening or field cleaned effect to reduce influence affected

by the electromagnetic wave to the least. In case of the chips 2 having the function of far; infrared, the effect for resisting the electromagnetic wave can be enhanced effectively.

The electromagnetic wave resistant glasses of the present invention have been tested by SGS and data shown in the test report EM/2002/80112 has verified the glasses of the present invention are capable of resisting the electromagnetic wave. Hence, it can be sure from the preceding test that the electromagnetic wave around the head of the wearer can be reduced substantially to avoid unpredictable harm. Further, the electromagnetic wave can be lowered significantly to prevent the body from all possible hurts regardless the wearer is in a state of receiving a phone call or watching display screen. I Besides, each of the chips 2 at the surface thereof can be provided with a coil or circuit 21, which is stored with personal or manufacturer data for identification recognition or reading manufacturer related information through a scanner. Furthermore, due to the chips 2 being provided with strong magnetism and far infrared, the glasses of the present invention can have some curativeness. For instance, the far infrared is able to generate an effect of producing a little heat and it is possible to accelerate flood circulation at the nose or head so that discomfort caused by a stuffy nose or headache can I be soothed. The magnetism can perform magnetic massage to activate muscles and bones; so that it is possible for the wearer to obtain effects of illness prevention and health care.

In addition, the chips 2 also can be provided as micro processed reaction type I

chips to carry out functions of micro organic chemical reaction, biochemical reaction or enzyme reaction so that physiological changes of human body such as body temperature, high blood pressure and diabetes mellitus can be detected or warned for specific pursuits.

Meanwhile, the chips at the bent end pieces 14 can be fixedly attached with a light emitting diode (LED) respectively by way of surface mount technology (SMT) so that light can be emitted as a warning signal while the electromagnetic wave is received by the LED.

Moreover, the nosepieces 12 and the bent end pieces 14 further can be embedded with tourmaline or can be mingled with far infrared powder before being formed with injection molding. In this way, the glasses of the present invention are effective to release negative ions.

It is appreciated that glasses of the present invention provide chips, which can resist and absorb electromagnetic wave, at nosepieces and bent end pieces thereof to keep reducing electromagnetic wave at all times so as to achieve the purpose of health care.

While the invention has been described with reference to a preferred embodiment thereof, it is to be understood that modifications or variations may be easily made without departing from the spirit of this invention, which is defined by the appended claims.

Claims

1. A pair of electromagnetic wave resistant glasses, comprising: a plurality of chips, being made of high magnetic sheet; two nosepieces, being provided with a nest respectively for being embedded with one of the chips; two bent end pieces, being provided with another nest respectively for being embedded with another one of the chips; wherein, the nests are sealed and the chips can absorb electromagnetic wave and a space surrounding the respective chip can form a magnetic field to resist the

electromagnetic wave.

2. The electromagnetic wave resistant glasses as defined in claim 1, wherein the chips are formed with sintered permanent magnet powder.

3. The electromagnetic wave resistant glasses as defined in claim 2, wherein the chips further include sintered far infrared ceramic powder.

4. The electromagnetic wave resistant glasses as defined in claim 1, wherein the chips are provided with a coil or circuit for data storage.

5. The electromagnetic wave resistant glasses as defined in claim 1, wherein each of the chips has a negative pole facing a body of a wearer.

6. The electromagnetic wave resistant glasses as defined in claim 1, wherein the chips can be provided as micro processed reaction type chips.

7. The electromagnetic wave resistant glasses as defined in claim 1, wherein the chips at the bent end pieces can be fixedly attached with LED by way of SMT.

8. Electromagnetic wave resistant glasses constructed and arranged substantially as hereinbefore described with reference to and as illustrated in the accompanying drawings.