JPH10226908A - Interlining of garment - Google Patents

Abstract

PROBLEM TO BE SOLVED: To obtain a garment interlining capable of absorbing and attenuating electromagnetic waves or magnetic waves by the action of an electric circuit and thereby capable of protecting the wearer of the garment from the affections of the electromagnetic waves or magnetic waves by flatly disposing the electric circuit having the coil of an oscillation circuit or electromagnetic induction circuit. SOLUTION: This interlining of a garment is obtained by flatly disposing an electric circuit (e.g. a circuit having a flat coil 2 and a resistor 3 electrically connected to the coil in series) having a coil of an oscillation circuit (capable of being oscillated with electromagnetic waves having a specific frequency determined by the relation of the coil with a capacitor) or electromagnetic induction circuit (capable of taking a magnetic wave energy in a varied magnetic field into the coil as an induction electric current) in the interlining 1 (comprising a nonwoven fabric, a thick woven fabric, a synthetic resin foamed product, etc., and usually disposed between a front side fabric and a lining fabric to give effects such as shape retainability and heat insulation to a garment) of the garment.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to interlining for clothes. More specifically, an electric circuit having a coil on an interlining is arranged in a plane to have a function of protecting against electromagnetic waves and magnetic fields.

[0002]

2. Description of the Related Art Clothes made of textiles or apron having an electromagnetic wave protection function can be made by using a conductive cloth or a cloth woven with conductive yarn at a certain interval in a part of the clothes,
A conductive material is attached to clothes, and a part of a human body covered with the conductive material is electromagnetically shielded to protect it from electromagnetic waves.

[0003] Certain ceramics and electric circuits that absorb or modulate electromagnetic waves to protect against electromagnetic waves are also known, and are designed to protect human bodies from electromagnetic waves by reducing the amount of exposure to harmful electromagnetic waves to the human body.

[0004]

Due to the nature of clothing, garments or pants do not cover the entire body, whether garments or pants, limbs, heads and faces are often exposed. Even if it is used for a part of the device, only the portion covered with the conductive material can be shielded, and only a specific portion can be protected from electromagnetic waves from a specific direction.

[0005] Even if an attempt is made to protect the human body against electromagnetic waves using specific ceramics or electric circuits, it is necessary to be located in the immediate vicinity of these devices or ceramics, or to carry them with them at all times.

[0006] It is electromagnetic waves that the periodic changes of the electric and magnetic fields are transmitted as waves, and electromagnetic waves are generated not only where electromagnetic waves are intentionally radiated as radio waves but also where electricity is flowing. An extremely low frequency electromagnetic wave of several Khertz or less has a strong property as a magnetic field and can be considered as a magnetic wave.

[0007] Electromagnetic waves have a bad effect on the human body. The electromagnetic waves invade the body to vibrate molecules to generate heat, and the bioelectric reaction caused by the transfer of electrons between cell molecules in the body. Is considered to be a non-thermal effect that disturbs the electric field.In addition, there is an electromagnetic induction phenomenon in which a current in the conductor in the changing magnetic field causes an electric current. It is thought that it is exerting.

[0008]

Means for Solving the Problems An electric circuit is arranged on an interlining, which is a constituent element of clothes, and the action of the electric circuit absorbs and attenuates electromagnetic waves and magnetic waves, so that a person wearing the clothes is exposed to electromagnetic waves and magnetic fields. Protect from adverse effects.

It is well known as an oscillation circuit that an electric circuit composed of a coil and a capacitor resonates and oscillates in an electromagnetic wave, and the fact that an induced current flows through a coil in a changing magnetic field is well known as an electromagnetic induction circuit. Are known.

In these circuits, the energy of an electromagnetic wave or a magnetic wave is taken into the circuit and is converted into other energy. If the converted energy is consumed in a form harmless to the human body, the electromagnetic wave or the electromagnetic wave or the electromagnetic energy is consumed accordingly. The magnetic waves are weakened, and the adverse effects of the electromagnetic waves and the magnetic waves on the human body can be reduced.

That is, in the present invention, an electric circuit having a coil of an oscillating circuit or an electromagnetic induction circuit is disposed in a plane on the interlining of clothes, and the energy of electromagnetic waves or magnetic waves is taken into the circuit by the coils. It attenuates the energy of electromagnetic waves and magnetic waves that are consumed as vibrations and heat and poured into the human body.

The interlining of the garment is made of a non-woven fabric, a thick woven fabric, a synthetic resin foam, or the like, and is usually located between the outer fabric and the lining to give the garment an effect such as shape retention or heat retention. Furthermore, there are cases where the garment is composed only of the outer fabric and the interlining attached to the back, and the lining is not used,
Since the interlining of clothing is thicker and more rigid than the outer material and cannot be seen from the surface, it is easy to integrally provide a planar electric circuit.

The oscillation circuit resonates with an electromagnetic wave of a specific frequency determined by the relationship between the coil and the capacitor, and the electromagnetic wave energy taken in from the coil becomes electric vibration, and the energy is considerably consumed as mechanical vibration and heat. Alternatively, mechanical vibration may be actively generated to promote energy consumption.

In the electromagnetic induction circuit, since the magnetic wave energy in the changing magnetic field is taken in by the coil as the induced current, energy is consumed as heat if a resistor for consuming current is provided in the circuit in series with the coil.

Although the electric circuit is planarly arranged on the interlining and integrated with the interlining, a planar circuit such as a printed circuit may be mounted on the interlining by a usual method, but it is possible to use a conductive yarn or a metal fiber. May be sewn or interposed in an interlining to form a circuit. In this case, ordinary electric components may be used for capacitors, resistors, and the like that require a certain capacitance and value.

The coil required for the electric circuit is constituted by winding a conductive wire around a non-conductive interlining, embedding a small-diameter coil wound around a separate core into the interlining, or a printed circuit. A planar coil may be used by attaching it to the interlining.However, if a flat coil having no overlapping portion is used, it can be plated or adhered to the surface of the interlining with a single layer. It can also be constructed by sewing.

When an oscillating circuit is arranged on the interlining of clothes, not only is it consumed as mechanical vibration and heat when tuned and excited by electromagnetic waves, but it also emits electromagnetic waves of a specific frequency, so that the body inside the interlining of clothes is worn. It is preferable to provide a conductive layer on the side to electromagnetically shield an electric circuit. In this case, a nonwoven fabric in which metal fibers are dispersed, a cloth in which conductive fibers are woven, or the like may be used.

Both the oscillating circuit and the electromagnetic induction circuit have frequency characteristics. Particularly, in the case of an oscillating circuit, only a specific narrow frequency width is oscillated, so that the electromagnetic wave energy of all electromagnetic waves is not attenuated. The electric circuit is preferably placed on the interlining of clothing, and the frequency selected in this case is 50 or 60 Hz, which is the frequency of the power system, or 800 MHz, which is used in a mobile phone system. You just have to select the frequency you are using.

[0019]

[Function] Since it is an interlining of clothes in which an electric circuit having a coil of an oscillation circuit or an electromagnetic induction circuit is arranged in a plane, the energy of electromagnetic waves and magnetic waves radiated in the air is taken into the electric circuit and attenuated. Can reduce the amount of electromagnetic radiation exposed to people wearing clothes.

Even an electric circuit having a coil can be configured in a planar manner, and is not visible from the outside because it is used as an interlining, and the interlining itself requires rigidity, thus impairing flexibility. Even if the electric circuit is arranged integrally, the function as the interlining of the clothes is not impaired.

[0021]

FIG. 1 is a perspective view, partially cut away, of an interlining of a garment according to an embodiment of the present invention. An electromagnetic induction circuit composed of a resistor 3 electrically connected to the circuit is arranged in a plane.

The coil may have another configuration, and the planar coil may be not only the one shown in the figure but also an array type or a spiral type. If a planar coil having no overlapping portion is used, an electric circuit can be formed in a planar manner. If the coil is composed of conductive fiber yarns, and the resistance part uses the electrical resistance of the conductive fiber yarns, the entire electromagnetic induction circuit can be composed of conductive fiber yarns. can do.

FIG. 2 is a perspective view, partially cut away, of an interlining of a garment according to another embodiment of the present invention. Two oscillation circuits 4 and 5 having different frequency characteristics, each of which is composed of a capacitor, are arranged in a plane, and furthermore, a conductive layer 6 is provided on the body side inside the interlining of clothing to electromagnetically shield the electric circuit portion.

The oscillation circuit can be formed by attaching a separate circuit such as a printed circuit to the interlining, or by connecting a planar coil and a capacitor as an electric component, and a plurality of oscillation circuits having different frequency characteristics. The effect is great if you place
Although two oscillator circuits are arranged in the figure, three or more oscillator circuits may be provided.

The oscillation circuit and the electromagnetic induction circuit are arranged in a plane on the interlining of clothes, but since the interlining itself requires thickness and rigidity, even an electric circuit having a coil is required. Even an electric circuit that is easily arranged and lacks some flexibility or a thick electric part can be accommodated in the interlining of clothing and provided in a plane.

In the case where a conductive layer is provided on the body side inside the interlining of clothing to electromagnetically shield the electric circuit portion, only the oscillation circuit and the electromagnetic induction circuit portion need to be electromagnetically shielded. Although a conductive fiber layer may be used, a metal body can be used because it has a small area.

[0027]

According to the present invention, an electric circuit having an oscillating circuit and an electromagnetic induction circuit coil is arranged in a plane on the interlining of clothes, and the energy of electromagnetic waves and magnetic waves radiated into the air is stored in the electric circuit. Therefore, the energy of the electromagnetic wave or the magnetic wave can be reduced by that much, and the amount of exposure of the person wearing the clothes to the electromagnetic wave can be reduced.

[Brief description of the drawings]

FIG. 1 is a partially cutaway perspective view of an interlining of a garment according to an embodiment of the present invention.

FIG. 2 is a partially cutaway perspective view of an interlining of a garment according to another embodiment of the present invention.

[Explanation of symbols]

 1, clothing interlining 2, planar coil 3, resistor 4, oscillation circuit 5, oscillation circuit 6, conductive layer

Claims (4)

[Claims] An interlining cloth for clothes in which an electric circuit having a coil of an oscillation circuit or an electromagnetic induction circuit is arranged in a plane. 2. The interlining of clothing according to claim 1, wherein the coil of the electric circuit is a flat coil having no overlapping portion. 3. The interlining of a garment according to claim 1, wherein an electromagnetic shield comprising a conductive layer is provided inside the body side of the electric circuit. 4. The interlining of clothing according to claim 1, wherein a plurality of electric circuits having different frequency characteristics are provided.