KR200310658Y1 - Self-heating shoes - Google Patents

Abstract

The present invention relates to a self-powered thermal insulation shoe and a means for warming the upper part of the body, provided with or equipped with the smallest self-powered facilities in the heel of the existing shoes or a separate position, the electrical energy generated by the self-powered facilities It consists of a heating plate and heating wire that generates and transfers heat by self-generation to the entire shoe or a part where warmth needs to be converted to heat energy,

It can warm the feet or parts of the body of people who work long hours or outside of winter.

Description

Self-developed thermal shoes {omitted}

The present invention relates to a self-developed heat-insulated shoe that warms the foot or part of the body in accordance with the wearer's movement by installing the self-powered equipment in the shoe heel or in a separate part. In the case of workers or special workers, they have kept warm by attaching a shoe made of a material of high thermal insulation, overlapping socks or overshoes, and thickly attaching parts of the body while reducing the difficulty and risk of activities.

There is a limit to the above-mentioned warmth, in the case of workers in special work or workers in the winter outside work, there was a problem to protect the foot or a certain part separately by various diseases such as frostbite.

The present invention is to solve the above problems, the present invention is to install or install the smallest equipment capable of self-development according to the movement of the person in a shoe heel or a certain part of the body, winter long-term external workers or special work Its purpose is to achieve worker's body warmth by self-generation equipment.

Figure 1 is a state diagram showing a cross-section with a self-powered facility in the shoe heel according to the present invention.

Figure 2 is a plan view showing a self-powered installation according to the present invention.

Figure 3 is a flow chart showing the initial power delivery by the movement of the weight according to the present invention.

Figure 4 is a state diagram until the configuration and heat generation of the rotor and the rotor outside of the self-generation equipment according to the present invention.

<Description of the code | symbol about the principal part of drawing>

1: weight (permanent magnet) 11: wire

2: buffer magnet (permanent magnet) 12: bimetal

3: rod 13: heating plate

4: axis of rotation of the rod 14: heating wire

5: One-way bending tip of the rod end 15: Spring embedded in the bending axis of the one-way bending tip of the rod end

6: hinge of one end of the bar tip

7: Power plate for the first transmission of power 16: Straight surface of one-way bending tip

8: gear group 17: curved surface of one-way bending tip

9: rotor (permanent magnet or winding coil) 18: virtual wall

10: Outside rotor (winding coil or permanent magnet)

Hereinafter, described in detail based on the accompanying drawings a preferred embodiment of the thermal insulation shoe is attached to the self-power generation equipment according to the present invention.

1 is a state diagram showing a self-powered facility built into the shoe heel according to the present invention, having a heating wire 14 between the sole and the midsole of the shoe and between the inner and outer shell, showing the self-powered facility built into the shoe heel One,

Figure 2 is a plan view showing a self-powered installation according to the present invention,

The weight (1) of the initial power transmission means of the self-powered equipment is moved by the human movement of the weight center of gravity, so the weight (1) according to the position of the axis of rotation (4) of the rod up, down, left, right or front It will work afterwards.

According to the movement of the weight (1) by the one-way bending tip (5) of the end of the power transmission first rotary plate 7 is a one-way circular motion, the one-way circular motion of the power transmission first rotary plate 7 is Several gear wheels 8 are moved to induce rotational force, which is the rotor 9 attached to the end of the last gear, and the rotation of the rotor 9 is caused by a small amount of electrical energy by electromotive force with the outer rotor 10. Is generated, a small amount of electrical energy will generate heat to the heat generating plate 13 through the wire 11 shown.

The heating plate 13 is managed by the bimetal 12 to control the temperature higher than a predetermined temperature, the heat stored in the heating plate 13 is achieved by moving along the arranged heating wire (14). .

Figure 3 is a flow chart showing the initial power transmission by the movement of the weight of the self-generating equipment, the one-way bending tip (5) of the rod end in accordance with the one-way progression of the weight (1), which is the initial power transmission source (4) The force is transmitted to the opposite direction of the traveling direction of the weight (1) to the center to transfer a random force to the power transmission first rotating plate (7).

The force transmitted to the power transmission first rotating plate 7 is transmitted to the gear 8 8 in one circular motion, thereby rotating the rotor 9 to obtain electrical energy by electromotive force with the outer rotor 10.

According to the above-described flow chart, the linear surface 16 of the one-way bending tip 5 of the rod end is a direct power transmission portion according to the movement of a person, and the curved surface 17 portion is power transmission to the first rotation plate 7 of the power transmission. When the bar tip of the rod end (5) is worn on the power transmission first rotating plate (7) according to the opposite direction of the weight (1), the bending tip (5) bends in one direction so that the weight (1) minimizes the reaction force in the opposite direction. The rotating plate 7 is repeatedly circular motion, the kinetic energy is made according to the flow chart shown below, the kinetic energy is converted into electrical energy by the rotation of the rotor through the gear ,, and again converted to thermal energy Will be done.

4 is a state diagram of the rotor 9 and the other portion 10 that generate electric energy of the self-generating equipment, wherein the electric energy generated by the rotation of the rotor 9 generates heat to the heating plate.

As described above, according to the thermal insulation shoes attached to the self-power generation equipment according to the present invention, there is a limit to the thermal insulation of the existing shoes, so the thermal insulation system equipped with the self-generation is semi-permanent, long-term external workers and special workers Prevention of frostbite is effective in maintaining healthy feet and preparing for various diseases in winter.

Claims (3)

In self-developed thermal shoes, A weight center of gravity moving around the axis of rotation of the rod according to the movement of the shoe wearer; A rod to which the weight is fixed; A one-way bending tip of the rod end; A hinge that is a bending point of the one-way bending tip; A spring embedded in the one-way bending tip and having a restoring force after bending the tip; A rotating shaft of the rod for smoothly moving the weight; A buffer magnet fixed to a virtual wall line which increases reaction force and buffers by the movement of the weight; The weight is self-developed thermal shoes, characterized in that for generating kinetic energy around the axis of rotation of the rod. The method of claim 1, In order to convert the kinetic energy of the weight into electrical energy, A power transmission first rotating plate to which the force of the one-way bending tip of the rod end is transferred by the movement of the weight; A gear group for increasing the force of kinetic energy by the rotational force of the rotating plate; A rotor composed of a permanent magnet or a winding coil of the gear group terminal; Winding coils or permanent magnets configured outside of the rotor to induce electromotive force by the rotation of the rotor; The kinetic energy is a self-powered thermal insulation shoes, characterized in that converted to electrical energy by the electromotive force of the rotor consisting of a permanent magnet or winding coil and the winding coil or permanent magnet to the outside. The method of claim 2, The electrical energy converted from the kinetic energy A heating plate which generates heat to be converted into thermal energy; A bimetal for controlling heat of the heating plate to a predetermined temperature; A heating wire connected to the heating plate; Self-heating thermal insulation shoes, characterized in that to improve the thermal insulation of winter shoes by the heating wire.