KR20130142553A

KR20130142553A - Self heating mountain clothes

Info

Publication number: KR20130142553A
Application number: KR1020120065860A
Authority: KR
Inventors: 허영유
Original assignee: 허영유
Priority date: 2012-06-19
Filing date: 2012-06-19
Publication date: 2013-12-30

Abstract

The present invention relates to self-heating mountain clothes, and more particularly, to self-heating mountain clothes capable of generating heat without a battery by storing energy every time of walking from a piezoelectric element so as to pursue convenience of a product. The self-heating mountain clothes according to the present invention comprises: a hiking boots unit wherein the piezoelectric element is provided; a bottom unit wherein hot wires are submerged; and a top unit wherein ceramic wires are submerged and a sensor for controlling temperatures is included.

Description

Self Heating Mountain Clothes

The present invention relates to a self-heating mountaineering suit, and more particularly, a heat-generating mountaineering suit that can accumulate energy every time a person walks from the piezoelectric element of the hiking boots to perform a heating function in a mountaineering suit without a battery, thereby pursuing convenience in product use. It is about.

Conventional heating clothing is composed of a heating pad, a battery, a charger, and usually uses a lithium-ion (Li-ion) battery or a secondary battery. In the case of such heat-generating clothing, it is cumbersome to charge and a problem arises that one side is overloaded due to a heat distribution that is not cracked. In addition, the battery's lifespan and duration are limited and the clothes heavy.

The present invention has been made to solve the above problems, to provide a self-heating mountaineering suit that allows the heating function in the mountaineering suit without a battery from the piezoelectric element of the hiking boots to pursue convenience in product use. There is a purpose.

Self-heating mountaineering suit according to the present invention for achieving the above object, the hiking boots equipped with a piezoelectric element; Lower part of which the heating wire is laid; It is configured to include; the upper portion is covered with a ceramic heating wire and the temperature control sensor.

Such self-heating mountaineering suit according to the present invention, by allowing the heating function in the mountaineering suit without the battery from the piezoelectric element of the mountaineering, it is inconvenient to wear a fever vest, such as wearing thick clothes or weight during mountain climbing or high mountain climbing in winter And to eliminate the hassle of charging and thermal overload problems, as well as to provide convenience to pursue the use of the product.

1 is a perspective view showing the appearance of a heat climbing clothes according to the present invention.
Figure 2 is a cross-sectional view of the hiking boots in the configuration of the heating climbing clothes according to the present invention.

Hereinafter, with reference to the accompanying drawings a preferred embodiment of the self-heating climbing suit according to the present invention will be described in detail.

1 is a perspective view showing the appearance of the self-heating climbing suit according to the present invention, Figure 2 is a cross-sectional view of the hiking boots in the configuration of the self-heating climbing suit according to the present invention.

Self-heating mountaineering suit according to the present invention is a heating wire (1) is laid on the upper portion (3) attached to the temperature control sensor (2), the connecting portion (5) connecting the upper portion (3) and the lower portion (4) , The lower portion 4 is configured to include hiking boots 7 using the piezoelectric element 6 and a connecting line 8 connecting them.

In the self-heating climbing suit, energy is accumulated through the piezoelectric element 6 each time the user walks, and the accumulated energy is transferred to the connecting portion 5 and transferred from the connecting portion 6 to the heating wire 1. The transmitted energy is converted into heat energy through the heating wire (1) to protect the user warmly, and the temperature is automatically adjusted in consideration of the external temperature and the user's temperature through the temperature control sensor (2) attached to the outside. It can also be operated manually by the user. In addition, the heating wire (1) laid on the upper part of the mountaineering suit (1) is a thread material using ceramics, not wires, and can be washed with water, and is spread evenly throughout the upper part (3) to prevent overload of heat and to transmit heat evenly throughout the body. Can be. It also does not interfere with light material.

Referring to the method of using the self-heating climbing suit according to the present invention configured as described above with reference to the accompanying drawings as follows.

Figure 3 is a view showing a state of use of the self-heating climbing suit according to the present invention is a view showing a piezoelectric element mounted on the bottom of the hiking boots.

It can be installed inside a shoe so small that it can convert and save the kinetic energy consumed when walking or jogging into electric energy and supply it to external electronic devices.The plate piezoelectric element itself or piezoelectric element is attached to the plate metal plate. Alternatively, the method of forming a series laminated structure in which the deposited thin metal sheets are stacked at regular intervals within an elastic deformation that does not cause plastic deformation, and a plurality of parallel structures formed in series are installed inside the shoe to efficiently save the power generated during climbing. Has a structure to produce and store electricity.

It is a case part which protects the laminated part from the force applied from the outside by surrounding and supporting the laminated part and the laminated part which is composed of the laminated piezoelectric element in the laminated structure, and the external force transmitting part which transmits the force generated from the outside to each piezoelectric element at the same time. It is a configured piezoelectric element.

The stacking portion of the plurality of plate-like piezoelectric elements stacked in series at the same height in a plurality of parallel arrangements in the form that can be installed in the climbing shoes, and all the plate-shaped piezoelectric elements of the laminated portion is fixed to the upper and lower surfaces of the case portion and Fixing with a plurality of fixing rods formed with grooves for inserting the sides of all plate-like piezoelectric elements.

1: lamination part formed by laminating plate-shaped piezoelectric elements
2: case part surrounding and supporting the laminated part to protect the laminated part from a force applied from the outside
3: External force transmission part that transmits the force generated from the outside to each piezoelectric element at the same time
4: a plurality of fixing bars having grooves for inserting side surfaces of all the plate-shaped piezoelectric elements

Claims

Hiking boots including piezoelectric elements;
An upper portion including a ceramic heating wire and a temperature control sensor;
Self-heating mountaineering clothing, characterized in that it comprises a; lower portion for transferring the energy of the piezoelectric element to the heating wire.

The self-heating climbing suit according to claim 1, wherein the upper portion includes a heating wire made of a ceramic material.

The self-heating climbing suit according to claim 1, wherein the hiking boots are composed of piezoelectric elements installed in the entire lower portion of the insole and a connection line for connecting to the lower portion.

The self-heating climbing suit according to claim 3, wherein the piezoelectric element is laminated with a plate-shaped piezoelectric element and protected by a case.