KR20040032556A - an electric heating system discharged an anion - Google Patents

Abstract

PURPOSE: Provided is an electric heat wire system mounted in electric heat generation products such as hair dryer or heating device to generate anions. CONSTITUTION: The electric heat wire system comprises a spherical ceramic body(10) made of tourmaline to generate anions received in a space(1) of a heat wire(H) and the heat wire(H) containing 2-10 ceramic bodies(10). The ceramic body is formed in an elongated round bar form having extended right and left lengths.

Description

An electric heating system discharged an anion

The present invention relates to a heating wire used as a function for dissipating heat by installing a hair dryer or a heating device, and in particular, a heating wire system in which an anion is generated by incorporating a plurality of ceramic bodies inside the heating wire to generate negative ions with the heat. It is about.

In general, electric appliances such as hair dryers and heating apparatuses are widely used, and coil-type heating wires are installed, and these heating wires generate heat by electric resistance when they are energized. Heat is provided.

Various conventional electrical appliances described above are used as a function of providing heat, which causes damage to body hair, skin, and the like.

Recently, a lot of research has been conducted that anion not only damages hair or skin, but also promotes body activation, and a system that generates anion is applied to various electronic products.

Recently, as an electrical appliance for generating negative ions, in the case of a hair dryer, the heat generated from the heating wire is formed by forming a coating layer in which negative ions are generated on the surface of the portion where the heating wire is contacted, such as a portion where the heating wire is installed or a portion where hot air is sent. There is a thing that is configured to generate negative ions while contacting the parts coated on the various parts inside.

However, since such a conventional hair dryer has a thin coating layer, the amount of negative ions generated is minute, and since the negative ions are generated at a relatively long distance from the heating wire, the hot air is not directly in contact with the coating layer. I couldn't.

In addition, in a heating apparatus in which a heating wire is installed at a central portion and a reflection shade is installed at a rear side of the heating wire, there is a coating of a material in which negative ions are generated on the surface of the reflection shade to generate negative ions.

However, such a heating device also has a thin coating layer and is located at a relatively long distance from the heating wire, so that the generation of negative ions is not smooth and the emission amount is insufficient.

In addition, the hair dryer or the heating device has a problem in that the work process is complicated and the work time is delayed since the coating liquid is applied to the part surface to be coated to be dried for a long time at a high temperature in order to form a coating layer.

The present invention has been developed to solve the above problems, there is a technical problem that the built-in ceramic body inside the heating wire to maximize the amount of negative ions generated in the ceramic body located in the vicinity of the heating wire heating element.

Another technical problem of the present invention is to make it possible to manufacture a heating wire in which anion is generated by a simple process in which the inside of the heating wire formed in a small size is accommodated.

1 is a perspective view showing an example of use of the present invention.

2 is a side view of the present invention.

Figure 3 is a side view showing an embodiment of the present invention.

Explanation of symbols on the main parts of the drawings

H: heating wire

10, 10a: ceramic body

1: space part

The present invention relates to a well-known heating wire having a coil shape, in which a plurality of ceramic bodies formed by forming tourmaline into a spherical shape are incorporated in a space portion inside the heating wire.

Tourmaline, which is a main component of the ceramic body, generates electricity when heat or pressure is applied, which is also referred to as electric, and is a kind of ore having a hexagonal system having a hardness of 7 to 7.5 and a specific gravity of 3 to 5.

Known tourmaline components are shown in Table 1.

element Wt% Mol% mass Na (sodium) 2.53 1.85 22.9898 Li (lithium) 2.30 5.56 20.823 Fe - - - Mg (magnesium) - - - Al (aluminum) 17.86 11.11 161.8890 B (boron) 3.58 5.56 32.43 Si (silicon) 18.69 11.11 168.5130 O (oxygen) 54.70 57.41 495.9814 H (hydrogen) 0.40 7.40 4.0316

The tourmaline has the following characteristics.

First, it is always energized. Even if it is crushed to 0.3μ, it has positive and negative polarities at both ends of the crystal. When the positive and negative poles of gemstones are connected by induction lines, a current of 0.06mA is measured.

Second, it emits far infrared rays.

Third, it serves to anionize air.

The present invention takes advantage of the characteristics that tourmaline has electricity, especially when the temperature is increased by 10 ℃ ions are activated, and when the tourmaline ore is crushed into small particles, the amount of electricity generated increases.

That is, by installing a ceramic body made of tourmaline inside a heating wire that is a source of heat generation, such as a hair dryer and a heater, anion is increased by high temperature heat.

In addition, the ceramic body is manufactured by molding a powder form of small particles into a spherical shape, and the tourmaline raw material is composed of small particles to increase the generation of negative ions.

Hereinafter, with reference to the accompanying drawings, the configuration and operation of the present invention in detail as follows.

1 is a perspective view showing an example of use of the present invention, Figure 2 is a side view of the present invention. As shown in FIG. 1, the apparatus is formed by spirally winding a heating wire H around the outer periphery of the substrate T, and connecting wires L1 and L2 to the inlet and the outlet of the heating wire H, respectively. do. The heating wire (H) is configured such that the heating wire (2) in the form of a thin wire is formed in a coil shape so that the space (1) is provided therein.

In addition, as shown in FIG. 2, a plurality of spherical ceramic bodies 10 manufactured by molding a powder of a ceramic body in which anions are released into a sphere and then heat-processing at a high temperature are provided in the space 1 of the heating wire H. Housed.

The outer diameter of the ceramic body 10 is the same as or smaller than the inner diameter of the space 1. In addition, the number of ceramic bodies 10 accommodated in the space 1 is preferably 2 to 10 in length of 20 mm of the heating wire. When the number is less than 2, the amount of far-infrared rays is insufficient. When the ceramic body 10 is accommodated in, not only a lot of work time is consumed, but also the outer diameter of the ceramic body 10 is reduced.

In the present invention configured as described above, as shown in FIG. 1, in the heating wire H formed in a coil shape, the ceramic body 10 is placed in the space part 1 provided at the center, and the heating wire H is again stored. It is provided while winding in the board | substrate T.

As described above, since the outer diameter of the ceramic body H is larger than the distance between the heating wires 2 in the state where the ceramic body H is accommodated in the space 1, the ceramic body H is formed by the gap between the heating wires 2. It is preferable that the ceramic body H does not flow in the space part 1 without being inadvertently leaked out, and that the ceramic body H does not flow in the space part 1, but the heating wire H is not moved in the bent portion. A certain number of ceramic bodies are maintained in the chamber.

The system installed in the heating wire (H) as shown in Figure 1 is used in a known method by installing the inside of the hair dryer, when the power supply is connected to the hair dryer, the heating wire (H) starts to generate heat, Since heat is directly transmitted to the ceramic body 10 in the position closest to H), heat is applied to the ceramic body 10 to activate the internal tissue and release negative ions, and the air is generated by the air pressure generated in the blower. Is emitted to the outside. The user dries the hair by the hot air emitted to the outside, whereby the hair and the scalp are prevented from being damaged by the negative ions released, and the body is activated.

As an embodiment of the present invention, as shown in FIG. 3, if the ceramic body 10a is formed of a round rod having a predetermined length, the manufacturing process of storing the ceramic body 10a in the space part 1 may have the same effect. This is an easy advantage.

As described above, the present invention has an effect that can be manufactured by a simple method by storing the ceramic body in the space portion of the heating wire.

In addition, since the ceramic body is located in the adjusted portion of the heating wire that generates heat, there is an effect that a large amount of anions are released per unit volume due to high heat.

The present invention is an advantageous invention that can be easily applied to all fields in which heating wires of household or industrial heating products are installed, as well as hair dryers and heating devices.

Claims (2)

In a well-known heating wire formed in a coil shape, a spherical ceramic body 10 formed of tourmaline in which anions are generated is stored in the space 1 of the heating wire H, and the length of the heating wire H is 2 to 20 mm. Heating element system that generates negative ions generated by receiving ten ceramic bodies (10). The method of claim 1, Heating element system generating anion, characterized in that the ceramic body (10a) is formed in the form of a long round rod.