KR200240764Y1 - ceramic watch - Google Patents

Abstract

This design is a method of making pottery wristwatch by adding ceramics material and jade powder to the pottery making method by making the jade powder.

Description

Jade watch {ceramic watch}

The present invention relates to the use of ceramics with jade powder as a watch grain.

Generally, the wristwatch uses brass, stainless steel, iron, and plastic in three-dimensional processing in the form desired by the user. Conventionally, in order to enhance the quality of wristwatches, a method of using expensive materials such as ceramics or tungsten precious metal and various outer shapes has been used. Until now, however, there was no timepieces made of jade added to the ceramics as a wrist watch material. In particular, conventional wristwatch materials use gold plating, silver plating or ion plating, so plating is peeled off when used for about one year or two years.

The present invention solves the problems of the conventional plating because the ceramics material of which color is permanently invariable is used, and since the ceramics are made by adding jade powder, kaolin and feldspar made of powdered ceramics, far infrared rays are radiated, The data experimented by H. Frohlich on the effects of coherent oscillations and their role in control within cells suggests that many of the proteins or biological membranes are based on nonlinear interactions of energy transitions between oscillation modes It is an ergonomically beneficial design by adding skin medical utilization which was neglected in the function of wristwatch by using the principle that it is beneficial to the human body due to the phase change of the skin film or the change of protein conformation due to the wavelength of far infrared ray according to the wavelength.

An example of a method of manufacturing the watch frame 1 and the wrist strap 2 according to the present invention will be described in detail as follows. Crushed jade is ground in a ball mill for 16 hours and then mixed in a ball mill for 16 hours. The powder is mixed with 16% of coral powder, 20% of feldspar, 35% of kaolin, 17% of silica, 17% of talc and 10% of talc. When the gypsum is poured into the mold, the gypsum absorbs the water and becomes like a clay. It becomes hard when dried. The dried clock pattern is roasted at 600 ° C, then glazed and roasted at 1300 ° C to 1400 ° C.

The glaze can represent various colors such as yuk, green, blue, black, red, and can make a clock in various colors.

The present invention is based on the fact that Coherent hanjin-dong, which is a material experimented by H. Frohlich, plays an important role in the regulation of intracellular activity by adding a small amount of far-infrared emitting ceramics, ceramics, kaolin and kaolin Based on the nonlinear interaction of the energy transition between the vibration modes of many biological membranes, it is designed by using the principle that the human body is beneficial due to the transformation of the skin film or the protein conformation by the far-infrared ray wavelength, Jade powder, feldspar, and kaolin, it has a skin-improving effect.

There are many ways to make pottery, and when you make a pottery, you get a lot of materials. However, this idea puts minerals that emit far-infrared rays, so you add skin medical activity to the concept of time watch. It is an ergonomic design.

Figure 1 shows the shape of the design

Description of the Related Art [0002]

1. Watch frame, 2. Watch band

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It is lighter than the existing iron watch.

Because it is made of ceramics material, it can mass-produce quickly, it is comfortable to wear, and the overall design is more elegant and neat.

It is an ergonomic design by adding skin medical activity.

Claims (1)

The clock wristwatch and watch body (frame) made of coral added to the material