KR20090115985A - A heat bed which coverd hinoki wood panels - Google Patents

Abstract

PURPOSE: A thermal bed which uses cypress as a finishing material is provided, which can be semi-permanently used since the finishing material doesn't decay and removes bad smell. CONSTITUTION: A thermal bed which uses cypress as a finishing material comprises an outer frame(10) which has the specified formation; a board material(20) formed in the inner bottom surface of the outer frame; an adiabatic material(21) adhered on the board material; a heater(22) which is formed to be operated by the electricity on the adiabatic material; and a cypress finishing material(11) which is finished in the heater upper end. A heat storage layer(30) which is formed between a heater and cypress finishing material.

Description

A heated bed which covers hinoki wood panels {A heat bed which coverd hinoki wood panels}

The present invention relates to an eco-friendly heating panel that can be used as a heating device by mounting on a bed like a stone bed or on a living room or a floor.

The present invention relates to an even more advanced improvement patent by developing the technology of the Patent No. 10-0725819 far-infrared radiation cypress thermal bed and Utility Model Registration 20-00339612 invented by the present applicant. In recent years, because people are sensitive to sick house syndrome or synthetic syndrome, there is a need for a new material that is beneficial to the upper part of the heated bed. In particular, since dragonflies are in direct contact with the skin, high antibacterial natural materials are advantageous.

In Korea, where warm floors are preferred, many heating devices have been developed. Stone beds, jade mats, etc., which have been popular in the past, fall into this product group.

However, most jade mats and stone beds are mostly processed materials, not natural materials. For example, the jade mat is using a material such as PVC to fix the jade, and in the case of the stone bed uses a binder of stone powder and resin. Disadvantages of these materials are unpleasant because the temperature rises and the person lying down becomes sticky when releasing sweat. Also, minerals such as stones and jade feel very cold when laid down without heat due to their relatively cold nature. Dongbogam said that if he sleeps on a cold stone, his mouth turns to Guanwasa.

Among the existing products, there are products made of bamboo, but there are disadvantages in that worms are generated when the finish is processed with bamboo.

In addition, products made of paulownia have the disadvantage of being too soft and easily damaged. Most trees are vulnerable to moisture, so they suffer from rotting when exposed to humid conditions. To make up for these drawbacks, varnishing may cause itching if chemicals such as formaldehyde contained in the varnish touch the human body.

In order to make up for these drawbacks, the use of environmentally friendly cypress wood is the finishing material of the thermal bed. Cypress is very resistant to moisture, does not rot, and has the effect of combating pests.

Using a well-dried cypress wood as a finishing material for a thermal bed has the following effects: First of all, the effects of cypress are as follows: According to a forest researcher, the antibacterial activity of cypress is similar to or higher than that of copper sulfate, which is used as a raw material of pesticides. As a result of the experiment of Chungbuk National University Animal Medicine Research Institute, it was found that the bacterium has excellent bactericidal effect against various bacteria. In addition, phytoncide, which occurs in cypress, avoids house dust mites. A test by the Korea Institute of Apparel Testing conducted a test of house dust mite repelling effect by using baekbaek, and it was proved that 80% to 95% of house dust mites avoid phytoncide. Large leg dust mites and vertical pattern dust mites that cause atopic dermatitis and asthma run away from phytoncide and can be removed. Phytoncide is attracting attention as a factor that enhances the body's immunity. As a general effect of forest bathing, phytoncide restores the body and mind to increase the natural healing power. It can be inferred that phytoncide plays a significant role in strengthening the immune system in various experimental results. Especially, the terpenes, phytoncide ingredients, refresh the mind and body, so the sedation and comfort functions of the forest are empirical facts that do not need to be proved in the laboratory. It is well known that phytoncide increases the alpha waves of the brain. Alpha waves are the brain waves that occur when the body and mind are in harmony at the highest consciousness. In this state, the mind and body are stabilized and concentration is improved, and memory is also known to increase. In addition, the deodorant action of cypress can create a more comfortable living environment. Deodorization is a term used to remove odors. Artificial fragrances that we commonly see on the market cover the odor by spraying a stronger scent than the odor that causes the odor, and the scent of the sprayed artificial scent remains aversive. do. Deodorization of phytoncide is not only complete but also safe because it decomposes the cause of odor by chemical neutralization. Recently, it is frequently reported that harmful substances emitted from various building materials pose a serious threat to health. Especially, volatile organic compounds and formaldehyde emitted from various building materials (furniture, paint, wallpaper) used in new apartments are atopic. It is a serious problem caused by various diseases such as dermatitis, headache and bronchitis. These substances are toxic and persistent enough to be discharged even after 5 years of construction, and there are ways to ventilate the boiler for a long time to solve them, but there are many limitations in the reality of enclosed living. In this case, if the phytoncide component is continuously contained in the indoor air, the deodorizing effect is about 50-90% as a result of the evaluation based on the test standard.

In view of the above, the effect of the heated bed made of cypress wood is as follows.

First, the finish does not rot and can be used semi-permanently.

Secondly, because it eliminates bad smells, lying down, the body will not have a significant odor.

Third, the known cypress has a significant effect on atopy, asthma, and the like.

Fourth, the mind is calm.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Detailed description for the implementation of the present invention will be described with reference to the accompanying drawings.

1 is an exploded view of the thermal bed with the present invention cypress finish,

Figure 2 is a perspective view showing a completed state of the thermal bed with the present invention cypress finish.

As shown in FIG. 1, the configuration of the warm bed is as follows.

First, the outer frame 10 constituting the bed is formed, the bottom of the outer frame 10 is attached to the plate 20. The heat insulating material 21 is attached to the plate 20, and the heat generating part 22 having a heat generating function is stacked on the heat insulating material 21.

The heat generating unit 22 selects one of heat generating means such as an electric panel, a planar heating element and a heating wire, an electric hot water boiler and a heat pipe, and an electric wire 41 to which electric power is applied to the heat generating unit 22. ) Is connected, the power supply 42 is connected to the controller 40, the controller 40 is connected to the wire.

When the power socket 42 is connected to an outlet, the controller is equipped with a temperature sensor to supply power to the wire attached to the heat generating unit to control the temperature of the heat generating unit. At this time, the controller is preferably a method of controlling the power by attaching a temperature sensor to the heating unit.

The upper surface of the heat generating portion 22 is preferably to form a flat surface.

The heat generating unit 22 is a top surface is preferably a heat diffusion plate of a metallic material that can diffuse the heat as a whole wide surface.

The cypress wood finishing material 11 is directly attached to the upper portion of the heat generating part 22 to become a bed having a heating function.

In addition, when the heat storage layer that emits far-infrared rays using materials such as ocher, stone, charcoal, etc. is placed on the upper portion of the heat-generating portion 22, far-infrared rays are radiated, and electricity consumption is reduced.

In other words, when intermittent heating with a heating effect is desired within a short time, the heat storage layer 30 may be made thinner, or the heat storage layer 30 may not be formed. In this case, it is preferable to form the heat storage layer 30 to a certain degree.

At this time, the heat storage layer 30 forms a smooth surface to quickly transfer heat to the upper cypress finish material 110. Of course, when a person lays down on the upper cypress finish material 11, the heat is brought into close contact with the heat generating part. This is delivered soon.

In addition, since the cypress wood finish 11 is difficult to form a wide plate due to the nature of the cypress wood, as shown in Figure 4, one side of the cypress wood finish 11 is formed with a protrusion 13, the other side The groove portion 14 is preferably formed of a luba type structure that can be fitted to the protrusions 13 and the concave portion 14 formed on both sides of each cypress finish material 11. If it is not the structure of the luba type, the cypress finish material 11 is slightly opened due to slight deformation due to temperature and humidity, so that the appearance is not beautiful. On the inner side of the outer frame 10 there is a mounting portion 12 that can support the cypress finish material (11). If there is no mounting portion 12, it is difficult to fix the cypress wood finishing material (11), as well as warp occurs due to the nature of the wood is used later to creak.

1 is an exploded assembly view of a thermal bed with the present invention cypress finish.

Figure 2 is a perspective view showing a completed state of the thermal bed with the present invention cypress finish.

3 is a cross-sectional view showing a cross section of A-A of FIG.

Figure 4 is an exploded view showing the luba finish treatment in the upper portion of the present invention.

* Major code of drawing

10: Outer Frame 11: Cypress Finishing Material

12: mounting portion 13: protrusion

14; Groove 20: Plate

21: heat insulating material 22: heat generating portion

30: heat storage layer 40: controller

41: wire 42: power socket

Claims (4)

In a heated bed with a thermal function, It has a frame 10 of a certain shape, Plate 20 is formed on the bottom surface of the outer frame 10, Attaching the heat insulating material 21 on the plate 20, On the heat insulating material 21 is formed a heat generating portion 22 which is electrically operated, On the top of the heating portion 22, the cypress finish material 11, characterized in that the finish Warm bed with a cypress finish. The thermal bed according to claim 1, wherein a heat storage layer (30) is formed between the heat generating part (22) and the cypress finish material (11). The inner bed of claim 1, characterized in that the interior of the outer frame (10) has a mounting part (12). The heated bed according to claim 1, characterized in that the projections (13) and the grooves (14) are formed on both sides so that the cypress finish material (11) is easy to assemble.

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