JP2010164289A - White flat-plate-type radiator efficiently radiating far-infrared rays - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To solve such problems that a radiator of a far-infrared heater using a glass heating element has insoluble defects that heat resisting reinforced glass is broken in a temperature area of 160°C and is unsuitable for a bathroom, a machine equipment room, a sauna, a pool, a heating room, a bedrock bathroom, etc., and that a metal radiator having nearly black color is unsuitable for today's white facilities in view of design. <P>SOLUTION: Radiation of far-infrared rays radiated from a surface of a metal plate is considerably inferior to that from a glass. Processing the metal surface with heat-resisting coating made by blending white cement and epoxy resin system connector produces a metal white flat plate type radiator which radiates far-infrared rays with ideal long wave length having white color. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

The surface temperature of the metal white flat plate radiator of the present invention is raised to 170 ° C. to 200 ° C., and a far infrared ray having a long wavelength of 6 to 8 μm (microns) is emitted to comfortably add a radiation object such as a human body. It is a heat sink radiator that warms and has the shape shown in FIG. 1 and is mainly mounted as a radiator for a far-infrared radiation (radiation) heater in a planar shape.
The metal white flat plate radiator is generally not as radiant as ores (including glass), and in order to radiate far-infrared rays efficiently, heat-resistant coating is applied to the surface, etc. There is also a means of painting the differential ores of finished ore (IC-13), but first the heat-resistant coating is limited to black or dark gray, and it is difficult to adapt to modern white buildings and interiors. The white flat plate heat-dissipator coated with the special heat-resistant paint of the invention radiates long-wave far-infrared rays efficiently and has a white color, so it has a characteristic that can be adapted to various buildings and living rooms. It is a board.

Conventionally, there is a radiator disclosed in Patent Document 1 as a flat plate type far-infrared radiation heating apparatus called glass heat of similar shape,
Japanese Patent No. 2987354 This glass heat is a heat-resistant tempered glass heating element, and is a heater equipped with a glass radiator whose surface is processed into an embossed shape. Instead of the glass radiator of the heater, the metal white flat plate radiator It can be equipped with, and the surface is white with almost the same radiation effect,

  The conventional glass heating element has a disadvantage that it is difficult to wipe as it is susceptible to damage as a characteristic of the glass depending on the mounting location, even if it is a heating element radiator that radiates far infrared rays efficiently, there is a risk of damage There are some things that cannot be installed at the installation site, and ore powder is applied to the metal, but the darker the color of the surface of the heating element and the better the radiation efficiency, the closer the color is to black and the more white-white buildings The problem is not to be adopted in the design, and it is an issue to solve whether a white radiator can not be made.

  In order to solve this problem, the invention of claim 1 is generally applied to a surface treatment of a metal plate that efficiently radiates far infrared rays, alumite treatment for aluminum materials, and far infrared radiation heat resistant coating for other metals including aluminum materials. However, it is difficult to fit into a modern building that is either dark gray or black and white, and this invention uses a heat-resistant paint mixed with a white cement material and an epoxy-based binder at a heat-resistant temperature of 300 ° C. If it is baked and painted at about 200 ° C, it becomes a far-infrared heat sink that exhibits white, and can solve the problem.

  Further, in the invention of claim 2, the surface of the flat radiator is rimmed like the surface of a golf ball for the purpose of narrowing the radiation range and widening the radiation angle because of the linearity of far infrared rays radiated from the surface of the metal plate. It is characterized by being an efficient metallic white flat plate radiator that diffuses and radiates far infrared rays from a flat plate radiator.

  The invention of claim 3 is a heating device on the premise that the white flat plate type radiator is used in a temperature range of 180 ° C. to 200 ° C. for a long time. 5m) A flat plate that is often used in a state of being hung horizontally, so that the slack in the center part becomes a problem. To prevent this, the level is maintained, so that far infrared rays can be emitted efficiently at a stable temperature. The long white end face is a metal white flat plate radiator that is processed into a U-shape and fixed with a heat-resistant silicone resin holding material.

  Heating and heating devices equipped with the white flat plate radiator according to the present invention were not appropriate for glass radiators, such as poolside, warming room, bathhouse, machine bathroom, sauna room, bedrock bathhouse, high temperature drying room, etc. Although it is not often used in ceiling installations, corners of ordinary living rooms, wall installations, etc., and in the interior of white buildings by design, it is a flat-plate radiator that exhibits white color, so it is adopted in any facility and place Is suitable, and there is no slack or discoloration, and it becomes a heat radiator that can emit far infrared rays stably for a long period of time.

    The metal white flat plate radiator is mainly mounted on a bathroom, particularly a heater installed in a bathroom of a special elderly nursing facility, and is used for heating (heating) of an elderly person. Installed at the corners of the ceiling and ceiling and wall to incline and warm up, especially elderly people may cause nursing accidents due to sudden changes in temperature, so heating and heating devices equipped with the radiator are extremely important It is ideal for heating and heating of pools and sauna warming rooms, and it saves a lot of energy by directly warming people and other organic matter without heating the air with the far-infrared radiation effect, and it is a highway to prevent freezing in cold regions It is also ideal for places such as toilets in service areas, toilets in ordinary buildings, sinks and laundry areas, and it is estimated that the number of places used will increase dramatically.

It is a perspective view of the metal white flat plate type radiator which radiates | emits far infrared rays.

1. 1. Shows the surface of a metallic white flat plate radiator. 2. Shows a rimmed projection. 3. Shows the U-shaped processing of the end face of the radiator. The side height of the radiator is 5mm

Claims (3)

  The white flat plate type radiator of this invention is a metal flat plate type that efficiently radiates 6-8 μm (micron) long-wave far-infrared rays that are most easily absorbed by the human skin when the surface temperature is maintained at 170 ° C. to 200 ° C. A metal white flat plate type radiator that emits far-infrared rays with an ideal long wavelength when the special heat resistant paint is baked on the radiator and radiates it with ideal long-wavelength far infrared rays.   Since the metal white flat plate type radiator is a flat heating element, it has a characteristic that it radiates in a straight line and is difficult to diffuse. Therefore, in order to diffuse the radiation angle widely, embossing or rimple processing, If the surface of the vessel is processed into complex irregularities regularly or irregularly and the radiation angle is increased to diffuse and radiate, it will radiate and dissipate with a wide radiation angle even when mounted horizontally on the ceiling surface. All the surface processing of this metal white flat plate heatsink, which is soft on the human body and warms from the inside of the body, providing a very comfortable experience.   The metal white flat plate type heatsink is square and rectangular in shape, so it is practically suspended from the ceiling surface in a plane and is often used. When this is bent 90 degrees or twice and bent into a U shape, the metal white flat plate radiator with this processing can be kept horizontal without loosening.

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