JPS59205550A - Energy-saving heat source, solar energy collector, and direct heat conduction therefrom from upper part to lower part directly and rapidly - Google Patents

Abstract

PURPOSE:To quickly conduct the heat of solar energy collector, etc., from upper part to lower part by a method in which a metal material having good heat conductivity is used and enclosed with a heat storage material, etc., on its way. CONSTITUTION:A metallic heat-collecting plate 4 is set in a heat-enclosing box 3 whose surface is covered with a sushine-permeable glass 2, etc., and broken stone or cement mortar 12 having a sunshine permeability and a heat storability, together with a colorful paint, are adhered to the surface of the heat-collecting plate 4. In this case, a light-weight cement mortar mixed with the heat-storable broken stones and noncombustible carbon particles may be adhered to the surface of the heat-collecting plate 4. In the metallic heat-collecting plate 4, metal bar, tube, and plate of various shapes, having good heat conductivity, are connected with each heat collector 10, their outer surfaces are enclosed 15 with a heat-insulating noncombustible heat storage material 14, and a metal heat- radiating plate 8 is connected to the lowr end 7 of the heat-conductive metal material.

Description

[Detailed Description of the Invention] Heat from the upper surfaces of buildings, heated rooftop surfaces of buildings, roofs and walls of houses, etc., which are irradiated with solar heat rays, is directly and immediately transmitted to the lower parts. I want to send it under the floor or under the rim. Of course, I want to send it very quietly and solemnly, without using electricity or power.

The above is truly ideal, but if the solar heat rays are concentrated using a parabola, it can instantaneously generate high heat of about 2,000 to 3,000 degrees, but solar heat rays on a normal metal surface, etc. The standard irradiation temperature is between 30 and 70 degrees. When considering and implementing the natural thermal circulation of quiet hot water and hot air such as from solar water heaters, the warm air and hot water inevitably rise upwards, stagnate, and bring their heat downwards. That is impossible no matter what. In other words, in the natural world, everything that is warm or heated is
It has the property of rising upwards and does not return downwards. This is the providence of natural circulation. Of course, this is a real problem. For some reason,
This is because heat from the roof surface and wall surfaces cannot be brought below to the floor or veranda. Of course, this is done without using electricity, power, or water pressure. This is a truly difficult problem.

The present invention successfully solved this difficult problem. This was possible because only the natural circulation of heat was taken into account.

When considering various properties of heat, it is important to note that there is not only natural circulation but also heat conduction. The principle of matter, namely heat conduction, solved this difficult problem. If heat conduction is used skillfully, it can be transmitted in all directions, up and down, left and right. It is best to use a metal material with good heat conductivity to prevent heat from escaping during the process. Heat conduction time is also fast. It's also quiet. The problem is that the distance it can reach is short. However, even a small copper rod or pipe can easily convey the distance between the wall and the floor or edge. Depending on the place of implementation, the shape and color may be adjusted as appropriate. Beautiful old-fashioned Japanese architecture, modern buildings, and ordinary houses can all be transformed into houses and buildings that use solar heat conduction to deliver heat storage energy without compromising their architectural beauty. How fun and wonderful! ! .

[Brief explanation of the drawing]

FIG. 1 is a side perspective view of energy-saving heat sources, solar heat collectors, and other heat source equipment, etc., viewed from above and below. 1 is the main body, 2 is a glass plate lid 3 is a heat sealed box, 4 is a metallic solar heat collecting plate, 5 is a connection terminal, 6 is a heat conductive metal tube, 7 is a connection terminal 8 is a metal heat sink, 9 is a water temperature Water, 10 is a heat storage hot water natural circulation storage, 11 is an injection port, 12 is a heat storage crushed stone material that is easily penetrated by solar rays, 13 is a heat storage crushed stone material, young chicken and non-flammable carbon particles are mixed. 14 is a heat-storage insulating material such as light weight mortar, and 15 is a heat-insulating packaging outer shell. Figure 2 is an upper perspective perspective view of a heat conduction method for directly and quickly transmitting heat from energy-saving heat sources, solar collectors, and other heat source equipment from upper parts to lower parts. . 1 is the main body, 2 is a glass plate lid, 3 is a heat sealed box, 4 is a metallic solar heat collecting plate, 5 is a connection terminal, 6 is a heat conductive metal tube, 7 is a connection terminal, 8 is a metal heat sink, 9 10 is hot water, 10 is a heat storage hot water natural circulation storage, 11 is an injection port, 12 is a heat storage crushed stone material that is easily penetrated by solar rays, 13 is a heat storage crushed stone material, and non-combustible carbon grains are mixed with young seaweed. 14 is a heat-storage insulating material, and 15 is a heat-insulating packaging outer shell. Patent applicant: Onosaku ■

Claims (1)

[Claims] Inside a heat-sealed box whose surface is covered with glass, etc. through which solar heat rays can easily pass, metal heat-collecting plates, young wire heat-collecting wire mesh, and metal heat-collecting plates imitating materials suitable for roofing materials, wall materials, etc. for buildings, etc. Various shapes such as wires and metal strips are individually built in, and their surfaces are coated with richly colored paint and heat-storing crushed stone materials and mortar that are easily penetrated by solar heat rays. Light-weight mortar, etc., which is a mixture of heat-storing crushed stone and non-combustible carbon grains, etc., is kneaded and adhered to the back side of the metal heat collecting plate, etc.
For heat collecting wire mesh, metal wires, metal strips, etc., connect materials with various shapes such as metal rods, tubes, and plate strips with good heat conductivity as appropriate to suit each heat collector. The outer surfaces of these materials are wrapped with an insulating, non-combustible heat storage material that prevents heat from escaping, and a metal heat sink is connected to the lower end of the heat-conducting metal material to achieve the purpose. , energy saving heat source, solar thermal collector,
A heat conduction method that directly and quickly transmits heat from other heat source equipment, etc., from an upper part to a lower part.