CN2438032Y

CN2438032Y - High-efficiency energy-saving radiator

Info

Publication number: CN2438032Y
Application number: CN 00208132
Authority: CN
Inventors: 司洪坤; 方旗
Original assignee: Individual
Current assignee: Individual
Priority date: 2000-04-24
Filing date: 2000-04-24
Publication date: 2001-07-04
Anticipated expiration: 2010-04-24

Abstract

The utility model relates to an energy saving radiator with high efficiency. The utility model is composed of a heat radiating fin, a heat conducting cavity 2, a main heat transferring pipe 3, and heat conducting composite chemical media. The utility model is characterized in that the heat conducting composite chemical media (namely heat conducting media) are filled in the heat conducting cavity of the heat radiating fin. The utility model has the advantage that because the heat radiating fin is punched in forming by a cold rolled thin steel plate, the heat radiating fin is of simple structure and is of low cost; in addition, the utility model has the advantages of start under low temperature, high heat radiating speed, high heat efficiency, little heat loss, large heat radiating amount, no air resistance, no sediment incrustation, no oxidation, no leakage, and long service life. The utility model is an ideal energy saving radiator with high efficiency.

Description

High-efficient energy-saving radiator

The utility model relates to a kind of radiator, particularly a kind of heating high-efficient energy-saving radiator.

Present cast iron heating radiator, easily fouling in wall thickness, the wall, easily the oxidation seepage heats up slowly, and power consumption is high, and is whole heavy, the installation and maintenance difficulty, this is the deficiency that has the cast iron heating radiator now.

The purpose of this utility model is a kind of high-efficient energy-saving radiator of design, this radiator replaces mainly being that to rely on water be the radiating mode of medium with the composite chemical medium, thereby can improve the radiating efficiency of radiator, reduce heating cost, reduce heatsink weight, not incrustation, not oxidation, non-leakage, installation and maintenance are convenient, in order to overcome the deficiency of existing cast iron heating radiator.

The purpose of this utility model can reach by following embodiment: this radiator is made up of fin, thermal conductive cavity, main heat-transfer pipe and heat conduction composite chemical medium, the folded shape of shape, sheet or the straight strip concaveconvex shape of the warm fin of the shape that is shaped as existing hot-water heating fin of fin, oiling formula electricity are also promptly gone here and there sheet shape fin or plate shape fin; Thermal conductive cavity is shaped as cavity shape or snake bend shape; Main heat-transfer pipe is a tubular, and when it was used for electric heating, what heating, heating were arranged in the main heat-transfer pipe also was superconduct heat media every electric part and heat conduction composite chemical medium; When it is used for the hot water heat transfer, logical hot water in the main heat-transfer pipe; Main heat-transfer pipe can be located at the bottom of radiator, and thermal conductive cavity is in fin, and it is superconduct heat media that heat conduction composite chemical medium is arranged in the thermal conductive cavity.

The utility model can be done in flakes folded shape radiator, straight strip concaveconvex shape radiator, straight strip concaveconvex shape radiator can be made console mode, wall-hanging or wall painting type again, can be shaped on beautiful pattern or flowers and plants, scenery with hills and waters, birds and beasts, figure sculpture's moulding above when making wall painting type.

The utility model has the advantages that its fin by the cold-reduced sheet punch forming, thus simple in structure, cheap, because in the thermal conductive cavity is superconduct heat media, so cold-starting is arranged, radiating rate is fast, thermal efficiency height, heat loss is few, and heat dissipation capacity is big, no vapour lock, incrustation not in the radiator, not oxidation, non-leakage, the advantage of long service life is a kind of desirable high-efficient energy-saving radiator.

Below in conjunction with accompanying drawing the utility model is described in further detail.

Fig. 1 is the overall structure front view of sheet string type for the utility model fin.

Fig. 2 is its left view.

Fig. 3 is board-like overall structure front view for the utility model fin.

Fig. 4 is its right view.

Shown in Fig. 1～4, this radiator is made up of fin 1, thermal conductive cavity 2, main heat-transfer pipe 3 and heat conduction composite chemical medium, the folded shape of shape, sheet or the straight strip concaveconvex shape that it is characterized in that the warm fin of shape, oiling formula electricity of the existing hot-water heating fin of being shaped as of fin 1 are also promptly gone here and there sheet shape fin or plate shape fin; Thermal conductive cavity 2 is shaped as cavity shape or snake bend shape; Main heat-transfer pipe 3 is a tubular, and when it was used for electric heating, what heating, heating were arranged in the main heat-transfer pipe 3 also was superconduct heat media every electric part and heat conduction composite chemical medium; When it is used for the hot water heat transfer, logical hot water in the main heat-transfer pipe 3; Main heat-transfer pipe 3 can be located at the bottom of radiator, and thermal conductive cavity 2 is in fin 1, and it is superconduct heat media that heat conduction composite chemical medium is arranged in the thermal conductive cavity 2.

The utility model can be made fin-tube radiator, as shown in Figure 1, the plate-sheet-type radiator as shown in Figure 3, the plate-sheet-type radiator can be made console mode, wall-hanging or wall painting type again, can be shaped on beautiful pattern or flowers and plants, scenery with hills and waters, birds and beasts, figure sculpture's moulding above when making wall painting type.

Claims

1, a kind of high-efficient energy-saving radiator, form by fin (1), thermal conductive cavity (2), main heat-transfer pipe (3) and heat conduction composite chemical medium, it is characterized in that the shape that is shaped as existing hot-water heating fin of fin (1), the folded shape of shape, sheet or the straight strip concaveconvex shape of the warm fin of oiling formula electricity; Thermal conductive cavity (2) is shaped as cavity shape or snake bend shape; Main heat-transfer pipe (3) is a tubular, and heating is arranged in it, heating every electric part and heat conduction composite chemical medium, also be superconduct heat media; Main heat-transfer pipe (3) can be located at the bottom of radiator; Thermal conductive cavity (2) is in fin (1), and it is superconduct heat media that heat conduction composite chemical medium is arranged in the thermal conductive cavity (2).

2, radiator according to claim 1 is characterized in that it can do in flakes folded shape or straight strip concaveconvex shape, and the radiator of straight strip concaveconvex shape can be made console mode, wall-hanging or wall painting type again.