CN2486950Y

CN2486950Y - Heat pipe superconductor radiator

Info

Publication number: CN2486950Y
Application number: CN 01241753
Authority: CN
Inventors: 马文忠; 杨向文
Original assignee: Individual
Current assignee: Individual
Priority date: 2001-05-28
Filing date: 2001-05-28
Publication date: 2002-04-17
Anticipated expiration: 2011-05-28

Abstract

A pipe superconducting radiator consists of a radiation shell with a convection mouth, a plurality of vacuum superconducting pipes arranged in the upper and lower support plates of the radiation shell, a thermodynamic medium arranged in the superconducting pipes whose lower end inserts into a heat medium box, a water inlet and a water outlet connected with a heat source and arranged on the heat medium box, and insulating layers arranged on the lower part of the superconducting pipe and the ektexine of the heat medium box. When the heat source stops heating, heat exchange is maintained through the heat storage release of the insulating layers, and has the advantages of satisfying indoor heating needs through the intermitting heating of the heat source , saving energy sources, and reducing heating costs.

Description

The heat pipe superconducting radiator

A kind of pipe superconducting radiator belongs to warming appliance.Existing change-vacuum-phase change radiator is that steel is board-like, vacuum in the whole cavity, in adorn a certain proportion of thermodynamic medium, thereby the heat medium pipe of circulation hot water or a steam straight passing from cavity inner bottom part thermodynamic medium makes full wafer radiator heat loss through conduction heating room.In case stop heat supply but exist thermal source, radiator cooling is fast, and thermal source can only continuous heat supply, can not prolong heating time, the high deficiency of heat cost.

When the purpose of this utility model was to provide a kind of thermal source to stop heat supply, the radiator cooling was slow, can, realize prolonging heating time, saved the energy, the heat pipe superconducting radiator that heat cost is low.

The purpose of this utility model is realized by following technical scheme: a kind of heat pipe superconducting radiator, it comprises the radiating shell 5 that has head piece 6, in the built-in upper and lower support plate 8,14 of radiating shell 5, insert several superconducting pipes 2, thermodynamic medium 3 is housed in superconducting pipe 2, insert in the heating agent box 4 lower end of superconducting pipe 2, heating agent box 4 is provided with the entery and delivery port 13,12 that is communicated with thermal source, on superconducting pipe 2, be nested with some radiating fins 7, it is characterized in that: on superconducting pipe 2 bottoms and heating agent box 4 outer walls, be provided with heat-insulation layer 1.

Heat pipe superconducting radiator of the present utility model, owing on superconducting pipe bottom and heating agent outer box wall, be provided with the structure of heat-insulation layer, when thermal source stopped heat supply, the accumulation of heat of heat-insulation layer began to discharge gradually, and maintaining heat heat loss through conduction device continues heat radiation, so, the radiator cooling is slow, like this, just can realize that thermal source prolongs heating time, energy savings reduces heat cost.

The utility model is described in further detail below in conjunction with embodiment shown in the drawings.

Fig. 1 is a heat pipe superconducting radiator structural representation power.

Fig. 2 is an A-A cross-sectional schematic among the figure.

With reference to Fig. 1 and 2, several superconducting pipes 2 of heat pipe superconducting radiator are welded in upper and lower support plate 8,14, on superconducting pipe 2, be nested with some radiating fins 7, thermodynamic medium 3 is housed in the superconducting pipe 2, the upper end of superconducting pipe 2 is inserted and is gone up in the cover 9, and insert in the heating agent box 4 lower end.The entery and delivery port 13,12 that is communicated with thermal source is set on the heating agent box 4, circulation thermal medium 10 in the heating agent box 4, thermal medium 10 is hot water or steam.Be provided with heat-insulation layer 1 on superconducting pipe 2 bottoms and heating agent box 4 outer walls, heat-insulation layer 1 places in the outer cover 11, and radiating shell 5 is provided with head piece 6, the upper end of radiating

shell

5 and 9 welding of last cover, lower end and outer cover 11 welding.

During use, the hot water of thermal source or steam enter in the heating agent box 4 from heating agent box 4 water inlets 13 of heat pipe superconducting radiator, the thermodynamic medium 3 of inserting several superconducting pipe 2 inner bottom parts in the heating agent box 4 absorbs heat rapidly and dispels the heat by radiating fin 7, radiating shell 5 increases heat dissipation capacity, on the radiating shell 5 head piece 6 is made indoor air convection, improve room temperature, owing on superconducting pipe 2 bottoms and heating agent box 4 outer walls, be provided with heat-insulation layer 1, when heat supply stops, the accumulation of heat of heat-insulation layer 1 discharges gradually, continues the maintaining heat conduction, makes radiator prolong the heat radiation time.Keep room temperature, to satisfy the needs of heating.

Claims

1, a kind of heat pipe superconducting radiator, it comprises the radiating shell (5) that has head piece (6), radiating shell (5) built-in on, lower support plate (8,14) insert several superconducting pipes (2) in, thermodynamic medium (3) is housed in superconducting pipe (2), insert in the heating agent box (4) lower end of superconducting pipe (2), heating agent box (4) is provided with advancing of being communicated with thermal source, delivery port (13,12), on superconducting pipe (2), be nested with some radiating fins (7), it is characterized in that: on superconducting pipe (2) bottom and heating agent box (4) outer wall, be provided with heat-insulation layer (1).