CN2493901Y

CN2493901Y - Imporved radiator

Info

Publication number: CN2493901Y
Application number: CN 01225178
Authority: CN
Inventors: 林素端
Original assignee: Individual
Current assignee: Individual
Priority date: 2001-06-05
Filing date: 2001-06-05
Publication date: 2002-05-29
Anticipated expiration: 2011-06-05

Abstract

An improved radiator is provided, and the radiator body is provided with a continuously curved capacity slot, the head and the tail of the capacity slot are respectively provided with an inlet and an outlet penetrating the body, a detachable curved pipe which can match with the capacity slot is arranged inside the capacity slot, the pipe is made of by a material with thermal conductivity and the diameter of the pipe is less than the shape of the capacity slot, the inlet end and outlet end of the pipe respectively pass through the body, the pipe matching with the shape of the capacity slot is arranged in a curved manner, in order to increase the heat dissipation area, and the pipe has a detachable shape so the pipe is easily decorated.

Description

Improved radiator

The utility model relates to a kind of heat abstractor, relates in particular to a kind ofly to have preferable area of dissipation and be easy to organize the improved radiator that unloads, is convenient to keep in repair.

As shown in Figure 6, be a kind of finned radiator of commonly using, it has the pipe 71 and multi-disc radiating fin 72 of cooling matchmaker circulation, this pipe 71 is to circumnutate in 72 of polylith fins to wear, make the heat of the refrigerant in the pipe 71 conduct to fin 72, and borrow fan (not shown) blowing to take away the heat on the fin 72.

The manufacture method of aforesaid finned radiator, be that subpunch is pressed into the fin 72 with porous, in each hole of the fin 72 of many arrangements, wear straight tube 711 again, and 711 of will wantonly two adjacent straight tubes are respectively with bend pipe 712 solder bond, rise method or the machinery method of rising of water makes straight tube 711 parts produce the expander effect and combine with each fin 72 and to fix again, its processing procedure be bother completely and manufacturing cost comparatively high.

Because pipe 71 is to be welded to form by many straight tubes 711 and bend pipe 712, it has considerable joint, causes the coolant leakage that flows in pipe 71 easily.Moreover, can in certain space, increase the quantity of fin 72 usually for improving radiating efficiency to increase its area of dissipation.But, fin 72 quantity increases will certainly make the interval of 72 of adjacent fins dwindle, slack-off and the efficient of influence heat radiation of the speed that less interval can ventilate, and less interval easily the tired dust of heap and making block at interval, and then cause the bad consequence of heat radiation.In addition, fin 72 is collided and flexural deformation when transporting easily, and then influences radiating efficiency, and manages 71 and in a single day have breakage just to be difficult to repair and need and change entire radiator, causes use cost to improve.

As shown in Figure 7, be a kind of shell-tube type radiator of commonly using, it has the package 81 of a hollow, is provided with the pipe 82 of coiling in this package 81, and this package 81 has an outlet 83 and one inlet 84.Refrigerant is circulation in pipe 82, in the package 81 then for cooling fluid circulation, borrow cooling fluid flowing pipe 82 around to take away the heat of pipe 82 interior refrigerants.

Because this package 81 is after pipe 82 is arranged in cover plate 811, make cover plate 811 with package 81 and manage 82 solder bond again, therefore, in case package 811 or manage 81 and damage and just be difficult to maintenance and need whole group to upgrade causes the raising of use cost.And the pipe of being located in the package 81 82 is to reel to be provided with, and therefore, pipe 82 is not that whole outer edge surface all contacts with cooling fluid, moreover the pipe 82 of coiling is slower with the circulative convection of its cooling fluid of side of inlet 84 away from outlet 83, so its radiating efficiency is not high.

See also Fig. 8 again, it is a kind of panel radiator of commonly using, it is stamped into 91 reverse stacked compositions of plate body of reservation shape by polylith, make 91 of each plate bodys form a channel 92, and this radiator has a top board 93, this top board 93 has the import and

export

94,95 of cooling matchmaker circulation and the import and

export

96,97 that circulates for liquid respectively, makes refrigerant and the liquid channel 92 of different layers of flowing through respectively, so that taken away the heat of liquid by refrigerant.And, make the runner that produces cross-modality in the channel 92 to produce turbulent flow owing to have a plurality of protuberances 911 on the plate body 91, the heat exchanger effectiveness of refrigerant and liquid is promoted.

Yet, the channel 92 that two plate bodys are 91 is quite little, when in the channel 92 during partial occlusion, can slow down flow rate of liquid and liquid is frozen, the liquid back volume that freezes can increase, and struts and is out of shape and plate body 91 can be squeezed to push away, cause the cooling matchmaker to communicate with the different layers channel 92 of liquid communication, and refrigerant is mixed with liquid, the refrigerant inflow cooling that is mixed with liquid is the damage that will cause each parts in the system, and necessity of being improved is arranged in fact.

Main purpose of the present utility model is, provides a kind of improved radiator for solving the above problems, and owing to this pipe is crooked setting of shape that cooperates storage tank, makes this pipe have bigger area of dissipation, to improve radiating efficiency.

Of the present utility model time a purpose is, a kind of improved radiator is provided, and makes this pipe and this body that two junctions only be arranged, and this pipe is dismountable form, so that maintenance reaches the effect that reduces use cost.

The purpose of this utility model is realized by following technical scheme.

A kind of improved radiator is provided with a body; It is characterized in that, the storage tank that has a continuous bend in the described body, the form of this storage tank continuous bend makes it form a head end and a tail end, the head of this storage tank, the tail two ends have an inlet and an outlet that penetrates this body respectively, be provided with one detachable and cooperate the pipe of the shape bending of storage tank in this storage tank, this pipe is made by the material of tool heat conductivity, the diameter of this pipe is less than this storage tank, and this pipe has an arrival end and a port of export, this body is to head that should storage tank, tail end has the hole that always passes to storage tank respectively, and the arrival end of this pipe and the port of export then pass body by this two hole respectively.

The purpose of this utility model can also further realize by following technical measures.

Aforesaid improved radiator, wherein body is made up of a pedestal and a lid, this pedestal generally is block and has an end face and a bottom surface, described storage tank is recessed into and is formed by the end face of pedestal, the inlet of this storage tank and outlet connect the bottom surface of this pedestal respectively, this two hole is connected to storage tank by a side adjacent with end face respectively, and this lid is incorporated into the end face of this pedestal by locking.

Aforesaid improved radiator wherein also is provided with a pad between pedestal and this lid, borrows this pad to make this lid can seal the end face of this pedestal really.

Aforesaid improved radiator, wherein pipe is made by copper material.

The utility model can make pipe have bigger area of dissipation, with the raising radiating efficiency, and makes this pipe and body that two junctions only be arranged, and this pipe is dismountable form, so that maintenance reaches the effect that reduces use cost.

For further understanding technology contents of the present utility model, characteristics and effect, exemplify following preferred embodiment now, and conjunction with figs. is described in detail as follows:

Fig. 1 is an exploded perspective schematic diagram of the present utility model.

Fig. 2 is a stereoscopic schematic diagram of the present utility model.

Fig. 3 is an III-III line cutaway view shown in Figure 2.

Fig. 4 is the enforcement figure that the utility model is applied to the cooler loop.

Fig. 5 is the second enforcement illustration of the present utility model.

Fig. 6 is the finned radiator schematic diagram of commonly using.

Fig. 7 is the shell-tube type radiator schematic diagram of commonly using.

Fig. 8 is the panel radiator schematic diagram of commonly using.

See also Fig. 1 to Fig. 3, the utlity model has a body 1, this body 1 is made up of a

pedestal

11 and 12 on a lid, and this pedestal 11 generally is block and has an end face 111 and a bottom surface 112, the end face 111 recessed storage tanks 13 that a continuous bend is arranged of this pedestal 11.The form of these storage tank 13 continuous bend makes it form a head end 131 and a tail end 132, and the head of this storage tank 13, tail end 131,132 have an inlet 133 and one outlet 134 that penetrates these pedestal 11 bottom surfaces 112 respectively, are provided with the pipe 2 of the shape bending of a detachable and cooperation storage tank 13 in this storage tank 13.This pipe 2 is to be made by the material of tool heat conductivity, the diameter of this pipe 2 is less than this storage tank 13, and this pipe 2 has an arrival end 21 and a port of export 22, and 113 pairs of adjacent sides of this pedestal 11 and end face 111 should storage tank 13 head, tail end 131,132 have the hole 114,115 that always passes to storage tank 13 respectively, the

arrival end

21 and 22 of the ports of export of this pipe 2 pass pedestal 11 by this two hole 115,114 respectively.This lid 12 is incorporated into the end face 111 of this pedestal 11 by locking, and this

pedestal

11 and 12 on this lid also be provided with a pad 14, makes this lid 12 can seal the storage tank 13 of pedestal 11 end faces 111 really by this pad 14.

In the present embodiment, this pipe 2 is to be made by copper material, and managing in 2 is cooling matchmaker circulation, 13 water supply liquid circulations of this storage tank, because this pipe 2 is provided with the shape continuous bend of storage tank 13, and manage 2 diameter less than this storage tank 13, therefore, to be full side face in storage tank 13 contact with water liquid in the storage tank 13 this pipe 2.So this pipe 2 has bigger area of dissipation, and pass through for the water liquid that flows in this storage tank 13, therefore, this pipe 2 be omnidistance all with mobile in water liquid carry out heat exchange, and can promote the heat exchanger effectiveness of integral body.

Aforementioned tube 2 be combine with pedestal 11 by 115,114 places, hole that its arrival end 21 and the port of export 22 pass this pedestal 11 fixing, therefore should pipe 2 be dismountable form, and be convenient to assemble or maintain and replace, and when pedestal 11, lid 12 or pad 14 have damage or flaw, all can be upgraded merely, and can be reduced use cost and maintenance cost.

In sum, the utility model is owing to this pipe 2 is crooked settings of shape that cooperate storage tank 13, make this pipe 2 in storage tank 13 full side face contact with water liquid in the storage tank 13 and have bigger area of dissipation, to promote its heat exchange usefulness.Moreover, because this pipe 2 only has two junctions with this pedestal 11, and should pipe 2 be dismountable form, and be convenient to maintenance, reach the effect that reduces use cost.

See also Fig. 4, during practical application, radiator of the present utility model can be used as evaporimeter in the cooler loop and condenser uses, as shown in Figure 4, condenser 3 in this loop all adopts heat spreader structures of the present utility model with evaporimeter 4, make this condenser 3 and evaporimeter 4 respectively with the loop of water and the loop intersection of refrigerant, in condenser 3 be with cold water flow into the refrigerant heat exchange taking away the heat energy of the contained band of refrigerant, in evaporimeter 4 then with hot water flow into the refrigerant heat exchange so that refrigerant is taken away heat energy contained in the water.Utilize radiator of the present utility model can make member simplification in the cooler loop, to reduce cost.

Certainly, still there are many examples in the utility model, therebetween the only variation on the details.See also shown in Figure 5, it is second embodiment of the present utility model, wherein, (cooling chip is the technology of commonly using also to be provided with consistent cold core sheet 55 on the lid 52 of this radiator body 5, so will not give unnecessary details), the cooling surface 551 of this cooling chip 55 is to contact with lid 52, the heating face 552 of this cooling chip 55 then combines with a radiating block 56, has path in this radiating block 56 for the circulation of cooling water liquid, with the heat of borrowing this radiating block 56 to take away cooling chip 55 heating faces 552, and further improve the radiating efficiencys of radiator of the present utility model by the cooling surface 551 of cooling chip 55.

Claims

1. an improved radiator is provided with a body; It is characterized in that, the storage tank that has a continuous bend in the described body, the form of this storage tank continuous bend makes it form a head end and a tail end, the head of this storage tank, the tail two ends have an inlet and an outlet that penetrates this body respectively, be provided with one detachable and cooperate the pipe of the shape bending of storage tank in this storage tank, this pipe is made by the material of tool heat conductivity, the diameter of this pipe is less than this storage tank, and this pipe has an arrival end and a port of export, this body is to head that should storage tank, tail end has the hole that always passes to storage tank respectively, and the arrival end of this pipe and the port of export then pass body by this two hole respectively.

2. improved radiator according to claim 1, it is characterized in that, described body is made up of a pedestal and a lid, this pedestal generally is block and has an end face and a bottom surface, described storage tank is recessed into and is formed by the end face of pedestal, the inlet of this storage tank and outlet connect the bottom surface of this pedestal respectively, and this two hole is connected to storage tank by a side adjacent with end face respectively, and this lid is incorporated into the end face of this pedestal by locking.

3. improved radiator according to claim 2 is characterized in that, also is provided with a pad between described pedestal and this lid, borrows this pad to make this lid can seal the end face of this pedestal really.

4. improved radiator according to claim 1 is characterized in that described pipe is made by copper material.