CN206728477U - The channel structure established inside radiator base plate - Google Patents

Abstract

The utility model discloses the channel structure established inside radiator base plate, including substrate and fin, inside is divided into aquifer and fog layer by the substrate by the interior mist plate that sets out, aquifer is located at below fog layer, aquifer side sets perforate face, water inlet, lower section delivery port are set above the perforate face, and water inlet and delivery port are closed by piston；At least one agitating device is set in the aquifer, and the agitating device is connected with base plate bottom；It is described go out mist plate at least 1000 mist holes, in addition to liquid level sensor and water storage container are set, on the outside of the water storage container connecting substrate above water inlet, liquid level sensor be located inside substrate, fog layer setting water-mist outlet.Existing traditional radiator structure is radiated using substrate plus fin, substrate passes to fin by contacting thermal source by way of heat transfer, and fin takes away heat according to the contact with air, but during the use of reality, for big heat sink.

Description

The channel structure established inside radiator base plate

Technical field

It the utility model is related to a kind of radiator structure, and in particular to the channel structure established inside radiator base plate.

Background technology

Radiating mode refers to that the radiator distributes the major way of heat.In thermodynamics, radiating is exactly heat transfer, and The transfer mode of heat mainly has three kinds：Heat transfer, thermal convection current and heat radiation.Material in itself or when material contacts with material, The transmission of energy is thus referred to as heat transfer, and this is a kind of most common thermaltransmission mode.Thermal convection current refers to that the fluid of flowing will The thermaltransmission mode that the torrid zone is walked.Heat radiation refer to by ray radiation transmit heat, it is daily it is most common be exactly solar radiation. These three radiating modes are not isolated, and in daily heat transfer, these three radiating modes are all to occur simultaneously, jointly Work.In fact, any kind of radiator, which is substantially all, can use three of the above thermaltransmission mode simultaneously, simply stress Point is different.The radiating efficiency of the radiator and pyroconductivity of radiator material, the thermal capacitance of radiator material and heat eliminating medium And the relating to parameters such as effective area of dissipation of radiator., can be by radiator point according to the mode that heat is taken away from radiator For active heat removal and passive radiating, the former commonly air-cooled radiator, and the latter it is common be exactly fin.Further subdivision Radiating mode, cold air-cooled, heat pipe, liquid, semiconductor refrigerating and compressor cooling etc. can be divided into.Wind-cooling heat dissipating is most common , it is and very simple, exactly walk the heat that radiator absorbed using fan belt.With price is relatively low, installation is simple The advantages that, but it is higher to condition depended, such as its heat dispersion will be greatly affected when temperature rise and overclocking.

Existing traditional radiator structure is radiated using substrate plus fin, and substrate is passed by contacting thermal source by heat The mode led passes to fin, and fin takes away heat according to the contact with air, but during the use in reality, , can be because base plate bottom uneven heating to be even for big heat sink, the heat for causing to be delivered on fin is uneven, this Sample brings the harm of two aspects, and the even speed that can cause entirely to radiate of the first uneven heating reduces, and second due to fin , can be because local radiating transition fin aged deterioration, can cause whole radiator to be changed with the integral structure of substrate；Tradition Whole heat be all contact by fin with air, take away heat, but in the calm situation of heat, entirely Radiating effect is very poor.

Utility model content

Technical problem to be solved in the utility model is because base plate bottom uneven heating is even, causes to be delivered to fin On heat it is uneven, integral heat sink can only rely on contact of the fin with air, and it is an object of the present invention to provide establishing in radiator base The channel structure of intralamellar part, solve because base plate bottom uneven heating is even, the heat for causing to be delivered on fin is uneven, whole The problem of body radiating can only be by contact of the fin with air.

The utility model is achieved through the following technical solutions：

The channel structure established inside radiator base plate, including substrate and fin, the substrate set out mist by interior Inside is divided into aquifer and fog layer by plate, and aquifer is located at below fog layer, and aquifer side sets perforate face, the perforate Water inlet, lower section delivery port are set above face, and water inlet and delivery port are closed by piston；Set at least in the aquifer One agitating device, the agitating device are connected with base plate bottom；It is described go out mist plate set at least 1000 mist holes, in addition to liquid Level sensor and water storage container, above water inlet, liquid level sensor is located at substrate in the water storage container connecting substrate outside Inside, fog layer set water-mist outlet.Existing traditional radiator structure is radiated using substrate plus fin, and substrate is by connecing Thermal source is touched, fin is passed to by way of heat transfer, fin takes away heat according to the contact with air, but in reality During the use on border, for big heat sink, it can cause to be delivered on fin because base plate bottom uneven heating is even Heat it is uneven, so bring the harm of two aspects, the speed that the first uneven heating is even to be caused entirely to radiate reduces, Second due to fin and the integral structure of substrate, can be because local radiating transition fin aged deterioration, can cause whole Radiator is changed；Traditional whole heat is all the contact by fin with air, takes away heat, but heat without During the situation of wind, whole radiating effect is very poor, and technical problem to be solved in the utility model is because base plate bottom is heated not Uniformly, cause the heat that is delivered on fin uneven, integral heat sink can only rely on contact of the fin with air, and purpose exists In the channel structure that offer is established inside radiator base plate；First, the utility model is directed to big heat sink, this area Technical staff generally considers is exactly the thickness for increasing substrate, but the utility model does not consider to increase the thickness of substrate to change The even situation of kind uneven heating, because the thickness cost too expensive of increase substrate, the utility model are taken substrate cavitation, Internal liquid filling body, the heat transfer speed of liquid is very fast, and increases agitating device in bottom, further ensures base The even heat situation of intralamellar part water, the thickness of contrast increase substrate, using liquid agitation so that fin thermally equivalent effect More, and cost greatly reduces, although adding the processes such as opening, middle cavity, has saved the material of script, this Cost before the set of device contrast of sample is very nearly the same；Second, in the case of so uniformly, add one and go out mist layer, The characteristic to be circulated upwards by water smoke, water smoke enter mist layer by mist hole, and the heat for going out mist layer is transmitted by two aspects, A part is shed heat by water-mist outlet, and a part is by heat transfer to fin.So contrast traditional radiating mode effect Fruit is more preferably.The meaning of mist plate is set out to be to be higher than mist due to thermal source by temperature classification, the temperature of aquifer Layer, water smoke enters after mist layer is condensed into water except the water smoke flowed out from port, the remaining factor that can decline because of temperature Pearl, drippage enter aquifer, and first, extend the replacing construction of water storage container, the temperature of the globule of the second instillation than water in aquifer Spend low.

Also include processor, the processor receives the liquid level information of liquid level sensor collection, by controlling water storage container Switch, adjust aquifer water level.This is more intelligent, reduces artificial plus water frequency, an external large-scale water storage Device, the automatic water level kept in substrate, only need to observe the water level of water storage container during use, be added.

The perforate face is flexibly connected with substrate.This is to open for convenience, takes out agitating device.

The agitating device quantity is 1, positioned at base plate bottom centre position.New preferred scheme is realized as this.

Closing battery is set in the agitating device, is snapped connection with base plate bottom, present this enclosed battery technology It is highly developed, quotes this technology to structure of the present utility model to use.

The utility model compared with prior art, has the following advantages and advantages：

1st, the channel structure that the utility model is established inside radiator base plate, take substrate cavitation, inside filling Liquid, the heat transfer speed of liquid is very fast, and increases agitating device in bottom, further ensures substrate internal water Even heat situation, contrast increase substrate thickness, using liquid agitation so that fin thermally equivalent effect more, and Cost greatly reduces；

2nd, the channel structure that the utility model is established inside radiator base plate, water smoke enter mist layer by mist hole, gone out The heat of mist layer is transmitted by two aspects, and a part is shed heat by water-mist outlet, and a part is by heat transfer to dissipating Backing, it is better so to contrast traditional radiating mode；

3rd, the channel structure that the utility model is established inside radiator base plate, the heated heat dispersal situations phase of fin at top Together, almost aging simultaneously, more calculates during replacing.

Brief description of the drawings

Accompanying drawing described herein is used for providing further understanding the utility model embodiment, forms the one of the application Part, the restriction to the utility model embodiment is not formed.In the accompanying drawings：

Fig. 1 is the utility model structure diagram；

Fig. 2 the utility model aquifer profiles；

Fig. 3 is that the utility model goes out mist plate structure schematic diagram.

Mark and corresponding parts title in accompanying drawing：

3- substrates, 5- perforate faces, 6- water inlets, 7- delivery ports, 8- base plate bottoms, 9- agitating devices, 10- water-mist outlets, 11- goes out mist plate, 12- water storage containers, 13- liquid level sensors, 14- mists hole.

Embodiment

For the purpose of this utility model, technical scheme and advantage is more clearly understood, with reference to embodiment and accompanying drawing, The utility model is described in further detail, and exemplary embodiment of the present utility model and its explanation are only used for explaining this Utility model, it is not intended as to restriction of the present utility model.

Embodiment

As Figure 1-3, the channel structure that the utility model is established inside radiator base plate, including substrate 3 and radiating Inside is divided into aquifer and fog layer by piece, the substrate 3 by the interior mist plate 11 that sets out, and aquifer is located at below fog layer, stores Water layer side sets perforate face 5, and the top of perforate face 5 sets water inlet 6, lower section delivery port 7, and water inlet 6 and delivery port 7 are equal Closed by piston；Agitating device 9 is set in the aquifer, and the agitating device 9 is connected with base plate bottom 8；It is described go out mist Plate 11 sets at least 1000 mist holes, in addition to liquid level sensor 13 and water storage container 12, the connecting substrate 3 of water storage container 12 Outside is located at the top of water inlet 6, and liquid level sensor is located inside substrate 3.Also include processor, the processor receives liquid level and passed The liquid level information that sensor 13 gathers, by controlling the switch of water storage container 12, adjust aquifer water level.The perforate face 5 and base Plate 3 is flexibly connected.The quantity of agitating device 9 is 1, positioned at the centre position of base plate bottom 8.Closing is set in the agitating device 9 Battery, snapped connection with base plate bottom 8, fog layer sets water-mist outlet 10.During work：Water smoke enters mist layer by mist hole, Go out the heat of mist layer to be transmitted by two aspects, a part is shed heat by water-mist outlet, a part by heat transfer to Fin.It is better so to contrast traditional radiating mode.The meaning of mist plate is set out to be temperature classification, aquifer Temperature can be higher than mist layer due to thermal source, water smoke enters after mist layer except the water smoke flowed out from port, is left Meeting because the factor that temperature declines is condensed into the globule, drippage enters aquifer, first, extend the replacing construction of water storage container, Second globule instilled is lower than the temperature of water in aquifer.

Above-described embodiment, the purpose of this utility model, technical scheme and beneficial effect are entered One step describes in detail, should be understood that and the foregoing is only specific embodiment of the present utility model, is not used to limit Determine the scope of protection of the utility model, it is all within the spirit and principles of the utility model, any modification for being made, equally replace Change, improve, should be included within the scope of protection of the utility model.

Claims (5)

1. the channel structure inside radiator base plate is established, including substrate (3) and fin, it is characterised in that：The substrate (3) inside is divided into by aquifer and fog layer by the interior mist plate (11) that sets out, aquifer is located at below fog layer, aquifer side Set perforate face (5), water inlet (6), lower section delivery port (7), water inlet (6) and delivery port are set above the perforate face (5) (7) closed by piston；At least one agitating device (9), the agitating device (9) and substrate base are set in the aquifer Portion (8) connects；It is described go out mist plate (11) at least 1000 mist holes, in addition to liquid level sensor (13) and water storage container are set (12), on the outside of water storage container (12) connecting substrate (3) above water inlet (6), liquid level sensor is located in substrate (3) Portion, fog layer set water-mist outlet (10).

2. channel structure of the foundation according to claim 1 inside radiator base plate, it is characterised in that：Also include processing Device, the processor receives the liquid level information of liquid level sensor (13) collection, by controlling the switch of water storage container (12), regulation Aquifer water level.

3. channel structure of the foundation according to claim 1 inside radiator base plate, it is characterised in that：The perforate face (5) it is flexibly connected with substrate (3).

4. channel structure of the foundation according to claim 1 inside radiator base plate, it is characterised in that：The stirring dress It is 1 to put (9) quantity, positioned at base plate bottom (8) centre position.

5. channel structure of the foundation according to claim 1 inside radiator base plate, it is characterised in that：The stirring dress Put in (9) and set closing battery, snapped connection with base plate bottom (8).