CN209295502U - A kind of row's wave formula cooler - Google Patents

Abstract

This application discloses a kind of row's wave formula coolers, including cold water to arrange, and cold water row includes water chamber and cold comb group, is divided into water-supplying chamber and intake chamber by water chamber upper cover, water chamber lower cover and water chamber partition, water chamber；Cold comb group includes several cold combs to arrange unrestrained formula arrangement, and cold comb is asymmetric U-shaped flat tube, and on cold comb on the tube axial direction of parallel tube segments, water outlet is higher than water inlet；To realize the connection between water chamber and cold comb, lid is equipped with first through hole on water chamber, and the water inlet of cold comb passes through first through hole and is connected with intake chamber；Water chamber partition is equipped with the second through-hole, and the water inlet of cold comb sequentially passes through first through hole, the second through-hole is connected with water-supplying chamber.In use, the cold comb of U-shaped has biggish pipe range, the running length of circulation fluid is increased, the rate of heat exchange between circulation fluid and air is strengthened；Meanwhile multiple cold combs work at the same time, and improve the radiating efficiency of circulation fluid, enhance the heat exchange efficiency and heat dissipation effect of cooler.

Description

A kind of row's wave formula cooler

Technical field

This application involves technical field of heat dissipation more particularly to a kind of row's wave formula coolers.

Background technique

It is metallurgy, chemical industry, the energy, traffic, light industry, food etc. that water cooling (liquid cooling) formula cooler, which is (hereinafter referred to as cooler), The heat-exchange device that industrial department generallys use is suitable for the different operating conditions such as cooler, condensation, heating, evaporation, Waste Heat Recovery.

Cooler is usually used using condensed water (or condensate liquid) as circulation fluid, to remove the heat of object.It is existing cold But device generally comprises water-cooled block, circulation fluid, water pump, pipeline and water tank, wherein water-cooled block is that there are the metals of water channel for an inside Block is made of copper or aluminium, and the heat of object to be cooled down is contacted and will absorbed with object to be cooled down.Circulation fluid is for absorbing a large amount of heat Amount, if circulation fluid is water, for water-cooling system.The effect of water pump is to push circulation fluid flowing, makes to absorb amount of heat Circulation fluid is flowed out from water-cooled block, and the circulation fluid of new low temperature will enter water-cooled block, to continue to absorb wait cool down on object Heat.Pipeline connects water pump, water-cooled block and water tank, circulates circulation fluid in a closed channel without leaking outside, this Sample could allow cooler to work normally.Water tank is used to store circulation fluid, and the circulation fluid of reflux is discharged herein in water-cooled block interior suction The heat of receipts is reduced to flow into water-cooled block again through pipeline with the circulation fluid for reducing temperature, absorb the heat of object to be cooled down Amount.

But the heat exchange efficiency of current cooler is not high, causes using effect undesirable.

Utility model content

It is not high with the heat exchange efficiency for solving existing cooler this application provides a kind of row's wave formula cooler, it causes to make With the undesirable problem of effect.

This application provides a kind of row's wave formula cooler, including cold water row and water-cooling head, the cold water row include water chamber with Cold comb group,

Wherein, the water chamber includes water chamber upper cover disposed in parallel and water chamber lower cover, be equipped in the water chamber one with it is described The water chamber partition of the parallel water chamber of water chamber upper cover, the plate thickness of the water chamber partition are D；Water chamber is divided into mutually solely by the water chamber partition Two vertical water-dividing chambers, wherein the water-dividing chamber close to the water chamber lower cover is water-supplying chamber, close to the water-dividing chamber of the water chamber upper cover For intake chamber；The faucet water chamber water inlet tap equipped with the connection intake chamber and be connected to the water-supplying chamber；

The cold comb group includes several cold combs to arrange unrestrained formula arrangement, and the cold comb is U-shaped flat tube, two nozzles Respectively water inlet and water outlet, on the cold comb on the tube axial direction of parallel tube segments, the water outlet be higher than it is described into The mouth of a river, and the height difference of the two is L, wherein height difference L > plate thickness D；

Lid is equipped with first through hole, the orifice configuration phase of the shape of the first through hole and the cold comb on the water chamber Matching, the water inlet of the cold comb pass through first through hole and are connected with the intake chamber；

The water chamber partition is equipped with the second through-hole, the orifice configuration phase of the shape of second through-hole and the cold comb Matching, the water inlet of the cold comb sequentially passes through first through hole, the second through-hole is connected with the water-supplying chamber；

The water-cooling head includes heat absorption bottom plate, water pump, water channel, cold water outlet and water return outlet, wherein the heat absorption bottom plate Shape and the shape of object to be cooled down match, and the heat absorption bottom plate is used to absorb the heat of object to be cooled down, the cold water outlet connection To the faucet of the water chamber, the water return outlet is connected to the water inlet tap of the water chamber.

Preferably, cooling fin, the cooling fin and two adjacent cold rows are equipped between two adjacent cold combs Guan Jun is fitted closely.

Preferably, the cold comb and the cooling fin are connected to one structure by side plate and end plate.

Preferably, cooling fin, the cooling fin and the two of cold comb are equipped between two parallel tube segments of the cold comb A parallel tube segments fit closely.

Preferably, the quantity of the cold comb group is several.

Preferably, row's wave formula cooler further includes fan, and the fan is attached between two adjacent cold comb groups.

Preferably, arranging unrestrained formula cooler further includes fixed bracket, and the fixed bracket is for fixing water-cooling head.

This application provides a kind of row's wave formula coolers, including cold water to arrange, and cold water row includes water chamber and cold comb group, passes through Water chamber upper cover, water chamber lower cover and water chamber partition, water chamber are divided into water-supplying chamber and intake chamber；Cold comb group includes several to arrange wave The cold comb of formula arrangement, cold comb is asymmetric U-shaped flat tube, on cold comb on the tube axial direction of parallel tube segments, water outlet Higher than the water inlet；To realize the connection between water chamber and cold comb, lid is equipped with first through hole on water chamber, cold comb into The mouth of a river passes through first through hole and is connected with intake chamber；Water chamber partition is equipped with the second through-hole, and the water inlet of cold comb sequentially passes through First through hole, the second through-hole are connected with water-supplying chamber.In use, the cold comb of U-shaped has biggish pipe range, circulation fluid is increased Running length, strengthen the rate of heat exchange between circulation fluid and air；Meanwhile multiple cold combs work at the same time, and improve and follow The radiating efficiency of ring liquid, to enhance the heat exchange efficiency and heat dissipation effect of cooler.

Detailed description of the invention

In order to illustrate more clearly of the technical solution of the application, letter will be made to attached drawing needed in the embodiment below Singly introduce, it should be apparent that, for those of ordinary skills, without creative efforts, also Other drawings may be obtained according to these drawings without any creative labor.

Fig. 1 is the structural schematic diagram of one embodiment that the application arranges unrestrained formula cooler；

Fig. 2 is the schematic enlarged-scale view of the application cold water row；

Fig. 3 is the Structure explosion diagram that the application arranges unrestrained formula cooler；

Fig. 4 is the arrangement mode of the cold comb of the application；

Fig. 5 is the structural schematic diagram for another embodiment that the application arranges unrestrained formula cooler.

Label in Fig. 1-5 respectively indicates are as follows: 100- cold water row, 110- water chamber, 111- water chamber upper cover, 1111- first are logical Hole, 112- water chamber lower cover, 113- water chamber partition, the second through-hole of 1131-, 114- water-supplying chamber, 115- intake chamber, 116- water inlet tap, 117- faucet, the cold comb group of 120-, the cold comb of 121-, 122- water inlet, 123- water outlet, 200- water-cooling head, 210- heat absorption Bottom plate, 220- cold water outlet, 230- water return outlet, 300- cooling fin, 400- side plate, 500- end plate, 600- fan, the fixed branch of 700- Frame.

Specific embodiment

Fig. 1 is the structural schematic diagram of one embodiment that the application arranges unrestrained formula cooler, as shown in Figure 1, the row of the application Unrestrained formula cooler includes cold water row 100 and water-cooling head 2

00.Fig. 2 is the schematic enlarged-scale view of the application cold water row, and in conjunction with shown in Fig. 1 and Fig. 2, cold water row 100 includes water chamber 110 with cold comb group 120.Wherein, water chamber 110 includes water chamber upper cover 111 disposed in parallel and water chamber lower cover 112, water chamber 110 It is inside equipped with a water chamber partition 113, water chamber partition 113 is parallel with water chamber upper cover 111, and the plate thickness of water chamber partition 113 is D.Water chamber every Water chamber 110 is divided to for mutually independent two water-dividing chambers by plate 113, wherein the water-dividing chamber close to water chamber lower cover 112 is water-supplying chamber 114, the water-dividing chamber close to water chamber upper cover 111 is intake chamber 115.Water chamber 110 is equipped with the water inlet tap 116 of connection intake chamber 115 With the faucet 117 for being connected to water-supplying chamber 114.In the application, with needed in tradition two water chambers and separation at the both ends of cooler Structure compare, water chamber is divided into mutually independent two water-dividing chambers in the application, two water-dividing chambers occupy ipsilateral, save big Quantity space, and a waterproof construction is only needed in technique, process costs are reduced, the probability of leak is also reduced.

Fig. 3 is the Structure explosion diagram that the application arranges unrestrained formula cooler, as shown in figure 3, cold comb group 120 includes several cold rows Pipe 121.Each cold comb 121 is U-shaped flat tube, and two nozzles are respectively water inlet 122 and water outlet 123.The U-shaped of the application Flat tube is asymmetric pipe, specifically, on cold comb 121 on the tube axial direction of parallel tube segments, water outlet 123 be higher than it is described into The mouth of a river 122, and the height difference of the two is L.In the application, several cold combs are arranged with arranging unrestrained formula, are arranged unrestrained formula arrangement and are referred to, vertical In on the direction of cold comb parallel tube segments pipe axis, several cold combs are arranged successively, and are equipped between adjacent cold comb for radiating Gap, the arrangement mode of cold comb is detailed in attached drawing 4.In the application, several U-shaped flat tubes have to arrange the structure that unrestrained formula is arranged Higher arranging density saves space, meanwhile, the flow distance of circulation fluid is long, and cold comb itself and adjacent cold comb it Between there is preferable thermal diffusivity, therefore, make circulation fluid and extraneous fast exchange heat dissipation effect, to improve changing for cooler The thermal efficiency and heat dissipation effect.

In use, water chamber 110 is structure as a whole with cold comb group 120 dress, cooperated, is completed to water chamber by the two The cooling procedure of circulation fluid in 110.In the application, the specific structure of assembling water chamber 110 and the clamping of cold comb 121 are as follows: on water chamber Lid 111 is equipped with first through hole 1111, and the shape of first through hole 1111 and the orifice configuration of cold comb 121 match, cold comb 121 water inlet 122 passes through first through hole 1111 and is connected with intake chamber 115；Water chamber partition 113 is equipped with the second through-hole 1131, the shape of the second through-hole 1131 and the orifice configuration of cold comb 121 match, and the water inlet 122 of cold comb 121 is successively worn Cross first through hole 1111, the second through-hole 1131 is connected with water-supplying chamber 114.

When assembling cold comb 121 with water chamber 110, the plate thickness of water chamber partition 113 is D, when water inlet 122 passes through on water chamber When lid 111 extend into intake chamber 115, if needing water outlet 123 to pass through water chamber partition 113 extend into water-supplying chamber 114, water outlet 123 with the height difference L of water outlet 123 at least more than the plate thickness D of water chamber partition 113, i.e. height difference L > plate thickness D.In practical applications, originally Can the height difference L of water outlet 123 and water outlet 123 be arranged according to the actual situation in field technical staff.For example, working as water chamber partition 113 Plate thickness be D, when water chamber partition 113 and 111 parallel spacing of water chamber upper cover are H, the height of water outlet 123 and water outlet 123 is set Poor L is the sum of plate thickness D and spacing H, i.e. L=D+H.

It should be noted that those skilled in the art can adjust the quantity of cold comb group 120 according to actual needs, for example, 2,3 or 4 cold comb groups 120.Correspondingly, be respectively set on water chamber upper cover 111 and water chamber partition 113 corresponding first through hole 1111, Second through-hole 1131, to cooperate the assembling and use of multiple cold comb groups 120 and water chamber 110.In the present embodiment, setting 2 is cold 120,2 cold comb groups 120 of comb group are arranged in parallel.Correspondingly, corresponding first through hole 1111 is set in water chamber upper cover 111, Corresponding second through-hole 1131 is set on water chamber partition 113.

For the radiating efficiency for accelerating cold comb 121, in the present embodiment, heat dissipation is equipped between two adjacent cold combs 121 Piece 300, cooling fin 300 and two adjacent cold combs 121 fit closely in the present embodiment, cold comb 121 and cooling fin 300 It is connected to one structure by side plate 400 and end plate 500.In addition, in the present embodiment, two parallel tube segments of cold comb it Between also be provided with cooling fin, two parallel tube segments of cooling fin and cold comb fit closely.In use, cooling fin 300 can be accelerated The cooling velocity of circulation fluid in cold comb 121.

In the application, water-cooling head 200 includes heat absorption bottom plate 210, water pump, water channel, cold water outlet 220 and water return outlet 230.Its In, the shape of bottom plate 210 of absorbing heat and the shape of object to be cooled down match, and make heat absorption bottom plate 210 and wait largest face between the object that cools down Long-pending fits closely, to realize the heat exchange treated on cooling object by the circulation fluid for flowing through heat absorption bottom plate 210, and then complete The cooling of object to be cooled down in pairs.It should be noted that the shape of heat absorption bottom plate 210 can carry out accordingly according to the shape of reality object to be cooled down Adjustment, for example, when wait cool down object be CPU when, heat absorption bottom plate 210 be set as the tabular that can be fitted with CPU；When wait cool down When object is engine, heat absorption bottom plate 210 is set as the shape that can be fitted with engine surface.

The cold water outlet 220 of water-cooling head 200 is connected to the faucet 117 of water chamber 110, and water return outlet 230 is connected to water chamber 110 Water inlet tap 116.In use, circulation fluid passes sequentially through the faucet 117 of water-supplying chamber 114, the cold water outlet 220 of water-cooling head 200 enters In the water channel of water-cooling head 200, the circulating fluid in water channel is absorbed heat during bottom plate 210, is taken away wait the heat on object that cools down, Then, the circulation fluid for absorbing heat passes sequentially through the water return outlet 230 of water-cooling head 200, the water inlet tap 116 of intake chamber 115 flow back to it is cold Water row 100.Therebetween, water pump circulating for realizing circulation fluid.

Fig. 5 is the structural schematic diagram for another embodiment that the application arranges unrestrained formula cooler.To accelerate dissipating for cold comb 121 The thermal efficiency, in the present embodiment, arranging unrestrained formula cooler further includes fan 600, and fan 600 is attached at two adjacent cold comb groups 120 Between.

In addition, in the present embodiment, arranging unrestrained formula cooler further includes fixed bracket to ensure to arrange the stability of unrestrained formula cooler 700, fixed bracket 700 is for fixing water-cooling head 200, it is ensured that fixation of the water-cooling head 200 on spatial position, to reduce cooling Head and the relative displacement wait occur between the object that cools down increase the safety in utilization for arranging unrestrained formula cooler.

This application provides a kind of row's wave formula coolers, including cold water to arrange, and cold water row includes water chamber and cold comb group, passes through Water chamber upper cover, water chamber lower cover and water chamber partition, water chamber are divided into water-supplying chamber and intake chamber；Cold comb group includes several to arrange wave The cold comb of formula arrangement, cold comb is asymmetric U-shaped flat tube, on cold comb on the tube axial direction of parallel tube segments, water outlet Higher than the water inlet；To realize the connection between water chamber and cold comb, lid is equipped with first through hole on water chamber, cold comb into The mouth of a river passes through first through hole and is connected with intake chamber；Water chamber partition is equipped with the second through-hole, and the water inlet of cold comb sequentially passes through First through hole, the second through-hole are connected with water-supplying chamber.In use, the cold comb of U-shaped has biggish pipe range, circulation fluid is increased Running length, strengthen the rate of heat exchange between circulation fluid and air；Meanwhile multiple cold combs work at the same time, and improve and follow The radiating efficiency of ring liquid, to enhance the heat exchange efficiency and heat dissipation effect of cooler.

Above the application embodiment does not constitute the restriction to the application protection scope.

Claims (7)

1. a kind of row's wave formula cooler, which is characterized in that including cold water row (100) and water-cooling head (200), the cold water row It (100) include water chamber (110) and cold comb group (120),

Wherein, the water chamber (110) includes water chamber upper cover (111) disposed in parallel and water chamber lower cover (112), the water chamber (110) a water chamber partition (113) parallel with water chamber upper cover (111) is equipped in, the plate thickness of the water chamber partition (113) is D；Water chamber (110) is divided into mutually independent two water-dividing chambers by the water chamber partition (113), wherein close to the water chamber lower cover (112) water-dividing chamber is water-supplying chamber (114), and the water-dividing chamber close to the water chamber upper cover (111) is intake chamber (115)；The water It water inlet tap (116) and the faucet that is connected to the water-supplying chamber (114) that room (110), which is equipped be connected to the intake chamber (115), (117)；

The cold comb group (120) includes several cold combs (121) to arrange unrestrained formula arrangement, and the cold comb (121) is that U-shaped is flat Pipe, two nozzles are respectively water inlet (122) and water outlet (123), the pipe axis side of parallel tube segments on the cold comb (121) Upwards, the water outlet (123) is higher than the water inlet (122), and the height difference of the two is L, wherein height difference L > plate thickness D；

The water chamber upper cover (111) is equipped with first through hole (1111), the shape of the first through hole (1111) and the cold row The orifice configuration of pipe (121) matches, the water inlet (122) of the cold comb (121) pass through first through hole (1111) with it is described Intake chamber (115) is connected；

The water chamber partition (113) is equipped with the second through-hole (1131), the shape of second through-hole (1131) and the cold row The orifice configuration of pipe (121) matches, and the water inlet (122) of the cold comb (121) sequentially passes through first through hole (1111), the Two through-holes (1131) are connected with the water-supplying chamber (114)；

The water-cooling head (200) includes heat absorption bottom plate (210), water pump, water channel, cold water outlet (220) and water return outlet (230), In, the shape and the shape of object to be cooled down of heat absorption bottom plate (210) match, the heat absorption bottom plate (210) be used for absorption to The heat of cooling object, the cold water outlet (220) are connected to the faucet (117) of the water chamber (110), the water return outlet (230) It is connected to the water inlet tap (116) of the water chamber (110).

2. row's wave formula cooler according to claim 1, which is characterized in that two adjacent cold combs (121) it Between be equipped with cooling fin (300), the cooling fin (300) fits closely with two adjacent cold combs (121).

3. row's wave formula cooler according to claim 2, which is characterized in that the cold comb (121) and the cooling fin (300) it is connected to one structure by side plate (400) and end plate (500).

4. row's wave formula cooler according to claim 1, which is characterized in that two parallel pipes of the cold comb (121) Cooling fin (300) are equipped between section, the cooling fin (300) and two parallel tube segments of cold comb (121) fit closely.

5. row's wave formula cooler according to claim 1, which is characterized in that the quantity of the cold comb group (120) is number It is a.

6. row's wave formula cooler according to claim 5, which is characterized in that row's wave formula cooler further includes fan (600), the fan (600) is attached between two adjacent cold comb groups (120).

7. row's wave formula cooler according to claim 1, which is characterized in that row's wave formula cooler further includes fixed branch Frame (700), the fixed bracket (700) is for fixing water-cooling head (200).