CN202896276U - Machinery gas water-cooling system of independent water tank - Google Patents
Machinery gas water-cooling system of independent water tank Download PDFInfo
- Publication number
- CN202896276U CN202896276U CN 201220551661 CN201220551661U CN202896276U CN 202896276 U CN202896276 U CN 202896276U CN 201220551661 CN201220551661 CN 201220551661 CN 201220551661 U CN201220551661 U CN 201220551661U CN 202896276 U CN202896276 U CN 202896276U
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- pipe
- water tank
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Abstract
Provided is a machinery gas water-cooling system of an independent water tank. The machinery gas water-cooling system of the independent water tank comprises a heat exchanger and a distributive pipe matrix. The heat exchanger comprises a gas inlet pipe, an exhaust pipe, a water inlet tank and a water outlet tank, wherein the gas inlet pipe is used for leading gas into the heat exchanger, the exhaust pipe is used for leading the gas out of the heat exchanger, one face of the water inlet tank is connected with a water inlet pipe which is used for injecting cooling water into the water inlet tank, and one face of the water outlet tank is connected with a water outlet pipe which is used for leading the cooling water out of the water inlet tank. The distributive pipe matrix comprises more than two distributive pipes which are hollow pipelines. The distributive pipe matrix is coated by a panel, gas flows between a plate body and the distributive pipe matrix, to-be-cooled liquid is led into the pipe of the distributive pipe matrix through the pipelines, and then the liquid flowing in the pipe of the distributive pipe matrix is cooled under the effect of heat exchange by low-temperature gas which flows through outside the distributive pipe matrix.
Description
Technical field
The utility model is relevant for the cooling mechanism of engine gas, especially a kind of gas water-cooling system of self-contained water tank.
Background technology
The prior art of dispelling the heat about the gas cooled of vehicle was to use the air-cooled type heat radiation originally, but owing to its radiating efficiency can have difference along with ambient temperature.If in hotter zone, its radiating efficiency can be far below in colder zone.Began afterwards to change with water cooled heat radiating, its efficient is high than the radiating efficiency of air-cooled type, and also not allowing to be subject to ambient temperature affects, but the water cooled heat radiating of prior art is to use vehicle or former in-house water tank to do the water cooled circulating heat radiation.Therefore along with the running of time and mechanism, so that the temperature of cooling water expansion tank also raises gradually in the water tank, institute is so that radiating efficiency descends, and then causes machinery overheated and produce dangerous.
Therefore, contriver of the present utility model needs a kind of up-to-date technology of design badly to improve its problem.
The utility model content
So the purpose of this utility model is for solving the problem on the above-mentioned prior art, a kind of machinery gas water-cooling system of self-contained water tank is proposed in the utility model, it acts in the gas-cooled system of various machinery needs.Only need that gas circulation loop is connected this device and use afterwards, can reach the effect of cooling.Creation of the present utility model only need to be pulled out two pipelines with the loop of wanting refrigerating gas makes its device of the present utility model of arranging in pairs or groups again capable of circulation get final product installation, mounting means is also comparatively easy to have improved in the past that flow through cooler and water-cooled cooler installing space need huger installation shortcoming, and also compare in the past flow through cooler and water-cooled cooler efficient promote to some extent because this device comprises a self-contained water tank.In addition, also can be not by the ambient temperature effect radiating efficiency.
For reaching above-mentioned purpose, the utility model proposes a kind of machinery gas water-cooling system of self-contained water tank, it comprises: H Exch and distributive pipe matrix;
Described H Exch comprises:
An air inlet pipe is used for importing gas and enters this H Exch;
A freeing pipe is used for deriving this gas and discharges this H Exch;
A water tank inlet, the one side of this water tank inlet is accepted coolant inlet pipe, and this coolant inlet pipe is in order to inject cooling water expansion tank this water tank inlet;
One goes out water tank, and this one side that goes out water tank is accepted coolant outlet pipe, and this coolant outlet pipe goes out water tank in order to will cooling water flow out of this;
Described distributive pipe matrix comprises plural distributive pipe, and respectively this distributive pipe is the pipeline of hollow, and respectively this distributive pipe is square pipeline or circular pipeline; Wherein respectively this distributive pipe is arranged relatively with level and parallel mode, and overlaps with at least one metal fin level, and this metal fin is solid;
Described distributive pipe matrix goes out between the water tank between this water tank inlet and this, and wherein the pipeline of this distributive pipe hollow and this water tank inlet and this go out water tank and be communicated with;
Described distributive pipe matrix coats with sheet material, and make this sheet material inside form the space of a hollow and sealing, and the two ends mouth of pipe of described distributive pipe matrix stretches out outside this sheet material, and an induction opening and an air gate are respectively arranged on the formed plate body of this sheet material; This induction opening connects this air inlet pipe, and this air gate connects this freeing pipe, so that the gas of engine box enters the space of this hollow and sealing by this air inlet pipe, and flows back into this engine box by this freeing pipe and reaches and circulate.
Preferably, the machinery of described self-contained water tank also comprises a coolant storage tank with the gas water-cooling system, and two openings are arranged on this coolant storage tank, connects respectively this coolant inlet pipe and this coolant outlet pipe, and this coolant storage tank is self-contained water tank; Wherein when this water-cooling system placed mechanism, this water tank separated with the water tank that this mechanism sets firmly.
Preferably, this air inlet pipe, this freeing pipe are connected with engine box and produce gas circulation and flow.
Preferably, the machinery of described self-contained water tank also comprises a motor-mount pump with the gas water-cooling system, this motor-mount pump is connected between this coolant inlet pipe and this coolant storage tank and with this coolant inlet pipe and this coolant storage tank, or is connected between this coolant outlet pipe and this coolant storage tank and with this coolant outlet pipe and this coolant storage tank.
Preferably, to go out water tank be the cube external form for this water tank inlet and this.
Preferably, this self-contained water tank also comprises fan.
Preferably, the machinery of described self-contained water tank also comprises water inlet with the gas water-cooling system, and this water inlet is positioned at coolant inlet pipe or coolant outlet pipe, in order to add cooling water expansion tank.
Creation of the present utility model only need to be pulled out two pipelines with the loop of wanting refrigerating gas makes its device of the present utility model of arranging in pairs or groups again capable of circulation get final product installation, mounting means is also comparatively easy, improved in the past that flow through cooler and water-cooled cooler installing space need huger installation shortcoming, also compare in the past flow through cooler and water-cooled cooler efficient promote because this device comprises a self-contained water tank.In addition, also radiating efficiency not influenced by ambient temperature.
Description of drawings
Fig. 1 is Plane Installation scheme drawing of the present utility model.
Fig. 2 is radiator scheme drawing of the present utility model.
Fig. 3 is distributive pipe matrix scheme drawing of the present utility model.
[main element nomenclature]
10 Hs Exch, 11 air inlet pipes
12 freeing pipes, 13 water tank inlets
14 go out water tank 15 coolants inlet pipe
16 coolant outlet pipe
20 distributive pipe matrixes, 21 distributive pipes
22 metal fins, 30 coolant storage tankes
40 motor-mount pumps, 50 fans
60 water inlets, 100 engine box
101 upper sheds, 102 under sheds
103 admission ports, 104 air extractor ducts.
The specific embodiment
Hereby sincerely form with regard to structure of the present utility model, and effect and the advantage that can produce, cooperate graphicly, lift a preferred embodiment of the present utility model and be described in detail as follows.
Please refer to Fig. 1, the machinery of self-contained water tank of the present utility model gas water-cooling system comprises:
One H Exch 10, it wherein comprises the better one for the cooling mechanism of cuboid form:
One air inlet pipe 11 is used for importing gas and enters this H Exch 10;
One freeing pipe 12 is used for deriving gas and discharges this H Exch 10;
One water tank inlet 13, the one side of this water tank inlet 13 are accepted a coolant inlet pipe 15, and this coolant inlet pipe 15 is in order to inject cooling water expansion tank this water tank inlet 13;
One goes out water tank 14, and this one side that goes out water tank 14 is accepted a coolant outlet pipe 16, and this coolant outlet pipe 16 goes out water tank 14 in order to will cooling water flow out of this;
Wherein shown this water tank inlet 13 of Fig. 2 of the present utility model and this go out water tank 14 better onies and can be the cube external form.
One distributive pipe matrix 20, this distributive pipe matrix 20 comprises plural distributive pipe 21 at least, and this distributive pipe is the pipeline of a hollow, and this distributive pipe better one can be a square pipeline or a circular pipeline; Wherein each distributive pipe is arranged relatively with level and parallel mode, and with at least one metal fin 22 levels overlap joint, this metal fin 22 is a solid object; Purpose of this design is to increase dissipating area, and its assemblage characteristic is as shown in Fig. 3.
A plurality of distributive pipe matrixes 20 go out between the water tank 14 between this water tank inlet 13 and this, and wherein the pipeline of these distributive pipe 21 hollows and this water tank inlet 13 and this go out water tank 14 and be communicated with;
Wherein this distributive pipe matrix 20 connects coating with a sheet material, and make this sheet material inside form the space of a hollow and sealing, and the two ends mouth of pipe of this distributive pipe matrix stretches out outside this sheet material, and an induction opening 103 and an air gate 104 are respectively arranged on the formed plate body of this sheet material.This induction opening 103 connects this air inlet pipe 11, this air gate 104 connects this freeing pipe 12, its role is to make the gas of an engine box 100 to enter the space of this hollow and sealing by this air inlet pipe 11, and flow back into this engine box 100 by this freeing pipe 12 and reach and circulate, by the gas temperature of this engine box 30 and the poor effect that reaches interchange of heat of cooling water expansion tank degree in this distributive pipe 21.
One coolant storage tank 30 has two openings on this coolant storage tank 30, connects respectively this coolant inlet pipe 15 and this coolant outlet pipe 16, and this coolant storage tank 30 is a self-contained water tank, is not the water tank of former mechanism.Because the water tank of former mechanism has quite high temperature when running, so cooling performance is not good.And water tank temperature of the present utility model is same as ambient temperature at first its of running, and this temperature is far below the water tank temperature of former mechanism, so can reach higher cooling performance under normal conditions.
One motor-mount pump 40, this motor-mount pump 40 is between this coolant inlet pipe 15 and this coolant storage tank 30 and with this coolant inlet pipe and this coolant storage tank is connected or be connected between this coolant outlet pipe 16 and this coolant storage tank 30 and with this coolant outlet pipe and this coolant storage tank, this motor-mount pump is used for providing the whole current of cooling water expansion tank of this coolant storage tank of power driven native system, thereby the water circulation that reaches this coolant storage tank flows.
Wherein the utility model better one also comprises a fan 50, and this fan 50 is used for accelerating the cooling water expansion tank heat radiation of this coolant storage tank 30; And a water inlet 60, this water inlet 60 can be positioned at coolant inlet pipe 15 or coolant outlet pipe 16 arbitrary positions, in order to add cooling water expansion tank.
As shown in Fig. 2, need to pull out two pipelines at this engine box 100 and connect respectively this air inlet pipe 11 and this freeing pipe 12.
Creation of the present utility model is applied to, below for using example and explanation:
Creation of the present utility model can be used on the gas cooled of engine box 100, it is connected with this freeing pipe 12 this air inlet pipe 11 of the present utility model first and produces gas circulation and flows with this engine box 100, the gas of this engine box 100 can be introduced into this air inlet pipe 11 when using device cooling of the present utility model, the hollow that is bonded into via this sheet material and the space of sealing exit and return this engine box 100 by this freeing pipe 12 afterwards.Wherein, the cooling water expansion tank in this coolant storage tank 30 continues generation and circulates after these motor-mount pump 40 runnings, and current can touch in the gas in the space of this hollow and sealing by this distributive pipe matrix 20 when mobile, produce the physical reactions of interchange of heat because of heal differential.So after the gas of this engine box 100 leaves this freeing pipe 12, the temperature of gas of engine box 100 that the temperature of gas that is positioned at the engine box 100 of this freeing pipe 12 can be positioned at this air inlet pipe 11 is also low, so reach the effect of cooling, and by this freeing pipe 12 gas of this engine box 100 is sent back to and to reach one in this engine box and circulate.
Creation of the present utility model also can need in the gas-cooled system in various machineries not only for being used among the above-mentioned example.Only need that gas circulation loop is connected this device and use afterwards, can reach the effect of cooling.Creation of the present utility model only need to be pulled out two pipelines with the loop of wanting refrigerating gas makes its device of the present utility model of arranging in pairs or groups again capable of circulation get final product installation, mounting means is also comparatively easy, improved in the past that flow through cooler and water-cooled cooler installing space need huger installation shortcoming, also compare in the past flow through cooler and water-cooled cooler efficient promote because this device comprises a self-contained water tank.In addition, also radiating efficiency not influenced by ambient temperature.
Above-listed detailed description is specifying for a possible embodiments of the present utility model, only this embodiment limits claim of the present utility model, allly do not break away from the equivalence that the utility model skill spirit does and implement or change, all should be contained in the claim of the present utility model.
Claims (7)
1. the machinery of self-contained water tank gas water-cooling system is characterized in that, comprises: H Exch and distributive pipe matrix;
Described H Exch comprises:
An air inlet pipe is used for importing gas and enters this H Exch;
A freeing pipe is used for deriving this gas and discharges this H Exch;
A water tank inlet, the one side of this water tank inlet is accepted coolant inlet pipe, and this coolant inlet pipe is in order to inject cooling water expansion tank this water tank inlet;
One goes out water tank, and this one side that goes out water tank is accepted coolant outlet pipe, and this coolant outlet pipe goes out water tank in order to will cooling water flow out of this;
Described distributive pipe matrix comprises plural distributive pipe, and respectively this distributive pipe is the pipeline of hollow, and respectively this distributive pipe is square pipeline or circular pipeline; Wherein respectively this distributive pipe is arranged relatively with level and parallel mode, and overlaps with at least one metal fin level, and this metal fin is solid;
Described distributive pipe matrix goes out between the water tank between this water tank inlet and this, and wherein the pipeline of this distributive pipe hollow and this water tank inlet and this go out water tank and be communicated with;
Described distributive pipe matrix coats with sheet material, and make this sheet material inside form the space of a hollow and sealing, and the two ends mouth of pipe of described distributive pipe matrix stretches out outside this sheet material, and an induction opening and an air gate are respectively arranged on the formed plate body of this sheet material; This induction opening connects this air inlet pipe, and this air gate connects this freeing pipe, so that the gas of engine box enters the space of this hollow and sealing by this air inlet pipe, and flows back into this engine box by this freeing pipe and reaches and circulate.
2. the machinery of self-contained water tank as claimed in claim 1 gas water-cooling system is characterized in that, also comprises a coolant storage tank, and two openings are arranged on this coolant storage tank, connects respectively this coolant inlet pipe and this coolant outlet pipe, and this coolant storage tank is self-contained water tank;
Wherein when this water-cooling system placed mechanism, this water tank separated with the water tank that this mechanism sets firmly.
3. the machinery of self-contained water tank as claimed in claim 1 gas water-cooling system is characterized in that, this air inlet pipe, this freeing pipe are connected with engine box and produce gas circulation and flow.
4. the machinery of self-contained water tank as claimed in claim 1 gas water-cooling system, it is characterized in that, also comprise a motor-mount pump, this motor-mount pump is connected between this coolant inlet pipe and this coolant storage tank and with this coolant inlet pipe and this coolant storage tank, or is connected between this coolant outlet pipe and this coolant storage tank and with this coolant outlet pipe and this coolant storage tank.
5. the machinery of self-contained water tank as claimed in claim 1 gas water-cooling system is characterized in that, it is the cube external form that this water tank inlet and this go out water tank.
6. the machinery of self-contained water tank as claimed in claim 2 gas water-cooling system is characterized in that, this self-contained water tank also comprises fan.
7. the machinery of self-contained water tank as claimed in claim 1 gas water-cooling system is characterized in that, also comprises water inlet, and this water inlet is positioned at coolant inlet pipe or coolant outlet pipe, in order to add cooling water expansion tank.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220551661 CN202896276U (en) | 2012-10-26 | 2012-10-26 | Machinery gas water-cooling system of independent water tank |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220551661 CN202896276U (en) | 2012-10-26 | 2012-10-26 | Machinery gas water-cooling system of independent water tank |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202896276U true CN202896276U (en) | 2013-04-24 |
Family
ID=48116984
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220551661 Expired - Fee Related CN202896276U (en) | 2012-10-26 | 2012-10-26 | Machinery gas water-cooling system of independent water tank |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202896276U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108317000A (en) * | 2018-04-13 | 2018-07-24 | 宋小红 | A kind of bicavate cooling device of radiator |
-
2012
- 2012-10-26 CN CN 201220551661 patent/CN202896276U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108317000A (en) * | 2018-04-13 | 2018-07-24 | 宋小红 | A kind of bicavate cooling device of radiator |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130424 Termination date: 20131026 |