CN201876161U - Water cooling device with heat exchange pipe - Google Patents

Abstract

The utility model discloses a take hot exchange pipe's water cooling plant, including cooling calandria, water pump, water tank and install the heating panel of taking the wash port in a plurality of layers above the water tank, the water inlet of this water pump leads to pipe to be connected with the water tank, and the water inlet and the hot-water current of this cooling calandria enter the end and be connected, and the delivery port of this cooling calandria is located the superiors ' heating panel to make the rivers that come out from the cooling calandria go into the superiors ' heating panel in, its characterized in that: it still includes heat-exchanging pipe and heat-conducting medium, and this heat-exchanging pipe is arranged with the cooling calandria side by side. The utility model discloses set up hot exchange pipe and heat-conducting medium outside cooling self-circulation system, and this hot exchange pipe and cooling calandria are parallelly arranged, and this system carries out the heat exchange through this hot exchange pipe and heat-conducting medium and outside facility and cooling calandria. The design of the structure ensures that the system has wide application, flexible application and high subsequent development degree.

Description

A water cooling device with heat exchange tubes

technical field

The utility model relates to a water cooling device, in particular to a water cooling device with heat exchange tubes.

Background technique

With the development of modern industry, the power requirements for various large-scale machines are getting higher and higher, but it also brings the problems of high machine temperature and difficult heat dissipation. Although there are many cooling measures, such as directly using fan blowing for air cooling, the heat dissipation is slow and the effect is not good; the direct flushing cooling method is effective, but most machines cannot directly contact water, so the scope of use of this method is narrow. Moreover, the waste of water is serious; there is also a compressor to compress the refrigerant, and the refrigerant flows through the heat pipe installed in the machine to take away heat, but this method has a high cost, and the operation of the compressor also consumes a large amount of energy.

There is also a water-cooling device, which uses cold water to absorb heat through the cooling pipe installed in the machine, and then the heat-absorbed water is discharged on the top heat dissipation plate through the cooling pipe, and the water flows down through the small holes of the heat dissipation plate. For heat dissipation, the water after heat dissipation is circulated through the water pump, which not only saves water but also saves electricity. However, the above-mentioned structure does not use the heat energy brought by some high-temperature water flow, but directly dissipates the heat energy into the air. The energy utilization efficiency is not high enough, and some other low-temperature or high-temperature heat-conducting media cannot be introduced for heat exchange. Therefore, the inventors have improved the above structure.

Contents of the invention

In order to overcome the deficiencies of the prior art, the utility model provides a water cooling device with a heat exchange tube and capable of exchanging heat with the outside by using a heat transfer medium flowing in the heat exchange tube.

The technical scheme that the utility model solves its technical problem adopts is:

A water cooling device with a heat exchange tube, including a cooling pipe, a water pump, a water tank, and several layers of cooling plates with drainage holes installed above the water tank. The water inlet of the water pump is connected to the water tank through a water pipe, and the water inlet of the cooling pipe is It is connected to the hot water inflow end, and the water outlet of the cooling pipe is located on the uppermost heat dissipation plate, so that the water from the cooling pipe flows into the uppermost heat dissipation plate. It is characterized in that it also includes heat exchange pipes and heat conduction plates. The heat transfer medium flows in from the inlet of the heat exchange pipe and flows out from the outlet of the heat exchange pipe. The heat exchange pipe is arranged in parallel with the cooling row pipe and can exchange heat energy with the cooling row pipe through the heat transfer medium.

Further, the cooling row pipe is located under the heat dissipation plate, and the water flowing out from the drainage hole can shower on the cooling row pipe.

The beneficial effects of the utility model are: the utility model is provided with a heat exchange tube and a heat transfer medium outside the cooling self-circulation system, and the heat exchange tube and the cooling row tube are arranged in parallel, and the system communicates with the heat exchange tube and the heat transfer medium through the heat exchange tube and the heat transfer medium. External facilities and cooling calandria for heat exchange. When the external equipment needs heat, a high-temperature heat-conducting medium can flow in the heat exchange tube, and the high-temperature heat-conducting medium releases heat energy, such as heating shopping malls, industrial and mining enterprises, power plants or mechanical equipment in winter, and the cooled heat-conducting medium exchanges heat with the cooling pipe Heating; when external equipment needs to take away heat, low-temperature heat-conducting medium can flow in the heat exchange tube, which can absorb heat energy, such as cooling shopping malls, industrial and mining enterprises, power plants or mechanical equipment in summer, etc. Cooling pipes for heat exchange and cooling. The design of the above structure makes the system widely used, flexible in application, and high in follow-up development.

Description of drawings

Below in conjunction with accompanying drawing and embodiment the utility model is further described:

Fig. 1 is the overall schematic diagram of the utility model.

Detailed ways

Referring to Fig. 1, the utility model discloses a water cooling device with a heat exchange tube, which includes a cooling pipe 1, a water pump 2, a water tank 3 and several layers of cooling plates 4 with drainage holes 5 installed above the water tank 3. The water inlet of the water pump 2 is connected to the water tank 3 through a water pipe, the water inlet of the cooling pipe 1 is connected to the hot water inflow end, and the water outlet of the cooling pipe 1 is located on the uppermost heat dissipation plate 4, so that the water from the cooling pipe 1 The water coming out of 1 flows into the uppermost heat dissipation plate 4, which also includes a heat exchange tube 6 and a heat transfer medium. The heat transfer medium flows in from the inlet of the heat exchange tube 6 and flows out from the outlet of the heat exchange tube 6. The heat exchange tube It is arranged in parallel with the cooling row pipe 1, and can exchange heat energy with the cooling row pipe 1 through the heat transfer medium.

As shown in the figure, in this example, the system performs heat exchange with external facilities and cooling pipes through the heat exchange tube and heat transfer medium. When the external equipment needs heat, a high-temperature heat-conducting medium can flow in the heat exchange tube, and the high-temperature heat-conducting medium releases heat energy, such as heating shopping malls, industrial and mining enterprises, power plants or mechanical equipment in winter, and the cooled heat-conducting medium exchanges heat with the cooling pipe Heating; when external equipment needs to take away heat, low-temperature heat-conducting medium can flow in the heat exchange tube, and the low-temperature heat-conducting medium can absorb heat energy, such as cooling shopping malls, industrial and mining enterprises, power plants or mechanical equipment in summer. The pipes are used for heat exchange and cooling. Of course, the heat exchange tube can also directly exchange heat with the cooling row pipe. When the low-temperature heat transfer medium flows in the heat exchange tube 6, the low-temperature heat transfer medium can absorb heat from the cooling row tube 1, thereby reducing the need for cooling in the cooling row tube 1. The temperature of the cooled hot water; if the high-temperature heat-conducting medium flows in the heat-exchanging tube 6, the high-temperature heat-conducting medium can discharge heat, thereby reducing the temperature of the heat-exchanging tube 6, and the heat-exchanging tube 6 can be multiple, arranged The way can also be staggered parallel arrangement and the like.

Further, the cooling row pipe 1 is located below the cooling plate 4, and the water flowing out from the drain hole 5 can be showered on the cooling row pipe 1, and the heat exchange pipe 6 is arranged in parallel with the cooling row pipe 1, and can be connected with the cooling row pipe 1. The cooling pipe 1 exchanges heat energy with the cooling water flowing out through the drainage hole 5. When the low-temperature heat transfer medium flows in the heat exchange pipe 6, the low-temperature heat transfer medium can not only absorb heat from the cooling pipe 1, but also absorb heat flowing out of the drainage hole 5. The heat of the cooling water reduces the temperature of the cooling water and improves the cooling effect of the system.

The above are only illustrations and descriptions of some preferred embodiments of the utility model, but the implementation of the utility model is not limited by the above examples, as long as it achieves the technical effect of the utility model by basically the same means, it should be Belong to the protection scope of the utility model.

Claims (2)

1. A water cooling device with a heat exchange tube, comprising a cooling pipe, a water pump, a water tank and several layers of cooling plates with drainage holes installed above the water tank, the water inlet of the water pump is connected to the water tank through a water pipe, the cooling drain The water inlet of the pipe is connected to the hot water inflow end, and the water outlet of the cooling pipe is located on the uppermost heat dissipation plate, so that the water from the cooling pipe flows into the uppermost heat dissipation plate, and it is characterized in that: it also includes heat The heat exchange tube and the heat transfer medium, the heat transfer medium flows in from the inlet of the heat exchange tube and flows out from the outlet of the heat exchange tube, the heat exchange tube and the cooling row pipe are arranged in parallel, and can pass through the heat transfer medium and the cooling row The tubes exchange heat energy. 2. A water cooling device with heat exchange tubes according to claim 1, characterized in that: the cooling row pipe is located below the cooling plate, and the water flowing out from the drain hole can be showered on the cooling row pipe on.

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