Water-cooling power device and monitoring equipment

Abstract

The invention relates to the technical field of monitoring equipment, and discloses a water-cooling power device and monitoring equipment. The water-cooling power device comprises a cooling box, a cooling pipe and an air-cooling assembly. One face of the cooling box is attached to a cooled object, cooling liquid is contained in the cooling box, one end of the cooling pipe communicates with the cooling box, the other end of the cooling pipe is arranged in a sealed mode, and two opposite installation through holes are formed in the cooling pipe; the cooling liquid can be vaporized in the cooling box to form steam and flow along the cooling pipe, one part of the air cooling assembly is rotatably arranged in the two mounting through holes in a penetrating mode, the other part of the air cooling assembly is rotatably arranged outside the cooling pipe, and the steam can drive the air cooling assembly to rotate. According to the water-cooling power device, the main chip is cooled, and the energy consumption is low. The monitoring equipment comprises the water-cooling power device, and the situation that the monitoring equipment crashes due to the fact that the temperature of a main chip of the monitoring equipment is too high can be effectively avoided.

Description

technical field [0001] The invention relates to the technical field of water cooling power, in particular to a water cooling power device and monitoring equipment. Background technique [0002] At present, most of the existing surveillance cameras do not have a good cooling function. For surveillance cameras used in high-temperature areas, the equipment is often damaged because the ambient temperature exceeds the industrial standard of the surveillance equipment itself, and the use effect is poor. When the monitoring equipment works in a high-temperature environment with an ambient temperature above 100°C, the temperature of its main chip may exceed the maximum operating temperature, resulting in crashes and other problems. Most of the existing cooling schemes for the main chip of monitoring equipment are cooled by the built-in radiator of the monitoring equipment. When the built-in radiator of the monitoring equipment is at a high temperature above 100°C, the heat cannot be...

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Problems solved by technology

[0002] At present, most of the existing surveillance cameras do not have a good cooling function. For surveillance cameras used in high-temperature areas, the equipment is often damaged due to the ambient temperature exceeding the monitoring equipment’s own industrial standards, and the use effect is poor.

When the monitoring equipment works in a high-temperature environment with an ambient temperature above 100°C, the temperature of its main chip may exceed the maximum operating temperature and cause problems such as crash

Most of the existing cooling schemes for the main chip of monitoring equipment are cooled by the built-in radiator of the monitoring equipment. When the built-in radiator of the monitoring equipment is at a high temperature above 100°C, the heat cannot be discharged from the monitoring equipment, and the temperature of the main chip itself is greatly increased. When the temperature of the main chip continues to rise to more than 120°C due to high-temperature heating in the upper environment, the main chip will stop working and the monitoring equipment will crash

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