A central server cooling device based on big data

Abstract

The invention discloses a central server heat dissipation device based on big data. The central server heat dissipation device comprises a heat sink, a fixed frame, an electric wire, a terminal, sponge mat layers and a working chamber, the heat sink and the terminal are respectively of a cuboid structure, the fixed frame is welded at the upper end of the heat sink, a wire socket used for being connected with the electric wire is formed in the back of the heat sink, one working chamber is formed between the two sponge mat layers, a signal port, signal contacts, a server, an inner limit circle,an auxiliary driving mechanism and an outer fixed ring are respectively arranged in the working chamber, and the signal contacts are respectively arranged at the two sides of the signal port. The central server heat dissipation device disclosed by the invention has the advantages that the terminal jointly cooperates with the signal port, the signal contacts and a server, the server forms three signals by utilizing the signal port and the two signal contacts, two signal circuits are arranged in the server and used for being butted with the signal contacts, the server is started by utilizing thetwo signal contacts when the signal port is damaged, in short circuit or paralyzed, and motor burnout caused by a fact that a motor continuously operates while heat dissipation is stopped can be avoided.

Description

technical field [0001] The invention relates to the field of drive heat dissipation for electric vehicles, in particular, a central server heat dissipation device based on big data. Background technique [0002] There are many types of electric vehicles, and there are many types of motors. There are mainly two ways for motors to dissipate heat: air-cooled and water-cooled. The commander must meet the engine load standard. [0003] Now liquid-cooled motors need to add additional devices such as electric water pumps and radiators to provide cooling for the motors. Since the composition and structure of these various devices are relatively complicated, in order to simplify the drive of the devices, there is a control center for operation, and the electric water pumps and radiators The heat dissipation and cooling system composed of such devices is controlled by the data center server, and all the circuit systems are converged to the data center server for processing. Since the...

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Problems solved by technology

[0003] Now liquid-cooled motors need to add additional devices such as electric water pumps and radiators to provide cooling for the motors. Since the composition and structure of these various devices are relatively complicated, in order to simplify the drive of the devices, there is a control center for operation, and the electric water pumps and radiators The heat dissipation and cooling system composed of such devices is controlled by the data center server, and all the circuit systems are converged to the data center server for processing. Since the data center server is mainly installed in the car body, and the data center server is connected by a signal point, long-term use , the signal point is damaged, but the specific damaged parts cannot be found and dealt with in time because of the installation position, resulting in the heat generated by the motor during operation not being effectively dissipated, which will indirectly cause the motor to burn

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