Power circuit integrated cooling housing

Abstract

The invention discloses a power circuit integrated cooling housing. The two ends of the housing are respectively provided with a ventilation assembly. Each ventilation opening is uniformly and rotatably connected with movable baffle plates through rotating shafts correspondingly. The inner two ends of a clamping groove are uniformly and respectively provided with barrier strips. The two ends of a connection plate are respectively hinged by a support bar. A pull rope is glued to the middle portion of the bottom surface of the connection plate. The housing is internally equipped with a heat radiation assembly. A cooling box is internally and uniformly provided with a porous barrier plate. The top surface of a heat conduction aluminum plate is connected with an installation plate. The middle portion of a heat conduction frame is equipped with a drying assembly. A locating slot is internally embedded by drying boxes. The middle portion of the front surface of the housing is equipped with a flip assembly. A flip is hinged to the top end of a flip port. An observation board is hinged to the top end of an observation port. By opening or closing the ventilation opening, a heat dissipation effect is changed, and the heat is transferred to the cooling fluid in the cooling box through the heat conduction aluminum plate, the installation plate and the heat conduction frame; the cooling fluid is not easy to leak; and the number of the drying boxes is adjustable, and the drying boxes are convenient to dismount and can be adjusted according to actual conditions to prevent condensation.

Description

technical field [0001] The invention relates to the technical field of circuit housings, in particular to a comprehensive cooling housing for power circuits. Background technique [0002] The circuit is usually installed inside the shell, and the circuit is protected while integrating the various electronic components. The heat will inevitably be generated during the operation of the circuit. The greater the power, the more heat generated. In order to make the circuit operate normally , it is necessary to install corresponding cooling and other protection devices. [0003] However, the cooling effect of the existing circuit cooling shell is fixed and cannot be adjusted according to the external conditions, and the oil-cooled water cooling is easy to leak, resulting in circuit failure. When the temperature difference between the inside and outside of the shell is large, condensation is likely to occur, causing the circuit to malfunction. Contents of the invention [0004] ...

AI Technical Summary

Problems solved by technology

[0004] The present invention provides a power circuit comprehensive cooling shell, which can effectively solve the problem that the cooling effect of the circuit cooling shell proposed in the above background technology is fixed and cannot be adjusted according to external conditions, and the oil cooling and water cooling are easy to leak, resulting in circuit failure. Condensation is easy to occur when the temperature difference is large, causing the circuit to malfunction

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