Heat transfer device of an air compressor.

Abstract

OCR 07AP The heat transfer device is integrated into the exterior of the air compressor and includes a heat transfer unit. The first and second thermal conductive resin sheets and the heat sink fin assembly; the heat transfer assembly includes conductive tubes. A certain amount of heat, where each tube is shaped to have a flat heat-conducting section that is placed on... The surface of the air compressor cylinder is covered by the first and second heat-conducting resin plates. Heat is transferred from opposite sides to each other. The heat sink fins are arranged on the surface of the resin sheet. The second heat transfer involves the heat generated by the cylinder being sequentially transferred through a heat-conducting resin plate. One goes to the heat conducting section and the heat dissipating section to create the first cooling mechanism. Success. Furthermore, heat is transferred through a second thermally conductive resin sheet to the heat sink fin assembly. To create a secondary cooling mechanism.

Claims

OCR 07AP 1. A heat transfer device for an air compressor that is integrated into the air compressor, where... The air compressor consists of a cylinder and a motor that are installed together, and an integrated motor. Integrated with a fan, which is characterized by the inclusion of a heat transfer device: A heat transfer unit consisting of several heat pipes, each of which has... One end is shaped to have a flat, heat-conducting section, and the other end is shaped... The image is designed to have a heat dissipation area, where the heat-conducting parts of the heat pipes are arranged on the surface. Of the cylinder, the heat sink section of the heat pipe is located outside the motor and adjacent to it. With a fan; The first thermally conductive resin sheet is arranged between the heat-conducting sections of the heat pipe. And the surface of the cylinder, where this first thermally conductive resin sheet is attached to the bottom of the section. The heat is transferred from the heat pipe and the surface of the cylinder, and A second thermally conductive resin sheet is arranged on top of the heat-conducting section of the conductor pipe. Heat, where the second thermally conductive resin sheet and the first thermally conductive resin sheet enclose the heat-conducting area. The heat from the heat pipes flows from opposite sides together. Where the heat generated by the cylinder during its operation is transferred. The first thermal conductive resin sheet is transferred to the heat-conducting part of the heat pipe, and then heated. Therefore, the heat is transferred from the heat transfer section to the heat dissipation section, and the heat generated by the cylinder is... The heat is then transferred through a second thermally conductive resin sheet to the heat sink fin assembly.

2. The heat transfer device of the air compressor as per claim 1, in which the heat transfer part of The heat transfer pipes are positioned on the upper surface of the cylinder.

3. The heat transfer device of the air compressor as per claim 1, which has a distance between parts. Cooling the heat pipes and the motor.

4. The heat transfer device of the air compressor as per claim 1, where the cooling section has flat style 5. The heat transfer device of the air compressor as per claim 1, where the cooling section is located. In cylindrical shape.

6. The heat transfer device of the air compressor under claim 1, where the cooling fluid is supplied. Placed inside the heat pipe.

7. The heat transfer device of the air compressor as per claim 1, where the heat transfer device is Install them on the cylinder surface in this upward-facing order: First thermal conductive resin plate. The heat-conducting portion of the heat pipe, a secondary thermal-conducting resin sheet, and a set of heat sink fins.

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