Abstract: Disclosed herein are an exterior forming method and an exterior forming structure of an electronic component. The exterior forming method of an electronic component may include mounting an injection-molded product, which is injection molded as an electronic component, to an upper portion a heat transferring base unit, mounting a printing film having an ink layer for a heat transfer to the upper portion of the heat transferring base unit such that the ink layer faces an upper surface of the injection-molded product, and heat-transferring the ink layer on the upper surface of the injection-molded product by rotating a heating roll while closely attached at an upper portion of the printing film. The exterior forming method may also include forming an UV coating layer on an upper portion of the ink layer that is heat-transferred on the injection-molded product.

Abstract: Disclosed herein are an exterior forming method and an exterior forming structure of an electronic component. The exterior forming method of an electronic component may include mounting an injection-molded product, which is injection molded as an electronic component, to an upper portion a heat transferring base unit, mounting a printing film having an ink layer for a heat transfer to the upper portion of the heat transferring base unit such that the ink layer faces an upper surface of the injection-molded product, and heat-transferring the ink layer on the upper surface of the injection-molded product by rotating a heating roll while closely attached at an upper portion of the printing film. The exterior forming method may also include forming an UV coating layer on an upper portion of the ink layer that is heat-transferred on the injection-molded product.

Abstract: A compressor including a cylinder assembly having a compression space through which suction passages and discharge passages are connected, a rotation driving unit inserted into the compression space of the cylinder assembly to transfer a rotation force, a slant compression slanted plate installed in the compression space to divide the compression space into at least two parts and rotating by being connected to the rotation driving unit, and vane units attached on both sides of the slant compression plate to classify the partitioned compression space into a suction space and a compression. With this construction, a vibration and a noise can be reduced and a stable driving force can be obtained even with a relatively small capacity electric motor. In addition, since fluid can be compressed and discharged simultaneously in both sides of the slant compression plate, an excellent compression performance can be accomplished in a simple structure.