TH19081B - Spiral compressor - Google Patents

Abstract

DC60 (23/04/45) A structure is provided to prevent excessive force. As a result of the action on the fixed part, the guide frame is attached to the sealed container. Fixed position of the guide frame And closed structures The seal was set within the range that was surrounded. The circular inner faces grind together on the top of the guide frame, along with the circular outer faces that grind together on top of the scaffold. And inner surface It's a circle that grinds together at the bottom of the guide. Along with a circular outer face, the bottom of the frame along the structure is provided to prevent excessive force. As a result of the action on the fixed part, the guide frame is attached to the sealed container. Fixed position of the guide frame And closed structures The seal was set within the range that was surrounded. The circular inner faces grind together on the top of the guide frame, along with the circular outer faces that grind together on top of the scaffold. And inner surface It's a circle that grinds together at the bottom of the guide. Along with the outer circular surfaces that grind each other at the bottom of the frame

Claims (7)

1. The spiral compressor consists of a fixed spiral. And the rotating spirals were provided inside the sealed container and milled together in such a way that the extrusion chamber is formed between the toothed shaped plates of each of the scaffold spirals that support the main shaft in the Along the radial support for such rotating spirals in The axial direction while rotating the rotating spiral and the guide frame is attached to the airtight container. And support the structure according to it in the direction Radially, at two or more different support positions, are located at the respective axial positions where such rotating whirls can be moved in an axial direction when such a frame. Scroll in an axial direction relative to the aforementioned framework where it And the aforementioned sealed container is attached only to the axial distance determined by the axial distribution of two or more axial locations of the supporting positions. 2. The spiral compressor according to claim 1, where the aforementioned support position is made Suitable in two locations And the aforementioned framework and the aforementioned container are fixed in position. Absolutely centered in the axial direction relative to the two locations of the support positions. 3. The spiral compressor according to claim 1 or 2 still consists of an electric motor. With stator fixed to such sealed container Where the rails are attached to the container at Sealed at the ambient position corresponding to where the stator is fixed to the sealed container. 4.Volume compressors according to one of claim 1 to 3 Where the ridge is formed, extending along the periphery of the frame. And in close contact with the surface The inside of such a sealed container And in three or more locations in the surrounding direction of The ridge is attached to the airtight container. 5. Spiral compressor according to claim 4 at the ridge And sealed containers They are held together by a tightening of the recoil. Or by point arc welding 6. Spiral compressor according to claim 4 or 5, where the almost circular concave Provided in three or more locations in the ridge And the relief that is made up of the container The seals were tightened together by a nearly circular concave. 7.Volume compressors according to one of claim 4 to 6 Where the gap They are arranged in order between the surrounding edges of the guides. And the surface around the edges of the buttocks Pinned shells And the inner surface of the aforementioned container in addition to the anchoring part Attach the main frame to the sealed container.