TH58745B - Coil compressor - Google Patents

Abstract

DC60 (29/04/56) This invention was to provide a coil compressor which consisted of an injection pipeline which can cause the refrigerant to be over-compressed to slip away immediately in the whole process. Since after the suction is completed immediately to drain the refrigerant and can prevent No degradation of reliability resulting from over-compression. At least one 1f injection port connected to the 31a injection hose for dosing. Cooling to compression chamber 20 while compression is in progress and relief channels to prevent over-compression 1h to cause the over-compressed refrigerant in compression chamber 20 to escape from compression chamber 20 through the channel. To prevent over-compression, 1h is provided in stationary coil elements. 1, It is connected to the compression chamber 20 in the whole process since the completion of suction to discharge into the compression chamber. 20 relief chambers to prevent abnormal pressure increase to allow the refrigerant to be over-compressed. In the compression chamber 20 emanating from the compression chamber 20 is provided in the injection pipeline 31a. It can cause the supercharged refrigerant to escape immediately in the whole process. Since after the suction is completed immediately to drain the refrigerant and can prevent No degradation of reliability resulting from over-compression. At least one 1f injection port connected to the 31a injection hose for dosing. Cooling to compression chamber 20 while compression is in progress and relief channels to prevent over-compression 1h to cause the over-compressed refrigerant in compression chamber 20 to escape from compression chamber 20 through the channel. To prevent over-compression, 1h is provided in stationary coil elements. 1, It is connected to the compression chamber 20 in the whole process since the completion of suction to discharge into the compression chamber. 20 through chambers to prevent abnormal pressure increase to allow the refrigerant to be over-compressed. In the compression chamber 20 emanating from the compression chamber 20 is provided in the injection pipeline 31a.

Claims (7)

Disclaimer (all) which will not appear on the advertisement page: edit 26/12/2016 1.Coil compressor consisting of Closed packing box The mechanical press kit is supplied in a sealed carton and contains: Stationary coils and oscillating components where stationary coiled parts and parts are Each oscillating coil consists of a base plate in which overlapping sections are provided and The overlapping sections are then stacked together in such a way as to create an intermediate compression chamber. An electric motor that drives a set of mechanical equipment for compression. Injection tube for supplying refrigerant through the injection chamber to the compression chamber while Is being compressed First installment for emission of excess refrigerant in the compression chamber. From the compression chamber, where the first installment is provided in stationary coil parts and A second vent to emanate excess refrigerant in the compression chamber. From the compression chamber where the second vent is provided in the injection pipeline. Where the first injection and lance channels are provided in such a way that the injection and lance channels One, at least one, is connected to the compression chamber in the entire process from completion. Suction to discharge in the compression chamber 2. Coil compressor according to claim 1, where the pipelines for injection consist of The grooves provided in the contact surfaces of the base plate of the fixed coil element and the articulating plate. The back is fixed on either side of at least one base plate, with These sides are opposite of the overlapping part. 3.Coil compressor according to claim 1 or 2, where the aforementioned compression chamber includes Two compression chambers The first, second and injection slots are provided in a manner consistent with Each of the two compression rooms, and The pipelines for injection are shared by the two compression chambers and connected to the Two second installations and two injection slots. 4. The compressor is coiled according to claim 3, which is also included. Two pressure exhausts, provided in a manner consistent with both compression chambers. One per chamber, with each pressure flap opening and closing at either vent. One corresponding channel and one of the two slots are correspondingly separate. Individually and where the two pressure relief valves are essentially the same. 5. Coil compressor according to claim 4, with each such pressure relief valve It consists of a young tongue, which consists of a sheet-shaped tongue and a tongue protection component which Limit the amount of deformation of the said tongue 6. Coil compressors according to any claim of claim 1 through 5 where the second lance and injection port are connected in a co-axial manner. 7.Coil compressors according to any of the claims 1 through 6, which also includes An easily deformed frame that supports axial oscillating components. A guide frame supporting a frame that easily changes its shape in its radial direction. Frame gap between easily deformed frame and guide frame Whereby the gap of Such a frame can have an intermediate pressure which is less than the discharge pressure. The discharge hole was provided in the base plate of the oscillating part in position. Where the frame gaps are connected to a continuous or spaced compression chamber and Intermediate pressure regulator valve regulates the inter-center pressure of the frame gap, where The mid-pressure adjusting valve is provided on an easily deformable frame. ------ 1. A coil compressor consisting of Closed packing box The mechanical press kit is supplied in a sealed carton and contains: Stationary coils and oscillating components where stationary coiled parts and parts are Each oscillating coil consists of a base plate in which overlapping sections are provided and The overlapping sections are then stacked together in such a way as to create an intermediate compression chamber. An electric motor that drives a set of mechanical equipment for compression. Injection tube for supplying refrigerant through the injection chamber to the compression chamber while Is being compressed First installment for emission of excess refrigerant in the compression chamber. From the compression chamber, where the first installment is provided in stationary coil parts and A second vent for overloading refrigerant in the compression chamber. From the compression chamber where the second vent is provided in the injection pipeline. Where the first injection and lance channels are provided in such a way that the injection and lance channels One, at least one, is connected to the compression chamber in the entire process from completion. Suction to discharge in the compression chamber