Rotary dual-cylinder compressor using exhaust middle partition board

A dual-cylinder compressor, rotary technology, applied in the field of compressors, can solve the problems of large exhaust resistance of the compressor, no exhaust function, design of exhaust ports, etc., to reduce exhaust resistance, smooth exhaust, The effect of improving efficiency

A dual-cylinder compressor, rotary technology, applied in the field of compressors, can solve the problems of large exhaust resistance of the compressor, no exhaust function, design of exhaust ports, etc., to reduce exhaust resistance, smooth exhaust, The effect of improving efficiency

CN1676938AInactive Publication Date: 2005-10-05XIAN QINGAN REFRIGERATION EQUIP CO LTD
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  • Rotary dual-cylinder compressor using exhaust middle partition board
  • Rotary dual-cylinder compressor using exhaust middle partition board
  • Rotary dual-cylinder compressor using exhaust middle partition board

Examples

Experimental program
Comparison scheme
Effect test

no. 1 example

[0023] exist Figure 4 In the first embodiment shown, the rotary double-cylinder compressor consists of a motor composed of a motor rotor (2), a motor stator (3), an eccentric shaft (5), an upper cover (6), an upper muffler cover (7), an upper Cylinder (8), lower cylinder (9), upper rotor (13), lower rotor (14), lower muffler cover (16), lower cover (17), upper partition (24), lower partition (23), etc. The pump body that forms is installed in a sealed container that is made up of cylinder body (4), lower outer cover (18), upper outer cover (22), deposits refrigerating machine oil at the bottom of sealed container. The whole compressor is connected with other parts of the air conditioning system through the intake pipe (20) and the exhaust pipe (21), and the liquid storage cylinder (19) plays the role of air suction and gas-liquid separation. Figure 5 It is a structure of one partition (lower partition or upper partition) in the separated double-piece middle partition with e...

no. 2 example

[0028] exist Figure 7 In the second embodiment shown, the rotary double-cylinder compressor consists of a motor composed of a motor rotor (2), a motor stator (3), an eccentric shaft (5), an upper cover (6), an upper muffler cover (7), an upper Cylinder (8), lower cylinder (9), upper rotor (13), lower rotor (14), lower muffler cover (16), lower cover (17), upper partition (24), auxiliary partition (27), etc. The pump body that forms is installed in a sealed container that is made up of cylinder body (4), lower outer cover (18), upper outer cover (22), deposits refrigerating machine oil at the bottom of sealed container. The whole compressor is connected with other parts of the air conditioning system through the intake pipe (20) and the exhaust pipe (21), and the liquid storage cylinder (19) plays the role of air suction and gas-liquid separation. The upper dividing plate (24) is provided with an exhaust port (25) and a valve seat groove (26) for installing parts such as an e...

no. 3 example

[0031] exist Figure 9 In the third embodiment shown, the rotary double-cylinder compressor consists of a motor composed of a motor rotor (2), a motor stator (3), an eccentric shaft (5), an upper cover (6), an upper muffler cover (7), an upper Cylinder (8), lower cylinder (9), upper rotor (13), lower rotor (14), lower muffler cover (16), lower cover (17), lower partition (23), auxiliary partition (27), etc. The pump body that forms is installed in a sealed container that is made up of cylinder body (4), lower outer cover (18), upper outer cover (22), deposits refrigerating machine oil at the bottom of sealed container. The whole compressor is connected with other parts of the air conditioning system through the intake pipe (20) and the exhaust pipe (21), and the liquid storage cylinder (19) plays the role of air suction and gas-liquid separation. The lower dividing plate (23) is provided with an exhaust port (25) and a valve seat groove (26) for installing parts such as an ex...

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Abstract

The invention discloses a rotate dual-cylinder compressor adopted with a exhaust intermediate baffle plate. The compressor is a normal rotate dual-cylinder compressor with it intermediate baffle plate additionally set a valve base slot on which set exhaust port, exhaust fin and other components and a concave cavity acquiring exhausting function for the baffle plate. In this way the compressor exhausting resistance is alleviated so the whole efficiency is enhanced. Moreover in consequence that two eccentric radius is arranged on two side of the eccentric shaft with a angle of 180 degrees, the lower exhaustion and the upper exhaustion are just opposite when in the baffle plate with a phase angle difference of 180 degrees, the crest and the hollow of the exhaustion pulsing lapping over so to reduce the exhausting noise. The experiment shows that 5HP rotate dual-cylinder compressor adopted with this invention has a 4 percents higher efficiency and a 5 to 6 dB lower noise than the normal one.

Description

technical field [0001] The invention relates to a compressor, especially a rotary double-cylinder compressor which can significantly reduce exhaust resistance, improve compressor efficiency and significantly improve noise. Background technique [0002] Conventional rotary twin-cylinder compressors (see figure 1 ) consists of a closed container with a certain amount of lubricating oil at the bottom of the container to lubricate the sliding parts of the pump body. The pump body of the compressor mainly includes components such as upper and lower rotors, upper and lower cylinders, eccentric shafts, upper covers, lower covers, sliding vanes, springs and middle partitions. The main working process of the compressor is: the rotor rotates eccentrically in the cylinder, the middle partition divides the upper and lower cylinders into two working chambers, and the upper and lower slides are in close contact with the upper and lower rotors under the action of springs, respectively sep...

Claims

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Application Information

Patent Timeline
05 Oct 2005
Publication
CN1676938A
IPC
F04C18/356; F04C23/00; F04C29/06
CPC
F04C23/001; F04C18/3564
Inventors
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