A rotary orbit reciprocating piston compressor

Abstract

The invention relates to a compressor, more specifically a rotary-rail reciprocating piston compressor, including a device bracket, a height mechanism, a rotating mechanism, a track bracket, an arc bracket, a compression cylinder, a one-way mechanism, a compression mechanism and a communication pipe The rotating mechanism can drive multiple compression mechanisms to reciprocate up and down. The two ends of the rotating mechanism are respectively slidably connected to the compression track formed by the corresponding height mechanism and the track bracket. The height mechanism adjusts the height path of the corresponding compression track and adjusts the compression mechanism. Carry out the path of up and down reciprocating movement, adjust the amount of compressed gas squeezed by the compression mechanism in the compression cylinder. There are multiple compression cylinders, and the number of compression cylinders can be adjusted according to different usage requirements. The compression cylinder can be quickly installed and disassembled.

Description

technical field [0001] The invention relates to a compressor, in particular to a rotary orbit type reciprocating piston compressor. Background technique [0002] For example, the public number CN202483827U is a kind of orbital reciprocating piston compressor, which adopts cone-shaped thrust pins or rolling elements to contact and cooperate with the orbital surface of the rotor, which can reduce or even eliminate their speed difference at the contact point, and can alleviate The sliding phenomenon between them is beneficial to reduce the wear and friction noise of the parts caused by the sliding; since the cylinder head of the compressor is directly cooled by the cooling fan, the temperature of the compressor can be lowered, thereby reducing the oil loss. The temperature rise and improve its lubricating performance, so it is also beneficial to reduce the wear and friction noise of the machine parts; due to the use of the reset rod mechanism, and the gap elimination spring is ...

AI Technical Summary

Problems solved by technology

[0002] For example, the publication number CN202483827U is a kind of orbital reciprocating piston compressor. This machine adopts conical thrust pins or rolling elements to contact and cooperate with the orbital surface of the rotor, which can reduce or even eliminate their speed difference at the contact point, and can alleviate The sliding phenomenon between them is beneficial to reduce the wear and friction noise of the parts caused by the sliding; since the cylinder head of the compressor is directly cooled by the cooling fan, the temperature of the whole compressor can be reduced, thereby reducing the loss of lubricating oil. The temperature rise and improve its lubricating performance, so it is also beneficial to reduce the wear and friction noise of the machine parts; due to the use of the reset rod mechanism, and the gap elimination spring is set on the reset rod, under the action of the gap elimination spring, the reset rod can be well Close to the slider, and through the slider to promote the thrust pin or rolling body to be in good contact with the rotary track surface of the rotor; the disadvantage of this utility model is that the gas compression cannot be adjusted according to different usage requirements

Images