Liquid-gas vertical compressor

Abstract

The invention discloses a liquid-gas vertical compressor. The liquid-gas vertical compressor is a member produced by describe a circle with a pair of compasses and unfolding the graph, and is characterized in that a cavity body and a sandwich element are fixed to a front cover plate; a driving shaft and double bearings are stably arranged in a hole seat of the sandwich element; spring sealing blocks are arranged in respective grooves of the cavity body and the sandwich element; the axis in the middle of the side surface of a blade penetrates through an angle axis hole of a driving wheel disc;a pin slot head of the axis is fixedly connected with a pin hole in the lower end of a connecting element; a blade surface of the driving wheel disc is arranged in a vertically corresponding crescentcavity; a central slot hole of the driving wheel disc is fixed to a shaft pin of the driving shaft to reserve a shaft head; a frame plate is fixed to the cavity body; a hole circle is stably combinedaround the driving wheel disc and parallel to the driving wheel disc; the lower end, provided with a bearing, of a supporting element is stably fixed to the shaft head of the driving shaft; a supporting frame for controlling the form and a central bearing are installed at the axis of the upper end surface of the connecting element to be stably connected; a rear cover is fixed to a flat mandrel hole in the frame plate to be aligned with the axis of the upper end of the supporting element to be stably fixed; and a stabilizing bolt is fastened. The structure is unique and novel in design, and realization for double-inlet and double-outlet is a working manner different from existing axial flow type operation manner and volumetric type operation manner.

Description

technical field [0001] The invention relates to a mechanical structure direct compressor capable of direct suction and direct extrusion, in particular to a liquid-gas direct compressor. Background technique [0002] With existing, axial-flow pumps, centrifugal pumps, and turbo pumps, if they are used for pumping water, they can rotate at 200 revolutions per minute, set the head of the water pipe, and have a vertical height of 2 meters. The water will generate gravity under the gravitational force at such a speed that there will be no other problems for water transportation. Function, the inlet and outlet of this axial flow impeller are connected, and the ratio of gravity and speed is out of balance. Gear pumps, scraper pumps, positive displacement pumps, and plunger pumps have high pressure and are not affected by speed. Pressure liquids are forced to be transported, but they are basically not seen in pumps for liquids with fast delivery speed and large flow rate. [0003] ...

AI Technical Summary

Problems solved by technology

[0002] With existing, axial-flow pumps, centrifugal pumps, and turbo pumps, if they are used for pumping water, they can rotate at 200 revolutions per minute, set the head of the water pipe, and have a vertical height of 2 meters. The water will generate gravity under the gravitational force at such a speed that there will be no other problems for water transportation. Function, the inlet and outlet of this axial flow impeller are connected, and the ratio of gravity and speed is out of balance. Gear pumps, scraper pumps, positive displacement pumps, and plunger pumps have high pressure and are not affected by speed. Pressure liquids are forced to be delivered, but they are basically not seen in pumps for liquids with fast delivery speed and large flow rate

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