Tilting type ultra-high-pressure equipment with automatic starting function

Abstract

The invention discloses tilting type ultra-high-pressure equipment with an automatic starting function. The tilting type ultra-high-pressure equipment with the automatic starting function comprises abase, a framework, an ultra-high-pressure cylinder body, an upper end cover lifting mechanism, an ultra-high-pressure cylinder body rotating and supporting mechanism, an upper cushion block moving mechanism and a lower cushion block moving mechanism, wherein the framework is fixedly arranged on the base, the ultra-high-pressure cylinder body is rotationally installed on the ultra-high-pressure cylinder body rotating and supporting mechanism through a rotary shaft, the upper end cover lifting mechanism is installed on the framework above the ultra-high-pressure cylinder body, the upper end cover lifting mechanism drives an upper end cover to ascend or descend, and when descending, the upper end cover is in sealed fit with an upper cylinder opening of the ultra-high-pressure cylinder body ina vertical state. The ultra-high-pressure equipment is reasonable in design and can achieve automatic uncovering and covering as well as rotation of the ultra-high-pressure cylinder body, thereby achieving automatic loading and unloading; and the upper end cover and the ultra-high-pressure cylinder body are supported through an upper cushion block and a lower cushion block, and the pressure bearing capacity of the ultra-high-pressure cylinder body and the upper end cover is ensured.

Description

technical field [0001] The invention belongs to the technical field of ultra-high pressure processing, and in particular relates to a structure of automatically opening and dumping ultra-high pressure equipment for processing solid-liquid mixed materials. Background technique [0002] For ultra-high pressure processing of unpackaged solid-liquid mixed materials, it is generally adopted to put the material into a plastic bag and vacuum seal it, put the sealed plastic bag into the ultra-high pressure container, cover the upper cover of the ultra-high pressure container and apply ultra-high pressure, After completion, open the upper cover of the ultra-high pressure container, take out and open the plastic bag, and take out the processed object for subsequent other processing. The disadvantage of this method is that it is bagged first and then unpacked, which not only consumes a large amount of plastic packaging, but also wastes man-hours, increases auxiliary time, reduces produ...

AI Technical Summary

Problems solved by technology

The disadvantage of this method is that it is packed first and then unpacked, which not only consumes a lot of plasti

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