Pressure detection system after high-pressure rubber tube production

Abstract

The invention provides a pressure detection system after high-pressure rubber tube production. The system comprises a frame, an adjusting device, a connecting frame, a driving air cylinder, an embedded plate, a multipurpose pressing head, a pressure gauge, a connecting rope and a sleeving device. An adjusting device is mounted at a left end of the frame; the frame is made of a transparent material; a connecting frame is installed on a right side of an upper end of the adjusting device; a driving cylinder is mounted on the left side of the upper end of the connecting frame; an ejection end of the driving cylinder is mounted on the embedded plate; the pressure gauge is mounted on the right side of the upper end of the connecting frame; and a connecting rope is connected between the pressuregauge and the embedded plate, the multipurpose pressing head is embedded into a lower end of the embedded plate, and the sleeving device is installed at the right end of the frame. Problems that in traditional detection, a pressure bearing capacity of a high-pressure rubber tube is measured by increasing and decreasing weight of pressed objects, and the pressed objects are inconvenient to store and carry due to a large number can be solved.

Description

technical field [0001] The invention relates to the field of high-pressure rubber hose production, in particular to a pressure detection system after production of high-pressure rubber hose. Background technique [0002] The high-pressure hose has excellent oil resistance, heat resistance, aging resistance, high pressure bearing, superior pulse performance, excellent bending resistance and fatigue resistance. After the high-pressure hose is processed and formed, a series of tests will be carried out to ensure the high-pressure hose. The quality reaches the standard, one of the more important ones is to test the high pressure hose against external pressure. [0003] 1. Traditional testing usually measures the pressure-bearing capacity of high-pressure hoses by increasing or decreasing the weight of the compact. Due to the large number of compacts, it is inconvenient to store and carry them. Because the weight of the stacked compacts is equal, it is often possible to stack the...

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Problems solved by technology

[0004] In order to solve the above problems, the present invention provides a pressure detection system after the production of high-pressure rubber hoses, which can solve the traditional detection. Usually, the pressure-bearing capacity of high-pressure rubber hoses is measured by increasing or decreasing the weight of the repressed products. Due to the large number of repressed products, its It is inconvenient to store and carry. Because the weight of the stacked compacts is equal, the high-pressure hose may not be completely flattened before stacking, and there may be excessive pressure when stacking another compact. At this time , the measured pressure of the high-pressure hose is relatively inaccurate. When clamping the high-pressure hose, due to the different radii of the pipe body and the internal cavity structure, corresponding fixtures are required for its internal support and external clamping. Different specifications Fixture production increases manufacturing costs and later maintenance funds and other issues

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