Rubber hose forming detection robot

Abstract

The invention relates to a rubber hose forming detection robot. The rubber hose forming detection robot comprises a workbench, a stretching detection mechanism and an internal pressure detection mechanism, and the stretching detection mechanism is installed on the upper end face of the workbench in a sliding fit mode. The internal pressure detection mechanism is arranged at the right end of the stretching detection mechanism; and the lower end of the internal pressure detection mechanism is in sliding fit with the upper end of the workbench. According to the invention, the design concept of anintegrated controllable structure of stretching and expansion detection is adopted to detect the formed rubber hose; in the horizontal stretching detection process, a multiple clamping structure is adopted to fix and limit the rubber hose, and in the gas expansion process, a structure capable of achieving the fixing, limiting and guiding effects at the same time is adopted to guarantee direct butt joint between the rubber hose and the internal pressure detection mechanism.

Description

technical field [0001] The invention relates to the technical field of rubber hose production, in particular to a rubber hose forming detection robot. Background technique [0002] The rubber hose is a steel wire braided hose. The rubber hose is composed of an inner rubber layer, a layer of steel wire braid and an outer rubber layer. It is distinguished from a hard tube. The biggest feature of the rubber hose is its flexibility. The rubber hose is made of special synthetic rubber. , oil, or others are usually composed of inner rubber, outer rubber, and an intermediate layer. The rubber hose has excellent oil resistance, heat resistance, aging resistance, bending resistance and fatigue resistance, and the pipe body is tightly combined. The application field of soft rubber hose covers many industrial manufacturing and circulation fields, and is widely used in chemical, shipbuilding, agriculture, food, medicine and other industries, as well as in ventilation, fire protection, ...

AI Technical Summary

Problems solved by technology

[0003] 1. During the horizontal tensile test of the rubber hose, due to the low degree of clamping of the two ends of the rubber hose by the clamp, one end or both ends of the rubber hose are prone to fall off, which makes the tensile test result incorrect. At the same time, the rubber is soft. The tensile impact force of the tube is too large so that it cannot return to the original state after stretching, which will cause the rubber hose to be scrapped;

[0004] 2. During the gas expansion detection process of the rubber hose, the butt end of the rubber hose is prone to bending due to the lack of a fixed structure, so that the intake pipe and the rubber hose cannot be automatically connected at one time, and the movement of the intake pipe is also prone to occur At the same time, in the process of blowing gas into the rubber hose, the connection end of the rubber hose and the intake pipe is prone to detachment

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