Flexible automatic robotic catheter and seat ring assembly equipment

Abstract

The invention relates to automatic engine cylinder cover assembling equipment, in particular to flexible full-automatic robot guide pipe and seat ring assembling equipment. The flexible full-automatic robot guide pipe and seat ring assembling equipment comprises a tool frame of a machine tool bottom frame, an automatic logistics roller and an assembly robot, wherein the tool frame is installed on one side of the upper portion of the machine tool bottom frame, and the automatic logistics roller and the assembly robot are installed beside the tool frame. The flexible full-automatic robot guide pipe and seat ring assembling equipment is characterized in that an internal force closed frame type tool body is installed at the upper portion of the tool frame, and a guide pipe pressure head assembling device and a seat ring pressure head assembling device are installed on the internal force closed frame type tool body and are connected with an external automatic feeding device through a guide pipe directed distribution device and a seat ring directed distribution device respectively. The flexible full-automatic robot guide pipe and seat ring assembling equipment has the advantages that the structure is novel, machining is easy and convenient, the production cost is lowered, working efficiency is improved, and automatic assembly is achieved, and therefore the flexible full-automatic robot guide pipe and seat ring assembling equipment is novel and integrates economical efficiency and practicability.

Description

technical field [0001] The flexible automatic robot catheter and seat ring assembling equipment of the present invention relates to an engine cylinder head automatic assembling equipment. Background technique [0002] On the engine cylinder head processing and assembly line, manual or semi-automatic assembly is generally used because the parts that need to be assembled are of various types and complex shapes, which are not suitable for automatic assembly in the conventional mode. This results in increased labor costs and low labor productivity. With the gradual improvement of industrial automation, the pace of production continues to accelerate and labor costs continue to rise. The original manual or semi-automatic operation mode is no longer suitable for the requirements of the engine production line. There is an urgent need for a fully automated assembly equipment in the field of engine production. [0003] In the past, the assembly of the conduit and the assembly of th...

AI Technical Summary

Problems solved by technology

[0003] In the past, the assembly of the conduit and the assembly of the seat ring were two separate steps that required two sets of different assembly equipment to complete. The complexity of the process was high and the working hours were long; Higher production costs etc.

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