Mechanical linkage mechanism

Abstract

A mechanical linkage mechanism comprises a main transmission mechanism used for outputting driving force for linkage of the mechanical linkage mechanism; the first auxiliary transmission mechanism is used for realizing first auxiliary transmission according to the driving force provided by the main transmission mechanism; the second auxiliary transmission mechanism is used for realizing second auxiliary transmission according to the driving force provided by the main transmission mechanism; the third auxiliary transmission mechanism is used for realizing third auxiliary transmission according to the driving force provided by the main transmission mechanism; the first pair of transmission, the second pair of transmission and the third pair of transmission sequentially realize clamping, conveying and holding actions of a subject matter; and under the continuous action of the main transmission mechanism, the first auxiliary transmission mechanism, the second auxiliary transmission mechanism and the third auxiliary transmission mechanism continuously and circularly do reciprocating motion.

Description

technical field [0001] The invention relates to the technical field of mechanical structures, in particular to a mechanical linkage mechanism. Background technique [0002] At present, in everyone's production and life, to complete the manufacture of a product, from production to molding, you need to go through many different steps, and the procedures corresponding to each step are different. In the entire production process, it involves a long assembly line , which not only relies excessively on manpower, but also wastes time, and the production efficiency is extremely low. Each industry is different, and the processes involved are not the same, so there is no good automation equipment on the market, which concentrates most of the processes on one machine, that is, on one station. , It only needs one worker to observe this station to complete the automatic production equipment of several processes. [0003] For example: during the production and manufacturing process of m...

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Problems solved by technology

[0003] For example: during the production and manufacturing process of metal cans, the can body and the bottom of the tank need to be pressed against each other to form a whole, and the speed of feeding and the ability of each mechanism in the can press to coordinate with each other will determine the entire processing. The efficiency of the process, the unreasonable design of the can pressing machine will reduce the production efficiency and even affect the quality of the metal pipe, that is, if in the entire process of producing the metal can body, if the various processes in the automation equipment cannot be effectively linked, It will cause a lot of waste of resources, not only limited to material resources, but also human resources, energy resources, etc.

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