A pneumatic crimping machine for electric power engineering

Abstract

The invention discloses a pneumatic crimping machine for electric power engineering. Its structure includes: a main body, a handle, a die pressing mechanism, a counter, and a bottom plate. The frontal orientation of the main body and its internal interconnection have the beneficial effects of the present invention: the squeeze pulley in the butter propulsion device relies on the tensile properties of the energy storage bag column to inflate and store energy inside the structure and make it run, which not only ensures that the butter pushes The stability of the speed prevents the butter from overflowing too quickly, and it can also play a role similar to stirring the butter, preventing the butter from being affected by the temperature and solidifying and causing blockage in the pipeline. It can effectively lubricate the inside of the equipment to prevent mechanical action from being slow.

Description

technical field [0001] The invention relates to the field of electric power, in particular to a pneumatic crimping machine for electric power engineering. Background technique [0002] The crimping machine is widely used in power engineering operations. It can press the metal head to the wire end, and then conduct it. The terminal is usually for more convenient connection. It can stably connect the two wires together without soldering. , and you only need to unplug it when disassembling. The conventional pneumatic crimping machines on the market are divided into three operating modes: fully automatic, semi-automatic and manual. The only difference is whether it has the peeling function and the feeding function, but apart from the difference in function, the pneumatic crimping machine has a unified mechanical defect problem, that is, the long-term operation will consume the lubricating grease inside the equipment, causing its mechanical action to be slow, and even cause the c...

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Problems solved by technology

[0002] The crimping machine is widely used in power engineering operations. It can press the metal head to the wire end, and then conduct it. The terminal is usually for more convenient connection. It can stably connect the two wires together without soldering. , and you only need to unplug it when disassembling. The conventional pneumatic crimping machines on the market are divided into three operating modes: fully automatic, semi-automatic and manual. The only difference is whether it has the peeling function and the feeding function, but apart from the difference in function, the pneumatic crimping machine has a unified mechanical defect problem, that is, the long-term operation will consume the lubricating grease inside the equipment, causing its mechanical action to be slow, and even cause the components to get stuck. It cannot slide and be damaged. Based on the above premise, this case developed a pneumatic crimping machine for power engineering to solve this problem.

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