Automatic detection machine for production of button batteries and capacitors

Abstract

The invention discloses an automatic detection machine for the production of button batteries and capacitors, which comprises an underframe and a platen arranged on the top of the underframe, a plurality of fixture plates which can slide along the platen are arranged on the platen, a discharger and a receiver are respectively arranged on the left side and right side of the platen, an upper detector and a defective product collector are arranged on the tops of the fixture plates, and a lower detector is arranged on the bottoms of the fixture plates. When the fixture plates pass the upper detector and the lower detector, the batteries or capacitors are detected, analyses are then carried out, a quality inspector can extract and provide detected data to an application business at any time to ensure quality and for tracking, moreover, once a defective product is discovered, a control unit can control a vacuum cup to suck out the defective product, the whole process is carried out in an automatic way, and compared with conventional detection machines, the automatic detection machine can generate more accurate data, has higher speed, greatly increases detection efficiency, meets the requirement of industry 4.0, and saves manpower cost.

Description

technical field [0001] The invention relates to the technical field of battery and capacitance detection equipment, in particular to an automatic detection machine for button battery and capacitance production. Background technique [0002] At present, due to the demand for energy and environmental protection, button batteries and capacitors have developed rapidly. With the wide application of large-capacity button batteries and capacitors, as a new type of clean energy, it has a high voltage platform, high energy density, and With the advantages of small discharge, it is widely used in many fields. With the development of various miniaturized equipment, people have higher and higher requirements for button batteries and capacitors. Among them, the detection of button batteries and capacitors occupies a large part of the factors. At present, the detection equipment on the market is relatively single, and it is often necessary to replace multiple devices to detect multiple fa...

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Problems solved by technology

[0002] At present, due to the demand for energy and environmental protection, button batteries and capacitors have developed rapidly. With the wide application of large-capacity button batteries and capacitors, as a new type of clean energy, it has a high voltage platform, high energy density, and With the advantages of small discharge, it is widely used in many fields. With the development of various miniaturized equipment, people have higher and higher requirements for button batteries and capacitors. Among them, the detection of button batteries and capacitors occupies a large part of the factors. At present, the detection equipment on the market is relatively single, and it is often necessary to replace multiple devices to detect multiple factors, which greatly reduces the work efficiency. It is undoubtedly a very embarrassing and troublesome thing to run out of power. Short circuit is also an important problem for lithium batteries. The battery may be scrapped or explode, which will pose a huge threat to the human body. Therefore, how to intuitively judge the remaining power and the working time And whether the short circuit problem has become the top priority

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