Battery assembly method

Abstract

The invention provides an assembly method of a storage battery, which includes a pole grouping groove, installing a metal connection piece on the pole plate ear, adding an electrolytic solution and covering with a cover body. The battery assembly method of the invention has low cost, high production efficiency, and is beneficial to environmental protection; the manufactured product has stable quality, does not generate harmful gas, and is beneficial to human health. It is guaranteed that the metal connecting piece will not break, the slot of the metal connecting piece is stuck in the plate ear, the contact is very reliable, and the production quality is uniform and good. By installing metal connecting pieces, the plate ears can be connected to form the internal circuit of the battery. The whole production process does not require melting, welding, and no harmful gases such as lead fumes are produced. The working environment of workers is good, and harmful gases are avoided from harming the human body. .

Description

technical field [0001] The invention relates to storage battery technology, in particular to a storage battery assembly method. Background technique [0002] At present, due to the widespread use of casting welding machines in the battery processing process, the existing battery assembly methods are compatible with casting welding machines, but the existing processing technology and the use of casting welding machines for processing, there are certain Problems: 1. The casting and welding machine and its supporting equipment are expensive, resulting in a large investment in equipment; 2. Each casting and welding machine can produce 1,200 batteries in 8 hours, requiring at least 3 people to operate. It can be seen that its production efficiency is low and it needs to consume more More manpower; 3. High energy consumption of casting and welding machines; 4. Low quality stability, casting and welding machines are prone to problems due to alloy composition and temperature differe...

AI Technical Summary

Problems solved by technology

[0002] At present, due to the widespread use of casting welding machines in the battery processing process, the existing battery assembly methods are compatible with casting welding machines, but the existing processing technology and the use of casting welding machines for processing, there are certain Problems: 1. The casting and welding machine and its supporting equipment are expensive, resulting in a large investment in equipment; 2. Each casting and welding machine can produce 1,200 batteries in 8 hours, requiring at least 3 people to operate. It can be seen that its production efficiency is low and it needs to consume more More manpower; 3. High energy consumption of casting and welding machines; 4. Low quality stability, casting and welding machines are prone to problems due to alloy composition and temperature differences, and products often have false welding and missing welding; 5. image 3 Shown is the internal structure of the battery produced by the existing process, which uses lead busbar 01 for plate connection and electrode connection. This process involves melting lead by heating, and the lead fume produced in this process is harmful to the human body. The most serious thing is that it is not easy to defend by wearing a mask and gloves, and the operator must work in a high temperature environment for a long time, and a large amount of oxides (lead slag) will be produced during the production process, which is not conducive to environmental protection

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