Continuous polar plate slitter machine and use method thereof

Abstract

The invention discloses a continuous polar plate slitter machine which comprises a machine base, two machine frames, a material guide mechanism, a front conveying roller mechanism, a speed measuring device, a detection switch device, a longitudinal cutting mechanism, a rear conveying roller mechanism, a transverse cutting mechanism and a servo system, wherein the two machine frames are fixed to opposite sides of the machine base respectively, the material guide mechanism, the front conveying roller mechanism, the speed measuring device, the detection switch device, the longitudinal cutting mechanism, the rear conveying roller mechanism and the transverse cutting mechanism are sequentially arranged between the two machine frames, and the servo system is connected with the longitudinal cutting mechanism and the transverse cutting mechanism and is used for controlling the longitudinal cutting mechanism and the transverse cutting mechanism. The speed measuring device and the detection switch device feed back detected speed and lug position signals to the servo system. The servo system carries out compensation operation on the detected signals and preset parameters through a servo controller, and adjusts a slitter variable acceleration curve for compensation and modification. The invention further discloses a use method of the continuous polar plate slitter machine. The servo controller outputs corresponding execution instructions by changing input parameters, a slitter mechanism executes the variable acceleration curve and carries out compensation and modification according to the instructions, and accordingly the situation that continuous polar plates of different specifications are automatically switched for splitting is achieved.

Description

technical field [0001] The invention relates to equipment for cutting continuous pole plates in the production of lead-acid batteries and batteries in other new energy industries and a method for using the same. Background technique [0002] In order to improve the environment-friendly and economical production methods of lead-acid batteries, continuous breakthroughs in plate manufacturing technology have spawned a new type of continuous punching or stretched mesh plate. Since the improvement of the automation level not only effectively improves the production efficiency of the plate, but also reduces the weight of the traditional gravity casting plate by 15% to 20%, the efficiency of saving lead is high, and the cost of the battery is significantly reduced. introduced. [0003] In manufacturing, uncut continuous plates such as figure 1 As shown, during production, it is necessary to alternately cut the tabs 81 of the continuous pole plate 8 at intervals, and cut the conti...

AI Technical Summary

Problems solved by technology

However, due to the technical limitations of the continuous plate production equipment, the existing continuous plate slicing device can only achieve continuous plate slicing of a single size, resulting in the inability of the continuous plate to flexibly realize the conversion of different specifications of the plate. , especially the continuous coating and slicing process cannot meet the cutting requirements of plates of different lengths and specifications; moreover, the plates may be offset during the transportation process, and the actual cutting position deviates from the preset position. The production equipment does not have the function of compensation and correction during the cutting process, and cannot guarantee the accuracy of the continuous plate length cutting. This has great limitations, and most enterprises cannot reasonably introduce automatic continuous plate production lines.

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