Bottom-scalding shaping mechanism of battery cutting shaper

Abstract

The invention discloses a bottom-scalding shaping mechanism of a battery cutting shaper. The bottom-scalding shaping mechanism comprises a first bottom-scalding shaping mechanism, a second bottom-scalding shaping mechanism and a bottom-scalding prepressing mechanism which are oppositely arranged, wherein the bottom-scalding prepressing mechanism is positioned between the first bottom-scalding shaping mechanism and the second bottom-scalding shaping mechanism; the first bottom-scalding shaping mechanism and the second bottom-scalding shaping mechanism comprise first driving parts and heating assemblies: the heating assemblies are slidably connected with the first driving parts; the bottom-scalding prepressing mechanism comprises a second driving part and a prepressing block; the prepressing block presses and fastens a battery under the driving of the second driving part; and the heating assemblies of the first bottom-scalding shaping mechanism and the second bottom-scalding shaping mechanism are close to two edges of the battery under the driving of the respective first driving parts and perform heating shaping. The bottom-scalding shaping mechanism disclosed by the invention is capable of beautifying the product shape by deforming the battery by utilizing temperature rise without manual operation, prevents the position offset, which is generated in a heating bottom-scalding process, of the battery, and guarantees the bottom-scalding shaping quality of the battery.

Description

technical field [0001] The invention relates to the field of battery cutting and shaping equipment, in particular to an ironing and shaping mechanism for heating, ironing, and shaping a battery during the cutting and shaping process. Background technique [0002] Batteries are the power source of many electronic and electrical equipment. The rapid development of transportation, communication and electronic information technology, and the in-depth popularization of electric vehicles, mobile phones and notebook computers in people's lives have greatly promoted the progress of battery technology, so new battery products emerge in endlessly. [0003] Among them, lithium-ion batteries have attracted more and more attention from all walks of life, such as the electric vehicle industry, because of their advantages such as large capacity, long cycle life, and high cost performance. Lithium-ion batteries are generally composed of positive electrodes, negative electrodes, separators,...

AI Technical Summary

Problems solved by technology

This is not only inefficient, but also due to direct contact with the battery during manual operation, the safety of the operation cannot be guaranteed, which easily increases the defective rate of the battery; in addition, manual cutting can easily lead to inconsistent thickness of the battery, slowing down the production of finished battery products speed and reduce the quality of battery production

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