生产线及生产方法

By adopting a modular and three-dimensional production line design, the problems of large footprint and insufficient flexibility of traditional energy storage battery production lines have been solved. This has enabled efficient buffering and rework, improved the adaptability and versatility of the production line, and simplified the equipment structure and control system.

CN122403076APending Publication Date: 2026-07-17WUHAN LINGYUN JINGCHUANG INTELLIGENT EQUIPMENT CO LTD
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Patent Information

Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
WUHAN LINGYUN JINGCHUANG INTELLIGENT EQUIPMENT CO LTD
Filing Date
2026-04-22
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

Traditional energy storage battery production lines are characterized by complex workstation layouts, large floor space, high costs, and difficulty in achieving automated and flexible production. They are particularly inflexible when dealing with complex products that require multiple processing steps or require buffering or partial rework between processes.

Method used

Design a modular, three-dimensional production line structure, including multiple circulation sections. Each circulation section consists of an upper conveyor line (processing), a middle conveyor line (buffer), and a lower conveyor line (fixture return). A lifting device is used to realize the flexible transfer and buffering of fixtures between different levels, forming a modular, flexible conveying system.

Benefits of technology

It greatly enhances the adaptability and versatility of the production line, reduces the equipment footprint, achieves efficient buffering and rework, ensures flexible and continuous production, improves production efficiency and process flexibility, and simplifies mechanical structure and control system.

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Abstract

本申请公开了一种生产线及生产方法,涉及产品生产线结构技术领域。该装置包括多个依次排列的循环段;每个循环段包括支架,以及设置在支架上、用于输送产品通过加工位的上层输送线、用于治具回流的下层输送线以及至少一层用于缓存治具的中层输送线;支架两端设有升降装置,其包括可升降和水平传送的承接座,用于衔接上、中、下三层输送线;相邻循环段的升降装置紧密排列以实现治具的跨段传送。本申请还提供了基于该装置的生产方法。本申请通过模块化、立体化的循环段设计,集成了加工、缓存和回流功能,可根据工艺需求灵活配置,有效解决了传统生产线柔性差、占地面积大、难以应对复杂循环加工的问题。
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