Slice conveying line and conveying system using same

A conveying system and conveying line technology, applied in the directions of sending objects, transportation and packaging, thin material handling, etc., can solve the problems of water contamination of slices and high labor intensity, and achieve compact structure, reduce labor intensity, and reduce occupied space. Effect

Active Publication Date: 2015-02-25
CAMALUOYANGELECTROMECHANIC
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  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] The object of the present invention is to provide a slice conveying line to solve the problems in the prior art that labor intensity is high and the slices may be polluted by water due to manual transfer of slices between slicers and stackers; The purpose is also to provide a conveying system using the slicing conveying line

Method used

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  • Slice conveying line and conveying system using same
  • Slice conveying line and conveying system using same

Examples

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Embodiment Construction

[0017] Examples of delivery systems are Figure 1~2 Shown: the conveying system includes left slicer 1, right slicer 43, left stacker 14, right stacker 32, pick-up table and conveying part, the left slicer is used to cut out positive electrode slices, and the right slicer is used for Cut out the negative electrode slices, the left and right stacking machines are used to stack the positive and negative electrode slices into batteries, and the conveying part is used to transport the positive and negative electrode slices to the corresponding stacking machine, and transport the batteries to the reclaiming table. The stacking tray is transported back to the corresponding stacking machine, the slice tray loaded with slices is transported to the corresponding stacking machine, and then the empty slice tray is transported back to the corresponding slicer. In order to save space, the conveying part in the present invention is divided into an upper conveying part and a lower conveying ...

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Abstract

The invention relates to a slice conveying line and a conveying system using the same. The slice conveying line comprises an upper slice conveying device, a lower slice conveying device, rear elevators and front elevators. The rear elevators are used for conveying unloaded slice trays to corresponding slicing machines and outputting slice trays loaded with slices from the slicing machines. The front elevators are used for conveying the slice trays loaded with the slices to corresponding slice laminating machines and outputting the unloaded slice trays from the slice laminating machines. A first upper transplanting mechanism is arranged between the upper slice conveying device and the rear elevators, and a first lower transplanting mechanism is arranged between the lower slice conveying device and the rear elevators. A second upper transplanting mechanism is arranged between the upper slice conveying device and the front elevators, and a second lower transplanting mechanism is arranged between the lower slice conveying device and the front elevators. The slice conveying line and the conveying system using the same solve the problems that the labor intensity is high and slices can be possibly polluted by moisture due to manual slicing when the slices are transferred between the slicing machines and the slice laminating machines in the prior art.

Description

technical field [0001] The present invention relates to a slice conveying line and a conveying system using the slice conveying line. Background technique [0002] In recent years, the domestic lithium battery industry has developed rapidly, and the degree of individual equipment of lithium battery production lines has become higher and higher. Tray inlet and slice full-load tray exit. The stacker has a slice full-load tray entrance, slice empty-load tray exit, stack tray import and stack tray exit. When working, the slice tray enters the slicer from the slice empty-load tray import, and the inside of the slicer Automatic slicing, the slice tray loaded with slices goes out from the full slice exit, and then the slice tray loaded with slices is manually transported to the slice full tray inlet of the stacker, and the stack tray is also manually sent to the stacker In the stacking tray import, after the stacking machine automatically stacks the slices, the slices form cells, ...

Claims

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Application Information

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IPC IPC(8): B65H33/00
Inventor 王金才蒋建军
Owner CAMALUOYANGELECTROMECHANIC
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