18669567. MARKING METHOD AND APPARATUS OF CONTINUOUS COMPOSITE STRIP AND COMPUTER DEVICE simplified abstract (CONTEMPORARY AMPEREX TECHNOLOGY CO., LIMITED)
Contents
MARKING METHOD AND APPARATUS OF CONTINUOUS COMPOSITE STRIP AND COMPUTER DEVICE
Organization Name
CONTEMPORARY AMPEREX TECHNOLOGY CO., LIMITED
Inventor(s)
MARKING METHOD AND APPARATUS OF CONTINUOUS COMPOSITE STRIP AND COMPUTER DEVICE - A simplified explanation of the abstract
This abstract first appeared for US patent application 18669567 titled 'MARKING METHOD AND APPARATUS OF CONTINUOUS COMPOSITE STRIP AND COMPUTER DEVICE
The disclosure presents a method and apparatus for marking a continuous composite strip. The method involves collecting a sequence of images of the strip, splicing them according to a collection sequence to obtain a to-be-detected image with electrode sheet structures, and marking the position of the electrode sheet division in the strip.
- Collection of images of the continuous composite strip
- Splicing images to create a to-be-detected image with electrode sheet structures
- Marking the electrode sheet division position in the strip
- Determining the division position by identifying electrode sheet edges
- Obtaining specific position information of the electrode sheet
Potential Applications: - Manufacturing of composite strips with accurate electrode sheet division - Quality control in the production of composite materials - Automation of marking processes in industrial settings
Problems Solved: - Ensures accurate marking of electrode sheet division positions - Improves efficiency in the production of composite strips - Reduces errors in the identification of electrode sheet edges
Benefits: - Enhanced precision in marking electrode sheet divisions - Streamlined production processes - Increased quality control in composite strip manufacturing
Commercial Applications: Title: Automated Marking System for Composite Strip Production This technology can be utilized in industries such as: - Battery manufacturing - Electronics production - Aerospace and automotive sectors
Questions about the technology: 1. How does this method improve the accuracy of marking electrode sheet divisions? - The method uses image splicing and edge identification to precisely mark the division positions. 2. What are the potential cost-saving benefits of implementing this marking method in industrial settings? - By reducing errors and improving efficiency, companies can save on production costs and enhance product quality.
Original Abstract Submitted
The disclosure discloses a marking method and apparatus of a continuous composite strip. The method incudes: collecting a first sequence of images of the continuous composite strip; splicing multiple images of the first sequence of images according to a collection sequence, to obtain a to-be-detected image with at least one electrode sheet structure; and marking, in case where two electrode sheet edges are identified in the to-be-detected image, a position of the collection-sequentially second electrode sheet edge in the continuous composite strip as an electrode sheet division position of the continuous composite strip. The method determines the electrode sheet division position by identifying the electrode sheet edges in the continuous composite strip, obtains the specific position information of the electrode sheet, and accurately performs the sheet division marking of the continuous composite strip.
