Yarn Spindle Packaging Control for Multi-Type Quality and Cost Balance
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Solution Overview
Problem
The challenge of efficiently packaging different types of yarn spindles without incurring high costs due to customized packaging solutions, while ensuring quality and efficiency, is addressed by the yarn spindle packaging system.
Innovation Solution
A control device generates packaging tasks and device control parameters for stand-alone devices, adjusting them based on work data to facilitate intelligent packaging of various yarn spindle types, sharing the control device and some stand-alone devices across different types.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Device complexity
If unified packaging parameters are used to package different types of yarn spindles, then device complexity is reduced, but packaging quality deteriorates due to packaging damage and packaging failure
Solution Approach 1:
The packaging system dynamically adjusts packaging parameters based on the type of yarn spindle being packaged. The control device receives identification information about the yarn spindle type and automatically modifies packaging parameters such as wrapping force, speed, and tension to match the specific requirements of each yarn type, thereby maintaining high packaging quality while using a single unified system
Solution Approach 2:
The system changes packaging parameters according to different yarn spindle types. The control device stores multiple sets of packaging parameters corresponding to different yarn types and selectively applies the appropriate parameter set based on the identified yarn type, enabling one system to handle multiple yarn types with different packaging requirements
2Reliability
If different stand-alone devices are customized for different types of yarn spindles, then packaging quality is improved, but device complexity and cost increase
Solution Approach 1:
The packaging system is designed as a universal multi-functional device that can handle different types of yarn spindles through parameter adjustment rather than requiring separate customized devices for each yarn type. The control device manages multiple packaging parameter sets and coordinates stand-alone devices to adapt to various yarn specifications, achieving the functionality of multiple specialized devices within a single unified system
Solution Approach 2:
Rather than using static specialized devices for each yarn type, the system employs dynamic reconfiguration of packaging parameters and device coordination. The control device automatically adjusts the operating parameters of stand-alone devices based on the detected yarn type, enabling one flexible system to replace multiple rigid specialized devices
3Reliability
If different stand-alone devices are customized for different types of yarn spindles, then packaging quality is improved, but packaging cost increases
Solution Approach 1:
The system achieves cost reduction by implementing a universal packaging platform that serves multiple yarn types. Instead of investing in separate customized packaging lines for each yarn type, the organization deploys one multi-functional system with adjustable parameters, significantly reducing equipment investment and operational costs while maintaining specialized packaging quality for each yarn type
Solution Approach 2:
The cost efficiency is achieved through the ability to change packaging parameters software-based rather than requiring hardware reconfiguration. The control device stores and switches between parameter sets for different yarn types, eliminating the need for expensive physical customization of packaging equipment for each yarn type
Data Source
AI summary
Provided is a yarn spindle packaging system, a control method therefor, an electronic device and a storage medium, relating to the field of chemical fiber intelligent technology. The yarn spindle packaging system includes: a control device and a plurality of stand-alone devices, where the control device is configured to generate a packaging task and a device control parameter of each stand-alone device for a target type of yarn spindles according to a packaging requirement; and adjust the packaging task and the device control parameter of each stand-alone device in combination with work data returned by each stand-alone device; and each stand-alone device is configured to receive the corresponding packaging task and device control parameter sent by the control device; execute the corresponding packaging task based on the corresponding device control parameter; and return the work data corresponding to the corresponding packaging task to the control device.