一、RFID Configuration Scheme Reference
| Scheme Category | Achievable Functions | ||||||
| Serial Number | Configuration Details | Base Paper Inventory | Paper Usage Control | Production Paper Consumption Analysis | |||
| 1 | Single Paper Loading Point: RFID identification device configured | √ | Weight of Remaining Paper Rolls: Weighed by floor scale with high accuracy | × | × | ||
| Single Paper Rewinding Point: RFID identification device configured | |||||||
| 2 | Single Paper Loading Point: RFID identification device configured | √ | Weight of Remaining Paper Rolls: Weighed by floor scale with high accuracy | √ | If seamlessly integrated with the production management system, it can issue prompts and implement controls when there is a discrepancy in paper usage. | √ | ① If seamlessly integrated with the production management system, it can count the actual length of base paper rolls consumed per order, as well as record cases of paper substitution or width substitution. ② For used-up base paper rolls, it can calculate the difference between the actual paper running length and the purchased length of the base paper rolls. |
| Single Paper Rewinding Point: RFID identification device not configured | |||||||
| Corrugator Splicer: RFID identification device configured | |||||||
| 3 | Single Paper Loading Point: RFID identification device configured | √ | Weight of Remaining Paper Rolls: Weighed by floor scale with high accuracy | √ | Same as Scheme 2 | √ | Advantages are the same as Scheme 2; additionally, it can calculate the paper consumption per order more accurately based on the weighed weight of remaining rolls, avoiding anomalies caused by inaccurate length measurement. |
| Single Paper Rewinding Point: RFID identification device configured | |||||||
| Corrugator Splicer: RFID identification device configured | |||||||
二、Comparison of RFID Chip Placement Positions
| Placement Position | Circumferential Surface Placement | Paper Core Placement |
| Advantages | Easy to place chips during procurement and receiving; chip signals are easy to read | Avoids the need to reattach chips for remaining paper rolls on the machine |
| Disadvantages | 1.Manual reattachment of chips is required for remaining paper rolls on the machine, which is prone to human error. | 1.Placement is time-consuming for wide-width paper rolls |
| 2.Chips are likely to fall off during paper roll storage and handling | 2.Since chips are placed inside the core, higher requirements are imposed on reading methods |