RFID Intelligent Forklift System Solution

With the emergence of warehouse robots, colorful operation conditions are becoming more and more superior. For example, the proper use of forklifts is mainly based on the popularity and recall of artificial eyes, which inevitably have loopholes. With the improvement of warehouse intelligence, it has become an essential choice to place RFID collections on forklifts to improve popularity, precision and effectiveness.

The oprfid generation adopts RFID forklift transformation, which will soon find the corresponding products in the warehouse. RFID intelligent forklift solution is to place covered RFID readers and antennas on the forklift to understand that the forklift can regularly select the location data and gadget data in the warehouse. The tension device used by the forklift can be connected in real time at the comprehensive station, which is a good method to improve the operation effect of the warehouse, reduce the workload of the driver and assist the operation. Forklifts are changing from walking equipment to smart operating stations. As forklift is a special means of transportation, the installation of RFID equipment on forklift has its unique situation. Initially, an overlay RFID reader was established at the front end, and the dialogue with passive RFID tags needs to be wireless; Secondly, because the wiring is inconvenient, the RFID reader requires its non-public battery; Third, due to the particularity of the shaking of the forklift, the covered RFID reader, antenna and additional components need to be strong enough.

The main process design results of RFID intelligent forklift RFID forklift essentially realizes warehousing, outbound and warehouse switching.

The warehousing operation logs in the equipment before warehousing. When the forklift replaces products, the reader on the forklift will read the product data, and the equipment will regularly allocate the warehouse product data to be stored. The only tools are as follows: input storage equipment; Select forklift; Research on non real-time RFID tag data, and routinely allocate product data to equipment;

1. Four forklift employees find out the corresponding warehouse products according to the designated warehouse product data; Study location labels. However, on-board PC will stimulate the accuracy of location data and launch products; Whether the location data is accurate. The computer side proves that if the warehouse product is wrong, the on-board PC will trigger the wrong warehouse product data, and the product will not be delivered temporarily.

2. For outbound operation, log in to the equipment before delivery, and the equipment will trigger corresponding products to reduce the search time of forklift. The only tools are as follows: input outbound equipment; According to the delivery list, the equipment will trigger relevant product data regularly; According to the location data, manually find the products of the corresponding RFID tag, study the load data and product data, select the products and confirm them manually; RFID obtains access control; The equipment regularly collects forklift data and judges whether the delivery is correct and whether it is no longer correct. However, if yes, the issue has been completed.

3. The warehouse must be opened at a waiting time due to the urgent time of a batch of products out of the warehouse, or because the warehousing word of the incoming batch of products has been entered; Take the warehouse switch list through the operating device and forklift substation for comparison; Immediately confirm the contents of the shipment.

4. According to the customer’s order or distribution plan, commodity medicinal materials can quickly and directly select products from the warehouse in its unique location, and actively carry out support and centralized operation. Sorting operations usually require the type and quantity of products in the order to meet the positive standard, that is, 20 orders out of all outbound orders.

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