Multifunctional delivery process of cigarette finished products

Abstract

The invention discloses a multifunctional delivery process of cigarette finished products. A warehouse management system WMS is used for judging whether to carry out direct delivery from a warehousing system or not according to the inventory situation, when the inventory is insufficient, the delivery can be directly carried out from a workshop, when the inventory is sufficient, the direct whole tray ex-warehouse delivery or the delivery after unstacking can be selected according to the actual demands of ex-warehouse cigarette pieces. A bar code recognizer and an RFID reader and writer are arranged on a conveying line, thereby respectively carrying out information reading on the cigarette pieces and a tray and then conveying to different working positions. The multifunctional delivery process re-integrates the robot technology, the radio frequency identification technology and the cigarette piece carton confluence sorting technology, thereby effectively upgrading the flexibility of an automatic ex-warehouse system, increasing the delivery channel of the ex-warehouse system and carrying out direct delivery without warehousing. The delivery operation takes the whole tray as a unit for carrying out the automatic ex-warehouse delivery, thereby greatly increasing the efficiency of the logistics of the cigarette finished products. The multifunctional delivery process can further integrate the functions in the similar logistics field in the limited geographical space, thereby being more in line with the requirements on economy, simplification and efficiency.

Description

technical field [0001] The invention belongs to the technical field of cigarette logistics, and in particular relates to a multifunctional delivery process for finished cigarettes. Background technique [0002] The finished cigarette logistics system is a key system that organically combines production and marketing. Fast and accurate delivery of finished products can not only complete sales orders, but also meet market demand and improve customer satisfaction. With the application and promotion of logistics technology in the tobacco industry, the automatic delivery method has become the first choice of many cigarette factories. However, due to the development needs of the domestic tobacco market and the continuous improvement of modern logistics technology, the previous automatic warehouse-out mode has gradually exposed the single application function of the equipment and the insufficient level of multi-functional integration of the system during the application process. T...

AI Technical Summary

Problems solved by technology

However, due to the development needs of the domestic tobacco market and the continuous improvement of modern logistics technology, the application of the previous automated warehouse-out mode has gradually exposed the single application function of the equipment and the insufficient level of multi-functional integration of the system. The only delivery channel mode leads to problems such as low efficiency of automated warehouse delivery

In the existing technology, the operation function of the automated cigarette storage system is relatively single, and the operation efficiency and operation flexibility are not high enough

For example, in many cigarette factories’ cigarette out-of-warehouse delivery systems, the delivery process is only for unpacking, transporting and delivering the cigarette trays in the vertical warehouse; for outbound tasks with special delivery requirements, such as Tobacco pallets can only be processed manually, resulting in a waste of resources and reducing the capacity and efficiency of the outbound system.

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