The use of passive electronic locks greatly increases the risk of irregularities and out-of-control supervision in the logistics and warehousing process of the tobacco industry.
The use of passive electronic lock system eliminates the need for expensive and time-consuming wiring projects and does not require maintenance during daily use. Rapid deployment, revitalization, and integration of existing storage facilities, transportation equipment, planned integration, improvement, and development of modern tobacco logistics.
Transport in the central logistics park and cigarette factory. According to the existing warehouse management model, the electronic lock system can be quickly and conveniently deployed to directly replace the existing mechanical locks, so as to prevent illegal personnel from privately matching warehouse keys, and the warehouse keys must be replaced if they are lost. . . And so on existing violations.
In tobacco distribution activities, professional logistics nodes for end-user terminal transportation can use special designated customer shipping boxes equipped with passive electronic locks; or passive electronic padlocks that can be equipped and used without modifying the transportation vehicle to lock Cargo boxes and cabinet doors of transport vehicles should be locked by the warehouse management staff when they are packed and out of the warehouse. The transport personnel cannot prepare the keys privately, and cannot cooperate with the unlocking personnel in the society to open the boxes and cheat privately, and reach the end customers to use them With high security, the cheating smart digital key can’t be copied to open the door of the transport box, ensuring that the tobacco products delivered to the end customer, with gifts, will arrive on time according to quality, quantity, and quantity. Improve customer satisfaction, trust, and reduce disputes.
And through the opening and closing records in the electronic lock, more accurate data can be collected, the existing distribution mode can be re-optimized, and a more scientific and efficient logistics distribution system plan can be formulated to reduce the production of cigarettes during the transportation process. Manage loopholes, improve the efficiency of tobacco logistics and distribution, achieve scale, specialization, optimization, and maximum efficiency, and effectively avoid repeated construction and waste.