Rail control system

Abstract

The invention discloses a track control system, comprising a main track, an auxiliary track, a movable track, a control center, a track changing device and a delivery device 1; wherein, the main track, the auxiliary track and the movable track are the transport tracks of the delivery device 1; The track is used for track change or reset; the track change device is connected to the movable track, and is used to drive the movable track to change track or reset; the delivery device one is used to: receive the delivery signal from the control center, and transport the package to the destination; The control center sends the location; receives the braking signal sent by the control center, executes braking; receives the recovery signal sent by the control center, resumes the movement; the control center is used to: connect to the delivery device 1, receive the location information of the delivery device 1; Device 1 sends a delivery signal, a braking signal and a recovery signal; connects with the track changing device, and sends a track changing signal or a reset signal. This system can realize the transportation of parcels in buildings and the scheduling of several transportation devices.

Description

technical field [0001] The invention relates to the technical field of logistics, in particular to a track control system. Background technique [0002] With the advancement of science and technology and the provision of people's lives, e-commerce has gradually entered people's lives, and it has also driven the vigorous development of the logistics industry. Efficiency and speed have become synonymous with modern e-commerce and logistics distribution, bringing people's lives Great convenience. [0003] The existing high-rise buildings such as office buildings and business centers gather most of the white-collar workers, and the lack of elevators is a serious problem due to the dense population. At the same time, there is a strong demand for daily express delivery, parcels, and takeaway. However, in existing high-end office buildings or business centers, couriers are not allowed to enter the office area or enter the building, so that two delivery methods are generally adopte...

AI Technical Summary

Problems solved by technology

However, in existing high-end office buildings or business centers, couriers are not allowed to enter the office area or enter the building, so that two delivery methods are generally adopted: one is to install smart express cabinets on the ground floor of buildings or office buildings, such as Express Express and other settings , the delivery personnel put the courier or package in the smart express cabinet, and the smart express cabinet notifies the consignee to pick it up. The consignee needs to go downstairs to the smart express cabinet in person. Due to the lack of elevators, it takes a lot of time to go up and down the stairs.

The second is that the delivery personnel are on the ground floor of the building or office building and notify the consignee to pick it up. Similarly, the consignee also needs to go downstairs in person and spend a lot of time

With the development of logistics technology, automatic delivery robots have developed rapidly, but the existing automatic delivery robots still deliver the goods from the distribution center to the bottom floor of the building, and then notify the consignee to pick them up, and the consignee still exists. Building consumes a lot of precious time

Therefore, how to solve the problem of the last "100 meters" of logistics delivery to the home / floor, and avoid the waste of valuable time for the consignee to go up and down the stairs, is imminent.

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