The development of e-commerce has led to a transformation of traditional business models. The development of e-commerce has not been as unstoppable as expected, and various factors have limited its development. Among them, the lagging logistics capacity is one of the most serious problems. The development of the logistics industry cannot fully keep up with the pace of e-commerce. People's attention to the role of logistics in e-commerce is not enough, and their understanding of the changes that logistics can bring in the e-commerce environment is still insufficient. Especially in recent years, the rapidly increasing business processing volume has put forward higher requirements for the business processing systems and processes of express delivery companies. In the fierce competition between postal and foreign express delivery giants, third-party express delivery enterprises in China are facing severe challenges. How to improve or enhance the original business processing processes, improve business processing efficiency, and safely and accurately deliver packages to customers in the shortest possible time has become a key issue that express delivery enterprises must solve.

At present, due to the control of funds and scale, e-commerce cannot adopt production-oriented sorting systems, and there is no suitable end sorting equipment for small parcel production lines in the market. Traditional sorting methods mainly rely on human guidance, with human eyes distinguishing the destination of parcels, which is inefficient. Moreover, the destination of parcels needs to be thrown by people, which requires a large amount of manual labor and leads to the phenomenon of parcels flying around the production site, which is very chaotic.

The purpose of the present invention is to provide a multi-directional disc sorting device that realizes the distribution of package destinations, reduces costs and saves labor for customers, and provides an orderly working environment for the entire workspace in terms of time and space. It also solves the fatigue errors caused by long-term manual sorting and greatly improves accuracy.

To achieve the above objectives, our company has adopted the following technical solution: a multi-directional disc sorting device, comprising an information acquisition device, a disc sorting table, a sorting execution device, and an industrial computer. The information acquisition device is located on the side of the disc sorting table, and the sorting execution device is fixed on the disc sorting table. The industrial computer communicates bidirectionally with the information acquisition device and the sorting execution device respectively; The information acquisition device consists of a conveyor unit, a weight acquisition device, a volume acquisition device, and a barcode collection device. The disc sorting table consists of a turntable, a control motor, and a motor bracket. The sorting execution device consists of multiple sorting execution mechanisms, which are evenly distributed on the turntable and fixed by screws. Each sorting execution mechanism is composed of an automatic sorting control module, a controller, a sorting machine, and a photoelectric sensor for collecting the position signal of the sorting machine.