With the rapid development of e-commerce, the growth rate of express packages is growing at an extraordinary speed, which puts higher demands on fast sorting. Due to promotional activities on e-commerce platforms, express packages often experience explosive growth, leading to frequent malfunctions for delivery companies. This has greatly promoted the application of automatic sorting technology in e-commerce logistics and express delivery fields. The e-commerce field is the field with the widest application of sorting technology equipment, the fastest technological iteration and upgrading, and the most black technology. In recent years, new technologies such as module belt sorting and robots have emerged continuously. Sorting machines and logistics data systems are constantly integrating and innovating, evolving towards flexibility, modularity, and intelligence.

Functional requirements for industrial computers:

1. Based on modular and customized modular sorting system, visual scanning;

2. High sorting efficiency, extremely low operational failure rate, easy installation and disassembly, and convenient maintenance;

3. It can be used for e-commerce outbound sorting, as well as for sorting in various scenarios such as express logistics distribution and distribution centers;

4. Can run continuously for 24 hours without interruption;

5. Made of aluminum alloy material and wire drawing process, the whole machine is lightweight, corrosion-resistant, anti fouling, and efficient in heat dissipation, suitable for operation in various harsh and high-intensity working environments.;

6. The back cover is designed with no holes, and the interior adopts heat dissipation structure technology to efficiently dissipate the hot air generated during the operation of the machine, protect the service life of the internal components, and improve the stability and reliability of the all-in-one machine;

7. Industrial grade motherboard solution design, independently developed industrial grade motherboard onboard, with stable performance, low power consumption, anti electromagnetic interference, anti-static, anti surge and other characteristics.

Working principle and solution:

Realizing the flexibility of logistics systems is a very obvious development trend in the logistics equipment industry today. Industrial computers, based on their practical applications, are mainly reflected in the modularization of production design in the field of conveying and sorting systems. In this regard, many manufacturers are actively exploring. As a leading provider of core systems and solutions for logistics equipment in the field of linear sorting, CHIPLY has been committed to the research and production of modular intelligent sorting systems, information collection systems, new material conveyor chutes, and other new intelligent tools and new materials.

1. The function of the control device is to recognize, receive, and process sorting signals, and instruct the classification device to automatically classify goods according to the requirements of the sorting signals, by product variety, by delivery location, or by the category of the shipper. These sorting requirements can be inputted into the sorting control system through various methods, such as barcode scanning, color code scanning, keyboard input, weight detection, voice recognition, height detection, and shape recognition. Based on the judgment of these sorting signals, it is determined which sorting gate a certain product should enter.

2. The function of the sorting device is to, based on the sorting instructions issued by the control device, when goods with the same sorting signal pass through the device, the device will act to change the direction of operation on the conveyor and enter other conveyors or sorting gates. There are many types of classification devices, generally including push out, floating, tilting, and branching types. Different devices have different requirements for sorting the packaging materials, packaging weight, and smoothness of the bottom surface of the packaging materials.

3. The main component of the conveying device is the conveyor belt or conveyor, which is mainly used to pass the sorted goods through the control device and classification device, and to connect several sorting gates on both sides of the conveying device, so that the sorted goods can slide down the main conveyor (or main conveyor belt) for subsequent operations.

4. The sorting gate is a passage for sorted goods to leave the main conveyor (or main conveyor belt) and enter the cargo collection area. It is generally composed of steel belts, belts, rollers, etc., which make the goods slide from the main conveyor device to the cargo collection platform. There, the staff will collect all the goods at the gate and either store them in the warehouse or assemble them into loading vehicles for distribution operations.

The above four devices are connected together through a computer network, and together with manual control and corresponding manual processing, form a complete automatic sorting system.