Warehousing and logistics as the intermediate link in the circulation of goods, intelligent transformation has become more and more the core focus of the development of enterprises and the whole industry chain. In the country's "14th Five-Year Plan" to actively promote the development of the digital economy under the main theme, the use of the Internet of Things, radio frequency technology, mobile information services and other technologies to reduce the cost of enterprise logistics management, improve safety management and work efficiency, and enhance the positive role of warehousing on the environment and social development has become the current mainstream trend.
Nowadays, for the manufacturing industry, e-commerce, third-party logistics and other fields, intelligence is one of the core competitiveness of the transformation of warehousing and logistics road, for which many large-scale enterprises have put forward higher requirements for the management and development of warehousing. In the process of constantly searching for new management modes to achieve real-time, efficient and accurate warehouse management, some typical problems common to the industry have been identified accordingly:
- Low level of automation:Outbound/inbound/movement is heavily dependent on manual management and is inefficient;
- Difficulty in managing outsourced staff:Attendance and working hours of outsourced staff are difficult to count and work efficiency is difficult to assess;
- Security is not guaranteed:The depot area has a large flow of people and vehicles, and is prone to human-vehicle rubbing, vehicle-vehicle collision;
- Dispatch management is inefficient:Vehicle location, tasks, and work status cannot be monitored in real time;
- Forklift underutilization:Vehicles work unevenly, often busy vehicles have more tasks, idle vehicles have fewer tasks, and distant vehicles carry goods close to home;
In order to comply with the intelligent market wave of warehousing, think of the industry and customers think, point to point to solve the pain point problem, Hainan Shidian launched theWarehouse logistics solutions based on innovative fusion of UWB positioning and collision avoidanceIt can realize seamless tracking, intelligent deployment and efficient collaboration of people, vehicles and materials in the supply chain for enterprises, improve the automated processing level of each link, reduce human errors, improve work efficiency and make warehouse management clear.

In addition, through the UWB accurate positioning, can be outsourced personnel on duty time, on duty number of statistics, management can quickly query the outsourced personnel through the platform on duty working hours, to meet the needs of the enterprise outsourcing personnel attendance management.


Large logistics warehouses have intricate logistics routes, many intersections, due to visual distance and other reasons, resulting in a variety of intersection accidents. Hainan Shidian through the installation of corner labels in the warehouse intersection and linkage of red and green signals, combined with specific business logic, to achieve the warehouse "traffic lights" more orderly and efficient autonomous operation, to ensure the safe passage of people and vehicles.

The coordinated scheduling management of forklifts in warehousing is one of the difficulties in intelligent transformation. Through the deployment and implementation of UWB positioning solutions, real-time location information is used to optimize forklift management, based on the principle of proximity and the principle of reuse of idle vehicles, to achieve path optimization, optimization of forklift operation work balance and other functions.
For example, when assigning tasks, the platform plans a compromise path in terms of time and distance according to the location of the starting point of the goods, the key location and the traffic conditions at the joint intersections;
In addition, according to the forklift trajectory, each forklift can be counted as operating hours and idle hours, forming a statistical table of forklift efficiency, so as to optimize the efficiency of forklift operation.

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