Logistics warehousing solutions
In modern logistics, a large amount of storage information will be generated every day. These information generally has the characteristics of frequent data operation, large amount of data, complex information content and so on. With the development of industrial Internet of things, the Internet of things warehouse with warehouse information management system can update the inventory location and record the inventory changes in real time on the computer. It greatly improves the utilization rate of warehouse space, personnel and equipment, gets rid of various problems in the process of manual management, and reduces the cost of the enterprise.
In this case, txga provides fbb05002 board to board connector for the handheld device of the management system of the storage Internet of things. The product has light appearance and sensitive response, and can quickly read the cargo information. At the same time, it has the characteristics of waterproof, dustproof and firm interconnection. It is convenient for operators to hold and use for a long time.
Bulk warehouses refer to container-type warehouses that store bulk or powdered materials. Different from the unitized stacking method, which is packaged into boxes or bags, the materials in bulk warehouses generally adopt the random stacking method. It is difficult to accurately measure bulk cargo with large volume and irregular shape by traditional methods. Therefore, modern warehouses generally use warehouse lidar for measurement. The radar can scan the warehouse in all directions, generate a grid-like surface, and accurately measure it, and finally provide high-precision and highly reliable material volume data. It solves the problems of low efficiency and high error of traditional manual measurement. And effectively reduce labor input and save business costs.
The board-to-board series connectors provided by TXGA for warehouse lidar are designed with positioning columns, which are easy to install on the pcb board, and have gold-plated contacts, which can efficiently transmit the collected data of the radar. And has a lower combined height to adapt to the compact design of the suspended radar.