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This paper provides a distributed logistics equipment coordination system which include communication nodes, wireless sensor nodes and coordination system. The system can effectively monitor and adjust the parameters of the distributed logistics equipment in the system which is beneficial to on-site operation. Introduction With the rapid development of modern large-scale production, logistics activities such as material transportation, storage, packaging, distribution, loading and unloading are growing. Logistics equipment is important material basis of logistics system, which has the characteristics of high cost and high maintenance cost. Logistics equipment control presents a systematic development trend. In [1,2,3,4], some suggestions and ideas are put forward on the technical innovation of automated logistics equipment under the internet of things, the application of internet of things technology in the field of warehousing logistics, and the demand of logistics technology. Chen et al. designed an automated logistics equipment which can realize the automatic delivery, sorting and transportation of goods, and comprehensively manage the site [5]. Ye et al. combined with RFID technology and other information technology, realized the automation of warehouse management, improved work efficiency and reduced operation cost [6]. Qu et al. constructed an intelligent collaborative service platform using internet of things technology, and proposed a real-time linkage method of "production-logistics" [7]. Fang et al. constructed a prototype of decision support system for the selection of storage and logistics equipment based on rule-based reasoning method [8]. Yang et al. studied the contradiction between high quality monitoring and low cost of IOT monitoring system, and mixed integer non-linear programming model that has been established [9]. Qian designed a logistics detection and application system based on wireless sensor network and its operation mechanism [10]. Li et al. presented a real-time monitoring system based on GPRS is proposed, which integrates GPRS, GPS, temperature measurement and wireless communication technology. [11]. Lei et al. introduced an embedded intelligent monitoring system for maximum utilization of solar energy. The system composition, control model and system function are described [12]. Coordination between logistics equipment is one of the important contents of logistics system automation. Reasonable coordinated control mode among logistics equipment can effectively improve the operational efficiency of logistics system. This paper designs a joint adjustment system for distributed logistics equipment, which can improve the efficiency of logistics system and improve the overall operation of logistics system.

A Joint Adjustment System for Distributed Logistics Equipment