133 results about "Logistics park" patented technology

The invention provides a quadruple net system and a work method of the quadruple net system. Logistics, supply chains, electronic commerce and finance are integrated and jointly serve main bodies such as manufacturing enterprises and trade enterprises. The quadruple net system comprises four nets which are the airport logistics net, the supply chain net, the brand-name and high-quality net and the logistics and supply chain financial net. The airport logistics net, the supply chain net, the brand-name and high-quality net and the logistics and supply chain financial net have the unified standard specification and safety authentication and are interconnected through butt joint of platforms. The airport logistics net comprises a storage subsystem, a freight forwarder subsystem, a customs declaration and commodity inspection subsystem and a transport and distribution subsystem. The supply chain net comprises a purchasing management subsystem, a production management subsystem, a marketing management subsystem, an inventory management subsystem, a reverse logistics subsystem and a logistics park management subsystem. The brand-name and high-quality net comprises a product management subsystem, a client management subsystem and a marketing management subsystem. The logistics and supply chain financial net comprises a financing information subsystem, a financing service subsystem and a value added service subsystem.

The present invention discloses a logistics vehicle dispatching method, a dispatching management platform and a dispatching management system. By using the technical scheme of the present invention, awaiting vehicle is indicated to enter a preset loading and unloading area or a preset waiting area according to a reservation status of the logistics vehicle and an idle status of a current berth ina parking lot, namely, by carrying out dispatching management on the logistics vehicles, the vehicles in the parking lot can run smoothly, so that the use efficiency of the parking lot is improved, and the problem that in the prior art, the parking lots in the logistics park, the wholesale market, or the like have the low unloading efficiency is effectively solved.

The invention discloses a logistics park vehicle passage intelligent scheduling system. The logistics park vehicle passage intelligent scheduling system includes a straightway signal lamp, an entering signal lamp, a monitoring probe, an operation terminal machine and a passage arbitration system. The invention also provides a method using the intelligent scheduling system. The method comprises the steps of vehicle passage image acquisition by using the monitoring probe, monitoring background image extraction, background iteration count resetting, vehicle passage region outlining, motion region detection, motion region fusion, motion region area calculation and the like. According to the method, motion types such as the driving of trucks into a platform, the driving of the trucks out from the platform, lateral parking of the trucks, lateral starting of the trucks and the movement of people are identified, and the working state operation of the operation terminal machine is used in combination, and therefore, problems in vehicle passage conflict resolution can be solved automatically and efficiently. The system has the advantages of simple structure and low installation and maintenance cost. The intelligent detection scheduling method is stable and reliable, and is suitable for improving the work efficiency and automation level of trucks in a variety of kinds of logistics parks, and has a bright economic benefit and market application promotion prospect.

The invention provides a logistics park vehicle intelligent scheduling method and device, and the method comprises the steps of obtaining a vehicle pre-scheduling plan and the reservation information,the vehicle pre-scheduling plan being operation and first-time information of a vehicle plan arriving at a logistics park, and the reservation information being information of vehicle reservation arriving at the logistics park; establishing a park vehicle pre-scheduling plan according to the vehicle pre-scheduling plan and the reservation information; obtaining the vehicle pre-arrival information, wherein the vehicle pre-arrival information is a vehicle about to arrive at the logistics park and second time information; according to the park vehicle pre-scheduling plan and the vehicle pre-arrival information, establishing a park entering queuing sequence according to a park entering rule; obtaining the in-park vehicle information of the logistics park; judging whether the in-park vehicle information of the logistics park meets an entry condition or not; and if yes, scheduling vehicles in the park entering queuing sequence to enter a park according to the park vehicle pre-scheduling plan, and generating a scheduling result. Through the application of the intelligent technology, the intelligent scheduling management of the logistics park is improved, and the operation efficiency of the park is improved.

The invention discloses design specifications for a logistics park. The design specifications comprise a logistics park layout, a logistics park building, civil engineering and steel structures of the logistics park building, park electrical specifications, a park water supply and drainage system, a park fire extinguishing system and a park heating and ventilation system.

The present invention discloses a logistics center dump intelligent decision control system and a method. The structure of the system comprises a goods allocation data collector, a cargo data collector, a dump working terminal and a dump batch decision system. A batch disassembling and scheduling method is designed by a batch flow technology, thereby reducing the single batch scale of the dump batch, and improving the rationality and accuracy of the dump batch scheduling. The execution case of the dump batch can be obtained real-timely by the assist of an RFID technology, thereby making up the disconnection problem of an information flow and the logistics in the previous operation. The control system and the method are suitable for improving the storage internal working efficiency, the automation levels and the cargo delivery service levels of various logistics parks, and possess very good economic benefits and market application popularization prospect.

A method and system for dynamically dispatching vehicles with good real-time performance and accuracy, the implementation is simple and reliable, suitable for real-time vehicle scheduling in the logistics company park, which can solve the problem of accurate positioning and real-time scheduling of logistics vehicles when the logistics vehicles are too dense in the logistics company park, effectively improve the congestion of logistics vehicles in the logistics park, and improve the efficiency of vehicle scheduling in the park. The technical scheme is as follows: Firstly, the RFID reader obtains the relevant information of each logistics vehicle arriving in the logistics park, and then determines the relevant information of a vehicle near the logistics vehicle, and then adopts the prioritymulti-service window waiting system M / M / n queue model to dynamically dispatch the logistics vehicles according to the accurate location of the obtained logistics vehicles.

The invention discloses an intelligent logistics distribution system and method based on Beidou positioning. A four-stage distribution center comprises a logistics park, a grouping distribution center, a community distribution center, and a tail-end distribution center, wherein a receiving point is disposed between the community distribution center and the tail-end distribution center; the logistics park reaches a group allocation center; the group allocation center reaches a community distribution center; first logistics distribution is carried out between the community distribution center and a receiving point through an intelligent driving vehicle; express items are transported to the receiving point; and second logistics distribution is carried out between the receiving point and the terminal distribution center through the unmanned vehicle, and the express at the receiving point is transported to the express self-pickup cabinet of the terminal distribution center. By constructingthe four-stage distribution center, based on an accurate Beidou high-precision positioning technology, a high-precision navigation technology and the like, the intelligent logistics distribution system and method can realize intelligent logistics distribution among the four four-stage distribution center, and can improve the safety and high efficiency of urban logistics distribution and the remoteintelligent monitoring level of logistics vehicles.

The invention relates to an intelligent guide system for operation vehicles of a tobacco logistics park. The intelligent guide system comprises vehicle identification electronic tags based on an ultrahigh-frequency RFID (radio frequency identification device), an ultrahigh-frequency RFID reader, a vehicle information managing system, a storage information managing system, a monitoring computer and a large vehicle navigation screen. The vehicle information managing system comprises a vehicle information processing module, a vehicle communication module and a data server. The storage information managing system comprises a storage communication module, a storage information processing module and a database module, and the storage information processing module and the database module are in information communication connection with the storage communication module respectively. The large navigation screen, the ultrahigh-frequency RFID reader and the monitoring computer are in information communication connection with the vehicle communication module respectively. The vehicle communication module is in information communication connection with the storage communication module. The intelligent guide system can efficiently and intelligently guide the operation vehicles in real time in the tobacco logistics park, so that operation efficiency of the whole tobacco logistics park is greatly improved.

The invention relates to a logistics park functional zone layout method in the logistics system planning field, in particular to a logistics park functional zone phased layout method. According to themethod, the layer-by-layer recurrence thought is utilized to decompose a logistics park functional zone layout problem into the three phases of functional zone interrelation determination, functionalzone layout structure determination and functional zone position and shape determination, and an optimal logistics park functional zone layout scheme is solved in a united mode through layer-by-layeroptimization. Through the method, the logistics relation and the non-logistics relation among logistics park functional zones are quantified to obtain a functional zone comprehensive function, a functional zone layout structure is obtained in combination with a to-be-allocated functional zone selection process, an arrangement judgment process and placement rules, a multi-target planning model anda genetic algorithm are utilized to clearly quantify the relation among the functional zones and the relevant position relation among operation units, the positions and shapes of all the functional zones are precisely solved, the solving difficulty of a traditional layout planning model is lowered, and the design requirement of a logistics park functional zone integrated layout scheme under a stated objective is met.

The invention is to use a computer vision method to design a target detecting and tracking algorithm, which improves target tracking precision and speed and is suitable for a requirement for intelligently monitoring the storage in a logistics park in real time. In order to improve accuracy and robustness of target tracking, the invention presents a nuclear circulation target tracking method based on an illumination invariant feature for avoiding the shortcoming that the nuclear circulation target tracking is easy to be influenced by illumination variation while only using pixel to compare nuclear-related similarity. The method comprises the steps as follows: calculating a partial sensitive column diagram to an input image firstly; extracting the illumination invariant feature, and then applying a nuclear matrix cycle structure to fast calculate a response confidence map of a target and a template in a frequency domain to obtain the accurate position of the tracked target. The algorithm presented by the invention has relative strong robustness while the illumination is drastically changed and the posture is adjusted.

The invention discloses a scheduling method for multiple AGVs in a closed automatic logistics park. The method comprises the following steps of 1) preparing; 2) planning a path based on a Dijkstra algorithm framework; and 3) according to the step 1) and the step 2), implementing the following traffic control logics of 3.1) updating the pose of the AGV and clearing the tail; 3.2) calculating an application area by utilizing a greedy strategy; 3.3) calculating a detection area; 3.4) calculating whether a deadlock ring exists or not, if yes, processing the deadlock ring, and circularly calculating whether the deadlock ring exists or not. According to the present invention, the concurrent capacity of the AGVs is utilized fully, the higher-density vehicle scheduling in the limited places is realized, and the higher operation efficiency is achieved.

The invention discloses an intelligent modern logistics management method. A modern logistics cloud system is set. The system is provided with a cloud platform, and a consignment terminal and a consignment acceptance terminal which are respectively in mutual connection with the cloud platform. The cloud platform comprises a basic database, a dynamic database, a history database and a navigation database. The intelligent modern logistics management method occupies an important part in the field of social circulation, supports the whole logistics network, has an important effect on logistics network optimization and also has connection coordination and hinge effects on basic facilities of the who society, cargo can be transmitted and received without relying on a logistics park, and the fewest links, shortest transportation distance, lowest loss and highest benefit are realized; in addition, the modern logistics cloud system provided by the invention has the advantages that the structure is simple, function modules are comprehensive and adjustable, maintenance and management are convenient, and the modern logistics intelligent management is fully realized.

The invention discloses a navigation control method and system based on distance calculation. A controller of a driverless vehicle is provided with a unique identification code. The navigation controlmethod is characterized by comprising the following steps that a, a route database is established; b, a plurality of calibration devices are installed on routes stored in the step a; c, the routes are selected; d, the position of the driverless vehicle is calibrated; and e, when the driverless vehicle is driven on the designated route, an anti-collision sensor acquisition device of the driverlessvehicle collects information about obstacles within the set range around a vehicle body. The navigation control method and system based on the distance calculation realize a driving method and a vehicle monitoring system which can automatically correct the vehicle position deviation and timely correct the driving path, the vehicle transportation efficiency in a logistics park is improved, labor cost is reduced, or the navigation control method and system can be used in the family environment, indoor food delivery, goods delivery and even cleaning work.

The invention comprises the technical fields of swarm intelligence and spatial data mining and particularly relates to a spatial clustering method of a constraint railway logistics dock integrated with a particle swarm optimization strategy. The spatial clustering method is particularly suitable for spatial layout of a logistics park at a railway port. With introduction of the particle swarm strategy, the method solves a problem that the local optimum is easily caused during K-Medoids clustering. The method comprises the following steps of: firstly, improving the K-Medoids algorithm without initializing a K value and determining the K value through a self-regulating method; secondly, solving a target function by using the improved particle swarm during the clustering iteration process, accelerating the convergence rate and finally obtaining an optimal clustering division. The spatial clustering method of the constraint railway logistics dock integrated with the particle swarm optimization strategy effectively overcomes the disadvantages of the traditional railway logistics deck layout method, is more rational in site selection and has good application value.

The invention discloses logistics park object transferring equipment. The equipment comprises an installation baseboard, a baffle is vertically connected to one end of the installation baseboard in awelded mode, a strip containing groove is vertically formed in the side, close to the installation baseboard, of the baffle, branch cover boards are connected to the side wall of the interior of the containing groove in the length direction of the side wall at equal intervals in a hinged mode, a supporting mechanism is vertically connected to the lower portion of the end, away from the baffle, ofeach branch cover board in a welded mode, a locating mechanism fixedly connected to each branch cover board below the corresponding supporting mechanism and the installation baseboard is installed under the corresponding supporting mechanism, each supporting mechanism comprises a supporting rod fixedly connected with the bottom of the corresponding branch cover board, T-shaped installation groovesare formed in the outer periphery of the end, close to the corresponding locating mechanism, of each supporting rod in the corresponding axial direction in an array mode, and a pressing board is installed in each T-shaped installation groove. According to the equipment, the structure is simple, operation is convenient, objects of different sizes are effectively clamped and placed, it is effectively prevented that the objects drop due to bouncing during conveying, and collision between the objects is prevented.

The invention provides an intelligent modern logistics management method. A modern logistics cloud system is provided, which is provided with a cloud platform, and a consignment terminal and a consignment acceptance terminal which are in interactive connection with the cloud platform, wherein the cloud platform comprises a basic database, a dynamic database, a historic database and a navigation database. The intelligent modern logistics management method plays an important role in the social circulation field, supports a whole logistics network, is of great importance to optimizing a logistics network, and meanwhile produces the effects of linking up, coordinating and hinging for the circulation infrastructure of a whole society; in addition, the intelligent modern logistics management method can receive and send cargoes depending on no logistics park, and realize the effects of least link, shortest haul distance, lowest loss and highest profit. The modern logistics cloud system has the characteristics of simple system structure, comprehensive and adjustable function module, and convenience for maintenance and management, and fully realizes modern logistics intelligent management.

The invention discloses a cargo transfer device in a logistics park. The cargo transfer device in the logistics park comprises a rail car, transportation mechanisms are arranged on the two sides of the rail car, a feeding mechanism and a discharging mechanism are arranged on one side of each transportation mechanism, and rotating mechanisms are arranged on one side of the feeding mechanism and one side of discharging mechanism. The cargo transfer device in the logistics park has the beneficial effects that a circulation box can be automatically placed on and taken down from the rail car through rotation of a motor and transmission of gears, the circulation box can be automatically subjected to position changing, and therefore the working efficiency is improved, and the labor intensity of workers is reduced.

The invention discloses a method for deploying and monitoring vehicles in a logistics park and a related device, so as to improve park management and working efficiency. The method comprises the steps of identifying information of a target vehicle when the target vehicle enters a park; matching order information and order storage information of the target vehicle, planning a loading scheme for the target vehicle, wherein the loading scheme comprises a loading sequence with the minimum time cost and a loading time period; updating the loading scheme to a platform warehouse information system and a park monitoring system so as to update queuing information and vehicle information on a platform display screen; and sending the loading scheme to the client of the target vehicle, so that the client of the target vehicle carries out loading according to the loading scheme.

The invention relates to an intelligent system for logistics park management and shopping mall goods distribution. The system is used for solving the problem that China's logistics industry rises currently, a large quantity of logistics companies exist, logistics parks are built in a plurality of cities, however, the management on the logistics parks is unenlightened compared with the development of the industry, the traditional management mode is adopted, so that the parking and the scheduling of trucks, the statistics and monitoring on the information of warehouses and goods, the goods distribution and the like are not intelligent enough, and the actual efficiency is low. The system logistics park management and shopping mall goods distribution comprises a logistics park gate sentry manager (1), wherein the logistics park gate sentry manager is connected with a shopping mall manager (3) and a sensor system (4) through a cloud computing server (2), the sensor system is connected with a warehouse manager (5), and the logistics park gate sentry manager is connected with a truck RFID (Radio Frequency Identification) card (6). The system is used for the intelligent logistics park management and shopping mall goods distribution.

The invention belongs to the technical field of logistics security and protection, and particularly relates to a fire isolation device for logistics park security and protection. Aiming at the problemthat most of existing fire isolation devices are arranged in advance in a park and occupy a large space to reduce the smoothness of the logistics park, the invention provides the following scheme that the fire isolation device comprises a base with a cuboid structure, and a cavity is formed in the base; the base is buried underground; bearing pedestals are fixedly arranged at the positions, closeto the two ends, of the inner wall of the bottom of the base, and symmetrical tapered roller bearings are embedded in the opposite ends of the two bearing pedestals respectively; a same winding roller is rotationally connected between the two tapered roller bearings, and fireproof cloth is wound around the outer wall of the circumference of the winding roller; cotton cloth is fixedly arranged onthe two opposite sides of the fireproof cloth; and a strip-shaped hole matched with the fireproof cloth in width is formed in the middle part of the upper surface of the base. The two sides of the fireproof cloth can be cooled by spraying water while fire is isolated, and the fireproofing grade of the same material is increased.

The invention discloses a park working vehicle working efficiency calculation method. The method comprises a TMS order information processing center, the TMS order information processing center is connected with an LPMS park vehicle queuing and entering system, and the method is characterized in that the TMS order information processing center comprises a cloud end, a background control end, a driver user end, a park entrance guard and a park display board; the background control terminal, the driver user terminal, the park entrance guard and the park display board are in signal connection with the cloud terminal through a network; calculation is carried out through historical data, and garden entering and exiting traffic flows and time periods are obtained. The utilization rate of the logistics park can be greatly improved, the vacancy rate of drivers and vehicles is reduced, and the management and control capability of the park is improved; intelligence of a logistics park can be improved, labor cost is reduced, and working efficiency is improved.

The invention discloses a forklift time-sharing leasing cloud management system and relates to the field of logistics equipment. According to the forklift time-sharing leasing cloud management system,the quantity of serving forklifts is decided after data analysis, therefore, cost can be saved, and working efficiency is improved. Since forklift equipment is movable, a forklift time-sharing leasing system is constructed, wherein the system is a cloud management system and not only can manage forklifts in a certain logistics park but also can simultaneously manage forklifts distributed in multiple logistics parks. Through the forklift time-sharing leasing cloud management system, a user can pay forklift leasing expense according to use time, a forklift investor obtains rent, logistics costis saved, both parties can benefit, and therefore the system has positive significance in terms of increasing economic benefit of the logistics industry, saving energy and protecting the environment.

The embodiment of the invention provides an intelligent weight checking method and system, and the method mainly comprises the steps: receiving a weight checking application of a user, and generatinga weight checking order; obtaining first weight detection information of the detected object; performing overweight detection on the detected object; if the overweight detection is qualified, generating an electronic scale list of the detected object; generating a temporary warehouse-in and warehouse-out list; acquiring second weight detection information of the detected object; the intelligent weight checking subsystem is used for carrying out one-time weight checking verification on the weight checking information of the detected object; If the weight checking result is qualified, generatinga formal warehouse-in and warehouse-out list. According to the systematic, process-based, intelligent and safe intelligent weight checking method and system provided by the embodiment of the invention, the weight checking information in the links of transportation production, wareshell service and the like of the existing logistics park is managed, and the problems that the weight checking information before and after the production link is inconsistent and the informatization of traditional paper weight checking receipts cannot be realized are solved. By introducing the weight checking and verifying method, the transportation risk caused by overweight can be effectively avoided, and the production efficiency of a logistics park is improved.

The invention discloses a cargo sorting method used in a logistics park. The cargo sorting method includes the following steps: 1) classifying and sorting a plurality of transported goods; 2) coding the transported goods of the same category respectively , and weigh the goods of the same category respectively; so that each transported goods has a coded information, wherein the coded information includes category information and weight information; 3), input the coded information of multiple transported goods into the cargo classification 4) Sorting a plurality of transported goods through the goods sorting device in sequence. The cargo sorting method has high sorting efficiency, fewer post-processing procedures, and can save costs.

The invention discloses a port logistics park combined with an underground logistics system. The port logistics park comprises an underground cargo loading and unloading area and the like; the underground cargo loading and unloading area includes two parts, namely, the ground part and the over-ground part, so that ground and underground operations are closely combined, and effective connection oflines between a port and the logistics park is realized; and a temporary storage yard and an underground logistics access are arranged above the ground, so that port containers an e conveyed to an over-ground logistics park in sequence. A deep-layer underground logistics passage is arranged below the underground cargo loading and unloading area and is 40-50 m below the ground; a gantry crane is arranged above the underground logistics passage, and the civil engineering cost, the transportation cost and the park ground area for ramp transportation can be saved through vertically upwards hangingof containers; and the deep-layer underground logistics passage, a shallow-layer underground logistics passage and a ground passage are designed, so that effective connection and multi-mode combinedtransportation among the port logistics park, the port and the urban area can be realized through multiple passage combined transportation.

The invention relates to a cold chain logistics park integration system based on LNG energy cascade utilization. The system comprises an LNG cold energy three-stage utilization subsystem, a natural gas cold-heat-power triple-supply multi-energy coupling subsystem and a refrigeration subsystem, wherein the LNG cold energy three-stage utilization subsystem, the natural gas cold-heat-power triple-supply multi-energy coupling subsystem and the refrigeration subsystem are mutually connected; the LNG cold energy three-stage utilization subsystem is correspondingly connected with a gas internal combustion engine unit and an expansion generator unit respectively through a first gasifier and a heater; the first gasifier and the heater are arranged in the LNG cold energy three-stage utilization subsystem; the gas internal combustion engine unit and the expansion generator unit are arranged on the natural gas cold-heat-power triple-supply multi-energy coupling subsystem; the refrigeration subsystem is correspondingly connected with a first residual cold heat exchanger arranged in the LNG cold energy three-stage utilization subsystem and a second residual cold heat exchanger arranged in the natural gas cold-hot-power triple-supply multi-energy coupling subsystem through a throttling valve and a condenser; and the throttling valve and the condenser arranged are arranged on the refrigerationsubsystem. Compared with the prior art, the system has the advantages of high comprehensive energy utilization rate, remarkable energy saving and emission reduction and the like.

The invention discloses a regulating type truck loading device special for logistics parks. The regulating type truck loading device special for the logistics parks comprises a bottom seat, wherein a controller is arranged on the bottom seat, a support sliding device is installed below the bottom seat, a transmission belt device is arranged on one side of the bottom seat, a drive transport device is arranged above the bottom seat, and a driven transport device is arranged on the bottom seat. According to the regulating type truck loading device special for the logistics parks, goods under drive of reciprocating contraction of a push hydraulic oil cylinder can be transported on a stick transport frame, and therefore preliminary transportation for the goods can be performed; a transport belt is formed by multiple groups of square transport plates released through rotation of a coiling roller, and is fixed under action of a steel wire rope and a tension sensor, and therefore the goods can fall onto the transport belt for secondary transport; the transport belt formed by the multiple groups of the square transport plates can perform coiling contraction, and therefore occupied space of the regulating type truck loading device special for the logistics parks can be saved when the regulating type truck loading device special for the logistics parks is not used, and then the regulating type truck loading device special for the logistics parks is convenient to store. The regulating type truck loading device special for the logistics parks has the advantages of being simple to operate and strong in practicability.

The invention relates to an intelligent logistics park traffic management service system based on a GIS space geography technology. The intelligent logistics park traffic management service system based on a GIS space geography technology includes an information management platform based on a geographic information technology and large data analysis, a traffic signal lamp system, a park integrated scheduling service subsystem and a transport monitoring subsystem, wherein the park integrated scheduling service subsystem is arranged at a mobile terminal of a user; the transport monitoring subsystem and the information management platform based on a geographic information technology and large data analysis are arranged on a cloud computing server; and the traffic signal lamp system is arranged at each crossing, and is controlled by the submodule of the information management platform based on a geographic information technology and large data analysis. The intelligent logistics park traffic management service system based on a GIS space geography technology integrates the park traffic service platform with the management platform for the first time, and solves the problem of traffic jam in the park through a traffic flow active dispersion mechanism, thus improving the management efficiency and service quality, and reducing the service cost at the same time.

The invention discloses a shipment self-service bill printing method based on the Internet of Things technology. The shipment self-service order printing method comprises the steps that member basic information maintenance is performed; a member performs business collaboration through an intelligent cloud warehouse; a driver performs bill printing through self-service; a warehouse administrator performs code scanning for verification; and cargo warehouse-out processing is performed. The shipment self-service bill printing system based on the Internet of Things technology comprises a set of intelligent cloud warehouse management system, at least one main server, at least one self-service bill printing machine, at least one member machine and at least one PDA code scanning device. The intelligent cloud warehouse management system is installed in the total server, the member machine and the self-service bill printing machine. The total server is in wired or wireless signal transmission connection with the member machine, the self-service bill printing machine and the PDA code scanning device. The shipment self-service bill printing method and system combines the logistics cloud warehouse platform with the Internet of Things technology, and on the basis of real services and data of the logistics cloud warehouse platform, completes identity authentication of a driver and auditing ofreceipts through the Internet of Things technology, so that the service operation efficiency of a logistics park is improved on the premise that safety is guaranteed.