225 results about "Logistics center" patented technology

The invention provides a tobacco logistics distribution system and method. The tobacco logistics distribution system comprises an unpacking device, a sorting system, transfer containers, casing equipment, an information identity card reader-writer, a central control server and a handheld terminal. The tobacco logistics distribution system is used for sorting and distributing tobacco for customer orders in a tobacco logistics center, the transfer containers with RFID (radio frequency identity) tags are used for distributing the tobacco, and full sensing during cigarette distribution is realized. Each transfer container is provided with an RFID tag, and cigarette order information of the transfer containers is written into the RFID. In order to distribute customer identity cards to the customers, scanning time and places are recorded by scanning the RFID tags of the transfer containers and the customer identity cards during distribution, and orders can be distributed within the preset time and places and are well documented, so that tobacco distribution time and places are monitored, and tobacco logistics distribution speed is effectively guaranteed. By reading and checking the RFID content of the transfer containers in important logistics sites, cigarette in the transfer containers can be traced and managed.

The invention relates to the technical field of logistics, particularly to a logistics center storage position allocation method. The method comprises the following optimization steps: calculating goods correlation; clustering and analyzing goods; allocating clustered goods to storage areas; allocating goods to specific goods positions and finely adjusting the storage of special goods according to the characteristics of the goods. The method reduces the operating time for a warehouse and improves the operating efficiency of the shelf-type warehouse without increasing equipment investment, by optimizing a logistics center storage position allocation management system, using the shelf-type warehouse center as a research object, optimizing the goods position allocation of the warehouse and beginning with optimization management and dispatching of the warehouse.

A logistics base optimization system that may provide an optimal plan with respect to an architecture of a logistics network of a shipper, the number and capacity of logistics centers, a transport network, a routing, and the like, in order to minimize logistics cost or a carbon emission amount at the present, midterm, and long term.

The invention discloses a system and method for monitoring and managing a whole logistics transportation process based on RFID (radio frequency identification devices). The system for monitoring and managing the whole logistic transportation process based on RFID comprises a logistics center and a plurality of dispatching vehicles, wherein each dispatching vehicle is provided with a monitoring device; each monitoring device comprises an RFID read-write module, a communication / positioning module, a storage module, an MMI (man-machine interface) module and a central processing unit; the RFID read-write module is used for reading the RFID label of each dispatching vehicle which gets in / out; the RFID read-write module, the communication / positioning module, the storage module and the MMI module are all connected to the central processing unit; and the communication / positioning module is connected to the logistics center in a wireless communication manner. A high-efficient and low-cost means of monitoring the transported goods in real time is supplied by the system and method for monitoring and managing the whole logistics transportation process based on RFID.

This invention provides an operation platform system realizing the commercial mode of integral city electronic business affairs and distribution including a commercial managing sub-system based on the internet environment, a billing service sub-system, a distribution center sub-system and a chain distribution sub-system, in which, the commercial management sub-system includes the functions of commercial management, customer management and the distribution management, the billing service sub-system accesses orders or other information to the commercial management sub-system by the data interface in multiple information transfer modes, the distribution sub-system processes the stock information and distribution , the chain sub-system receives the order information sent by the commercial management sub-system via the internet to generate the mixed chukudan and feeds back the stock information of the network points to the sub-systems of the distribution center.

A logistics system includes a control unit, an actual arrival time acquisition section, and a storage section. The control unit calculates estimated arrival time of each transport vehicle at a logistics center. The actual arrival time acquisition section acquires actual arrival time of the each transport vehicle at the logistic center. The storage section stores actual difference information. The control unit calculates a corrected estimated arrival time of the transport vehicle at the logistics center based on the estimated arrival time of the transport vehicle at the logistics center and the actual difference information. The control unit makes an item assortment plan based on the corrected estimated arrival time.

A temperature tracking and monitoring system used for commodities transportation comprises a deliver unit, a control computer and a monitor and control unit. The deliver unit comprises a transportation means, at least a glove compartment, a RFID tag and a RFID reader. The glove compartment is disposed in the transportation device the RFID tag is disposed in the glove compartment and has provision for transmitting an identification code. The control computer is adapted to communicate with the RFID reader to receive a temperature signal and the identification code. The control computer transmits a positioning request signal, receives real-time position data, transforms the real-time position data into a position signal and transmitting the position signal, the temperature signal and the identification code in a specific manner. The monitor and control portion comprises a positioning device and a logistics center. The positioning device transmits the real-time position data to the control computer in response to the positioning request signal. The logistics center receives the position signal, the temperature signal and the identification code so as to acquire information of a position and a temperature of the glove compartment reading content of a local message.

The invention discloses an optimization method of agricultural material chain operation logistics center site selection, belonging to the technical field of logistics center site selection optimization. The technical scheme specifically comprises: putting forward an optimization model for agricultural material chain operation logistics center site selection; converting into new single logistics center site selection, new multiple logistics center site selection and logistics center site selection with limited number; based on the analytic hierarchy process principle, calculating the weight of the target function of the optimization model for agricultural material chain operation logistics center site selection; by taking example of transportation problem solutions, synthesizing addition rules in multiple-target decision analysis, and repeatedly solving until obtaining an approximate optimal solution. The proposed model truly reflects the planning process of the agricultural material chain operation logistics center, satisfies the minimum requirements of logistics link cost and ensures that the model better conforms to reality. The model not only can calculate the optimal site of the agricultural material chain operation logistics center but also can know the throughput of a selected logistics center and realizes the optimal site selection of single logistics center or a plurality of logistics centers.

The present invention provides a vehicle-based express receiving method, a trunk automatic receiving device, and a vehicle. The method comprises that: a first mobile terminal sends delivery information to an online shop seller, so that the online shop seller forwards the delivery information to a logistics center, wherein the delivery information comprises a vehicle parking address, a delivery time, and an activation password of a trunk of the vehicle, and the first mobile terminal belongs to a vehicle owner; the logistic center issues the delivery information to a second mobile terminal, so that the goods can be delivered to the truck of the vehicle according to the delivery information, wherein the second mobile terminal belongs to the courier; and after the delivery of the goods is completed, the second mobile terminal sends a delivery completion prompt to the logistics center, so that the logistics center sends the delivery completion prompt to the first mobile terminal. According to the method provided by the present invention, the express can be received by the consumer through the consumer vehicle, high flexibility and safety are ensured, and the life of the consumer is greatly facilitated.

The method provides a logistics information security encryption method based on identity authentication and a system based on identity authentication. The method comprises the steps that 1) a canvassing canvasser uses an identity code to exchange an encryption key with a logistics center server for label encryption; 2) a logistics distribution center sends goods to a logistics receiving center according to the logistics receiving center address clearly identified by an encrypted label; 3) the logistics receiving center uses the identity code to exchange the encryption key with the logistics center server to interpret the detailed address of an addressee, and arranges a deliveryman; and 4) the deliveryman uses the identity code to exchange the encryption key with the logistics center server to interpret the detailed address and the contact information of the addressee, and delivers the goods to the addressee. The system comprises a handheld device, a node terminal device, the encryption label and the logistics center server. The handheld device and the node terminal device are in data connection with the logistics center server. The method and the system are simple, reliable, convenient and efficient.

The invention provides an intelligent logistics method based on an electronic tag. The method comprises the following steps: step 1, a user uploads express article information and pickup information to a logistics cloud platform via a client logistics transceiving system, and the logistics cloud platform generates an electronic tag according to the express article information and sends the electronic tag and the pickup information to the logistics transceiving system to allocate a courier to pick up an article; step 2, after the courier picks up the article, the courier prints the electronic tag and sticks the electronic tag to the express article; step 3, a sending logistics center scans the electronic tag, and allocates a transport vehicle according to the scanned express article information to transport the express article to a receiving logistics center; step 4, the receiving logistics center scans the electronic tag, allocates a courier to deliver the article, and informs a receiver of picking up the article; and step 5, after the receiver receives the article, an express cabinet feeds back reception information to the logistics transceiving system and the logistics cloud platform, and the logistics cloud platform pushes the reception information to the sender.

The present invention belongs to the technical field of pharmaceutical logistics and provides a method and a system for checking and sorting scattered commodities in the pharmaceutical logistics field. The method comprises the steps of order receiving step, rechecking station assignment step, storage bit allocation step, commodity collection sliding channel allocation step, and rechecking station release step. The characteristics of scattered orders at a logistics center are fully considered, and different sorting treatments are conducted for different types of orders. Therefore, the utilization rate of automatically rechecking and sorting sliding channels is ensured. Meanwhile, the difficult problem of commodity collection for large orders is solved. Commodities of the same order are ensured to be processed on the same rechecking station as much as possible. Therefore, commodities of the same order are packaged as one package during the rechecking and packaging process, so that the defect of scattered packages is avoided. The packaging cost and the transportation cost are reduced, and the package receiving experience of users is improved. According to the technical scheme of the invention, the application of commodity collection sliding channels relieves the rechecking and packaging pressure for a bulk of scattered orders in a limited space. Meanwhile, the congestion of a rechecking and sorting line caused by the large amount of turnover box splitting and sorting work can be avoided.

The invention discloses a logistics delivery route optimizing generation method and system. The logistics delivery route optimizing generation method comprises the following steps: firstly, obtaining and combining client information in distribution areas to form distribution districts; then, selecting the district which takes the longest distribution working time from a logistics center as a calculation source point according to delivery car capacity; accumulating client delivery capacity according to client linear distribution serial numbers in the district or a next delivery district which takes the shortest working time from the source point until the delivery car capacity is satisfied; and finally, finishing a total delivery amount, and outputting the selected client linear distribution serial numbers as an optimal delivery route. A proper delivery path is calculated by adopting a reverse recursion Dijkstra algorithm, the district is used as a basic calculation unit, a distribution network is simplified, a network calculation amount is greatly lowered, information acquisition difficulties and information acquisition time are greatly lowered and shortened respectively, the amount and the dispatch frequency of the delivery cars are reduced, operation cost is lowered, and distribution efficiency is improved.

The invention discloses a logistics device and a logistics system. The logistics device comprises at least one storage box, a logistics information collecting module, a communication module, and a secondary storage box array control module, wherein the at least one storage box is used for storing goods; the logistics information collecting module is used for collecting goods information, logistics personnel information and recipient information; the communication module is used for uploading the collected goods information, the logistics personnel information and the recipient information to a logistics center server, and receiving a logistics result which is generated by the logistics center server according to the goods information, logistics personnel information and recipient information; and the secondary storage box array control module is used for controlling the storage box according to the logistics result. According to the logistics device and the logistics system disclosed by the invention, logistics efficiency can be improved, privacy and safety of the recipient and the property of the recipient are protected, and a payment problem for cash on delivery is effectively solved.

The invention discloses a medical low-value consumable three-level storehouse management system in an SPD mode. The system comprises a supplier unit, a purchase center, an SPD center library, a department SPD second-level library, a department SPD third-level library, a finance department and a low-value consumable three-level warehouse information management system. In an SPD mode, logistics operation of medical low-value consumables generally relates to cooperation among suppliers, logistics centers and consumption departments. During Actual operation, the supplier distributes the medical consumables to the logistics center on time according to orders; the medical consumables are subjected to operations such as inspection at the logistics center, Storage and shelf, fixed-number processing and the like, the medical consumables are pushed to Consumption departments such as outpatient service, emergency wards and inpatient wards by specialized personnel. Code scanning consumption is carried out when consumables are taken by a department, settlement is carried out on the consumables and suppliers according to the feedback consumption number after the consumption information is obtained by the logistics center, the medical consumables scanned by the code of the second-level storehouse enter third-level storehouse management, the third-level storehouse is associated with a hospitalHIS system through an SPD information management system, and the use condition of the consumables can be traced.

Disclosed is a temperature tracking and monitoring system used for commodities transportation comprises a deliver unit, a control computer and a monitor and control unit. The deliver unit comprises a transportation means, at least a glove compartment, a RFID tag and a RFID reader. The glove compartment is disposed in the transportation means, the RFID tag is disposed in the glove compartment and has provision for transmitting an identification code. The control computer is adapted to communicate with the RFID reader to receive a temperature signal and the identification code. The control computer transmits a positioning request signal, receives real-time position data, transforms the real-time position data into a position signal and transmitting the position signal, the temperature signal and the identification code in a specific manner. The monitor and control portion comprises a positioning device and a logistics center. The positioning device transmits the real-time position data to the control computer in response to the positioning request signal. The logistics center receives the position signal, the temperature signal and the identification code so as to acquire information of a position and a temperature of the glove compartment reading content of a local message.

The invention discloses a catering service system and a catering ordering method thereof. The catering service system is composed of an ordering service platform, a logistics center, a raw material processing center, a user terminal and a regional cooking center. The ordering service platform is used for issuing dish information, receiving order information sent by the user terminal, generating the order information, and sending the order information to the raw material processing center, the logistics center and the regional cooking center. The user terminal is used for realizing ordering by a user. The raw material processing center is used for preparing for net dish packets needed by dishes in an order. The logistics center is used for distributing the net dish packets to the regional cooking center. The regional cooking center consists of a centralized control platform and an automatic cooking machine; the centralized control platform is used for sending a cooking control program to the automatic cooking machine; and the automatic cooking machine is used for cooking dishes based on the cooking control program to follow-up dish taking by the user. With the catering service system, the application range of the automatic cooking machine is extended based on the internet technology; and the take-out order need of the user is met.

The invention discloses a logistic center cargo delivery routing problem eM-Plant simulation method. The logistic center cargo delivery routing problem eM-Plant simulation method specifically comprises the steps of firstly certainly knowing a logistic center operation pattern, and specifically performing analysis by taking certain logistic enterprises as objects and taking cargos to be delivered within a range of 10 thousand square kilometers as research objects; defining and analyzing vehicle routing problems with time windows, and mainly making researches on a single distribution center, multiple clients, different demands, time and places, different cargo quantities and different vehicle models; modeling the vehicle routing problems with the time windows, and performing modeling and classification and analysis of constraint conditions by adopting operational research and the like; performing simulation modeling analysis oriented to specific objects and performing modeling analysis in considerations of various factors such as required cargo delivery places and time to the objects, traffic conditions and weather; modeling by using eM-Plant. The simulation model is divided into four parts, including a user interface, an information flow layer, a visualized logistic layer and a simulation data analysis layer.

A method of handling parcels (2) and a logistics center (1) for handling parcels, use is made of superposable racks (5) and motor-driven shuttle carts (6) that are remotely controlled by a central processing unit (7) to travel in freely guided manner and that are suitable for docking with each rack (5), each parcel (2) is unloaded onto a rack (5) and the destination of the parcel is identified (103), a specific location is assigned (104) to said rack (5) using an outward shipping plan, and said corresponding shuttle cart (6) is caused to move (105) so as to store said parcels (2) side-by-side and in superposed manner, and then, using an inward delivery plan, each rack (5) is docked (110), and each parcel (2) is transferred (111) from said stowage zone (11) to a loading point (3) so that parcels (2) are presented in their order of delivery.

The invention discloses an intelligent logistics data management method based on cloud computing. The method includes: a cloud platform e-commerce receiving order information of a user, based on the object Z of the minimized cost of user service, selecting a supplier to provide transport service; acquiring the type, number and capacity information of vehicles in a logistics center and node information of all users; and planning a transport path for every vehicle with minimum vehicle oil consumption for an object function U; with the weighted summation of the two object functions Z and U as a total object, adopting the particle swarm algorithm to resolve global optimal solution. According to the invention, the intelligent logistics data management method is based on big data analysis, guarantees user requirements, optimizes logistics resources, maximally increases user satisfaction, and achieves economic and environmental benefits.

The invention relates to a three-warehouse coordinated management cigarette logistics system which is formed by a logistics center A, a production base B, a production base C and a center control module. The center control module is composed of an order module, an inventory module and an ex-warehouse module. The order module is characterized in that conditions of orders are reflected through an order characteristic analysis model with the order product standard concentration ratio, the order product standard cover degree, the order product standard association degree and the order volatility as the characteristics. The inventory module comprises an input program, a process matching program and an output program. The ex-warehouse module comprises an input program, an order processing program and an output program. According to the three-warehouse coordinated management cigarette logistics system, external direct ex-warehouse of multiple warehouses is achieved, allocation among the warehouses is reduced, cost is saved, the operation efficiency is improved, and most-efficient data exchanging and most-efficient logistics operation are achieved.

The invention relates to a logistics distribution vehicle scheduling method based on an improved A* algorithm, and proposes a plan for vehicle scheduling, route selection and route planning in logistics distribution including two parts: an improved A* algorithm and a logistics distribution algorithm. The improved A* algorithm is used to quickly search for the optimal path between two points, including: meshing the distribution area, preferably selecting the appropriate evaluation distance, and recursively searching for the shortest distance. The logistics distribution algorithm is used to generate vehicle information sent from the distribution center to each customer node, the vehicle information includes vehicle numbers, passing customer nodes, vehicle routes, load capacities, and total distances of the routes, and the logistics distribution algorithm includes two parts of calculating distances and routes from the customer nodes to the logistics center, and generating the distributionplane with the improved weighted graph algorithm. This scheduling method considers the constraints in the vehicle path, reduces the total transportation distance, enhances the overall control and management of the logistics distribution process, and achieves a more economical distribution line.

This invention discloses a goods return process method and system, which is applied in logistics center process composed of one good return load area, one return package disable area and one goods return buffer upper rack area, wherein, the method comprises the following steps: adding return goods control information at the register phase; then establishing real goods return items, bench bit and upper memory connection management in goods return phase; further combining electron roller mechanism to guide all upper rack operation of all goods.

The invention provides a logistics center carrying robot path planning method based on traffic jamming control. The method provides a robot path plan algorithm based on traffic jamming control. The operation efficiency of a multi-robot management system of a logistics center is improved by solving the traffic jamming problem. During the path planning, the environment jamming degree is added to consideration, so that the robots possibly avoid regions with high jamming degrees during the operation; the system operation time is shortened by reducing the system jamming degree. Meanwhile, the robotrunning road in the logistics center is unidirectional, the robot can change the path direction in the crossing position, so that the jamming degree of the grid in the crossing represents the jammingdegree of a certain road section, so that the problem of excessive calculation quantity due to the jamming degree of each grid in the calculation environment can be solved.

The invention relates to the medicine logistics field, and provides a medicine logistics industry stock initial install realization method and device; the method comprises the following steps: importing initial install data into a WMS system so as to form original data according to storage areas; splitting the original data according to the ware location volume and stock upper limit; triggering network service so as to distribute warehousing ware locations, and forming immigration data; printing whole piece immigration labels and a retail goods immigration sheet in a warehouse management system; inputting actual racking quantity into the warehouse management system according to an input / output warehousing abnormity registration form, confirming racking, and automatically transferring into virtual warehouse stock according to the difference quantity between the planning quantity and actual quantity; receiving and keeping account in the warehouse management system, and forming the stock initial install data in the warehouse management system. The method can reasonably split an immigration task through initial install import, splitting and ware location distribution, can automatically distribute the racking ware locations in the new logistics center, can compare and parse the immigration differences, thus effectively moving the whole logistics center in sequence.

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.

The invention discloses a large-scale logistics distribution method based on a cloud platform. According to the method, a logistics distribution circle is divided according to the number of the flow of people, clients or the like, a logistics center scans commodity information and uploads data, then commodities are made to match distribution circles, the commodities in the distribution circles aredivided into a plurality of order subsets through a k-means clustering algorithm, distribution routes of each distribution circle are calculated through a discrete particle swarm algorithm, the clients check distribution states via APPs or WEB ends, and the center monitors vehicle positions and states through a vehicle-mounted terminal.

The invention relates to an express delivery receiving and sending intelligent method based on an RFID, and the method is characterized in that the method comprises the steps that a sender sends an express delivery to an express delivery transceiver; an express delivery service worker takes the express delivery, and conveys the express delivery to a logistic center; the logistic center distributes the express delivery to a corresponding express delivery transceiver through the express delivery service worker; and a receiver takes the express delivery. The method achieves the automation of receiving and sending of the express delivery in the express delivery industry, improves the mailing efficiency, reduces the manual cost, achieves the real-time tracking service of the express delivery, and improves the safety of the express delivery.

The invention relates to an information system based on supply chain management. The information system comprises a purchasing managing module, a market analysis managing module, a production managing module, a client relation managing module and a logistics center managing module. The purchasing managing module is used for managing purchasing information of a raw material. The market analysis managing module is used for analyzing the demand and the trend of a cargo market according to the occupation amount of the cargo market; the production managing module is used for recording the production process of products; the client relation managing module is used for recording basic information of a client and information of an order to feed back and monitor the service quality; the logistics center managing module is used for managing a inventory state and cargo logistics transportation conditions. The information system based on supply chain management can meet the requirements for informatization, real-time performance and intelligence of the current enterprise supply chain management, enable an enterprise to better coordinate management and production of all relevant departments in the supply chain management, improve production efficiency and reduce operation cost.

A Logistics Center for the processing and delivery is described. The Logistics Center and process provide customers with a plurality of delivery and / or retrieval options of a shipped package.