552 results about "Smart logistics" patented technology

The invention discloses an intelligent logistics delivery method, an apparatus, and a system. The method includes: when it is detected that a delivery mobile client enters a network coverage of intelligent lockers, description information of a delivered item is obtained from the delivery mobile client and sent to a server in order to verify whether the delivered item is matched with the intelligent locker; a door of the locker is opened according to a door-opening instruction in verification result information returned by the server; when it is detected that the storage of the delivered item is accomplished, pick-up notification information is generated, and the pick-up notification information is sent to a reception mobile client; and when it is detected that the reception mobile client enters the network coverage of the intelligent lockers, pick-up verification information is obtained from the reception mobile client, the match between the obtained pick-up verification information and the pick-up verification information in the pick-up notification information is performed, and the door of the locker is opened if the matching is successful. According to the method, the apparatus, and the system, compared with the prior art, the delivery process can be simplified, and the delivery efficiency is improved.

The invention relates to the technical field of logistics distribution systems and methods, in particular to an intelligent logistics distribution system and a logistics distribution method based on cloud services. Through the intelligent logistics distribution system comprising a cloud server, a vehicle-mounted mobile intelligent terminal arranged in a logistics distribution truck cargo compartment, a sender mobile intelligent terminal, a logistics personnel mobile intelligent terminal and a sender mobile intelligent terminal, the logistics efficiency of a logistics company can be effectively improved, the waste of mails is largely reduced, and therefore production cost is largely lowered. Articles can be monitored and inquired in real time when transported, clear responsibility of the person in charge of the articles is guaranteed, and the articles are prevented from being lost. A receiver and a sender can inquire the conditions such as the site and video of the articles at any time, the logistics company can effectively find out the best method of article transportation such as the placement position and a driving route, and therefore the social value is large.

The invention relates to the technical field of intelligent logistics, and particularly relates to an intelligent logistics picking storage system and a method. The intelligent logistics picking storage system comprises a stereoscopic warehouse, a picking vehicle and a ground transportation unit, wherein the stereoscopic warehouse is used for storing all kinds of goods, the picking vehicle is used for replenishing and delivering from the stereoscopic warehouse, and the ground transportation unit is used for transmitting goods which are loaded on the picking vehicle during delivery to a sorting opening; a plurality of layers of platforms which are used for the picking vehicle to independently walk are arranged on the stereoscopic warehouse in a height direction, and all kinds of goods are stored on each layer of the platform; transition devices which is used for lifting the picking vehicle are arranged at the edges of the plurality of layers of platforms; and the picking vehicle enters any layer of the platform through the transition devices so as to replenish and deliver from the stereoscopic warehouse. According to the intelligent logistics picking storage system, a large quantity of goods can be stored, and the picking vehicle can be operated in any track, so that the goods picking and storage efficiency in intelligent logistics can be effectively improved.

The invention provides an intelligent logistics method and a system. a courier account and a password are inputted on a login interface and matching is carried out, express cabinet information is queried after successful matching and logging, the express cabinet information comprises recipient information of goods in each express cabinet, the recipient information comprises a recipient contact information. A pick-up information uploading interface is provided for enabling the recipient contact information to be inputted, and through scanning and inputting an express waybill number bar code, the inputted recipient contact information and the express waybill number are uploaded. After express delivery is carried out according to available express cabinet information, a pick-up identification code is generated according to the uploaded recipient contact information and the express waybill number and pushed to the recipient and the express cabinet corresponding to the recipient contact information, and the pick-up identification code is a two-dimensional code, a bar code or a password. Pick-up is carried out by the express cabinet according to the two-dimensional code, the bar code or the password. Thus, pick-up and notification are automatically finished, a user only goes to a fixed place for picking up an express when a notice is received, the operation is convenient and quick, and labor cost is saved.

The invention provides an intelligent logistics device and an intelligent logistics system. The device comprises a self-assisted cabinet (including grids provided with cabinet doors and electric control locks) for storing expresses, a control module, a wireless communication module and a barcode scanning module, wherein the device is accessed to a background server of a logistics company through the wireless communication module of the control module, so that data communication with the background server of the logistics company is realized. Verification barcode information is acquired by the barcode scanning module and the verification barcode information is verified through the control module, so that the step of telephone communication between the sender and the receiver is canceled in virtue of the manner that the verification barcode information is verified through the barcode scanning module and the control module, and the efficiency is improved; the verification result is more accurate and potential unsafe factors are avoided, so that the family privacy of the receiver is protected well. The device and system are relatively wide in applicability, and are suitable for express companies as well as persons and companies besides the express companies, so that the person-to-person logistics demand is expanded.

The invention discloses a logistics delivery system which comprises an intelligent logistics box, a data docking station, a mobile control terminal and a management platform. The invention further discloses a logistics delivery method based on the system. The intelligent logistics box can be repeatedly used, so that the logistics packaging cost is greatly saved. The intelligent logistics box storing logistics information and position information is in real-time communication with the management platform so that the state of the whole process of logistics can be monitored. The intelligent logistics box and the data docking station can be combined to prevent errors caused during delivery, and the delivery efficiency is improved. The logistics box can also be made to be in a standard form, and universality is improved. A refrigerating device is additionally arranged on the logistics box so that the logistics box can also be suitable for fresh products liable to deteriorate, the purpose of remote transportation of the fresh products is achieved, and meanwhile the transportation cost of the fresh products is reduced.

The invention discloses an intelligent logistics signing method and a system. The method comprises steps as follows: a handheld code-scanning terminal integrated with an iBeacon function is delivered; a consignee terminal obtains a current user identification from a server; the server compares a code-scanning terminal identification with the user identification and performs comparison and verification of identities of two parties; after the identities of the two parties are verified to be matched, a consignee receives an express item and starts an APP (application) to send a verification result to the server, and order signing is completed after information verification. By means of the intelligent logistics signing method and system, intelligent logistics signing is realized, the safety and reliability verification of logistics signing is improved, signing time for express delivery is substantially shortened, artificial signing is unnecessary, and waste of paper and pens is avoided. Meanwhile, in the whole logistics express delivery signing process, encryption signing is realized through information verification of the mobile terminal, a parcel form is not required to be filled up in a handwriting mode, leakage of personal information of the consignee is avoided, and the signing safety is improved.

The invention provides a supply chain logistics traceability system based on blockchain multi-chain cooperation. The system comprises a resource management layer, a block information layer, a system management layer and an application service layer which are supported layer by layer from bottom to top, are gradually close to a user application from the resource management layer to the applicationservice layer and are gradually close to physical resources from the application service layer to the resource management layer. The logistics traceability system based on the blockchain technology isan innovative application in the field of intelligent logistics systems, and has a wide application prospect.

The invention relates to the technical field of intelligent logistics, and specifically discloses an intelligent logistics distribution method. The method comprises the steps: obtaining the information of logistics vehicles and carrying out the real-time updating; obtaining the demand information of goods delivery, and carrying out the real-time updating; carrying out the matching of the information of logistics vehicles with the demand information of goods delivery, and generating a goods distribution order; and carrying out the automatic settlement and payment of delivery cost after the delivery is completed and goods is received. The method provided by the invention can achieve the automatic optimal matching according to the actual demands of the goods delivery and the existing logistics vehicle resources. Because the information of logistics vehicles are updated in real time, the logistics transportation mode provided by the invention is effective and quick, and the method can provide an optimal logistics transportation mode for a logistics demand side, and can effectively reduce the transportation cost.

The invention relates to a distribution system and method, belongs to the field of information management, and particularly relates to an intelligent logistics distribution information processing system and method. According to the logistics distribution management system capable of being applied to goods distribution of a company, standardized management of logistics distribution is realized, system management of goods orders and distribution is realized, vehicle management and route management are facilitated, resource conflicts are avoided, and the usage rate is increased; and systematized personnel management distribution and a perfect permission management mechanism effectively control responsibility distribution in a goods distribution process.

The invention provides an intelligent logistics supervisory system. The intelligent logistics supervisory system comprises a cloud service platform, an intelligent vehicle-mounted management system and an intelligent storage center which are based on the Internet of Things and achieve safety guarantee and efficient dispatching in the complete logistics transportation process by relying on the Internet of Things. An automatic, visible, controllable, intelligent and systematized modern logistics service system is established.

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 invention belongs to the technical field of intelligent logistics robots, and discloses an intelligent solar unmanned logistics distribution system, a control method and a distribution vehicle. The control method comprises the steps of collecting and analyzing a current road environment, and when a vehicle body detects an obstacle, the vehicle body automatically stopping or bypassing a bend toavoid the obstacle according to an ultrasonic detection distance and runs to a safe area; acquiring a lane boundary sign through a USB camera, carrying out binarization processing on an acquired picture, determining the position of a lane boundary through an edge detection method, solving the area of a lane boundary area, and controlling the vehicle body to run along the lane boundary area through a threshold judgment method; displaying vehicle state information such as latitude and longitude, speed, azimuth angle and battery capacity of the vehicle body in real time and sending the vehicle state information to a remote service center through a wireless module. According to the invention, the uncertainty of the external perception of the vehicle is reduced, and the correctness of the decision of the unmanned vehicle control system is greatly improved.

The invention provides an intelligent logistics system, an intelligent community system and an intelligent city system, and relates to the technical field of logistics. The intelligent logistics system comprises a transport special line, a freight elevator channel, an article transport vehicle and a freight elevator. The transport special line comprises an underground passage for connecting a residential building and a community service center; the freight elevator channel is vertically arranged on the outer wall of the residential building, and the bottom end thereof runs through the underground passage to form a delivery port; the freight elevator channel is internally equipped with the freight elevator and used for enabling articles to be transmitted between the delivery port and a target floor and also used for delivering articles with the article transport vehicle at the delivery port; and the article transport vehicle is used for carrying out the articles, and enabling the articles to be transmitted between the community service center and the delivery port along the underground passage under electric drive. The intelligent logistics system can realize bidirectional interaction of article transmission between residents and service providers, thereby saving labor cost and meanwhile, greatly improving life convenience of the residents.

The invention discloses an intelligent logistics management system and method, and the system comprises a logistics vehicle for loading and transporting all equipment in the system and distributed goods. The system also comprises a vehicle-mounted logistics management subsystem and a cloud control subsystem, which are disposed on the logistics vehicle. The cloud control subsystem is connected with the vehicle-mounted logistics management subsystem through a wireless network, receives and processes the information transmitted by the vehicle-mounted logistics management subsystem, and transmits control information to the vehicle-mounted logistics management subsystem, so as to control the vehicle-mounted logistics management subsystem. The cloud control subsystem comprises an account management module, a checking-in module, a goods information module, a task module, an IOV (Internet of Vehicles) module, and a task dispatching module. The vehicle-mounted logistics management subsystem comprises a WiFi router, a vehicle-mounted Android host, hand-held equipment, a vehicle-mounted printer, a vehicle-mounted monitoring camera, and a vehicle-mounted unmanned plane. The system and method can greatly improve the distribution and receiving efficiency and saves the operation cost.

The invention relates to the technical field of detection methods and more particularly to a visual inspection method of an intelligent logistics warehouse guide line based on deep learning. The method comprises a training phase and a testing phase. The training phase includes the steps of training data acquisition and marking, model construction, model training, model verification and comparison,model selection and model conversion. The test phase includes data input, guide line detection and detection result fitting. The method proposed by the invention has high flexibility, the size and depth of a convolution kernel of a neural network used for detection can be modified according to different performance requirements, and different precision requirements and running time requirements are satisfied.

The invention discloses an intelligent logistics method and system based on third party payment online shopping. The method includes the steps that a logistics proxy server is arranged, an interface connected with the logistics proxy server is added in a third party payment platform, and the third party payment platform conducts information transmission with the logistics proxy server through the interface; the third party payment platform submits an order placing requirement to the logistics proxy server, and the logistics proxy server selects the logistics party nearest to the goods receiving address to receive goods according to the goods sending information and the goods receiving information in the order placing requirement; the logistics proxy server sends the order sending request to a logistics scanning device of the logistics party, after goods are sent to the address, the logistics scanning device scans the order number identification provided by a buyer and uploads the order number identification to the logistics proxy server, the order number identification is verified, meanwhile, a verification result is fed back, and after the order number identification passes the verification, the order information is updated at the third party payment platform.

The invention discloses a double-AGV cooperative carrying control method and system, and relates to the field of intelligent logistics carrying robots. The method mainly aims at large components, particularly, the conveying requirement of large-size objects is met in the length direction. A path tracking method and a navigation-following method are combined, a collaborative planning model of a three-layer topological structure is used, the formation deviation under a double-AGV navigation-following strategy and the path deviation under path tracking are combined, a kinematics control model based on pilot-following and path tracking is obtained, the kinematics control model is optimized by adopting a discrete control model based on time domain rolling prediction control, and stable and reliable path tracking cooperative carrying of the double-AGV system is realized.

The invention provides an intelligent logistics system based on blockchain, and the system comprises an interface layer which is used for collecting information which mainly comprises the related information of a logistics enterprise, and enabling the collected information to be distributed at a data access port for information exchange; a data layer which is used for carrying out data processingand data storage on the data information, wherein firstly, the data passes through the data layer, a data analysis method is adopted for processing the data, a blockchain packages the data into blocksfor storage, and a user can inquire the data information through a data retrieval interface; a contract layer which manages contracts through intelligent contracts, wherein when transaction is completed, the nodes execute the intelligent contracts; and an application layer which is used for providing data statistics, decision making and query services. The problems of data storage, information traceability, data encryption, trust security and the like in logistics service transaction are solved, a user can feel more efficient and convenient service than traditional logistics transaction without going out, and safer logistics experience is provided for the user.

The invention provides an intelligent logistics management system based on electronic commerce. The system comprises an electronic commerce network trading platform terminal, a product promotion system, a promotion product display module, a network trading server, an order generation module, a warehouse management server, a logistics data analysis system, a logistics control server, a logistics distribution route generation system, logistics distribution, a logistics information feedback server, a user data collection system, an order data collection system, an order data analysis system and a merchant terminal. The system collects and analyzes the previous browse data of a user, classifies products always needed by the user, and promotes similar products to the user according to the user needs. The probability of success of product marketing is improved. Through the collection and analysis of logistics order data, the system can enable the merchant to accurately grasp the needs of most users, and provides an accurate sales route for the merchant. The sales of the merchant can be improved.

The invention discloses a vertical rotating cabinet which comprises a vertical rotating cabinet body, a rotating mechanism, storage boxes, a picking and placement platform and an automatic jacking device, wherein the rotating mechanism is arranged on the vertical rotating cabinet body; the rotating mechanism drives the storage boxes on a transmission chain to rotate and move when the rotating mechanism rotates; openings are formed at the upper parts of the storage boxes; jacking notches are formed at the bottoms of the storage boxes; the picking and placement platform is arranged on the front surface of the vertical rotating cabinet body; the automatic jacking device is arranged on the inner side of the picking and placement platform; a positioning sensor is arranged on the picking and placement platform and used for positioning conveying equipment; and jacking rods are arranged on the automatic jacking device and have a jacking state in which the jack rods can be clamped into the jacking notches and a no-operation state in which the jacking rods cannot be clamped into the jacking notches. The invention further discloses an intelligent logistics storage system. Automatic management and control of goods can be achieved; the adaptability and generality of the automatic system are greatly improved; and automatic development of some special industries is guaranteed.

The invention relates to an intelligent factory control system and method based on big data. The system comprises an intelligent management module used for obtaining equipment operation data and actual production data to obtain a control instruction, an intelligent logistics module used for dynamically tracking and acquiring external logistics data and internal logistics data in factory internal material assembly, an intelligent storage module used for distributing storage arrangements of the materials to obtain storage data, an intelligent production module used for carrying out intelligent production scheduling to obtain production scheduling data, a database module used for acquiring and storing the data, an intelligent control module used for formulating and adjusting scheduling shifttime, and an intelligent operation module used for arranging monitoring equipment in a factory and on a logistics vehicle. Through the seven modules of the system, cross-department, multi-system and full-process systematic operation can be realized, the comprehensive supervision capability of a factory park is improved, the enterprise operation cost is effectively reduced, and management refinement, decision scientization and high service efficiency are realized.

The invention discloses a logistics terminal system comprising a main express box body, a horizontal track, an express box and auxiliary unmanned aerial vehicle lifting devices. The main express box body arranged indoors consists of a main express box body cover, an express prompting lamp, a control module, a wireless communication module, and a power supply module, wherein the control module, the wireless communication module, and the power supply module are arranged inside the main express box body. The one part of the horizontal track is arranged inside the main express box body and is fixed on the indoor ground and the other part is arranged outdoors. The express box is arranged at the horizontal track. The auxiliary unmanned aerial vehicle lifting devices are arranged at the three sides of the express box. According to the full-automatic intelligent logistics terminal system, the user can carry out self-service express receiving and sending at home, so that express receiving and sending by the user become convenient, the distribution time of the courier can be saved, the distribution efficiency can be improved, and the distribution can be reduced.

The invention discloses an intelligent logistics system. Interdisciplinary knowledge of social psychology, methodology, behavior management, information engineering and the like is used, a logistics information system is practically and comprehensively analyzed, requirements, needs, responsibilities and possible expectations of all node roles in a process are comprehensively analyzed, new problemscaused by problem solving are avoided, and comprehensive system solutions which are of a personalized information security method and the like, are of the intellectualized and automated logistics express system and accord with popular habits are provided to practically and effectively improve efficiency of logistics and simplify processes of operations.

The invention discloses a data transmission method and device, computer equipment and a storage medium, and the method comprises the steps: determining a first network node according to an access resource request sent to a source station by a user, determining the type of an access resource according to the access resource request, and when the access resource is static, sending the correspondingaccess resource in the first network node cache to the user; and when the access resource is a dynamic resource, calculating a plurality of paths between the first network node and the source station,and selecting a corresponding path according to the network condition to send the corresponding access resource in the source station to the user, thereby ensuring the optimal acceleration effect andstable acceleration effect. The method and device can be applied to smart government affairs, smart city management, smart communities, smart security and protection, smart logistics, smart medical treatment, smart education, smart environmental protection and smart traffic scenes, so that the construction of smart cities is promoted.

The invention discloses an intelligent logistic distribution system. An order terminal, a distributing terminal, a warehousing RFID card reader and a tracking positioning terminal are all connected with a server. The server is connected with a GSM network operation center through an Internet network. RFID electronic labels are arranged on cargoes distributed by a distributing vehicle. A GPS positioning terminal is arranged on the distributing vehicle. The GPS positioning terminal, a distributing personnel mobile intelligent terminal, an addressee mobile intelligent terminal and an addresser mobile intelligent terminal are connected with the GSM network operation center through a GSM communication network. The invention further discloses a logistic distribution method of the system. By using the order terminal to receive distribution orders, the system achieves effective combination of e-commerce and logistic distribution. By adopting the tracking positioning terminal to display the position of the distributing vehicle in a visualized way, the system further achieves real-time monitoring of the distributing vehicle.

The invention relates to an intelligent logistics robot with a buffering function. The robot comprises a base, a lifting mechanism, a buffering mechanism and a plurality of rolling wheels, wherein thelifting mechanism comprises a first motor, a screw rod, a sleeve, a cross rod, a limiting assembly and two lifting units, and the buffering mechanism comprises a supporting plate, a bottom plate, a fixing assembly, two sliding units and a plurality of springs. According to the intelligent logistics robot with the buffering function, the function of rapidly taking goods from the high position is achieved through the lifting mechanism, the operation is more flexible, the efficiency is higher, moreover, the buffering mechanism is used for reducing the impact on the goods during downward movement, so that the goods are prevented from being damaged due to collision, the position of the base is fixed during goods taking through the fixing assembly, the safety and stability of goods taking are improved, and the practicability is improved.

The invention provides an intelligent logistics device and a stowage method. The intelligent logistics device comprises a data interface unit, a cargo stowage unit and a data query unit, wherein the data interface unit comprises an initial vehicle information input module used for inputting and managing vehicle information of a cargo replacement party, and a waybill information input module used for inputting a logistics order received by the cargo replacement party; and a cargo stowage unit which comprises a stowage model establishment module which is used for establishing an optimal stowagescheme between cargos and vehicles through an optimization model based on the vehicle information and the logistics order input by the data interface unit so as to improve the vehicle utilization rateand the logistics efficiency. According to the method, through the pre-established optimization model in the early stage, based on the cargo parameters and the vehicle parameters and through the optimization model, the loading scheme of cargos into the vehicle is automatically and intelligently optimized, and the optimization of vehicle configuration and the optimization of cargo stacking are achieved.