297 results about "Logistic process" patented technology

The invention provides a logistics management method based on a cloud computing technology. After one or more logistics agencies and staff thereof register/login a logistics management server, the logistics management method is characterized by comprising the following steps of: registering logistics information; allocating a unique waybill number; based on the logistics information and the state of each logistics agency and the staff of the logistics agency, allocating a logistics task to an appropriate logistics agency and parties of the logistics agency; sending the logistics information and the waybill number to the terminal equipment of the parties; attaching a waybill having the waybill number or a radio frequency identification (RFID) tag, on which the waybill number is recorded, to corresponding goods; monitoring and recording the parties and position of the goods in the logistics process; providing logistics state information; and after the logistics process is finished, settling accounts. The invention also provides the logistics management server and a logistics management system. By adoption of the logistics management method, functions of tracking logistics state, sharing logistics resources and settling the accounts among a plurality of logistics companies can be realized.

The invention discloses an automatic sign-in machine and an automatic sign-in application technical scheme. The automatic sign-in machine comprises a singlechip smallest system, a multi-cell storage cabinet, a global system for mobile communication (GSM) module and the like. By means of an automatic sign-in machine address code setting scheme, a mail bar code setting and applying scheme, a short message order format scheme, a pick-up password generation and storage scheme, a multi-logistics company shared scheme and the like, the automatic sign-in application technical scheme can achieve functions of automatic sorting, classified collecting, automatic sign-in and delivery notice of mails in the logistics process, can expand logistics automatic process to deliver taking link of addressees, solves 'the last one mile problem' of logistics express delivery, and greatly improves the efficiency of the logistics express delivery. The automatic sign-in machine can further apply encrypted two-dimension codes to protect personal information of the addressees in the logistics process. Besides, the automatic sign-in machine and the automatic sign-in application technical scheme are low in production and use cost, convenient to maintain, low in energy consumption, stable in performance, simple in operation process and favorable for popularization and application.

The invention discloses an intelligent logistics and EPC (electronic product code) network sensing system used for real-time monitoring of vehicles and goods during logistics process. The system comprises video monitoring modules, SIM (subscriber identity module) card positioning modules, sensor modules, a RFID (radio frequency identification) module and an intelligent logistics scheduling platform, the video monitoring module, the SIM card positioning module and the sensor are arranged on each goods-transporting vehicle, the RFID module sends goods information to the intelligent logistics scheduling platform after reading RFID tags fixed on goods, and the intelligent logistics scheduling platform obtains positioning information of the SIM card positioning module of a vehicle transporting the goods according to information of the RFID module, obtains related vehicles transporting the goods, and monitors the vehicles and the goods in real time through the video monitoring modules and the sensor modules mounted on the related vehicles. The intelligent logistics and EPC network sensing system can realize real-time monitoring on temperature, humidity, online operating states and vehicle operating parameters of the vehicles transporting specific goods during logistics processes, can improve safety of logistics process and can reduce errors during the logistics processes.

The invention discloses a semantics-based article information tracking and tracing method for the Internet of things. Tracking of article information from upstream to downstream and tracing of the article information from downstream to upstream of a certain specific article unit in any link of the article distribution are realized by respectively recording a base attribute and a status attribute of an article and a uniquely coded mapping relation of the article among an upstream and downstream relation of the article distribution, access addresses of the article information of upstream and downstream nodes and the upstream and downstream nodes in a corresponding semantic label on each node which the article passes through. The method solves the tracking chain breaking problem caused by hidden label data of the article due to the operation of assembly, package, partition and the like in the article distribution process. By using the method, the upstream node can know the destination of the product at any time and implement accurate product recall in case of a quality accident; and the downstream node can rapidly judge the origin of the article and rapidly trace the responsibility cause in case of the quality accident.

The present invention provides an order sequencing optimization method for logistics. The process of the method includes the following steps that: since the same type of commodities may be stored in a plurality of different containers, containers from which corresponding commodities in orders should be taken out are determined according to the expiration dates of the commodities in the orders, the number of remaining commodities in the containers where the commodities are located or the distances of the containers before order sequencing optimization is performed; and the orders of the commodities of which the containers are determined are optimally sequenced. According to the order sequencing optimization method for logistics of the invention, an evolutionary computation optimization method is adopted to optimally sequence the orders, so that the orders of the same commodities can be arranged at adjacent positions as much as possible, and therefore, commodities which have taken out can be repeatedly utilized, and the problem of low efficiency caused by frequent transport of the commodities can be avoided; and a constructed learning group concept is utilized to expand the search range of the algorithm, so that optimization calculation can be prevented from being trapped in local optimum, and convergence precision is greatly increased. With the order sequencing optimization method for logistics of the invention adopted, the optimal commodity picking efficiency of the commodities in the orders in a logistics process can be realized.

The invention is a process and a system for identifying the risk areas in a manufacturer's logistic processes and for allocating responsibility for product unit failure to discrete events in the products' lifetimes. The system comprises one or multiple abuse sensors that are co-located with the product units or their containers, one or multiple readers for capturing sensor data, a data transfer utility for dispatching the recorded data to a database and an analysis module. The analysis module aggregates data across the product units returned to the manufacturer, measures the risk of product failure due to specific events of interest in the products' lifetime and estimates the associated costs.

The invention provides a hazardous material logistics intelligent monitoring system. The hazardous material logistics intelligent monitoring system comprises a container loading point monitoring station, a container unloading point monitoring station, a hazardous material packing container state acquiring system, a radio frequency identification device (RFID) electronic lock, a vehicle-mounted monitoring system and a logistics monitoring platform; and all the sub systems monitor the logistics process of hazardous materials in real time by means of mutual cooperation. According to the hazardous material logistics intelligent monitoring system, RFID chips are arranged on a carriage door, the states of the packing containers in a carriage are monitored through a wireless sensor group and a wireless repeater, various states in the packing containers can be monitored without opening of the carriage door, potential danger of batteries of the RFID chips in the hazardous materials when the RFID chips are directly arranged on the packing containers of the hazardous materials in the prior art is overcome, the closing state of the carriage door in the whole process of the goods transportation of the hazardous materials is ensured, and the safety and the convenience of the goods transportation of the hazardous materials are greatly improved. According to the hazardous material logistics intelligent monitoring system, checkpoints are cancelled, so that the cost is greatly saved on the premise that the system functions are not influenced.

The invention relates to an intelligent logistics distribution method based on a mobile terminal. A special logistics company app is arranged on the mobile terminal for performing wireless public network connection with the server of a logistics company to realize intelligent logistics distribution, and the whole logistics delivery process is recorded by the server so that paper-based resources can be saved; besides, the logistics process is transparently tracked, and a delivery man plays multiple roles of door-to-door pickup, transportation and distribution so that labor can be saved, and the delivery man can be urged to have a more responsible attitude on cargos in the cargo transportation process; meanwhile, intelligent cargo combining can be realized so that logistics expenses can be saved and logistics cost can be reduced.

The invention relates to an e-commerce supply chain management system. The system is provided with a purchase unit, a storage unit, a sales unit, a logistics unit, an information management unit, a finance unit and a system unit. Corresponding functions are finished through the units, so that the contact between a supplier and an e-commerce enterprise and between the e-commerce enterprise and a user is clearer, the purchase, sales, storage and logistics processes are integrated, not only the manpower and material resources but also a large amount of processes are reduced in management, the goods delivery efficiency is improved, and the user can sign for products more quickly.

A logistics sending/receiving information recording and processing method comprises the steps: judging senders are ordinary senders or E-commerce sellers; judging whether two-dimension codes are generated; if so, generating and storing the two-dimension codes; or else, submitting tracking identification numbers to the E-commerce platform; scanning the two-dimension codes by logistics personnel, processing and then generating waybills to upload to the database of a logistics company, or binding the present tracking identification numbers and the two-dimension codes to upload the database of the logistics company; scanning the tracking identification numbers by the logistics company, taking receivers' address information from the database of the logistics company, automatically sorting the waybills according to the districts; dispatching the sorted waybills to the logistics personnel in the corresponding districts; scanning the tracking identification numbers by logistics personnel and taking receivers' information from the database of the logistics company; and automatically notifying receivers according the receivers' information and sending the items. In the logistics sending/receiving information recording and processing method, the informatization and automation of the whole logistics process can be realized; and the automation comprises automatic sorting during sorting process and automatic contacting with receivers during sending process.

The invention discloses a logistics vehicle management system based on RFID and Beidou positioning, comprising a vehicle scheduling control module, a server and a client, wherein the vehicle scheduling control module is connected with the server through internet, and the server is connected with the client through internet; the logistics vehicle management system also comprises a third-party transaction module, a data mining module and a Beidou vehicle-mounted positioning terminal which are arranged between the server and the client, and also comprises a man-machine operation module and an RFID electronic tag generation module which are connected with the vehicle scheduling control module. The logistics vehicle management system disclosed by the invention can effectively help enterprises to strengthen the safety management of transportation, improve the vehicle delivery rate and service quality, improve the overall operation efficiency, reduce the logistics operation cost, and comprehensively increase the economic benefits of the enterprises; and the logistics vehicle management system is high in intelligent degree and convenient for the management of the enterprises, ensures that the labor cost is reduced, and also ensures that the vehicle conditions and cargo conditions in the logistics process can be real-timely monitored and traced.

The invention relates to the field of freight logistics application, specifically discloses a freight logistics application method based on a block chain and is to solve the problem of large data evidence collection difficulty in the later freight logistics link caused since all links in the freight logistics process are mutually independent, and data cannot be shared. The method is characterized by collecting freight logistics object data and establishing sub-block chains, and combining the sub-block chains to establish a block chain platform, thereby realizing trustworthy data sharing in the whole freight logistics process, enabling the data in the later freight logistics process to be scheduled, used and obtained for evidence as needed, and further promoting intelligent development of freight logistics application.

The invention discloses an intelligent container storage system and a logistic method. The storage system comprises a container device and an intelligent control device. The intelligent control device is provided with at least one storage chamber for storing and mailing goods and a controlled gate communicating with the storage chamber for goods throughout. The intelligent device can be migrated, transported and rapidly placed. The intelligent control device comprises a central control unit, an identification unit for goods and identity identification, a communication unit for realizing a communication function, a state detection unit for detecting the state of the controlled gate and a mechanism driving unit for driving the switching-on and switching-off of the controlled gate. The identification unit, the communication unit, the state detection unit and the mechanism driving unit are respectively in electrical connection with the central control unit. The intelligent container storage system serves as a transfer mechanism in a logistic process, reduces unnecessary contact between a sender (receiver) and personnel of a logistics company, and enhances the safety, convenience and intelligentization of logistics.

The business method according to the present invention concerns with spatially distributed configurable vending machines and their network, especially those which produce FMCG products, like beverages, hot drinks, cocktails, soups, soaps, perfumes, etc. The configurable vending machine can produce products in different phase, proportion, appearance, look and feel, etc. regarding its configuration set up. The different configurations are generally called recipe, formula which are stored in files in Internet servers. These files can be accessed by authorized persons, who can modify, delete, create new and share with other authorized users via an Internet based online community portal. The invention describes how the configurable vending machines and its network can be managed and the communication among consumers, resellers and franchise owner. The IT back office system automatically organizes product development, market survey, marketing communication, and logistics processes and serve information about actual trends, consumption, stock status in real-time. Variety of advantages are obtained by using the method invented, like a higher integration among B2C, B2B and C2C domains (processes) yielding shorter product development cycles, lower sales and development costs, and better market knowledge.

A logistics processing method capable of protecting privacy by information decomposition is mainly characterized in that only machine identification codes, manual identification codes and courier numbers are contained in articles and article labels, no privacy information of users are contained, all the information including users' names, contact details and address information are stored in cloud, articles and all information are associated with each other through the courier numbers, and only necessary information fragments are sent to dispatchers or transfer equipment through a network during a logistics process without displaying all information. The information fragments may be transfer places, or destinations, which are not private information. In this way, user privacy can be protected without affecting express delivery. Information flow is transmitted through data, which eliminating manual writing, printing and identification. The express delivery efficiency is thus improved.

The invention discloses an RFID-based radio frequency identification supply chain demonstration system which comprises a production demonstration area, a logistics demonstration area, and a retail price demonstration area, wherein, the production demonstration area is used for demonstrating the application of the RFID in the production course; the logistics demonstration area is used for demonstrating the application of the RFID in the logistics course; and the retail price demonstration area is used for demonstrating the application of the RFID in the retail price course. Through the invention, the application method of the RFID technology in each link of the supply chain is demonstrated in a centralized manner, and the advantages of quick RFID label acquisition, small size, diversified shape, pollution-resistant ability, service durability, reusability, penetrability, barrier-free reading, easiness in the realization of automation, safety and the like are realized, the efficiency ofgoods and information management of enterprises can be improved through the RFID technology, the marketing enterprises and the production enterprises are interconnected, the feedback information can be accurately received, the desired information can be controlled, and the whole supply chain is optimized for sound demonstration. Therefore, the supply chain demonstration system has active functionon the popularization of the RFID technology and the development of the Internet of Things.

In order to overcome the defects that the analysis method for detection of mango hardness is complex to operate and is laborious and time-consuming, and fruit bodies are damaged in the detection, the invention provides a rapid detection method for the mango hardness based on a near infrared spectroscopic analysis technology. The rapid detection method comprises the follow steps of: collecting mango samples for modeling; measuring the near infrared spectra of the samples; pre-processing the spectra; measuring the hardness of the mango samples by using a standard method; establishing a calibration model between the near infrared spectra and the mango hardness by using a chemometrics method; verifying and optimizing the model; collecting the near infrared spectra of the samples to be detected, and quantitatively detecting the hardness of the samples by using the model. The method provided by the invention is rapid in detection, has no damage to the fruit bodies, and provides a technical base for dynamic detection and tracking of mango quality in a logistic process.

The invention discloses a logistics tracking and positioning system for electronic commerce, and the system comprises a vehicle scheduling control terminal, a server, a vehicle terminal, and a client.The vehicle scheduling control terminal and the server are connected with each other through the Internet, the server and the client are connected with each other through the Internet, and the vehicle terminal and the server are connected with each other through the Internet. The system also comprises a third-side transaction module which is disposed between the server and the client, and the third-side transaction module is used for carrying out the issuing of transportation demand information and order signing, providing the safety guarantee for the transaction, and transmitting the signedorder to the server and a data mining module. The system achieves the comprehensive management of logistics and the real-time monitoring and tracking of the vehicle conditions and goods conditions ina logistics process, enables all terminals to obtain the logistics information in real time through the access to the server, is convenient to use, reduces the positioning blind points of the whole positioning system through the optimization of a Beidou vehicle-mounted positioning terminal, has a function of working state estimation of the Beidou vehicle-mounted positioning terminal, and improvesthe monitoring comprehensiveness.

The invention relates to an H-steel pre-assembling mechanism. The H-steel pre-assembling mechanism is characterized in that the mechanism comprises a left oil cylinder mounting frame and a right oil cylinder mounting frame; the left oil cylinder mounting frame is slidably mounted on a base, and the right oil cylinder mounting frame is fixedly mounted on the base; the left oil cylinder mounting frame and the right oil cylinder mounting frame are each provided with a lifting device and an overturning component; each overturning component comprises a roller mounting frame, one end of each roller mounting frame is rotatably connected with the left oil cylinder mounting frame or the right oil cylinder mounting frame, and an overturning roller is rotatably mounted on each roller mounting frame; and a hydraulic cylinder is mounted between the left oil cylinder mounting frame and the corresponding roller mounting frame, a hydraulic cylinder is mounted between the right oil cylinder mounting frame and the corresponding roller mounting frame, a cylinder body of each hydraulic cylinder is rotatably connected with the left oil cylinder mounting frame or the right oil cylinder mounting frame, and the extending end of each hydraulic cylinder is rotatably connected with the corresponding roller mounting frame. The H-steel pre-assembling mechanism is simple in structure, and steel plate overturning and centering are efficient and reasonable; and automation of the logistics process, operation control parameterization of all executing mechanisms and high production efficiency are achieved.

The invention relates to a package suitable for storing and refreshing fig and application thereof to storage and refreshment. A packaging film bag is made of polyethylene (PE) or polyvinyl chloride (PVC) with specific ventilation property, and can adjust the concentration of oxygen and carbon dioxide in the packaging bag and control the concentration of the oxygen in the package to be 2 to 5 percent and the concentration of the carbon dioxide in the package to be 15 to 20 percent. A using method comprises the following steps of: harmlessly harvesting fruit and vegetable in due time, filling into a box lined with a refreshing film bag, fully precooling an opening, putting into an air conditioning packaging film bag, tying the opening, and stacking for storing and refreshing. By the package, the quality can be well kept, rot caused by pathogenic bacteria is avoided, and the refreshment time and the market circulating distance are obviously prolonged in the process of storing and refreshing the fig and in the whole logistics process. Through tests, the fig can be refrigerated and refreshed for 20 to 30 days when standard technical operation conditions are met.

The invention provides a fully closed cold chain logistics terminal distribution system. The system comprises the steps that after a manufacturer receives an order, chilled products are placed into fully closed logistics boxes; a logistics chain takes away the logistics boxes with the products and places the logistics boxes into a chilled distribution car according to distribution information; replaced empty boxes are used by the manufacturer; the logistics chain distributes the logistics boxes to a chilled logistics box position specified for an order customer, and original logistics boxes at the position are removed; the logistics chain sends distribution completing information to an order accepting manufacturer and sends picking information to the order customer; the order accepting manufacturer sends order completing information to the order customer; the order customer opens the logistics boxes to pick the products according to the information of the order accepting manufacturer and the distributor; the logistics boxes are kept in a logistics cabinet; and after the boxes are closed and product picking is confirmed, the client logistics cabinet sends information to the order accepting manufacturer and the logistics distributor to complete the whole logistics process. According to the invention, the problem of chilled logistics distribution is solved; throughout cold chain closed distribution is carried out; the chilled products are isolated in the logistics chain; and throughout product tracing is realized.