237results about How to "Improve inventory efficiency" patented technology

The invention discloses an express self-help pick-up and deposit cabinet. The cabinet comprises cabinet body and a top cover, wherein the cabinet body is provided with a hollow cavity and an opening in the top, and the top cover is arranged on the opening of the cabinet body. The cabinet body is internally provided with a plurality of layers of goods pick-up and deposit devices from bottom to top. The goods pick-up and deposit devices are used for picking up and depositing goods in the cabinet in a layered mode. A goods conveying device is further arranged on the outer side of the cabinet body and used for conveying the goods to the goods pick-up and deposit devices of the corresponding layers and conveying the goods on the goods pick-up and deposit devices of the corresponding layers to goods pick-up people. By means of the express self-help pick-up and deposit cabinet, express delivery men can deposit expresses needing to be delivered in the express self-help pick-up and deposit cabinet, goods deposit position information and verification codes in the pick-up and deposit cabinet are sent to clients in a short message mode, the express delivery men can return to companies and continue to work, the clients do not need to pick up the expresses immediately after receiving goods pick-up messages, and the clients can go to the pick-up and deposit cabinet to pick up the expresses in leisure time.

The invention discloses an RFID asset supervision system based on the internet of things. The RFID asset supervision system comprises a fixed asset core database, a fixed asset management platform, an RFID reader-writer and an electronic tag. The fixed asset core database and the fixed asset management platform are connected through mutual communication. The fixed asset management system comprises an article information initialization module, an inventory management module, an asset depreciation management module, a monthly and annular asset report module, an asset situation inquiring function module, a warehouse security management module, an article consuming and returning module, a relevant law and regulation performance module and an asset manager management module. The acquisition mode of asset inspection data is changed so that inspection efficiency is greatly increased. Meanwhile, asset form management is also additionally arranged so that omnibearing, reliable and high-efficiency dynamic data and decision basis can be provided for asset management work of enterprises and public institutions, the problem of asset management of the enterprises can be effectively solved and thus the enterprises are enabled to perform asset management more easily and effectively.

The invention provides an automatic generating system of transportation orders, which comprises a computer and a warehouse database. The warehouse database is used for storing manipulator type information of the warehouse and present storing state information of goods in the warehouse; the computer comprises a receiving module, an inquiring module, a generating module and a storing module of the transportation orders. By using the modules, the computer can realize the automatic generation of the corresponding batch transportation orders according to the present storing state information of the goods in the warehouse, the anticipant target storing state information of the goods in the warehouse of users and the manipulator type in the warehouse, and store the transportation orders in the warehouse database, and the transportation orders can be invoked to execute by an automatic stereo warehouse console. Simultaneously, the invention also provides an automatic generating method of the transportation orders.

The invention relates to the field of asset management, in particular to a fixed asset management system based on an Internet of things. The system comprises an electronic tag, a fixed asset monitor, a fixed asset database, a fixed asset management platform, and a fixed asset information backup library. The fixed asset management platform comprises an asset information collection module, an asset inquiry management module, an asset inventory management module, an asset depreciation management module, a data processing module, an abnormity handling module, an asset borrowing and returning management module, a background management module. The fixed asset monitor collects fixed asset information and uploads the fixed asset information to the fixed asset management platform; the fixed asset information is processed through the fixed asset management platform and then stored into the fixed asset database; the problem of the medical unit fixed asset management is effectively solved. The hospital fixed asset management system based on the Internet of things has the advantages of changing the collecting way of asset inventory data; solving the bottleneck problem of hospital asset physical inventory; greatly improving the inventory efficiency; achieving the real-time monitoring on hospital fixed assets; and protecting the safety of fixed assets.

The invention discloses a warehouse management method and system. The warehouse management method includes that first timing point and second timing point are set up, and data of warehouse records of materials between the first timing point and the second timing point are correct when a warehouse record difference is judged to be zero; the warehouse record difference = material warehoused in the first timing point + total number of the materials warehoused between the first timing point and the second timing point - total number of the material ex-warehoused between the first timing point and the second timing point + total number of the material warehoused from the second timing point to current timing point - total number of the material ex-warehoused from the second timing point to the current timing point - current warehouse of the materials. By the aid of the warehouse management method and system, warehouse information at any timing points can be recorded, all warehouse situations from any two optional timing points to the current timing point and the warehouse information of the two timing points can be inquired at the same time, errors leading to warehouse mistakes can be accurately allocated, so that a wide range of blind checking can be avoided, and checking efficiency can be improved.

The invention provides an intelligent warehousing system and method based on unmanned aerial vehicle panorama and relates to the technical field of intelligent warehouses. The purpose of the inventionis to solve the problems that the warehouse manual inventory efficiency is low, errors are prone to being generated and a passive video monitoring method cannot meet the requirements of enterprises.The intelligent warehousing method comprises the steps that before inventory is performed, images of a cargo shelf when being empty, placed with a cargo and full of the cargoes are previously obtainedthrough a first camera module and a second camera module at the unmanned aerial vehicle end, and a dynamic quantity library is arranged at the server end for the images; the images of the cargo shelfand the cargoes are obtained after the name and position of the cargoes are confirmed in the inventory; and the images obtained in real time are compared with pre-stored images, and the quantity of the cargoes stored in real time is confirmed. By means of the intelligent warehousing system and method, the inventory efficiency is improved, furthermore, warehousing managers of the user terminal canobserve the cargo situation as own wishes without interference from each other, movable objects appearing in the warehouse can be actively detected, and the function of active monitoring is realized.

The present invention discloses an intelligent ODN device and an automatic management and control method of the fiber cores. The intelligent ODN device comprises an eID electronic label (1) and an intelligent ODN monitoring device, and the intelligent ODN monitoring device comprises a main processing controller (2), a sub-frame controller (3) and a business module collector (4), wherein an external 48V adapter or a 5V mobile power supply supplies power to the main processing controller. The sub-frame controller (3) is connected with the main processing controller (2) and the business module collector (4) separately, and the eID electronic label (1) is connected with the business module collector (4). According to the present invention, the business information of the terminals of the ODN monitoring device, the fiber core states and the link information are managed automatically and are gathered dynamically, a whole process does not need the artificial maintenance, the mass optical fiber resource management problem is solved, the resource obtaining accuracy is higher, and the maintenance efficiency and the resource utilization rate are improved.

The invention relates to a medicine access system for hospitals, in particular to a medicine workstation of medicines and consumables in operating rooms. The medicine access system can be used for realizing automatic medicine access registration and effective data tracking; in addition, based on the design of a single access door, all drawers, medicine boxes and internal equipment can be maintained and changed only after a rear cabinet door is opened, moreover the cabinet door has a function of state memory and can record the open state of the cabinet without being electrified, therefore the safety of medicine and equipment management and convenience of equipment maintenance can be improved.

The invention provides a network device and rack position information detection method. The network device and rack position information detection method comprises the following steps that a checking platform sends a checking request to a network group working platform; the network group working platform obtains software version information corresponding to all switches according to the checking request, generates device information capturing commands corresponding to all the switches, and sends the device information capturing commands to a switch management server; the switch management server obtains corresponding log information of the switches according to the checking request; the checking platform compares the log information with prestored information of the switches, information of parts in the switches, MAC address information of a server and port numbers of the switches connected with the server to obtain a checking result. By means of the network device and rack position information detection method, whether network device and rack position information is correct can be judged in a remote, automatic and accurate mode so as to ensure property consistency. The invention further provides a network device and rack position information detection system, the checking platform and the switch management server.

The invention provides a fixed asset check device which comprises electronic tags and a data transmission device, wherein the electronic tags are arranged on all fixed assets; product identifications of the fixed assets belonging to the electronic tags are arranged in the electronic tags; the data transmission device is connected with a list storage; asset lists are stored in the list storage and comprise at least one ledger asset product identification; check signals are received; the electronic tags, which are arranged in preset asset ranges, of the fixed assets are scanned according to the check signals, target product identifications corresponding to the asset ranges are obtained, and the data transmission device is triggered to read a radio frequency identification terminal of the asset lists in the list storage; and the data transmission device and the radio frequency identification terminal are connected respectively, asset lists read by the data transmission device and each target product identification obtained by the radio frequency identification terminal are acquired respectively, target product identifications are compared with ledger asset product identifications in the asset list one by one, and a comparison result is obtained. The device is taken as a comparator for a fixed asset check result.

The invention discloses a shelf inventory method and device based on radio frequency identification, computer equipment and a storage medium, and belongs to the technical field of wireless radio frequency identification, and the method comprises the steps: generating an inventory task list according to a self-defined inventory demand, wherein the inventory task list comprises a target goods shelfwhich is specified to be subjected to inventory; sending an inventory instruction to the target shelf, so that the target shelf acquires target electronic tag information on all target electronic tagsin a scanning range of scanning equipment through the scanning equipment; and performing comparative analysis on all the target electronic tag information and the goods information corresponding to all the target shelves in the preset database to generate an inventory report. In this way, complex manual operation is reduced, and the intelligent degree and the inventory efficiency of warehouse shelf inventory are improved.

The invention discloses a real-time integrated positioning and monitoring system for cargos. The system comprises at least one cargo box and a logistics safety network centre; each cargo box comprises a box body and an upper cover; a second RFID (Radio Frequency Identification) fragile label posted at the joint of the box body and the opening of the upper cover; at least one cargo is loaded in each cargo box and a first RFID label is posted on each cargo; a safety case is installed in the cargo box and has one-to-one correspondence with the cargo box; an RFID read-write module, a ZigBee module, a GPS module, a GPRS module, a MCU (Microprogrammed Control Unit) and a power supply module are arranged in the safety case; and the logistics safety network centre is used for handling various received information. The invention further discloses a monitoring method for the real-time integrated positioning and monitoring system for cargos. The tracking and monitoring of cargos in the whole logistics process can be realized and the position information of cargos can be acquired real-timely; the illegal unpacking of the cargo box can be effectively monitored, the logistics efficiency is improved and the safety of cargos is guaranteed.

The invention discloses a method for anti-collision of multi-tags of radio frequency identification, which comprises the following steps: (a) a reader counts tags; (b) after receiving a command for beginning to count, the counter is set to be 0 and the tag replies to the reader; and (c) if correctly receiving the reply information of the tags, the reader sends a success confirmation instruction, the tags which correctly reply information exit from the counting process, and the counter value of the tags which do not correctly reply information subtracts 1; if the reader incorrectly receives the reply information of the tags, the reader sends a failure confirmation instruction, and the counter value of the tags, which is not 0, adds 1, and the tags with the counter value of 0 are divided; if the reader does not receive the reply information of the tags and incorrectly receives the return information of the tags at the last time slot, the reader sends a re-dividing instruction to the tags, the counter value of the tags, which is not 1, is remained, and the tags with the counter value of 1 are divided; and (d) the tags with the counter value of 0 reply to the reader, and the step (c) is carried out. The method improves counting efficiency of the multi-tags.

The invention discloses an intelligent infrared digital panoramic system and a warehouse management method thereof. The infrared digital panoramic system comprises a bar code recognition device, a skyeye device and a data processing device. The bar code recognition device comprises a supporting rod, a bar code recognizer, a plurality of supporting plates and a plurality of cameras corresponding to the supporting plates respectively. The same ends of the multiple supporting plates are all fixed to the supporting rod. Each camera is installed on the corresponding supporting plate and used for shooting images of goods. The bar code recognizer reads the bar code information of the goods according to the image information shot by the camera. The sky eye device comprises a plurality of infrareddistance measuring mechanisms, and the infrared distance measuring mechanisms are used for detecting the distance between the sliding assembly and the stacking top face of the goods. The length of each roadway can be shortened, the distance between the roadways can be greatly shortened, the number of storage locations is increased, and the space utilization rate of a warehouse is increased. And the overall cost of warehouse staff is reduced, the labor cost is saved, and the cost reduction effect is remarkable.

The embodiment of the invention provides a material inventory method and device, a warehousing robot and a warehousing system. The material inventory method is applied to the warehousing robot, and the method comprises the following steps of collecting an inventory image of a target container through the warehousing robot, and determining the inventory quantity of the materials in the target container according to the inventory image. The embodiment of the invention discloses a technical scheme. The inventory image of the target container is collected through the warehousing robot, the quantity of the materials of the target container is determined through image recognition of the inventory image, in-situ and automatic inventory of the materials is achieved, cross-region movement of the container does not need to be conducted, the material inventory efficiency is greatly improved, and the inventory cost is reduced.

The invention discloses an intelligent checking device which comprises a checking terminal, a checking APP client side, a server, a checking management platform and a goods storage database. The checking APP client side sends a checking control message to the checking terminal; the checking terminal reads and writes goods information and sends the data to the checking APP client side; the checkingmanagement platform collects the goods information at the checking APP client side through the server, and calls inventory information of the goods storage database, and finally updates the inventoryinformation while recording checking information for inquiry by matching and checking the goods information at the checking APP client side and the inventory information of the goods storage database. The intelligent checking device overcomes the defects that the conventional checking devices which need to scan QR codes of goods to identity before checking have low operational efficiency and cannot automatically check an inventory system and manage checking data, improves goods checking efficiency, and achieves rapid checking and intelligent selection of goods.

The invention discloses a control method of an intelligent inventory system based on a drone. Modern enterprise warehouse management requires a large amount of manpower in the aspect of inventory. Incurrent warehouse inventory, a warehouse manager holds an RFID or a barcode reader to scan RFID labels or barcodes on goods one by one. According to the invention, the existing manual inventory is replaced by a machine; a user simply needs to select an inventory path; the machine can automatically carry out inventory; and during the whole process, required inventory manpower is greatly reduced.

The invention discloses a wirelessly charged intelligent shopping cart and a wireless charging system therefor. The invention relates to the wirelessly charged intelligent shopping cart. The wirelessly charged intelligent shopping cart comprises a shopping cart, a wireless energy pickup module and electric equipment, wherein the wireless energy pickup module and the electric equipment are mounted on the shopping cart; the wireless energy pickup module comprises a metal coil A, a rectifier circuit, a control circuit and a rechargeable battery; the electric equipment is a to-be-powered device; a charge port of the rechargeable battery is sequentially connected with the rectifier circuit and the metal coil A through the control circuit; and a discharge port of the rechargeable battery is connected to the electric equipment through the control circuit. The invention further relates to the wireless charging system. The wireless charging system comprises a charge region and a wireless energy emission module, wherein the wireless energy emission module is arranged in the charge region and comprises a metal coil B and a high-frequency power inverter; the metal coil B is sealed in an insulating material; the high-frequency power inverter is connected with the metal coil B; and the metal coil B and the metal coil A of the intelligent shopping cart achieve wireless transmission of energy in an electromagnetic coupling manner.

The present invention provides an asset management system with RF identification technology, which includes a RF identification label placed on a monitored target, and a receiving device for reading the RF identification label. The RF identification label is composed of an working unit connected each other by electric, a clue unit and an operating unit. The working unit has an identification information corresponding with the monitored target, and an identification record, the clue unit can transmit a clue signal by working unit control, the operating unit can generate a touch signal inputted in the working unit. When a user processes inventory check, the receiving device can receive the identification information come from RF identification label by using the operating unit, can judge and distinguish the checked or not monitored target with identification record and clue signal. In addition, the receiving device can active transmit RF signal for affirming the RF identification label, furthermore, the user can finish inventory check efficiently and accurately.

The embodiment of the invention provides an inventory checking method and device and a storage medium. The method comprises: obtaining first information, obtained through scanning of a code scanning device, of cargos currently and actually stored in a warehouse; comparing second information, recorded on a local system, of cargos currently stored in the warehouse with the first information to obtain difference information between the first information and the second information; and generating and outputting a checking report based on the difference information and the information, recorded onthe local system, of the goods entering and exiting from the warehouse during the period when the scanning equipment scans and obtains the first information. According to the scheme provided by the embodiment of the invention, automatic inventory of the goods in the warehouse can be realized under the condition that the warehouse is not locked.

The invention relates to a warehouse safety monitoring and checking method and system based on a robot, and the invention comprises a warehouse fire fighting access blocking early warning method, a warehouse checking method, a warehouse temperature and humidity early warning and fire early warning method, a warehouse fire extinguisher loss early warning method, a warehouse illegal person alarm method and a warehouse inspection system, and includes a tracking trolley and a track, wherein the tracking trolley moves along the track; the robot further comprises a visible light camera which obtains image information in the warehouse; an ultrahigh frequency RFID reader-writer and four-side ultrahigh frequency RFID antennas; an infrared thermal imager module; a temperature and humidity sensor; a 5G communication module; and a face recognition camera and a GPU processor. Warehouse inspection, fire prevention, theft prevention, material blockage and automatic temperature and humidity detection and early warning are achieved, manpower resources are saved to a great extent, meanwhile, goods checking is convenient and fast, and the checking efficiency is greatly improved.

The invention discloses a multi-warehouse inventorying method comprising the following steps: acquiring the space information and shelf information of warehouses; generating simulated warehouses and shelves according to the space information and shelf information of the warehouses; when there are commodities warehoused in or warehoused out, displaying the number of commodities increased or decreased on the shelves in a simulated way; performing inventory by comparing the commodity information on the shelves in the simulated warehouses with the commodity information on the shelves in the actual warehouses; and if there is abnormality, checking the commodity warehousing-in and warehousing-out records. The invention further discloses a multi-warehouse inventorying system which comprises an information acquisition module, a simulated warehouse building module, a commodity adding / subtracting module, an inventorying module, and a checking module. The multi-warehouse inventorying method and the multi-warehouse inventorying system provided by the invention make warehouse management more convenient, and improve the efficiency of inventory.

The invention discloses a multi-tag anti-collision algorithm applicable to an RFID (radio frequency identification) system, an RFID system and a reader-writer. The method includes the steps: calculating the counting efficiencies of the reader-writer corresponding to configuration of different counting parameter values; picking out the counting efficiencies of the reader-writer within a preset counting efficiency range; configuring an optional counting parameter value corresponding to the counting efficiencies of the reader-writer within the preset counting efficiency range into the counting parameter value of the reader-writer; and counting tags according to the configured counting parameter value by the reader-writer. By the method, the reader-writer can count the tags within the high and controllable counting efficiency range set by a user. Compared with the prior art, the method can be used for improving the counting efficiencies of the reader-writer on the whole.

The invention relates to an intelligent logistics warehouse cargo checking method and system based on an unmanned aerial vehicle. The method comprises the following steps that a cargo information database in a warehouse is obtained; obtaining cargo owner information and cargo partition information corresponding to each cargo in the cargo information database, and obtaining a partition patrol pathplanning map of each cargo partition; obtaining and analyzing the inventory instruction information to obtain cargo owner information of the to-be-inventory cargo, and matching the cargo owner information of the to-be-inventory cargo with the cargo owner information in the cargo information database; for the successfully matched cargo owner information, searching cargo partition information corresponding to the cargo owner; and according to the searched cargo subarea information, searching a corresponding subarea patrol path planning map, so that the unmanned aerial vehicle carries out subareadirect flight patrol inspection according to the subarea patrol path planning map, thereby obtaining actually checked cargo data information. The method has the advantages that independent cargo of acargo owner can be counted independently in a partitioned mode, and the counting time is saved.

The invention discloses a shooting training bullet management method. The method comprises: gun shooting signals collected by all shooting sensors are received in real time; inquiring a correspondinggun number according to the shooting signal; if the shooting signal is normal shooting, the shooting frequency is increased by 1, and if the shooting signal is missed shooting, the missed shooting frequency is increased by 1; and displaying the gun number, the training personnel, the number of received bullets, the number of shooting completion times, the number of miss-target times and the numberof remaining bullets corresponding to each gun on a display interface. According to the method provided by the invention, the shooting condition information of each gun can be intuitively obtained, and a special supervisor does not need to be provided for each trainer, so that the labor cost of shooting training is reduced, and the counting efficiency and the counting accuracy of the number of bullets are improved. The invention further provides a shooting training bullet management device and equipment and a computer readable storage medium which have the above beneficial effects.

The invention is applicable to the field of the safety of nuclear power, and provides a method and a device for safety control of nuclear power plants. The method comprises the following steps: according to authority information set by power plant area and corresponding to identification information of workers, work modes corresponding to time points asking for entering into the nuclear power plant area and corresponding relationship, corresponding to the work modes, of galleryful in a nuclear power plant area, judging whether to allow the workers to enter the specified nuclear power plant area; and when an emergency counting instruction is received, sending counting instruction successful receiving indication information, after a decision instruction of counting requesting information is received, adding one to the counted number, and according to information of the counted number of people and information of the number of people at a rally point, determining the number of missing persons. According to the method and the device, the number of people in a nuclear power plant area can be controlled in different modes, and the number of people in the nuclear power plant area can be counted accurately and efficiently, so that the safety guarantee of the workers is facilitated.

The invention provides a medical material intelligent management system. The medical material intelligent management system comprises a server, a material cabinet interacting with the server and a management terminal. The material cabinet comprises an upper computer and at least one cabinet grid. The cabinet grids are provided with RFID reading devices interacting with the upper computer; the upper computer is used for acquiring the label information in the RFID label scanned by the RFID reading device, is also used for updating material storage information, wherein the material storage information comprises the label information, the cabinet grid positions of the materials, the warehousing duration and the use frequency, and is also used for judging whether the warehousing duration and / orthe use frequency are / is greater than or equal to the longest use time and / or the maximum use frequency or not; if yes, the material recording module sends out an alarm signal. The system automatically records the access information of the medical materials, improves the inventory efficiency of medical material management, and achieves the intelligent supervision of the medical materials.

The invention discloses a supply chain inventory optimization method, apparatus and device, and a storage medium. The method comprises the steps of obtaining a first replenishment strategy of a target commodity; comparing a first replenishment effect parameter of the first replenishment strategy with a preset evaluation parameter; if the first replenishment effect parameter is smaller than the preset evaluation parameter, optimizing the first replenishment strategy to obtain a second replenishment strategy; and generating an inventory suggestion of the target commodity according to the second replenishment strategy, wherein the inventory suggestion is used for indicating replenishment time and replenishment amount of the target commodity. The first replenishment effect parameter is compared with the preset evaluation parameter, the first replenishment strategy is optimized to obtain the second replenishment strategy of which the replenishment effect parameter is greater than or equal to the preset evaluation parameter, and the inventory suggestion about the target commodity is generated according to the second replenishment strategy, so that the inventory and the cost brought by the inventory are effectively reduced; and the inventory efficiency capable of meeting the service level is improved, and the labor cost and the time cost of inventory optimization are saved.

The invention provides electricity power warehousing system asset check equipment and a working method thereof. The electricity power warehousing system asset check equipment comprises an RFID electronic label, a warehousing management system, a stocktaking vehicle and a handheld scanner, wherein the stocktaking vehicle comprises a vehicle body and a system integrated box body; the upper portion of the system integrated box body is provided with a display screen module and a wireless signal emitter, and the handheld scanner is arranged on the right end face of the system integrated box body. According to the working method of the electricity power warehousing system asset check equipment, RID label information is adopted to conduct electric power material labeling, data storage and synchronization are conducted through the adoption of dual databases, and thus the working method is safer and more intelligent. A stocktaking data synchronous server conducts processing conversion on different types of scanning data and achieves data synchronization of the databases and the stocktaking equipment, which facilitates proceeding of stocktaking work, lowers the demand for labor, and improves the stocktaking efficiency; meanwhile, by tracing inventory differences, the accuracy is sharply improved, and a good data basis is provided for warehousing management.