35results about How to "Realize automatic inventory" patented technology

The invention discloses a system and method for intelligent warehousing checking. The whole scheme is conducted by an automatic checking robot and a remote management server in a matched mode. A planimetric map corresponding to a warehouse is established through scanning of the automatic checking robot. The automatic checking robot receives orders of the remote management server, moves to the front of a corresponding goods shelf on the basis of the established planimetric map and reads information in goods labels on the goods shelf. The remote management server remotely controls the automatic checking robot, obtains data sent by the automatic checking robot in real time and conducts automatic warehousing management. By the adoption of the scheme, goods in the warehouse can be automatically checked, goods checking efficiency and goods checking accuracy are greatly improved, and warehousing management is intelligentized.

The invention discloses a checking system of warehouse materials. The system comprises a moving mechanism, a first sensor and a processor, wherein the moving mechanism is used for moving materials in a warehouse, a moving route of the moving mechanism corresponds to a scheduled storing position set, and the scheduled storing position set comprises the scheduled storing position of a plurality of materials to be checked in each material warehouse; the first sensor is arranged on the moving mechanism, and is used for sensing the materials actually stored in each scheduled storing position with the moving mechanism, and outputting an identify signal which corresponds to the actually stored materials; the processor is connected with the first sensor and is used for judging whether each scheduled storing position in the scheduled storing position stores the materials which correspond to each scheduled storing position and to be checked or not. After the checking system is used, the problem caused by the manual check in the prior art can be solved.

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 a material out-put and in-put management system, an in-put management method and an out-put management method. The system comprises a warehouse computer, a forklift and a labelprinter, wherein the warehouse computer is used for receiving material out-put and in-put data, sending an out-put and in-put instruction to a forklift, receiving the recheck data of the forklift totray materials, generating a material in-put label according to the recheck data during in-put, sending a printing instruction to the label printer, storing the material in-put data and the recheck data of each corresponding tray material or the material out-put data and the recheck data of each corresponding tray material, the forklift is wirelessly connected with the warehouse computer and usedfor loading materials through trays according to the in-put instruction or scanning the material in-put label according to the out-put instruction, rechecking the tray materials, sending the recheck data to the warehouse computer, and conveying the tray materials to a target position, and the label printer is used for printing the material in-put label according to the printing instruction of thewarehouse computer. The data collecting efficiency is improved, and data correctness is improved.

The invention discloses a warehouse asset inventory method and device, computer equipment and a storage medium. The warehouse asset inventory method comprises: acquiring an asset inventory request including a template ID and a warehouse ID; on the basis of the asset inventory request, invoking at least one RFID reading device installed in advance in a warehouse corresponding to the warehouse ID toread an RFID tag of an object and thus acquiring at least one original RFID tag read by each RFID reading device; reprocessing all original RFID tags to obtain a target RFID tag; and invoking an asset inventory report template corresponding to the template ID to process the target RFID tag and acquiring an asset inventory report. The whole inventory process does not involve in manual intervention, so that the manpower cost is lowered; and an objective of making an asset inventory report automatically is achieved to represent the inventory result visually.

The invention relates to a bank precious metal intelligent inventory management system and method. The technical problems of complex operation and low efficiency can be solved by adopting the technical schemes, the technical schemes are as follows: the intelligent bank precious metal inventory system can be built through computer vision, image understanding, industrial automation and database technologies; the system does not depend on any tags, and can perform precise identification on the precious metals with different sizes and shapes (circle, ellipse, rectangle) on shelves in a warehouse by using a digital video camera to simulate human vision to obtain the kind, quantity and position data information of articles placed on the shelves; and dynamic management and automatic update can beperformed on information data by a background warehouse service management system, and precise quantity and category statistics and storage position management of precious metal articles can be accomplished by using supporting application software. The system and method can be used for bank precious metal inventory management.

The invention provides a book checking AGV vehicle for a library. Information of books and bookshelves is automatically read through a RFID reader to realize unmanned automatic checking. Navigation is performed on the AGV vehicle through installing a magnetic navigation sensor, a magnetic stripe navigation sensor control panel and magnetic stripes so that the AGV vehicle moves along public passages of library bookshelves; the steering of the AGV vehicle is controlled by installing Mecanum wheels, a navigation industrial control host, a motor-driven control board and a driving logic control board; navigation is performed on the AGV vehicle through installing a laser ranging sensor and a laser ranging control board so that the AGV vehicle can move along the branch passages among bookshelves; an encoder is installed for controlling a AGV vehicle to switch and steer along passages of public passages and passages at two sides of bookshelves.

The invention provides a blood safety management system based on the Internet of things technology. The system comprises a blood acquisition system, a blood management system and a blood confirmationsystem. The blood acquisition system includes a blood environment sensor, and the blood environment sensor is attached to a blood acquisition bag; the blood management system includes a blood stock inand stock out management system, a blood tracking management system and a blood quality control management system. By utilizing the blood safety management field of the Internet of things technologyapplication, recognition efficiency can be improved, information tracking can be realized, blood environment sensor labels of blood management information can be acquired in real time, intelligent informatization of the blood management can be truly realized, and safety of the blood management can be guaranteed.

The invention provides a signature card automatic inventory method and device, and the method comprises the steps: obtaining an inventory request of a client, and generating an inventory task; openinga first drawer in the checking task at preset checking time, obtaining information of each signature card to be checked in the drawer, and comparing the information with information of signature cards pre-stored in a database; if the information is inconsistent, recording abnormal information of the signature card; if the information is consistent, automatically comparing the information of the next signature card of the drawer until all signature cards in the drawer are checked; closing the first drawer, and automatically opening the next drawer until all signature cards in the drawers to bechecked in the whole checking task are checked; and generating an inventory report of the inventory task. According to the invention, automatic check of the signature card is realized, the workload and risk of signature card management are effectively reduced, and the automation and intelligence of signature card management are improved.

The invention provides a control method of an automatic storage, sorting and loading system for unmanned aerial vehicle express delivery. The system comprises a cargo storage device, a sorting box loading device and a control center. A storage unit arranged in the cargo storage device comprises a push mechanism. The push mechanism comprises a first servo motor. A first connection mechanism is in clamped connection with a first track which is horizontally arranged on the sorting box loading device. A second connection mechanism is in clamped connection with a second track, wherein the second track is fixed to the first connection mechanism and perpendicular to the first track. The first connection mechanism and the second connection mechanism are provided with a second servo motor and a third servo motor correspondingly. The first servo motor, the second servo motor and the third servo motor are all connected with the control center, and therefore the control center can control the cargo storage device and the sorting box loading device. The control method has the beneficial effects that whole-process automatic processing of cargo storage, sorting and loading is achieved, manual intervention is not needed, operation efficiency can be greatly improved, and the cost is reduced.

The invention provides a method for automatically counting the number of consumable boxes. The method comprises the following steps: a detection signal transmitted by a detection assembly is obtained,and in the detection assembly, the number of detection devices is smaller than the preset storing number of a consumable box storing device; according to the detection signal transmitted by the detection assembly, the number of layers of movement of conveying structures in the consumable box storing device is obtained; and according to the number of layers of movement of the conveying structuresand the preset storing number of the consumable box storing device, the actual number of the consumable boxes in the consumable box storing device is calculated. The invention further provides a system for automatically counting the number of the consumable boxes, and the consumable box storing device. According to the method and system for automatically counting the number of the consumable boxes, and the consumable box storing device, the using number of the detection devices can be decreased, and the mounting cost and the maintenance cost of the detection assembly are lowered.

The invention relates to a railway tool detection method, system and device and a storage medium, and the method comprises the steps: obtaining a plurality of tool images, and making a data set according to all tool images; constructing a deep convolutional neural network, constructing a reflection image extraction network by using the data set and the deep convolutional neural network, obtaininga feature detection network according to the deep convolutional neural network and the reflection image extraction network, and obtaining an initial detection network model according to the deep convolutional neural network, the reflection image extraction network and the feature detection network; training the initial detection network model by using the data set to obtain a target detection network model; and detecting the to-be-detected tool image according to the target detection network model to obtain a detection result. According to the method, the problems of complex background, unevenillumination, large target scale difference, complex form, shielding and the like can be effectively solved, rapid and accurate target detection is carried out on the railway tools, and the automaticcounting of the railway tools is realized.

The invention discloses an automatic change method for an IT asset management platform. The method is characterized in that the method comprises the following steps of S1, building a management system which comprises an electronic tag, a reading antenna, a monitoring host, an asset management platform, a mobile terminal and an alarm, and each monitoring unit on the monitoring host is a 1U bit; S2, installing and fixing the electronic tag on an L-shaped support, and then deploying the L-shaped support on the surface of IT asset equipment; S3, mounting and fixing the reading antenna for reading asset information on one side of the cabinet body, and performing one-to-one identification monitoring and positioning between the reading antenna and the electronic tag. The method is advantaged in that effects of ensuring the accuracy of the asset data, realizing automatic change, avoiding repeated survey due to the data accuracy, improving the operation and maintenance work efficiency, avoiding the participation of workers and reducing the workload of the workers are achieved.

An automatic hospital (laboratory) supply chain management system comprises a resource management system and an automatic warehouse management system. The system comprises a resource management systemand an automatic warehouse management system which are in communication connection. The resource management system comprises a purchase order management module, a statistical analysis module, a supplier management module, a material management module, a certificate management module and a temperature and humidity record management module. The automatic warehouse management system comprises an arrival inspection module, a sorting and warehousing module, an automatic replenishment module, a claiming and delivery module and an inventory checking module. The temperature and humidity of materialsare monitored in the whole process, and the reagent consumable supply quality is guaranteed; manual errors are reduced, time is saved, and refined cost management and control of storage are achieved;an intelligent goods shelf is supported, and automatic warehouse position reminding, warehouse-in and warehouse-out verification reminding, inventory checking display real-time inventory and inventorychecking confirmation are achieved; Goods is picked and a replenishment list is automatically checked and reminded Reagent consumables are automatically stored in and taken out of a warehouse, automatically checked and automatically delivered into the replenishment list; and reagent whole-process quality data tracking is supported.

The invention provides a commodity transfer system supporting automatic counting and rapid self-service settlement, and an unattended store. A commodity transfer system comprises a commodity transferdevice, a control system and a peripheral accessory mechanism, to-be-purchased commodities can be transferred from a shopping area to a commodity taking area through the commodity transfer device, andcustomers can leave the store from a people flow channel, so that the separation of people and commodities is realized; The local control center sends out a control instruction; the operation of thecommodity conveying mechanism and the opening action of the inner and outer side sealing cover plates are controlled; Therefore, the customer can take out the settled commodity from the commodity transfer device. automatic checking and self-service settlement of the commodities are realized; According to the commodity transfer device, the shopping settlement process of a traditional unattended store is optimized, the shopping settlement efficiency is improved, in addition, commodities are transferred in the closed box body of the commodity transfer device, the settlement process is linked withopening and closing of the closed cover plate, the risk that the commodities are prone to being stolen can be reduced, and the commodity safety of the store is effectively guaranteed.

The present invention provides a cigarette checking laser ranging device which comprises a cigarette bin, a plurality of smoke channels used for storing cigarettes are arranged in the cigarette bin, and a light transmitting hole is formed in the upper portion of each smoke channel; and the top of the cigarette bin is provided with a connecting plate capable of moving left and right at regular time, the connecting plate is connected with a distance measuring sensor located over the light hole, the device further comprises a single-chip microcomputer, the distance measuring sensor is electrically connected with the single-chip microcomputer, and the front side of the top face of the cigarette bin is connected with an electronic screen. According to the device, various cigarettes in each flue of the cigarette bin can be automatically checked, the accuracy is high, labor is greatly saved, and the checking efficiency is high.

The invention relates to the technical field of standard measurement and calibration of the measurement center of the State Grid Corporation of China, and in particular relates to an archive cabinet with an RFID (radio frequency identification device) intelligent archive management system and a method. The system comprises a cabinet body, wherein the cabinet body comprises a plurality of storage positions; RFID storage position sensors, electronic locks and gate state sensors are arranged in different storage positions; the cabinet body is further provided with an archive management processor.An operator does not need to hold a data scanner to scan tags on archives in the storage positions one by one, each storage position is provided with the RFID storage position sensor for monitoring access states of archives in real time and communicating with the archive management processors, states of archives in different storage positions can be checked, and automatic inventory checking can be achieved; in addition, archives in the cabinet body can be automatically checked after archives are taken out or stored, automatic inventory checking on the archives in the storage positions is achieved, alarming can be made in time if archives are wrongly taken out or stored, and the accuracy of archive access and storage can be ensured.

The invention discloses a stone material management method. A stone material label is set on a stone material, and the stone material label stores stone material data; the stone material data is sent to a server in a data transmission manner; and the server sends stone material management data generated according to the stone material data to a client according to a request from the client. The stone material data comprises identity information, state information and environmental information of the stone material. The stone material management data comprises: a flow direction of the stone material specified by the client, and inventory data and / or out-storage data of various stone materials. The invention further discloses a system for implementing the above method. According to the invention, a new generation asset management system based on the Internet of things is provided, and integrates application identification, perception, short-range communication, geographic Information, etc. Fixed asset refined management including functions of Fixed asset refined management of medium and long distance identity identification, noumenon multi-information perception, spontaneous information uploading, real-time alarm locating, cloud platform high speed data processing and coverage of various application demands etc. are achieved. The management method provided by the invention has advantages of being intelligent, effective, accurate, timely and perfect in function, so that the stone material management method has a significant practical value and broad market space.

The invention discloses an RFID-based terminal asset information security management method and system, and the method comprises the steps: obtaining parameters related to an RFID sensor, a reader-writer, a positioning base station and a communication gateway, so as to build the connection relation of all hardware; uploading the parameter information and the connection relationship to a backgroundasset information security management platform for unified storage; comparing and analyzing the stored data information with basic asset data in a database and data collected in real time to obtain change information of the asset position at the current moment; and completing terminal asset security management by utilizing rules and strategies of related systems of the information security management system. According to the invention, asset positioning, tracking, automatic inventory and the like are realized, so that assets can be used in a safe and controllable range; and on the other hand,the use area, the use range, the purchase, the circulation, the inventory and the like of the assets are effectively and safely managed, the dynamic condition of each asset is known at any time, andterminal asset safety management is realized.

The invention relates to an intelligent warehousing system of a disc-shaped electric material automatic counting machine. The automatic counting and warehouse-in and warehouse-out process of disc-shaped electric materials belongs to one part of a warehouse management system, automatic counting of the disc-shaped electric materials is achieved by means of an advanced computer technology, the counted disc-shaped electric materials are placed on a goods shelf to be stored through accurate control of a mechanical arm, the mechanical arm can also convey the disc-shaped electric materials on the goods shelf to a warehouse-out conveying belt, and the next process is conducted. The system comprises a disc-shaped electric material transportation system, a disc-shaped electric material automatic counting system and a disc-shaped electric material automatic warehouse-in and warehouse-out system. The system can achieve automation to a certain degree on the basis of current manual operation, the labor intensity of warehouse management personnel is relieved, and the warehousing efficiency is improved.

The invention provides a coin separating and counting device, which comprises a feeding mechanism, a separating mechanism, a collecting mechanism and a counting mechanism, and is characterized in thatthe feeding mechanism is used for conveying various coins with different specifications to the separating mechanism; the separating mechanism comprises multiple separating channels of different specifications, and the coins conveyed to the separating mechanism enter the separating channels of the corresponding specifications one by one to be separated from one another; the collecting mechanism comprises multiple groups of collecting cylinders, each group of collecting cylinders is arranged corresponding to the separating channel of the corresponding specification, and each group of collectingcylinders is used for collecting coins separated by the separating channel of the corresponding specification; the counting mechanism comprises multiple counting units, and each counting unit is usedfor counting the number of the coins conveyed to the corresponding group of collecting cylinders through the separating channel. Therefore, coins can be automatically counted, the error rate is reduced, the coin counting efficiency is effectively improved, and manpower waste is reduced. The problem that the coin counting efficiency is low in a manual mode in the prior art is solved.

The invention discloses a supervision method and a supervision system. The method comprises the following steps that a first wearable device receives a short-distance wireless communication signal sent by a second wearable device, wherein the short-distance wireless communication signal carries a unique identification code of the second wearable device, and the first wearing device and the secondwearing device are worn on different supervision objects respectively; the first wearing device reports supervision information to a server, wherein the supervision information comprises the unique identification codes of the first and second wearing devices; the server receives the supervision information, the number of the supervision objects is counted according to the unique identification codes in the supervision information, and whether the counting number is smaller than a threshold or not is judged; when the counting number is smaller than the threshold, the server sends out promptinginformation. Therefore, automatic checking of the supervision objects is achieved, a user does not need to manually count the supervision objects or take a lot of time, the condition that the supervision objects get away from a group can be quickly and timely known, and the intelligent level and efficiency of supervision are improved.

The invention relates to a device checking method, and belongs to the technical field of article checking, and the method comprises the steps: scanning an out-of-band address of each device in a target device group based on a preset tool; if the out-of-band address is obtained, capturing equipment information of equipment corresponding to the out-of-band address, and marking the corresponding equipment as first marking equipment; matching the first marking device with asset information in a preset financial asset system; and if the first marking device is successfully matched with the asset information in the preset financial asset system, determining that the first marking device is successfully checked. According to the invention, the automatic detection of the equipment state through the out-of-band address is realized, the automatic checking of the equipment is realized through the matching of the equipment state and the asset information in the preset financial asset system, the method is convenient and rapid, and the checking efficiency and accuracy are improved.

The invention relates to a bank precious metal intelligent inventory system and method, which solves the technical problems of complex operation and low efficiency, and establishes an intelligent bank precious metal inventory by using computer vision, image understanding, industrial automation and database technology The system does not depend on any labels, and only uses digital cameras to simulate human vision to accurately identify precious metal items of different sizes and shapes (circular, oval, rectangular) on the shelves in the warehouse to obtain the types of items placed on the shelves, Quantity and location data information, the background storage business management system dynamically manages the information data, automatically updates and uses the supporting application software to complete the accurate statistics of the number and category of precious metal items and the technical solution for storage location management, which is a better solution. This problem can be used in the bank's precious metal smart inventory.

The invention discloses a method for quickly counting chip-type scattered components. The method comprises the following steps that a plurality of chip-type scattered components are placed on an object carrying platform; a bottom light source on the carrying platform is turned on; an industrial camera of the image recognition system is controlled to photograph, and an original image of the chip-type scattered components on the carrying platform is obtained; the image recognition system sends the original image to a computer and carries out graying and binarization processing to obtain a processed image; and the computer obtains the average area of each independent chip-type scattered component and the total area of the plurality of chip-type scattered components according to the processedimage and the set area characteristic range information of the single material, and the number obtained by dividing the total area by the average area is used as the counting result of the chip-type scattered electronic components. The counting efficiency and the counting quality of the chip-type scattered components are improved, the counting recording function is also achieved, the waste of manual counting cost and time cost is greatly reduced, and great benefits are brought to the improvement of production and manufacturing productivity.

The invention discloses an operating instrument recycling management system and checking method. The operating instrument recycling management system comprises an operating table which comprises a base, a lifting mechanism and a bed board which are installed together; the system is characterized by further comprising a processor, an object carrying assembly and a recycling assembly, the object carrying assembly comprises two sliding rails, an object carrying plate and a first RFID antenna, the first RFID antenna is arranged in the object carrying plate, the sliding rails are installed at the bottom of the bed board, and the object carrying plate is arranged between the sliding rails in a sliding mode; the recycling assembly comprises a recycling bin and a second RFID antenna which is arranged on the recycling bin, and the first RFID antenna and the second RFID antenna are connected with the processor separately. The conditions that operating instrument recycling management system automatically completes operating instrument checking, and the humanization degree is increased are achieved.

The invention relates to an automatic inventory checking method for a three-dimensional warehouse. The method comprises the following steps that S1, a remote control terminal learns, trains and establishes a goods specification model; s2, the carrying equipment moves one stack to the position of a stacking platform to trigger a photoelectric sensor; s3, the remote control terminal receives the trigger signal to control the 3D camera to collect first image information of the goods; s4, the remote control terminal controls the 2D camera to collect second image information of the stacked goods; s5, the remote control terminal completes goods checking based on the image information and the volume information of the goods; and storing the inventory result data. By means of the method, the functions of automatic sensing, automatic specification identification, automatic image acquisition, automatic box number calculation and automatic data storage of the stacks can be achieved, and therefore stack data can be obtained under the condition of no human intervention, namely automatic checking is achieved.

The invention is suitable for the technical field of indoor positioning, and provides an entity resource positioning method, positioning device and positioning system, a server and a storage medium. The positioning method comprises the following steps: responding to a preset instruction for starting entity resource checking, acquiring first label information of an ultra wide band label carried by each entity resource in a monitoring area and first position information of the ultra wide band label in the monitoring area through an ultra wide band positioning base station; and if second label information identical to the first label information of the entity resource exists in the first database and the first position information of the entity resource is different from preset position information of the entity resource corresponding to the second label information, sending positioning information to the target terminal, wherein the positioning information at least comprises the first position information and the preset position information. According to the positioning method, each entity resource can be positioned in real time through the ultra-wideband positioning base station and the ultra-wideband label carried by each entity resource, so that automatic checking of the entity resources is realized.