95results about How to "Quick inventory" patented technology

A system by which a central hub and transport means, listing means, matching engine, and operating method will capture overstock and understock information from participating retailer or distributor nodes and create congruent matches, with subsequent shipments of one to the other to improve the inventory of both nodes.

The invention discloses a system and method for monitoring and managing warehouse goods in a refined and real-time mode based on an RFID, and belongs to a goods storing and managing system. The managing system comprises an RFID tag, a server, a supervisory computer, an RFID reader-writer and an industrial personal computer. The supervisory computer and the industrial personal computer are matched in the managing system, the industrial personal computer enables various worksheets produced by the supervisory computer in advance to serve as a unique basis for verifying the situations that goods are delivered in a warehouse and delivered out of the warehouse , the goods of the warehouse can be in a controllable state in the process of being delivered in and out of the warehouse, data in the server are synchronously updated after the industrial personal computer finishes the corresponding operation, the data in the server are consistent with an actual state, the data do not need to be input manually, and therefore working efficiency of goods storage is effectively improved. Meanwhile, the system for monitoring and managing the warehouse goods in the refined and real-time mode based on the RFID is simple in structure, easy to achieve, suitable for being used on various occasions for storing the goods, and the application range is wide.

The invention provides a RFID(Radio Frequency Identification)-based confidential carrier intelligent monitoring system and a monitoring method of the same. The system comprises interconnected upper computer system and lower computer system, wherein the lower computer system is arranged in a confidential region (800); the upper computer system comprises an information center server (100); the lower computer system comprises a RFID identification system (200), an access control system (300), a warning system (400) and a photographing sensing device, which respectively keep network connection with the information center server (100); and the RFID identification system (200) is further contacted with a confidential carrier (700). The invention further provides a monitoring method of the system. The system and the method can establish a uniform confidential carrier centralized monitoring network for the confidential field, and realize automatic intelligent management on the confidential carrier in the whole life cycle.

In a system for producing a location-based inventory of objects each furnished with an RFID transponder (24) designed to interact with an RFID reader / interrogator (30) and placed at different locations of a warehousing structure (10) consisting of a plurality of rows (16A-16C) supported by vertical uprights (18A-18D), provision is made for each of the uprights of this warehousing structure to be furnished at each of the rows with an RFID location transponder (26) and for processing means (30; 32) to produce a location-based inventory of the objects present on the warehousing structure according to the information received from the transponders.

The invention discloses a storage system based on radio frequency identification positioning and purchase and shipment automatic identification statistical methods, which belong to the technical field of radio frequency. The system comprises goods with radio frequency functions, radio frequency readers and a storage data center, wherein the radio frequency readers are arranged on a storage door and goods shelves; the methods include a goods yard purchase automatic identification statistical method, a goods shelf purchase automatic identification statistical method and a goods shelf shipment automatic identification statistical method. According to the system and the methods, the information of radio frequency chips on the goods is automatically identified, the flowing information of single storage goods is input into the storage data center and is examined together with a purchase instruction sheet and a shipment instruction sheet, the purchase and shipment goods are automatically counted, errors are automatically corrected, and an alarm is automatically given.

A system which is able to take inventory of products stored in high rise racks and immediately provide the inventory information to an information system for immediate processing and which makes use of remote electronic identification means for each product, box, etc. and each row of a correspondent rack, thus allowing the system to read great amounts of information at once.

The invention relates to a gold and jewelry property management system based on smart-RFID electronic tags. The system comprises (1) smart-RFID electronic tags mounted on all articles respectively; (2) a smart-RFID tag reader system mounted under a counter; (3) smart-RFID tag reader system mounted in a cashier computer system; and (4) a computer and a management system mounted near a safe. The system carries out information interaction on storage, to-sell, sold and after-sell states of each article via RF signals, and inquires and automatically calculates information of different types of articles according to information of the smart-RFID tags. According to the invention, distributed control for the gold and jewelry property management systems of different counters and different shops can be realized, each module is capable of control, the system flexibility is improved, and time of daily checking of gold and jewelry sellers is reduced.

The invention relates to a communication method of a power asset management master station system and an RFID terminal. The method guarantees the identity legitimacy of a client by providing bidirectional authentication for the RFID terminal and the management master station system and encrypting private data and through digital signatures; a terminal layer is mainly composed of the RFID mobile terminal and an RFID reading and writing module and mainly achieves the operations such as field installation, label information inquiry and equipment checking of power grid equipment labels. The communication method of the power asset management master station system and the RFID terminal can guarantee the communication safety between the power asset management master station system and the RFID terminal; two communicating parties can establish safe communication channels therebetween for data transmission only by holding key certificates and being authorized.

The invention discloses a thin archive access transportation robot device and a using method thereof, and relates to the technical field of archive robots. The thin archive access transportation robotdevice comprises an AGV, an X-axis moving module, a Y-axis moving module, a Z-axis moving module, archive boxes and an archive box access mechanism. The AGV is arranged over an electromagnetic rail mounted on the ground. A storage battery, a controller and a memory are mounted in the AGV. The archive boxes are vertically placed on an archive shelf at intervals. Mounting grooves are formed in thearchive boxes, and iron strips are arranged in the mounting grooves. Bar code labels are stuck on the archive boxes. A two-dimensional code label is stuck on the archive shelf. The archive box accessmechanism is arranged on a Z-axis sliding plate and comprises an L-shaped supporting plate, a CCD camera, an adjustment motor, an access motor and an electromagnet. The thin archive access transportation robot device is moved to a specific position first through the linkage of the AGV, the X-axis moving module, the Y-axis moving module and the Z-axis moving module, then the CCD camera is used forscanning for judgment, afterwards, the access motor stretches the electromagnet to attract the ion strips on the archive boxes, and thus, access of the archive boxes is achieved.

The invention discloses a smart inventory-taking robot. The robot comprises a mobile base plate (1), an automatic lifting module (2), a 3D vision module (3), and a control system (4). The mobile base plate (1) has the function of navigation; the lifting module (2) is arranged above the mobile base plate (1); the 3D vision module (3) is mounted on the lifting module (2); the 3D vision module (3) is used to obtain the position information of an object relative to the robot; the 3D vision module (3) is used to analyze the information label on the articles to be checked to obtain the detailed information of the articles; the control system (4) can control the automatic lifting module (2) to drive the 3D vision module (3) to ascend or descend; the control system (4) can store the position and detailed information of the articles checked in inventory taking. The smart inventory-taking robot makes use of the machine vision technique to make an inventory of articles at different positions automatically with a high efficiency, and can be used for inventory-taking of many different articles.

The invention discloses a method for implementing electronic toll collection, which comprises the following steps: a distance between a trigger ground sensor and a snapping ground sensor is determined; the trigger ground sensor triggers a lane reader-writer when detecting that a vehicle travels into an antenna communication area; a vehicle-mounted electronic label caries out power detection on a received signal sent by the lane reader-writer and returns a response signal added with a detection result to the lane reader-writer; and the lane reader-writer sends a determined MAC (Medium Access Control) address corresponding to the vehicle-mounted electronic label to be stored in the stack of a background computer in order to realize collection transaction. The method disclosed by the invention ensures that the lane reader-writer can determine the corresponding relation of the vehicle-mounted electronic label in temporal order, which not only solves the problem of vehicle following interference, but also enhances the accuracy of vehicle following collection.

The invention discloses a smart shopping and goods-return sharing platform. The platform comprises a plurality of selling terminals, counting systems, at least one goods supply end, and a management server; each selling terminal is used for providing containing spaces for goods to be sold, wherein each containing space is internally provided with one counting system which obtains the inventory information of the goods in the current containing space; the goods supply ends provide goods selling, return, replenishment, and expiration information to corresponding suppliers; and the management server includes a selling terminal management unit, a goods supply end management unit, and a goods management unit, wherein the goods management unit includes a data processing module, a settlement management module, a goods return management module, a goods replenishment management module, and an expired goods management module. According to the smart shopping and goods-return sharing platform of the invention, the automatic selling, automatic returning and automatic replenishment of the goods in the containing spaces and automatic expiration information reminding can be realized according to the counting results of the counting systems; and after a box door is opened, a user can select and buy a plurality of items and different kinds of items according to needs.

The invention discloses intelligent sorting equipment for small-batch sheet type scattered devices. The equipment aims to solve the problem that small-batch bulk components after secondary screening of electronic components in the military industry cannot be produced by using automatic equipment. The accurate-positioning and non-destructive-picking intelligent sorting equipment for the small-batchsheet type scattered devices are designed through integrated research and development on a feeding vibration module, a mechanical sorting system, an image recognition system, a material placing module, software development and the like. According to the equipment, as a new breakthrough of intelligent manufacturing in the field of electronic assembly, under dragging by software, the feeding vibration module is driven to carry out turning-over treatment on the sheet type scattered devices, the software is switched to drive the image recognition system to realize automatic recognition and framejudgment of the sheet type components, the software commands and drives the mechanical sorting module to intelligently grab the sheet type scattered devices, accurate grabbing of 0402 packaging can beachieved, the software sets material placement to realize the high-precision array sorting and arranging of the sheet type scattered devices, and the sorting quantity and the operation period can further be clearly recorded.

The invention discloses a cubic visual method for detecting the storage of the coal field: first, equip the paired camera above the coal pile and measure the distance between the focal center and the photic platform; the camera moves along the photic axis and screens the coal piles referring to the center connecting line of the camera and the photic axis to get the pictures of the coal piles; get the theoretical pixel according to the pixel commutation of the coal pile pictures; calculate to obtain the coal pile pictures with the malformation removed and implement edge detecting; abstract the edge information; the area 9 of the edge point of the camera is the matching stencil; calculate the relative coefficient of the suited stencil and the sub-pictures covered by the stencil; select the conjugate point; fit the space curve face of the coal pile and calculate the size and the weight of the coal pile. The invention has high precision and low cost.

The invention discloses an intelligent gun cabinet of the Internet of Things and a use method thereof. The intelligent gun cabinet comprises an intelligent gun cabinet main body used for storing guns; a plurality of electronic tags; an electronic tag reader arranged in the intelligent gun cabinet main body; an antenna arranged on the intelligent gun cabinet main body; and a control module connected with the electronic tag reader and the antenna and used for receiving and processing signals. By adoption of the above design, quick gun search is supported, the system automatically searches the guns in each gun cabinet and displays the position of the target gun and the gun cabinet number to an administrator after gun number information is input. Equipment statistics: the system can realize quick check without onsite operation, the administrator can master the number of all guns, the gun numbers and the like within the reservoir area within several seconds, and compared with manual check, the accuracy and timeliness are improved by several order of magnitudes; and getting verification: identity verification can be carried out on getting and returning personnel in combination with fingerprint identification and other techniques.

The invention provides a vaccine monitoring method and system based on an RFID electronic tag. Real-time online automatic acquisition, automatic information synchronous transmission and remote synchronous monitoring of the state of vaccines stored in the vaccine cabinet are realized by adopting radio frequency identification technology, identity authentication technology, temperature and humiditysensing technology and network technology, so that the operation and management efficiency can be greatly improved, the data is reliable, and potential risks can be controlled and reduced.

The present invention provides a library book positioning system and method. According to the present invention, by a digital map, the concrete positions of the books can be queried and positioned; the concrete positions of the persons and the books in a library are positioned real-timely; by arranging the Bluetooth modules which are in matrix arrangement to identify and position the concrete positions of the intelligent portable devices in the library, the positioning precision is high, the real-time navigation can be provided, and the books can be found conveniently and rapidly. The system and the method are correlated with a book management system mutually, thereby updating the position information of the books real-timely. By an RFID technology, the books can be checked conveniently and rapidly. The library book positioning system and the library book positioning method of the present invention are low in cost and wide in application, and have the remarkable actual popularization economic benefits.

A method and system is provided for automatically controlling inventory. One or more point-of-sale businesses records sales and receipts for each item of inventory and transmits that information periodically (for example daily) to a database in a computer. This computer has software that acts as a “virtual buyer” in the sense that it implements set(s) of rules for the items and determines a target inventory for each item at each location. This information is then compared to each current inventory that is also kept current in a database. If the current inventory for that item at that location is less than the target inventory, then an order for more units of that item is generated to bring the current inventory up to the target inventory. Also, if the current inventory exceeds the target inventory for an item at one or more of the point-of-sale businesses, then instructions to return units of that item to the point-of-distribution may be generated.

The invention relates to a coin accounting, paying and packaging device, which comprises a reservoir and an accouter, wherein the reservoir and the accouter arrange an index; the index uses the coin thickness as one basic index unit and uses the first coin arranging location inside the reservoir and the accouter as the index aero which is arranged vertical the coin nesting direction.

The present invention discloses a system and a method for maintenance management for an airliner life jacket. The system comprises a RFID tag, a handheld RFID read-write terminal, a fixed loss prevention RFID scanning terminal, a terminal node management server and a database server. The method comprises the steps of: newly added maintenance life jacket initialization; daily checking and inspection; and loss prevention management. The phenomenon is solved that leak detection and false detection caused by manual screening in a current life jacket maintenance process, and rapid checking and lossprevention of the life jacket in the daily management are achieved.

A system for producing a location-based inventory of objects each furnished with an RFID transponder (24) designed to interact with an RFID reader / interrogator (30) and placed at different locations of a warehousing structure (10) including a plurality of rows (16A-16C) supported by vertical uprights (18A-18D). Each of the uprights of this warehousing structure is furnished at each of the rows with an RFID location transponder (26) and a processor (30; 32) to produce a location-based inventory of the objects present on the warehousing structure according to the information received from the transponders.

A system which is able to take inventory of products stored in high rise racks and immediately provide the inventory information to an information system for immediate processing and which makes use of remote electronic identification means for each product, box, etc. and each row of a correspondent rack, thus allowing the system to read great amounts of information at once.

The invention relates to a multifunctional handset based on warehouse logistics management and a logistics management method. The multifunctional handset comprises a control unit and further comprises a GPS module, a GPRS module and an RFID module. The control unit is in communication with the GPS module, the GPRS module and the RFID module. The control unit controls the RFID module to read and write an electronic tag on a cargo, the RFID module transmits read electronic tag information to the control unit, the GPS module transmits obtained geographical location information to the control unit, and the control unit transmits the electronic tag information and the geographical location information to a head office server through the GPRS module.

The invention belongs to the technical field of sheep feeding, and particularly relates to a breeding production system for sheep. Specifically, feed is uniformly stirred by a feed mixer, and a discharge port, a sending conveyer belt and a feeding conveyer belt are started through a controller; the feed passes through the sending conveyer belt and is guided and conveyed to the feeding conveyer belt through a feed diverter; when the feed is conveyed to the tail end of the feeding conveyer belt, the controller is turned off, and feed conveying is completed. A door fence of a sheep house is lifted through the action of a crowbar, at the time, a fence at a feeding walkway descends and is closed under the action of the crowbar, and animals reach the front portion of the feeding conveyer belt through the feeding walkway; then, the crowbar is controlled to close the door fence and lift the fence, at the time, the door fence at the sheep house descends and is closed, and the animals stretch heads into the surface of the feeding conveyer belt to eat feed. The problem that the feed is easy to gather when a feed path is turned, and the feed efficient transportation function and the efficientventilation effect of the environment in the sheep house are achieved on the premise that the transportation face is the same plane.

The invention provides a server positioning method and system. The server positioning method comprises an information acquisition step, an information association step and an information sending step, wherein in the information acquisition step, a server acquires position information pre-stored in a storage device connected with the server and server information used for identifying the server; in the information association step, the server performs association on the obtained position information and the server information; and in the information sending step, the server sends the associated position information and server information to a position server, and the server can be positioned according to the server information through the position server.

An LED lamp conversion module for converting an outpost lighting fixture from incandescent or halogen lighting to LED lighting, the conversion module including a base and an LED lamp attached to the base, where the LED lamp has at least one LED. Electronics are adapted to illuminate the at least one LED of the LED lamp when powered with a current. The conversion module also includes an electronic connection member in electrical communication with the electronics. The conversion module may be used to replace an incandescent or halogen lamp in an outpost lighting fixture by connecting the base to the outpost lighting fixture and connecting the electronic connection member to a power source of the outpost lighting fixture.

The invention provides an electronic surgical instrument counting table and relates to the technical field of medical assistance. The electronic surgical instrument counting table comprises a countingtable body, and RFID readers, a communication module and a power supply module which are arranged on the counting table body, wherein the power supply module is electrically connected with the RFID reader and the communication module; the communication module is in communication connection with the RFID reader; the counting table body comprises at least one instrument storage plate; and a plurality of RFID readers are arranged on the instrument storage plate. The invention further provides an electronic surgical instrument counting system, which comprises an electronic surgical instrument counting table, a surgical instrument and an information processing terminal. The information processing terminal is in communication connection with the communication module. The system has the following beneficial effects that: the accuracy of instrument counting is obviously improved, the instrument counting time is obviously shortened, the accuracy of instrument integrity inspection is much higher than that of existing manual naked eye inspection, the safety protection performance of surgical instruments is greatly improved, and the safety of a surgical patient in the perioperative period iseffectively guaranteed.

The invention relates to the technical field of intelligent monitoring, in particular to an intelligent bottled wine cellar monitoring system based on radio frequency identification (RFID). By the intelligent bottled wine cellar monitoring system, the problems that bottled wines are difficult to store by the conventional monitoring method and are inconvenient to inquire, and an alarm cannot be sounded are solved. The intelligent bottled wine cellar monitoring system based on the RFID comprises electronic labels, radio frequency reading head equipment, a reading head controller and a central industrial control computer. The intelligent bottled wine cellar monitoring system is applied to the technical field of monitoring.