49results about How to "Scientific and effective management" patented technology

The invention provides a double ant-counterfeiting method and system of product, relating to an ant-counterfeiting technology, wherein the first ant-counterfeiting method is a tracking number of obtained product and the second ant-counterfeiting method is an ant-counterfeiting code of obtained product. The method provided by the invention comprises two steps of batch production of product security label and anti-counterfeiting validation of the product; the system comprises a main body representing layer, a business processing layer and a data processing layer. The double ant-counterfeiting method and system of product provided by the invention are applied to various industries, and compared with conventional ant-counterfeiting method, the double ant-counterfeiting method and system of product provided by the invention haven the advantages that the cost is low, the product can be queried repeatedly by means of the tracking number which has uniqueness and permanent timeliness, the ant-counterfeiting inquiring rate of the product is high, the diversified information is provided and the management of ant-counterfeiting website to the sale channel of the product can be extended to thesale terminal.

The invention discloses an intelligent guide charging system of a new energy vehicle. The system comprises a charging pile group, a sub management system, a remote management center and a user client terminal; the charging pile group is connected with the sub management system through a CAN bus; the sub management system is provided with a LPE-CPE terminal, and is connected to a TD-LTE network through the LPE-CPE terminal; the remote management center performs data exchange with the sub management system and the user client terminal through the TD-LTE network; the charging pile group includes multiple independent charging piles; the independent charging piles are connected with the CAN bus, and are provided with unique MAC codes; the positions of the independent charging piles are fixed; the position information of the independent charging piles is recorded in the sub management system and the remote management system; the sub management system acquires use states of the independent charging piles in real time, and transfers the information to the remote management center; the user client terminal can obtain the use states and the position information of the independent charging piles at any time; and the user client terminal can guide users to reach the selected positions of the independent charging piles.

The invention relates to a material management and control system and method. The system comprises a vehicle storage region used for storing idle vehicles, a first weighman room, a second weighman room and a gate sentry, wherein the first weighman room and the second weighman room are used for weighing the vehicles, and the gate sentry is used for checking and verifying whether the vehicles can pass through or not, and providing a normal range of vehicle activity. The system is characterized in that all the vehicles are provided with RFID tags, the first weighman room is internally provided with a first wagon balance and a first RFID base station, the second weighman room is internally provided with a second wagon balance and a second RFID base station, and the gate sentry is provided with a third RFID base station and a camera which is used for shooting and recording plate number vehicle information. The normal range of the vehicle activity refers to that a key position is provided with a fourth RFID base station and a camera so as to read information of a vehicle reaching a normal point or a critical point and capture a picture. The first RFID base station, the second RFID base station, the third RFID base station and the fourth RFID base station can all read information of the RFID tags on all the vehicles, and the first RFID base station, the second RFID base station, the third RFID base station, the fourth RFID base station and the cameras are connected with a server. By means of the system, the vehicles, materials and the like can be effectively managed, scheduled, traced and the like.

The invention relates to a method for preparing a preserved beancurd product, which belongs to the production field of the preserved beancurds. Primary fermentation and after fermentation are the key steps. The production process of the preserved beancurd comprises the following steps: soybean soaking, jordaning, filtering, warming, refiltration, defoaming, adding coagulant and blank forming, dicing, inoculating, primary fermentation, pickling, bottling, adding soup, covering and after fermentation. The raw materials of GMO free and green food are that protein contained in the soy bean is more than or equal to 38%, slag contained in the soy milk is less than or equal to 15%, crude protein contained in the bean dregs is less than or equal to 28%, and the final temperature of the soy milk in the final siruping tank of overflow tanks is more than or equal to 90 DEG C. When the jellied bean curd is 50%, turning over is carried out slowly and the flow rate of the coagulant is reduced, and when the jellied bean curd is 80%, turning over and the flow of the coagulant are stopped for standing statically; the squeezing is carried out at 8-10Mpa, the moisture content of white blank is 66-73%, the inoculation is carried out at the temperature of 40 DEG C, the primary fermentation is carried out for 36-48 hours and cages are exchanged for three times, and the first exchange, the second exchange and the third exchange are carried out respectively at the temperature of 23-28 DEG C, 22-26 DEG C and 18-22 DEG C. wherein, the relative humidity in the three exchanges are all 60%; pickling is carried out for 3-5 days, then after fermentation is carried out at the temperature of 15-30 DEG C for 45-60 days, and the finished product contains 3.5-18% of salt. The method of the invention can be used for preparing the preserved beancurd.

The invention relates to a management system for the mine intelligent blast which uses the computer software in handle device (including the handle computer and the data collector) to control, lead, limit and monitor the blast process. The invention includes the blast scene monitoring unit. The handle device has the function of collecting the data, photo the blasting surface and the worker, controlling the emitter. Also it can transfer the above data including the picture to the information managing unit by the data communication device. The invention can monitor the blast surface at the time to collect the data, control the process and transfer the data.

The invention discloses an intelligent medicine cabinet, which comprises a cabinet body, detection circuits, a voice system and a medicine code reader controller, wherein the cabinet body is provided with a plurality of sealed medicine grids which are independent; each medicine grid is provided with an opening end and a cover body is arranged at the opening end of each medicine grid for sealing a corresponding opening; a medicine is correspondingly kept in each medicine grid; the detection circuits are arranged in the medicine grids in a mode of corresponding to the medicine grids one by one, and the detection circuits are used for detecting humidity, temperature and medicine quantity information in the medicine grids; the voice system is arranged on the cabinet body; the medicine code reader controller is connected to the voice system and the detection system; and the medicine code reader controller is used for broadcasting the humidity, temperature and medicine quantity information detected by the detection circuits by virtue of the voice system when the humidity, temperature and medicine quantity information detected by the detection circuits are inconsistent with preset humidity, temperature and medicine quantity information. The intelligent medicine cabinet disclosed by the invention is relatively simple in design and relatively convenient in application, and the intelligent medicine cabinet can better serve old people taking the medicines.

The invention discloses a method for establishing a hybrid type rare earth mining area water environment quality monitoring and early warning system and belongs to the environmental quality early warning system field. The method of the invention comprises the following steps that: a pollutant monitoring system is established; a data transmission system is built; an early warning system is established; and an information distribution system and a disposal and decision making system are established. According to the establishment method of the invention, based on the pollution characteristics of hybrid type rare earth mining area water environments in China, the pollutant monitoring system is improved, the information acquisition and output system is built, the rare earth mining area water environment quality early warning technology system is improved, and the accident disposal and decision making system is established, and therefore, the method can be utilized to establish an effective hybrid type rare earth mining area water environment quality monitoring and early warning system. With the method of the invention adopted, important theoretical guidance can be provided for hybrid type rare earth mining area water environment quality management and emergency response disposal work. The method has a bright application prospect.

The invention relates to a large-scale logistics storage risk source monitoring platform, which comprises a monitoring host, a monitoring module, an I/O interface module, a fire automatic alarm system, a display module, a GSM short message module, an alarm module and a power supply module. The monitoring module is composed of a meteorological information collection module, an electrical fire monitoring module, a video image comparison module and an infrared image analysis module. The meteorological information collection module is composed of a weather sensor and a public pre-warning signal collection unit. The electrical fire monitoring module is composed of an excess current detector, a residual current detector, a temperature sensor, a temperature-sensing and smoke-sensing detector, and an arc fire detector. The monitoring module is connected with the monitoring host via the I/O interface module. The fire automatic alarm system is connected with the monitoring host. The display module, the GSM short message module, the alarm module and the power supply module are respectively connected with the monitoring host. According to the technical scheme of the invention, by means of the monitoring module, objective risk sources and human risk sources can be monitored, and the fire safety management technical means is improved. Meanwhile, large-scale logistics storage buildings can be safely and intelligently monitored.

The invention discloses a financial data access analysis system. The system comprises data control terminals, a data communication network, a financial data processing server and financial data output devices, the financial data processing server is connected to the data control terminal and the financial data output device separately through the data communication network, and the control terminals and the financial data output devices are both multiple, wherein at least one financial service subsidiary local area network is constituted among the control terminals through the data communication network, and the financial data output devices are in mutual parallel connection. According to the financial data access analysis system, financial data operation management is met, scientific and effective management can be conducted on identity of financial management personnel and data processing authority, and the accuracy and the reliability of financial personnel identity and management can be improved.

The present invention discloses a smart battery management method and system. The method comprises: performing starting and initializing a MCU function module to allow each module to perform normal work; performing initialization of external auxiliary devices, obtaining correction voltage through MCU, and triggering a request of communicating a smart battery to the MCU through wakeup interruption; completing the communication connection with the MCU and the smart battery through a serial communication processing function through the MCU; obtaining voltage and current reference information of the smart battery through the MCU, and obtaining the information the number of times of smart battery charging according to the current direction of the battery; and allowing the MCU to enter a power saving mode to keep the communication connection with the smart battery and wait for the arrival of an interruption event so as to execute an interruption event. The smart battery management method and system employ the MCU unit to detect the output current and voltage parameters of the smart battery, calculate the residual capacity of the smart battery and perform output voltage calibration, charging record query, host and slave management, system power consumption management and UART communication management so as to realize monitoring of the user performance and number of usage times of the smart battery.

The invention discloses a digitalized ground mark and a paving method thereof. The digitalized ground mark comprises an electronic chip as a pipeline point information access carrier, an inner package layer for primarily packaging the electronic chip and an outer package layer for secondarily packaging the inner packaging layer, wherein pipeline point information can be read and written by a reader; and the outer package layer is provided with a mark warning surface with the functions of marling and warning. The digitalized ground mark has the advantages of science, durability, attractiveness and convenient operation and avoids the defects of the traditional ground mark.

The invention discloses a low voltage power distribution network wattless operation state early warning method and a system. The method comprises steps of obtaining parameters of various states of the to-be-warned low voltage power distribution network performing wattless operation, performing evaluation on the parameters of various states according to a preset evaluation model, determining the evaluation result of the wattless operation of the low voltage power distribution network, and performing early warning when the evaluation result satisfies the preset early warning condition. The invention solves the technical problem that the wattless operation state early warning of the low voltage power distribution network in the prior art is not timely and realizes the scientific and effective management and monitors the wattless operation state of the low voltage power distribution network.

The invention discloses a three-dimensional dynamic detection and grading early warning device for the tower top position of a building tower crane, which is used for a building tower crane system. The building tower crane system comprises a tower body of the building tower crane, a GNSS detection station located at the top of the tower body and a GNSS reference station located on a construction site. The device comprises a three-dimensional dynamic detection and calculation unit for receiving satellite positioning data with high sampling rate from the GNSS reference station and the GNSS detection station and calculating position detection results of the north direction, the east direction and the zenith direction of the tower top, a detection parameter determination unit which is used fordetermining tower top three-dimensional dynamic detection parameters of the current detection epoch according to the position detection results in the north direction, the east direction and the zenith direction of the tower top, an early warning parameter determination unit which is used for determining early warning parameters of the current detection epoch according to the nominal detection precision of the GNSS detection station, and an early warning unit which is used for comparing the tower top three-dimensional dynamic detection parameters with the early warning parameters and determining to carry out early warning according to a comparison result.

The invention discloses a double joint sealing and labeling mechanism for a freezing tube with good sealing effect for medical and laboratory science and research. The double joint sealing and labeling mechanism comprises a freezing tube body and a sealing cover, wherein the sealing cover is arranged on the freezing tube body, and is connected with the upper end of the freezing tube body through threads, an inner cover is arranged in the upper end of the sealing cover, the inner side of the upper part of the freezing tube body is provided with an oblique surface, the oblique surface is matched with the inner cover, a convex labeling ring is arranged at the outer side of the upper end of the freezing tube body at the lower end of the sealing cover, the connecting part of the bottom part of the labeling ring and the freezing tube body is provided with a concave step and a side convex step, and labels are attached to the outer ring surface of the side surface of the labeling ring and the bottom part of the freezing tube body.

The invention discloses a building supply chain management method and device based on 4D BIM and RFID. The method comprises: acquiring to-be-tested construction project information at a construction site and supplier information for providing building materials for a to-be-tested construction project from a preset 4D BIM system; Obtaining the delivery distance between the supplier and the construction site from a preset RFID system, the delivery distance being used for calculating the delivery cost of each supplier; constructing a first supply chain cost model of a construction project to be tested by considering the delivery cost of building materials, the ordering cost of the building materials, the price cost of the building materials and the on-site inventory cost of the building materials; And calculating the optimal supply chain cost of the first supply chain cost model, and selecting a supplier conforming to the construction project to be tested and a corresponding supply quantity. The method provided by the invention can effectively solve the problems of reasonable selection of suppliers and orders thereof in the CSCM and reasonable construction of the collection and distribution center, and has high practicability.

The invention provides an electricity larceny user discovery method based on user sample data difference characteristic analysis, through difference description and distance description between samples according to the user sample data difference characteristics, the judgment on the user electricity larceny behavior according to the specific electricity larceny behavior is not realized, so that the electricity larceny user is found. According to the patent of the invention, electricity stealing users can be more effectively discovered, and great significance is provided for scientific and effective management of a power grid.

The invention discloses a garden plant maintenance visualization method based on a CERD-MR system. CAD picks up coordinate data of various plants and forms an Excel file; making a Revit plant family library and perfecting attribute information; making a Dynamo related program script and running the script; the Revit exports a database and an FBX file; the Unity hooks the database and the FBX file and exports the database and the FBX file to a WIN10 platform; the Visual Studio edits a project and is connected with the Hololens2 to be published; and a Hololens 2 device is worn on site, and plant information is checked and maintenance is carried out. CAD, Excel and Revit software and a Revit-based Dynamo visual programming tool are utilized to realize full-attribute refined batch creation of virtual plant models, and visual display and maintenance of the virtual plant models in a real environment are realized by means of equipment, so that various and disordered data are displayed in front of management personnel more clearly and intuitively; management personnel can conveniently, timely and comprehensively master the growth conditions of the plants and corresponding maintenance methods, scientific and reasonable treatment is carried out on the plants, and a more efficient and practical method is provided for operation and maintenance management of garden engineering.