35results about How to "Data rich" patented technology

The invention discloses a door lock state detecting method and a device and a door lock state detector. The door lock state detecting method comprises the steps of: obtaining vibration data of a door lock tongue; comparing the obtained vibration data with initial vibration characteristic values; and determining the state of a door lock according to the compared results. The door lock state detecting method compares the obtained vibration data of the door lock tongue with the initial vibration characteristic values and determines the state of the door lock according to the compared results, needs no transformation of the door lock in the whole realization process, realizes simplicity, and is low in realization cost.

The invention discloses an Emin view mobile commercial platform system which comprises a smart phone terminal, a cloud server and an external management device. The smart phone terminal completes data entry and data operation result show, and interacts with the cloud server through an internet. The internet is a wireless network. The cloud server centralizes a variety of resources, can provide the complex operations and business processing of cloud computing, cloud storing, enterprise-level mobile application and the like, and outputs results to the external management device though the internet. The Emin view mobile commercial platform system has the advantages of being capable of being added into or removed from a platform flexibly and capable of sharing the services of a safety certificate, authorization, a communication protocol, data storage, user interface (UI) generation and management and the like which are provided by the platform, utilizing the facts that a mobile pone has the characteristics of being portable, being capable of being located and having plenty of sensors to bring great convenience to submit, process, inquire and manage business applied data, and being capable of achieving real-time processing for the data so as to greatly improve processing efficiency.

The invention relates to a real-time monitoring system and a real-time monitoring method of semiconductor test data. The real-time monitoring system comprises a client, a server and a display terminal, wherein the client is used for reading relevant data generated by a test machine and uploading the relevant data to the server; the server is used for reading the data uploaded by the client, carrying out analysis and comparison to obtain the operating state of the test machine and updating the data of the server; the display server is used for displaying new data after comparison of the server and the state of the test machine; the client, the server and the display terminal are connected through data interaction. After the technical scheme is adopted, the system can be compatible with various models of test machines, the data are free of man-made zero-clearing, and the data are rich in content. Due to the fact that all information of program of the test machine can be read, new hardware does not need to be added, and the input cost in earlier stage is reduced.

A design making platform of a visual costume cutting sheet is disclosed. The design making platform is connected to a computer terminal through Internet. The design making platform comprises a user input module, a costume design database, a costume display module, a costume design module and a costume making platform. The platform has advantages that an image generated in a system is a real-image equal ratio image of a wearer so that a wearing effect can be visually checked; and according to a body shape of a user, appropriate clothes can be designed.

The invention provides a geographic area classification method, a geographic area classification device, an electronic device and a computer readable storage medium, and belongs to the technical fieldof computers. The method comprises the following steps: acquiring multiple groups of travel data in a target geographic area, wherein the travel data comprises a departure position, departure time, an arrival position and arrival time; based on the sub-areas where the departure position and the arrival position are located, respectively obtaining initial function vectors of the departure positionand the arrival position, and obtaining the sub- areas by dividing a target geographic region in advance; taking the travel data, the function vector of the departure position and the function vectorof the arrival position as training data, and updating the function vector of the departure position and the function vector of the arrival position by training a neural network model; and clusteringthe function vector of each departure position and the function vector of each arrival position in the travel data so as to perform function classification on one or more sub-regions in the target geographic region. According to the invention, the geographic areas can be effectively classified.

The invention discloses a method and a system for reading data of an electricity meter based on a PROFIBUS. The system comprises a master station and a slave station which are communicated with each other on the basis of PROFIBUS, the master station and the slave station are in communication connection on the basis of a PROFIBUS bus, the slave station comprises the intelligent electricity meter and a PROFIBUS module, and the PROFIBUS module is in communication connection with a microprocessor unit [MCU (microprocessor control unit)] in the intelligent electricity meter. The method and the system for reading the data of the electricity meter based on the PROFIBUS have the advantages of easiness in implementation and quick data transmission.

The embodiment of the invention provides a scientific and technological resource dynamic collaborative filtering recommendation method based on user group preferences. The method comprises the following steps: calculating the similarity among users according to the label similarity among the users and the score similarity of the users on scientific and technological resources; clustering the users, and constructing a category preference matrix of the science and technology resources; calculating the category preference similarity of the user to the target science and technology resources and other science and technology resources, and generating a candidate neighbor list of the target science and technology resources; calculating score similarity between each science and technology resource and a plurality of previous science and technology resources, and generating a science and technology resource nearest neighbor list; taking the science and technology resources which are not scoredby the user as to-be-predicted science and technology resources, and calculating prediction scores of the to-be-predicted science and technology resources. In this way, the score data can be predicted by analyzing the score of the similar user group of the target user, and the generated recommendation result is highly consistent with the interest matching degree of the target user.

The invention discloses an interactive digital globe and an interactive method. The digital globe comprises a player, a high-definition projector, a fisheye lens, a spherical screen and an action capture tracker; the output end of the player is connected with the input end of the high-definition projector; the player is used for playing world topography and plane graphs; the high-definition projector is located behind the spherical screen; the fisheye lens is fixed to the front part of a projection lens of the high-definition projector; the high-definition projector is used for projecting theworld topography and plane graphs to the spherical screen through the fisheye lens; the spherical screen is a screen of a 1/4 spherical surface; the output end of the action capture tracker is connected with the input end of the player; the action capture tracker is used for capturing arm actions of a user; and the player is further used for adjusting the playing effect of the world topography andplane graphs according to the arm actions of the user. By adopting the digital globe, the cost is greatly reduced, the availability and universality are higher, and the popularization and applicationare facilitated.

The invention discloses a database processing method and electronic equipment, and the method comprises the steps: building a data relation table according to the logic relationship of a plurality of data units in multi-domain time sequence data, and storing the data storage table in a target database; receiving a first instruction for operating the multi-domain time sequence data, calling the data relation table, and splitting the multi-domain time sequence data corresponding to the first instruction according to the data relation table to form a plurality of single-domain time sequence data, the single-domain time sequence data corresponding to the data unit; and performing a first operation corresponding to the first instruction for a plurality of pieces of single-domain time series data to respond to the first instruction. The multi-domain time sequence data can be processed based on the single-domain time sequence database, so that multiple requirements of users are met while database construction and use are simplified.

The invention provides a plot moisture productivity visualization method and device, and relates to the technical field of remote sensing, and the method comprises the steps: obtaining image data of a research plot, and carrying out the preprocessing of the image data, and obtaining first data; substituting the first data into a formula net water consumption = precipitation-evapotranspiration + irrigation volume for grid calculation to obtain a net water consumption layer; calculating the GEP of the research plot according to a GEP accounting standard and performing visualization processing to obtain an ecological system total production value layer; and substituting the result into a formula water productivity = ecological system total production value map layer/net water consumption map layer for grid calculation to obtain a water productivity image of the research plot. According to the technical scheme, the moisture productivity is defined as the ratio of the total production value of the ecological system to the net water consumption, and the originally defined crop yield and economic value thereof are included, so that the moisture productivity calculated in the scheme can reflect the efficiency of all aspects of the whole ecological system, and the data content reflected by the calculated result is more comprehensive.

The invention belongs to the technical field of intelligent sheep reproductive capacity detection, and discloses an intelligent sheep reproductive capacity detection system and method. The system comprises a sheep image collection module, a sign information collection module, a gene information collection module, a main control module, a health monitoring module, a reproductive number calculationmodule, a reproductive evaluation module, a cloud service module, and a display module. The method for collecting data through the health monitoring module is simple, the data content is rich, individual data with relatively high reliability can be generated after data mining, manpower simplification and cost reduction of a farm are facilitated, behavior monitoring and source tracing of the individual sheep growth process are accurate, and real-time monitoring of the sheep health state is achieved; meanwhile, gray processing, splicing processing, filtering, threshold processing and the like are carried out on the shot image through a reproduction number calculation module, the shot image is converted into a binary image, and contour retrieval is carried out in the binary image to obtain the number of sheep reproduction groups.

The embodiment of the invention relates to the field of skin management, and discloses a construction method of a skin state database, electronic equipment and a storage medium, and the method comprises the steps: collecting sample data of the skin state of a volunteer; counting the sample data to obtain sample statistical data counted according to different dimensions; processing the sample data by adopting a descriptive statistical analysis method or further comprising at least one of the following data analysis methods to obtain sample analysis data: a difference analysis method, a correlation analysis method and a mathematical model analysis method; and storing the sample data, the sample statistical data and the sample analysis data in a pre-established database to generate a skin local state database. According to the scheme, rich comprehensive data related to the skin state can be managed by utilizing the constructed skin state database.