144 results about "Automatic Data Processing" patented technology

Multiple bandwidth requestors (220), a bandwidth manager (420) and a forward link (410) from the bandwidth manager to the bandwidth requestors are used to allocate bandwidth in a return link beam (210). The uplink bandwidth allocation is preferably based on the information to be transmitted provided by the user Automatic Data Processing Equipment (ADPE) (300) and overall system data loading. The preferred method exercised by the bandwidth manager (420) allocates bandwidth on the return link (210) to individual user terminals in either a minimal rate required for the protocol being exercised (213), a committed information rate required for the services being requested, or a fair share rate (214) that allows maximum transfer of data from the user terminal (201) to the gateway (400).

The invention provides a non-contact displacement and strain measuring method based on image feature recognition and matching. Experimental equipment and process required by the method are relativelysimple, and in the experimental process, one camera only needs to be used to shoot digital images of a tested material before and after deformation. Natural textures on the surface of the tested material can serve as mark speckles, and if the surface of the tested material is very balanced, the mark speckles can be obtained through a manual speckle making technology. Relatively speaking, a displacement and strain measuring technology based on image processing is simple in calculation and high in feasibility. For the non-contact loss-free measuring method, the textures and characteristics of the material are not lost, obtained data is more accurate, automatic data processing is realized, the change values of a full-field displacement, the width of a material structural member and the like can be obtained, and the environmental requirements are relatively low.

The invention relates to a ship cabin monitoring alarming system, which comprises a data acquisition part, a data transmission network subsystem, a monitoring subsystem, an extending alarming unit and a marine engineer calling unit, wherein the data acquisition part is respectively connected with the data transmission network subsystem and the monitoring subsystem; the data transmission network subsystem is respectively connected with the extending alarming unit and the marine engineer calling unit; the data transmission network subsystem adopts one or multiple communication ways to establish a data network; the extending alarming unit is formed by an extending alarming controller and an extending alarming terminal; the marine engineer calling unit is provided with a marine engineer calling device as the back-up. The ship cabin monitoring alarming system has the benefits that various operation parameters of a ship mainframe, an auxiliary machine and other power devices can be completed, including functions of integral remote measurement, automatic data processing, alarming, auxiliary control and the like of temperature, pressure, liquid level, flow, rotation speed and the like.

The invention discloses a handwriting processing method and device for an electronic test and quality control record chart. The method comprises steps as follows: an electronic test and quality control record chart is generated through an electronic test and quality control record chart template established in advance, and the electronic test and quality control record chart contains more than one data input domain; handwriting data input in the electronic test and quality control record chart by a user are received, and corresponding handwritings are displayed on the electronic test quality control record chart; the handwriting data are recognized and recognition results are obtained; the handwriting data and the recognition results are processed and stored, and a handwriting-containing quality control record chart and/or test report of a tested object is generated. A tester can complete automatic data processing and storage simultaneously by inputting primary test original data in a handwriting manner only, original handwriting test and control handwritten records can be obtained without scanning operation, and the working efficiency of related workers is improved.

The invention discloses a bus operation and passenger travel optimization system composed of a client module and a server module. The information between the client module and the server module is transferred under a HTTP protocol through an internet of vehicles (IOV). The system reconstructs an ordinary electronic bus stop board to a touch-screen electronic bus stop board and achieves passenger OD information acquisition so that a bus scheduling system can schedule buses in real time to improve the efficiency of a bus operation system. An algorithm for calculating the bus passenger capacity is established by using passenger travel information, thereby providing important data support for passenger's travel choices. A criterion for determining whether a bus stops at a platform is provided in order to reduce traffic jam and vehicle harmful gas emission due to the stop of the bus. The system is easy to operate, high in automatic data processing efficiency, can improve a phenomenon that the bus has to stop at each stop at present, is easy to be accepted by the public, and contributes to the system popularization.

A method for automatic data processing in engine systems maintenance or manufacturing includes the following steps: scanning engine component information or vehicle component information from an information carrier coupled to an engine component or vehicle component or associated with the engine component or vehicle component with an image scanner device of a first mobile device, wherein the information carrier includes a pattern which is scanned as a scan-pattern, the scan-pattern is then compared by a pattern-matching method with prestored patterns in a database, the pattern-matching method being executed on the computer system and processing the engine component information or the vehicle component information in a computer system connected at least intermittently with the first mobile device and/or in a computer system integrated with the first mobile device, the first mobile device communicating with a central computer system through a wireless network.

The invention concerns an equipment for non-contact temperature measurement (1) of samples of materials (2) arranged in a vacuum chamber (12). A UV lamp (6) illuminates the samples (2) through a window (4), so as to subject them to a predetermined thermal cycle and to perform an environmental test, in particular for materials designed for space missions. An external pyrometer measures the temperature of the samples (2) through a window (6). It is associated with a scanning module (9) including a mobile mirror, with two axes of rotation and three orthogonal axes of translation, arranged on the optical path of the infrared radiation (R_ir) so as to obtain a two-dimensional scanning of each sample (2) by means of a measuring spot focused on the surface of the samples. In a preferred embodiment, the samples are of slight thickness and locked pressed against a convex support The whole assembly is monitored by an automatic data processing system with recorded programme (10).

The invention provides an interval force monitoring and automatic measurement system of a pre-stress anchor cable, which includes a magnetic flux sensor arranged on a steel strand and used for measuring pre-stress. The sensor is connected to a magnetoelastic instrument which collects magnetic flux sensor data. The magnetoelastic instrument is connected to a monitoring display terminal. The magnetic flux sensor in the system measures the pre-stress in a non-contact manner, and does not damage the steel strand. The surface treatment on a measured member is not needed, and an original anticorrosion protective layer of the member is not destroyed. The maintenance cost of the sensor is low and the service life is long. The anti-interference capability is strong, the measurement precision is high, and the repeatability is good. The system can automatically measure the internal force and automatically compensate the temperature. A remote computer can directly display the force value. The all-weather monitoring of the ground pit safety is realized through the automatic data processing, analysis and early warning.

The invention discloses an automatic calibration method for a driving motor rack of a new energy automobile, which improves the rack calibration efficiency, enhances the calibration precision and reduces the labor intensity of a calibration engineer. According to the technical scheme, during matching of the rack of a driving motor of the new energy automobile, system resources of the rack are integrated; by automatic temperature returning control, automatic current setting and automatic data processing, motor control current can be automatically set, so that the precision of calibrating the motor rack is improved, and the motor rack calibration working efficiency is greatly improved. Particularly, the fluctuation of a magnetic chain of a rotor is reduced by controlling the temperature of the motor, a reading error is eliminated, and the precision of calibrating the motor control current is improved; therefore, an automatic procedure replaces frequent manual operation and visual inspection of the engineer, to realize continuous running and unattended operation, so that the working efficiency of motor rack calibration is greatly improved, and precious engineer resources are saved.

The invention discloses a system and method for improving quality of water regimen/water transfer data. The system comprises an SCAD module, a water regimen/water transfer database, a data quality parameter calibration module, a data quality discrimination and analysis module and a data processing module, wherein the water regimen/water transfer database is connected with each of the SCAD module,the data quality parameter calibration module, the data processing module and the data quality discrimination and analysis module; and the data quality discrimination and analysis module is connectedwith the data processing module. The system has the functions of automatic data quality discrimination parameter calibration and updating, online data exception detection and automatic data processing, so that online exception discrimination and processing can be carried out on data, thereby effectively decreasing manual workload in water regimen/water transfer data quality analysis and data exception processing, improving the quality of water regimen/water transfer data and the efficiency of data quality management, and improving the reservoir management level.

The invention discloses a data processing method. The data processing method comprises the steps of collecting data; and performing automatic tagging on the data. According to the data processing method, the collected data is automatically tagged, so that automatic data processing is realized, the manpower cost is reduced, and the tagging quality is high. In addition, the invention discloses a data processing apparatus and a computer readable storage medium.

The invention discloses an automatic data processing method, which comprises the following steps of: respectively scanning each data table in metadata, and extracting field information of each field in each data table to generate a data dictionary of an intermediate process; adjusting the data dictionary, and carrying out association between tables to extract a repetition relationship and a mapping relationship; and constructing a data view according to the repetitive relationship and the mapping relationship, updating the data dictionary according to translation information of each field in the data view, and performing anomaly detection on metadata. The invention further discloses an automatic data processing system, computer equipment and a computer readable storage medium. By the adoption of the method and device, automatic data processing is achieved, and standard unified management and effective execution are truly achieved by effectively carding the data.

The invention provides an automatic monitoring apparatus and safety early warning system of the deep horizontal displacement of a ground pit and a slope. The automatic monitoring apparatus and safety early warning system comprises an inclinometer tube inserted to a soil layer, an inclinometer probe which can be risen and lowered is arranged in the inclinometer tube, the inclinometer probe is connected with a traction mechanism through a rope, and a control module for controlling the inclinometer probe to work is arranged in the traction mechanism. The automatic monitoring apparatus for inclinometry of the exterior protected construction of the ground pit greatly improves the measurement efficiency, simplifies the operating process, overcomes the artificial reading error, avoids inclinometry failure caused by manual operation faults, and greatly improves the reliability and the measurement precision of measured data. The all-weather automatic monitoring of the safety of the ground pit and the slop is realized through automatic data processing, analysis and early warning.

The invention discloses a server data processing performance testing method and device based on a deep learning model. The method comprises: building a software environment according to hardware configuration of a server; installing a deep learning framework based on the software environment; setting test parameters used for testing the data processing performance; testing the data processing performance of the server based on the test parameters by using the deep learning framework; generating and returning test results. According to the technical scheme, the deep learning framework can be used for carrying out automatic data processing performance testing on different servers or servers of different types, the working efficiency is improved, and labor is liberated.

The invention relates to a radar working mode generation method, which effectively extracts the radar working mode contained therein from the historical data of the statistical characteristics of theworking parameters of a mass emitter by combining the idea of divide-and-conquer sum and aggregation. Unsupervised learning method is used to mark each sub-parameter without manual calibration, whichpromotes the development of automatic data processing. Construct the generation and classification from the original data to each parameter sub-mode, and finally converge to generate radar working mode, forming a system of radar mode accumulation system; and the effective accumulation of radar working modes provides an important basis for the analysis of radiation source use frequency law and radar platform activity law.

The invention relates to the technical field of automatic data processing, in particular to a REST API interface software automatic test method, which comprises the steps of S1, establishing a REST API interface software automatic test general tool class library; S2, establishing an REST API interface software automatic test case in an Excel format; S3, constructing an REST API interface softwareautomatic test request; and S4, constructing an automatic arrangement task by utilizing an integration tool. The technical problems that in the prior art, when personnel writing test cases through Postman manual test software and testers use the test cases, habits are inconsistent, readability is poor, non-automatic test efficiency is low, and when scripts are written for software testing, the testers need to have high changing ability are solved.

The invention discloses a household watermeter on-site calibration instrument. The ousehold watermeter on-site calibration instrument comprises an on-site calibration instrument body and an external conversion and sending device. The on-site calibration instrument body comprises a computer, and the computer is connected with a standard watermeter, an external parameter input device, an external command input device, an instantaneous flow adjustment valve, a measurement starting-closing control valve, a short-distance wireless receiver and a measurement result display device. The external conversion and sending device comprises a photoelectric reflection electromechanical converter and a short-distance wireless emitter. The invention further discloses a calibration method for a household watermeter through the household watermeter on-site calibration instrument. Compared with the prior art, the household watermeter on-site calibration instrument and the calibration method adopt the methods of wireless communciaiton, electromechanical conversion reading, automatic data processing and the like, the indication error of the measured watermeter can be calibrated rapidly and accurately on site under the conditions of different instantaneous flow rates, reading is convenient, and the on-site watermeter calibration work efficiency is high.

The invention discloses a rapid recognition method and device for ventricular parasystole, which relate to the technical field of data processing. The method includes the following steps: S1. drawinga ventricular ectopic interval scatter gram comprising ventricular ectopic interval time scatter information and premature beat interval time scatter information; S2. according to the scatter information, initially selecting a pararrhythmia suspected region; and S3. determining a measure index of pararrhythmia, and further screening out a pararrhythmia segment in the pararrhythmia suspected regionby setting a threshold of the measure index. A technical scheme of the method and the device can perform automatic data processing and scatter gram display on dynamic electrocardiogram data of a patient, and combines a human-computer interaction interface to assist a doctor to quickly recognize the ventricular parasystole.

The invention discloses an automatic gauge block calibrating device based on a stepper motor, which comprises a processing circuit and a computer, wherein the processing circuit is connected with the computer, the input end of a stepper motor unit is connected with the processing circuit, the output end is connected with a measurement workbench for driving the measurement workbench, a laser interferometer and an inductance probe are respectively clamped on the measurement workbench for detecting a gauge block to be measured, the laser interferometer is connected with the computer to send measured signals into the computer, and the inductance probe is connected with the processing circuit to send the measured signals into the processing circuit; and a temperature sensor is arranged on the gauge block to be measured on the measurement workbench, and is connected with the processing circuit to send the temperature of the gauge block to be measured into the processing circuit. The invention realizes the requirements for automatically calibrating the gauge block. The invention realizes the one-to-many and point-to-point calibrating method, lowers the cost, realizes the automatic measurement point change, automatic thermal compensation and automatic data processing, improves the measuring efficiency, and can reduce the influence of human factors on the measuring process.