65results about How to "Easy to collect data" patented technology

A system and method is disclosed for generating health and lifestyle related observations and recommendations for a user, based on information collected from the user. The system and method of the present invention is configured to accept user inputs that include activity, physical, biological, environmental, subjective, goal, real-time and historical user information, inputted directly into the system, or via a third party integration. Invention references aggregated information across users and from additional sources, and generates relevant recommendations and observations, based on the system's computational methods applied to the user's inputs. The system and method considers the user's goals and system default goals in the generation of recommendations. The system and method allows for the data and generated observations and recommendations to be outputted within the system's user experience, or to a third party.

Disclosed herein is a system for mediating heterogeneous data exchange schemes between devices in an Internet of things environment, the Internet of things environment including devices having network/Internet ability and a server connected to the devices, including an Internet of things (IoT) application unit provided in a server and connected to devices to interact with the devices so that data is exchanged with the devices or the devices are used; and one or more devices, each having an adapter configured to convert different interfaces for respective devices into a unified interface using an adapter pattern, and provide a unified generic interface, thus unifying data exchange schemes with the IoT application unit.

The invention relates to a load distribution based method for calculating recently planned annual line loss of a medium-voltage distribution network. The method comprises the following steps of: (1) calculating a load distribution coefficient of a typical load distribution line; (2) calculating a load distribution coefficient of an actual line; (3) virtualizing a return line, wherein parameters related to line loss calculation are all average parameters, and the loss of the return line is used as the average loss of the medium-voltage line of the planning area; (4) calculating the loss of a trunk line of the virtual line; (5) calculating the loss of a branch line of the virtual line; and (6) calculating the loss of the medium-voltage line in the planning area. The method has reasonable design, solves the problem that the failure of acquisition of the load data of a recently planned annual distribution network causes difficulty in line loss calculation, realizes the quick estimation of the line loss of the whole planning area and has the characteristics of simple operation, easier obtaining of collected data and short calculation time.

The invention discloses an identity verification method based on a mobile phone acceleration sensor. The method includes the following steps that firstly, a user writes a track with a mobile phone according to his habit, and a mobile phone acceleration sensor collects an acceleration value of the track; secondly, preprocessing is carried out on collected original acceleration data; thirdly feature extraction based on wavelet decomposition is carried out on the preprocessed data, and feature vectors are constructed; in the training stage, the data are collected, preprocessing and feature extraction are carried out, and the feature vectors are combined to form a set, an SVM is used for training a classifier model; in the identity verification stage, the user writes a gesture track to be verified, data are collected and are subjected to preprocessing and feature extraction, finally a track feature vector is added to an SVM model for verification, and whether the user is a legal user or not is judged. According to the method, identity verification of a mobile phone end does not need other external equipment, the mobile phone is effectively prevented from being stolen due to the fact that the gesture of each person is unique, and interaction is simple.

The present invention provides a measuring system, which comprises a surveying device installed at a known point, at least one photodetection device to be installed at a measuring point, and a main arithmetic device; wherein the surveying device projects by rotary irradiation a reference plane forming laser beam including two or more fan-shaped laser beams with at least one of the fan-shaped laser beams tilted and a distance measuring light performs distance measurement by receiving a reflected distance measuring light, and performs communication of the distance measurement data between the photodetection device and the main arithmetic device; wherein the photodetection device calculates an elevation angle with respect to the surveying device based on a photodetection signal issued by receiving the reference plane forming laser beam, calculates an elevation position based on the elevation angle and the distance to the surveying device, and performs communication of distance measurement data and elevation position data at least with the main arithmetic device; and wherein the main arithmetic device communicates at least with the photodetection device among the surveying device and the photodetection device, and collects and records surveying data such as distance measurement data, elevation position data, etc. for each measuring point.

The invention relates to a computer dynamic simulation method of driver dynamic response behavior about graphic path information board. A simulation system provides more vivid fast road trip condition and a human-computer interaction interface which meets the human engineering principle for driver; the information of the trip condition comprises basic trip information, traffic flow operating state, GRIP information, vehicle azimuth information and other auxiliary information. The traffic condition and the GRIP information passed by the driver in the trip process are obtained by simulation of simulation mathematic model of macroscopic traffic flow of fast road network so as to lead the traffic condition passed by the driver in the trip process to be more real and increase the reliability of colllected response behavior data of the driver. The driver inputs the path selected by the mouse and the keyboard to the computer in the simulation trip process. The simulation method has the characteristics of low development cost, simple and convenient simulation test, easy operation, no limitation to test fields, fast test process and lower test cost and the like and can provide basic data for analysis and modeling of dynamic path selection behavior of the driver.

The invention relates to a calibration system and method for an MEMS-MIMU (Micro-Electromechanical System-Miniature Inertial Measurement Unit). The calibration system comprises a computer, a three-axis precision turntable and a data acquisition system, wherein a data input end of an inertial unit data acquisition board arranged in the data acquisition system is connected with the MEMS-MIMU by virtue of an RS485 interface, and a CAN bus is adopted as a bus transmission standard to realize data transmission with the computer. By using the calibration system and method, the control on the three-axis precision turntable and the data acquisition system can be realized by using only one computer, errors caused by manual operation are avoided, an experiment and a process of calculating error parameters can be carried out at the same time, and thus the working efficiency is improved.

The invention discloses a data acquisition method for signal synchronization acquisition system based on WiFi wireless and GPS time service, belongs to the technical field of structure health monitoring, and solves the problems that a conventional data collection method is low in efficiency, is not synchronous in data and cannot achieve the synchronous and reliable combination of a wireless transmission mode and GPS. The method mainly comprises a method that a plurality of sensor nodes synchronously collect data at the same time and a method that the sensor nodes transmit the synchronization data to a terminal through a wireless transmission network WiFi. The method provides by the invention is simple in step, is easy to implement, is high in stability, and is of great significance to thefield of structure health monitoring technology.

The invention discloses a scanner system applied to three-dimensional data collection of a human body, which comprises a human body standing position cushion and a U-shaped lead rail; a slide base is arranged on the U-shaped lead rail, and the upper end of the slide base is fixed with a hydraulic cylinder; a lightweight frame body is supported on the hydraulic cylinder through a double-ejecting rod; the lightweight frame body is fixed with three optical three-dimensional scanners, and every optical three-dimensional scanner is composed of a rotating motor, a scanner shell body, a scanning head and a base; a long output shaft of the rotating motor is fixed with one side of a scanner shell body by crossing through the lightweight frame body, and the other side of the scanner shell body is fixed with the scanning head; the bottom end of the rotating motor is fixedly connected with the lightweight frame body through the base. The scanner system is simple in structure; three optical three-dimensional scanners are in reciprocating motion along the U-shaped lead rail; the three optical three-dimensional scanners can be linked and controlled to rapidly scan and collect through a computer, and then automatically assembled through the computer software; thus accurate and complete human body point cloud data is acquired; the scanner system provides basic information in need for realizing the intelligent medical treatment.

The invention relates to the technical field of shape detection, in particular to a shape detection system and method of flexible tentacles. The shape detection system and method aim to be able to detect the real-time shapes of the one or more sections of flexible tentacles. The detection system comprises an industrial control upper computer, nine guyed displacement sensors, three controllers, a wireless Bluetooth communication module, a direct-current voltage-stabilized source, two buck chips and the controllers; the flexible tentacles are inflated; pulse signals are decoded and counted through the master and slave controllers STM32; length data of nine pneumatic muscles are wirelessly transmitted to the industrial control upper computer through the wireless Bluetooth module; and GUIDE inMATLAB software is used in the industrial control upper computer to make a serial assistant interface, a kinematics model of one section of flexible tentacle and kinematics models of the multiple sections of flexible tentacles are established, and the three-dimensional spatial shapes of the flexible tentacles are simulated. The requirements for detecting the three-dimensional shapes of the flexible tentacles in real time can be met.

A method for evaluating the reliability state of a lightning arrester under different air water contents is characterized by establishing a test platform, wherein the platform mainly comprises the lightning arrester, a working current intensity parameter tester, a test box, an air water content analysis control device, an air water content sensor and the like; carrying out lightning arrester reliability state test under different water vapor contents in the air, and controlling and measuring the water vapor content environment in the air where the lightning arrester is located by the air water content analysis control device in the test box through the upper computer; and then carrying out a lightning arrester working current intensity parameter measurement experiment to obtain a lightning arrester reliability coefficient expression under different water vapor contents in the air, establishing an evaluation model based on the theoretical error integral coefficient, and further evaluating the reliability state of the lightning arrester. According to the method, the reliability state of the lightning arrester can be effectively analyzed and evaluated under the condition that the moisture content of the lightning arrester in actual air is obtained, and safe and stable operation of the lightning arrester in an actual complex environment is facilitated.

The invention provides a packaged stem sap-flow measuring device with protective structure, comprising a package body, tension springs and binding through holes; the package body includes two portionsin tubular symmetric structure; the lateral edges of the rear ends of the two portions of the package body are rotationally connected together through a hinging shaft; two stem sap-flow sensors are mounted at the upper and lower ends of the package body respectively in symmetric manner; a protective cover connected outward is fixedly connected to the outer edge of each of the upper and lower endsof the package body. The packaged stem sap-flow measuring device with protective structure has the advantages that jacket bands and the protective covers are provided, the jacket bands are made withpolyethylene fiber, and therefore, the weight of the whole device can be reduced, and stress upon a stem can be reduced; seven buffer posts in arc shape are connected between the outer edges of the protective covers and the jacket bands, a stress buffer space is formed outside the stem sap-flower sensors, and the stem sap-flow sensors can be effectively protected.

The invention discloses a method for optimizing public bike station layout by applying mobile phone GPS data. The method comprises the following steps of (1) collecting GPS track data of passengers through an operator; (2) dividing the collected trajectory data into staying and moving trajectories, and dividing the moving trajectories into five trajectories including cars, bicycles, walking and the like through a random forest model; (3) extracting ODs of all bicycle travels, and establishing a probability sum model of all OD tracks by applying a geometric probability model; (4) setting the number of stations and the radius of a probability region according to the actual situation, and iterating the optimal central point positions of all probability regions by using PP-PSO; and (5) findingout the most suitable station position in the probability region. According to the method, bicycle requirements are separated, bicycle travel tracks are extracted, defects that in a previous method,a traffic mode is not detected, and an OD matrix is lacked are overcome, the defect that actual construction conditions are uncertain is overcome, and the optimality of public bicycle station settingis greatly improved.

The invention discloses a test method for an asphalt mixture pull-out test. In the present invention, the test method for the asphalt mixture pull-out test needs the following tools and devices: a pull-out tester is provided; an asphalt mixture sampler; a cleaning machine; a drying machine, a constant-temperature curing box, and an alternating current supply device; the method includes opening thepull-out tester; setting system parameters after startup, placing a drawing test piece in clamping openings of the upper clamp and the lower clamp, using a ratchet wrench for rotating a fastening bolt to clamp the test piece, starting the test can after the temperature of the constant-temperature temperature control box of the drawing test equipment reaches a set test temperature; and after the test is finished, enabling a computer to automatically collect and calculate a test result; the upper clamp mechanism and the lower clamp mechanism ensure that the fixed position of the drawing test piece is always in the center of the drawing force, and the heater and the condenser can keep the experimental environment temperature consistent with the experimental environment temperature during natural storage, thereby improving the experimental accuracy.

The invention discloses an automatic monitoring method for layered settlement of a vacuum preloading foundation. The automatic monitoring method comprises the following steps that (1) the length and the width of a mounting base plate are determined; (2) a plurality of monitoring point positions are determined; (3) the burying depth and interval of each sensing unit in the monitoring point position are determined, and the assembly of the sensing units is completed; (4) a wiring ring is placed in a sliding cylinder, and the length of a pull rope is adjusted to complete the assembly of measuring units; (5) a mounting substrate is driven to a designed depth in a mode of being vertical to the ground; (6) each measuring unit is electrically connected with a signal transmitting unit and is fixed to the mounting substrate; and (7) a signal sending device collects electric signals output by an encoder and sends the electric signals to a signal collection terminal for processing and generating the settlement volume of each soil layer. Settlement of the soil layer drives the wiring ring to move downwards in the sliding cylinder, the pull rope is driven to generate displacement, linear displacement is converted into the electric signal through the encoder, then the electric signal is processed to generate the soil layer settlement amount, real-time monitoring is achieved, and continuity and real-time performance of monitoring data are guaranteed.

A runner leveling process of a utility-type unit comprises the following steps: establishing a mathematical model with a runner, a suspension and a runner chamber as samples; by combining the computing function of an excel form, changing manual computation in the runner leveling process into automatic computation by means of the form, directly displaying results at angles by which each suspension top nut needs to rotate, and setting, by a program, that angle output values have directions: a positive direction in which each suspension top nut is screwed clockwise and downwards, i.e., the elevation of a corresponding blade is increased, and a negative direction in which each suspension top nut is screwed counterclockwise and upwards, i.e., the elevation of the corresponding blade is reduced. As a result, the runner leveling efficiency is greatly improved. The runner leveling process of the utility-type unit provided by the present invention has the advantages that the efficiency and accuracy in the leveling process are greatly improved by establishing the mathematical model and replacing the original manual computation with computer computation, and further, the quality and efficiency of inspection are improved.