105results about How to "Simple data collection" patented technology

The invention discloses a tunnel structure monitoring system and a tunnel structure monitoring method based on a distributed long-gauge fiber bragg grating. The system comprises distributed long-gauge fiber bragg grating sensors which are comprehensively distributed in a monitored range along the axial direction and the cross section of a tunnel; and longitudinal sedimentation of the tunnel and change conditions of various ring joints of the shield tunnel are monitored. The method comprises the following steps of arranging the distributed long-gauge fiber bragg grating sensors; and acquiring, transmitting and processing data. By the tunnel structure monitoring system and the tunnel structure monitoring method based on the distributed long-gauge fiber bragg grating, full-life monitoring on a tunnel structure in a construction period and a running period can be carried out, and longitudinal sedimentation, convergence deformation, joint deformation, duct piece internal force, strain and the like of the tunnel structure are dynamically monitored in real time.

The invention discloses an energy-saving control method and a control system of a water chilling unit. Through acquiring the average load percentage and average liquid outlet temperature of all running water chilling units or actual liquid supply temperature of a liquid supply main pipe of a heat exchanging system, and comparing the average load percentage with current-level loading set threshold or deloading set threshold and comparing the average liquid outlet temperature or actual liquid supply temperature with the set liquid supply temperature, the implementation of loading or deloading or holding the current state of the water chilling units is determined; the data acquisition during the water chilling unit loading and deloading control process is simplified, the energy consumption of the water chilling units is saved further, it is proved that, 10-20% of energy consumption can be saved by the control method provided by the embodiment of the invention.

The invention discloses a scoring method for driving behavior based on Beidou navigation and relates to the technical field of devices or methods for determining the speed or overspeed. The method comprises the following steps: firstly, a cloud server acquires status information of vehicle-mounted navigation equipment through a wireless network; secondly, the cloud server processes the acquired status information of the vehicle-mounted navigation equipment to obtain status information of a vehicle; thirdly, the cloud server comprehensively processes the status information of the vehicle and giving out the scoring for the driving behavior. According to the method, as long as the vehicle is equipped with the Beidou navigation equipment, the computation on the cloud server and the evaluating and the scoring for the driving behavior of a vehicle owner are realized. Compared with the traditional method, the scoring method has the characteristics of high simplicity for data acquisition, low cost, and high simplicity for data processing, and has a better popularization and application prospect.

The present invention belongs to the field of automatic metallurgical machinery measuring instrument technology, and is especially one kind of automatic in-situ straightness detecting device for cold rolled belt. The automatic in-situ straightness detecting device consists of detecting roller, bearing seat, slip ring, phase-sensitive detector, low pass filtering amplifier, peak holder, data acquiring board, computer and display. It features the detecting roller with 5-40 independent roller tabs, 2 or 4 piezomagnetic manometric sensors inside cavities near the roller tabs, and self-locking regulating pads to fixing the roller tabs and the piezomagnetic manometric sensors integrally. The automatic in-situ straightness detecting device has reasonable structure, stable signal, high detection precision, high antijamming capability, long service life, easy installation and maintenance, and other advantages, and is significant in raising the quality of rolled belt.

The invention discloses a noncontact foot measurement and shoe tree matching method, which belongs to the technical field of image recognition, electronic commerce and intelligent match. The matching method is characterized in that a first foot characteristic value is obtained by photographing or measuring the existing shoe, a second foot characteristic value is obtained by converting data of a shoe tree, then the first foot characteristic value is matched with the second foot characteristic value, and real try-on experience can be provided for users according to the integrating degree obtained through the contrast matching. Due to adopting the matching method, a special device is not needed, and only one camera and one piece of A4 paper or one coin is needed, so that simpleness in operation is achieved; by calculating the shape variation and angle of the A4 paper or the coin in a photo, a numerical value of a foot can be calculated, and the precision is high. The matching method targets at consumers and all shoe products sold through the internet, so that the application range is wide.

The invention discloses an individual driving behavior characteristic recognition method. Vehicle positioning data of a current driver detected by a terminal is received; multiple conventional driving characteristic indexes are extracted from the vehicle positioning data; multiple mel frequency cepstrum coefficient MFCC characteristic indexes are extracted from the vehicle positioning data; and the conventional driving characteristic indexes and the MFCC characteristic indexes act as training samples, and modeling is performed by using a random forest classification method so that the driving behavior characteristic recognition model of the current driver is acquired. The invention also discloses an individual driving behavior characteristic recognition device. Modeling is performed by aiming at the vehicle positioning data of the current driver acquired by the terminal positioning function so that the data acquisition mode and acquisition equipment are simple and cost can be saved; besides, the driving behavior characteristic recognition model acquired through modeling can further reflect the individual driving behavior characteristics of the current driver so that the more accurate recognition effect can be acquired in the subsequent individual driving behavior recognition.

The invention provides a system for collecting and processing the ecological environment information of ocean near coastline, and belongs to the technical field of environment monitoring. In the system, an anemometer, a wind vane, a wind direction sensor, a wind speed sensor, an air temperature sensor, an air humidity sensor, and an air pressure sensor form a meteorological parameter collecting mechanism. A seawater temperature sensor, a salinity sensor, a pH sensor, a turbidity sensor, and a dissolved oxygen content sensor form a seawater parameter collecting mechanism. A water wheel blade, amain generator, a horizontally arranged coil group, a lateral array magnet, an annular array magnet, a longitudinally arranged coil group, and a battery form a system power supply mechanism. An information processing circuit board forms an information processing mechanism. The system is simple in structure, low in manufacturing cost, high in automation degree, convenient to use, stable in power supply, easy in data collecting, high in system stability, which is helpful for marine ecological environment monitoring, marine animal and plant protection, marine development and utilization.

The invention provides a control method for a double-valve heat pump system. The double-valve heat pump system is characterized in that a first electronic expansion valve and a second electronic expansion valve of the double-valve heat pump system are arranged in parallel, and the adjusting width of the first electronic expansion valve is smaller than that of the second electronic expansion valve;the control method comprises the following steps that the target temperature and the target superheat degree are set, the current environment temperature is detected in real time, and the actual superheat degree is obtained; when the current environment temperature is smaller than the target temperature, a small valve mode is started, and the first electronic expansion valve is started; when thecurrent environment temperature is larger than the target temperature, a large valve mode is started, and the second electronic expansion valve is started; and when the actual superheat degree is still greater than the target superheat degree after the opening degree of the second electronic expansion valve is the maximum opening degree, a big-small valve mode is started, and the first electronicexpansion valve and the second electronic expansion valve are started. According to the control method, adjusting precision of a refrigerant can be effectively improved, and the refrigerant adjustingrange is enlarged. The invention further provides a double-valve heat pump system.

The invention discloses a 3D rapid high-resolution tunnel construction advanced intelligent forecasting method. An observation method that excites seismic waves on the tunnel face and receives multiple coverage imaging of reflection wave signals on the tunnel face in a 3D mode is employed, high-sensitivity broadband sensors can be quickly combined to arrange a 3D reception system based on the shape and a construction mode of the tunnel face, a broadband seismic source is further utilized at the tunnel face to carry out rapid and regular automatic excitation without causing damage to the tunnelface, construction is simple, repeatability is strong, and the risk is low; and secondly, excitation and data acquisition at different construction processes of the tunnel are carried out, in combination with physical properties of surrounding rocks (such as surrounding rock density, the Poisson's ratio, etc.) acquired during tunnel construction, a tunnel database is established, through comparing the data at different times, high-resolution detection of the geological information in front of the tunnel face can be carried out, and geological disasters within 500 meters ahead of the tunnel face are detected.

The invention discloses a complicated narrow space deep foundation underground engineering combined inclination measuring method. A sectioned form is used for descending a fender post (wall) steel barcage; a whole inclination measuring pipe is divided into at least two sections to be respectively put in corresponding geometrical positions of the steel bar cage; after the steel bar cage is stablyput, the inclination measuring pipe is rotated in the connector position for butt joint; the two sections of inclination measuring pipes are respectively subjected to data collection and calculation;the lower section of inclination measuring pipe uses a bottom rock entering position as a calculation starting point; the upward sequential analogy is performed to the sectioning position; the upper section of the inclination measuring pipe uses a pipe opening as the calculation starting point; before the measurement in each time, a total station instrument is used for collecting the pipe openingposition change quantity; after the pipe opening position modification, the downward sequential analogy is performed to the sectioning position; then, the integral error compensation is fit to obtainthe final continuous inclination measuring data. The method provided by the invention has the advantages that the installation, the data collection, the operation and the calculation are simple; the precision is high; the construction is convenient and economic; the method is applicable to narrow-space complicated narrow construction sites incapable of realizing one-step hoisting; the general applicability is realized.

The invention discloses a flexible micro-column ring array for detecting the contractility of a clot and a preparation method and application of the flexible micro-column ring array. The micro-columnring array is composed of a plurality of micro-column rows arranged periodically, each micro-column row is provided with a plurality of micro-column rings, and each micro-column ring is composed of four or more micro-columns forming a ring shape in a surrounding mode, wherein a circular pore with a certain diameter is formed in the micro-column ring, and when the contractility of the clot is detected, whole blood is dropped into the circular pore of the micro-column ring for blood coagulation detection. According to the invention, a whole blood sample is efficiently fixed in the micro-column ring by utilizing the interfacial tension of a solid-liquid-gas system and the resistance of the micro-column; meanwhile, the micro-column is used as a force sensor to measure the contraction force ofa clot in real time, the detection result is high in sensitivity and low in detection cost, and clinical transformation is easy; besides, platelets do not need to be separated from blood, whole bloodcan be used for detection, the influence of other components in the blood on platelet contraction is fully considered, and the result is more objective and comprehensive.

The invention provides a method and system for establishing a house live-action three-dimensional model by using public selfie panoramic data. The method comprises the steps of: receiving house 360-degree panoramic data which are autonomously shot and uploaded by the public, and generating a house three-dimensional color point cloud by using the house 360-degree panoramic data; regularizing the house color point cloud, and selecting a wall surface; extracting a house plane graph based on the house point cloud; and displaying the 360-degree panorama, the plane graph and the three-dimensional model of the house in an associated manner. The method and the system enable the public to autonomously and quickly construct a live-action three-dimensional model of a house, and realizes low-cost, efficient and convenient three-dimensional visual digital expression of a house. By utilizing a 360-degree panoramic multi-view photogrammetry processing technology, the efficiency and accuracy of live-action three-dimensional model construction are remarkably improved, the cost of house live-action three-dimensional modeling and the workload of field data acquisition of professionals are reduced, crowdsourcing house three-dimensional modeling and visual expression are realized, and the method has a wide application prospect.

The invention relates to the technical field of selective compliance assembly robot arm (SCARA) robots, and discloses a jig calibration method for a selective compliance assembly robot arm (SCARA) robot. The jig calibration method for the SCARA robot comprises the following steps of (1) horizontally arranging a big arm and a small arm, and determining that the SCARA robot is located at a zero position at the horizontal state; (2) arranging a jig, vertically connecting a jig rod at the arm tail end of a mechanical arm, and forming a jig hole in the jig plate; (3) dragging the mechanical arm toswing in the forward direction until the jig rod at the tail end of the mechanical arm is inserted into the jig hole, wherein an included angle theta 1 is formed between the big arm and the small arm;and dragging the mechanical arm to swing in the reverse direction, wherein an included angle theta 2 is formed between the big arm and the small arm; and (4) according to the included angle theta 1 and the included angle theta 2, obtaining an actual included angle theta between the big arm and the small arm so as to calibrate the SCARA robot, wherein the actual theta is equal to (theta 1+theta 2)/2. The jig calibration method for the SCARA robot is simple in operation, simple in data acquisition and establishment, saving in time and labor, and low in cost.

The invention provides a method for determining a suitable spatial ecological niche and a suitable environmental ecological niche of a minimum population. The method includes: calculating various aggregative indexes through the conventional method; using population aggregative indexes as vertical coordinates and using the longitude, the latitude and the altitude of a central point of each grid as horizontal coordinates to establish a corresponding scatter diagram; fitting a plurality of equations, selecting an equation with a highest regression coefficient as an optimal fitting degree equation of spatial ecological niche construction, and calculating the spatial ecological niche; using physiological aggregative indexes as vertical coordinates and using the average daily illumination condition, the soil organic content and the soil water content as horizontal coordinates to establish a scatter diagram; and fitting a plurality of equations, selecting an equation with a highest regression coefficient as an optimal fitting degree equation of environmental ecological niche construction, and calculating the environmental ecological niche. The method is simple and easy to implement, is quantifiable, can quantize specific indexes in a natural environment, can truly reflect the size of the ecological niche, and is intuitive and comparable.

A multimode seismic survey system is disclosed where seismic information for a given seismic survey is read out by different seismic units using different modes. Such multimode systems encompass hybrid arrays where information is read out via different output modes for a single seismic event, and other multimode arrays where seismic information is read out via different modes for different seismic events. The modes utilized in such arrays may include wireless, nodal and/or cable modes. The multimode arrays can be implemented using multimode seismic units or single mode seismic units. In any event, the multimode arrays can be utilized to achieve a combination of advantages associated with the different readout modes or to address any of various multimode mode contexts in relation to seismic surveys.

The invention relates to a network abnormal traffic automatic detection method based on time sequence mining. The method belongs to the technical field of data mining, big data analysis and pattern recognition. The method comprises the steps of importing data, forming an initial time sequence model, segmenting the data to obtain data sub-sequences, obtaining optimal front and back relaxation spaces of the to-be-detected data sub-sequences by utilizing a rapid learning method, calculating distances among the data sub-sequences, obtaining a data sub-sequence similarity matrix, calculating abnormal degree scores, performing comparing and determining and the like. By a standard data access interface, a data import module reads the data value of the standard network traffic data so that data import and data standardization are conveniently realized, and the data is converted into a time sequence model and a data acquisition mode is simplified. The abnormal traffic sequence is researched andanalyzed from a plurality of data dimensions by utilizing the provided time sequence abnormal data detection method, so that the complexity of the data is reduced, and meanwhile, the time correlationcharacteristic of the original data of the network traffic is reserved.

The invention discloses an observation system for the saturation line of a dam body of a tailing reservoir. The observation system is arranged in the dam body of the tailing reservoir and is composed of a steel tube (1), a steel plug (2), geotextile (4), hemp thread (5), an oil-immersed wooden plug (6) and coarse sand (7), wherein the steel tube (1) is externally coated by the geotextile (4), reversely filtered and firmly bound by the hemp thread (5), and the gaps around the steel tube (1) are filled by adopting the coarse sand (7); the lower part of the steel tube (1) is a sand setting pipe section (11), the middle part is a water filtering pipe section (8), the upper part of the steel tube (1) is exposed out of earth surface and is connected with the steel choke plug (2) by adopting screw thread (3) so as to ensure that the steel tube opening is sealed; the bottom of the steel tube (1) is plugged by adopting the oil-immersed wooden plug (6); and a plurality of holes (9) are arrangedat the water filtering pipe section (8) of the steel tube (1). The observation system for the saturation line of the dam body of the tailing reservoir is high in observation accuracy, simple in data collection and is capable of meeting the saturation line observing requirements of various tailing reservoirs, especially upstream tailing dams and tailing reservoirs and has the characteristics of convenience for observation, longer service life and no influence by factors such as weather, temperature, installation and the like.

The present disclosure describes a method, apparatus and system for gathering e-commerce website information that optimizes website data gathering. A disclosed method comprises: receiving, by a server from a client, a product information request message containing a product ID and a URL; communicatively coupling to a webpage corresponding to the URL; scanning the webpage for the product ID; gathering information related to the product ID; and transmitting the gathered information to the client. In this manner, webpage data collection is significantly simplified and data gathering optimized. The present disclosure also discloses a website server and an e-commerce system.