130results about How to "Comprehensive parameters" patented technology

The invention relates to a surface defect detection method based on positive case training. The method comprises two steps of image reconstruction and defect detection, image reconstruction is to reconstruct an inputted original image into an image without defects, reconstruction steps are as follows, artificial defects and noise are added to the positive case image during training, a self-encoderis utilized for reconstruction, the L1 distance between the reconstruction result and the noise-free original image is calculated, the distance is minimized as a reconstruction target, in cooperationwith the generative adversarial network, the reconstruction image effect is optimized; defect detection is performed after image reconstruction, LBP features of the reconstructed image and the original image are calculated, after difference between the two feature images is made, the two images are binarized based on the fixed threshold, so the defects are found. The method is advantaged in thatthe depth learning method is utilized, the method can be sufficiently robust to be less susceptible to environmental changes when positive samples are enough, moreover, based on regular training, themethod does not rely on a large number of negative samples and manual annotation, the method is suitable for being used in real-world scenarios, and the surface defects can be better detected.

The invention relates to a method and a device for evaluating the pilling resistance of a yarn by an on-line inlet and outlet measurement mode. The method comprises the steps of input pre-evaluation, uniform winding forming, preparation of a test sample by carrying pressurizing friction, stable backing-off and on-line measurement, comparison and evaluation. The device comprises a yarn supply and recovery device, a yarn pilling condition measurement device and a winding friction mechanism. The yarn pilling condition measurement device comprises a capacitor plate, a static electricity generation device and a yarn hairness measurement system. The static electricity generation device comprises a prepositive static electricity generator and a post static electricity generator. The prepositive static electricity generator and the post static electricity generator are respectively arranged at both sides of the yarn hairness measurement system. The capacitor plate is arranged at the rear sideof the post static electricity generator. The winding friction mechanism comprises a winding drum. The separation position of the unwound yarn and the winding drum is provided with a backing-off tension measurement mechanism. The winding friction mechanism is connected with a reciprocating mechanism. In the invention, the yarn is used for directly testing and panel knitting is not used; and by taking a base yarn as the contrast, the method and the device are more accurate.

The invention provides a method for people counting in the doorway based on DSP video gathering device. A CCD image acquisition processing device is arranged at the top of a gate and gathers doorway image in real time, a preprocessor preprocesses the gathered image by median filtering algorithm, and the image of moving object is gathered by background modeling. The top head information of obtained people is tracked in a matching way and in real time with a main processor by matching pursuit algorithm to obtain real-time and accurate passenger information. The invention has the advantages that more direct count scene can be provided, detection range is wide, a lot of parameters are provided, installation and maintenance are easy, accuracy in computation is more accurate compared with infrared and pedal manner, and the device is not easy to be damaged.

A totally-integrated high-flux cell level micro-fluidic chip medicine evaluating system is a multifunctional cell level medicine evaluating system treating a micro-fluidic chip as a core technology, starting from the total design of an integrated high-flux automatic micro-fluidic chip system and integrating a cell function chip module, a flow path control module, a cell culture microenvironment module and a cell response signal real-time monitoring module. The totally-integrated high-flux cell level micro-fluidic chip medicine evaluating system has the characteristics of total integration, high flux, less sample consumption, totally-closed operation, realization of multi-parameter real time monitoring, and the like, has a very strong original innovativeness, and is of great significance to the large-scale medicine research and development.

The invention discloses a spectrum magneto-optical ellipsometry analysis device of a rotary compensator as well as application thereof. The spectrum magneto-optical ellipsometry analysis device comprises a light source module, a light path module, a magnetic field module, a sample table, a motor control module and a detection and analysis module, the light path module comprises a collimating lens,a polarizer, a compensator and a polarization analyzer, the detection and analysis module comprises a computer and a detector, the collimating lens, the polarizer, the compensator, the sample table,the polarization analyzer and the detector are sequentially arranged along a light path direction, the polarizer and the compensator are located in an incidence light path, the polarization analyzer is located in an emergence light path, and the incidence light path and the emergence light path are located at the two sides of the sample table and respectively keep an included angle Phi with normalof the sample table. The device disclosed by the invention can represent optical and magnetic parameters of a magnetic film material under longitudinal or poloidal magneto-optical Kerr effect, can obtain thickness, optical parameters and magnetic parameters of a magnetic film sample during one test and is relatively high in automation degree.

The invention discloses monitoring equipment of an intelligent transformer, comprising an equipment cabinet, a voltage current and bushing insulation measurement improvised explosive device (IED), a basic parameter measurement IED, a cooling device monitoring IED and a power box for IEDs, wherein the equipment cabinet is used for containing equipment and the power box; the voltage current and bushing insulation measurement IED is used for carrying out measurement on effective values of working voltage, load current, bushing tap current, neutral point current, and is in charge of calculation on power factors, dielectric loss, harmonic content, harmonic distortion rate and other electric parameters; the basic parameter measurement IED is used for monitoring light gas and heavy gas, contents of the light gas and heavy gas, a pressure relief valve, tap switch gears, switch oil level, iron core earth current as well as temperature, humidity and other numbers and analog quantity in the equipment cabinet; the cooling device monitoring IED is used for monitoring the status of a cooler, winding temperature, top oil temperature, bottom oil temperature, ambient temperature, humidity and other numbers and analog quantity; and the power box for the IEDs is used for providing +/-5V, +/-12V and +/-24V stabilized voltage supplies for the three IEDs. For the monitoring equipment, the functions are abundant, and a modular design is adopted, thus being simple and easily used; and in addition, the monitoring equipment has strong applicability and good development aspects.

The invention provides a millimeter wave communication and radar integrated radio frequency front end designing method, and aims at achieving the diversity of signal receiving and transmitting of a millimeter wave radar, integration of millimeter wave communication and radar functions and integration of a millimeter wave radar radio frequency front end and a transmitting-receiving antenna. According to the millimeter wave communication and radar integrated radio frequency front end designing method, firstly, on the basis of a universal communication chip, a radar transmitting-receiving circuitis designed, therefore, the millimeter wave radar can transmit and receive baseband input signals of an arbitrary modulation system, necessary hardware support is provided for a more complex parameter estimation algorithm for radar signal processing, and at the same time, the integration of the communication and the radar is achieved; then, a microstrip balun structure and a microstrip antenna which are used for converting differential signals into single-ended signals are designed for the radio frequency front end, so that integration design of the millimeter wave radar radio frequency frontend and the transmitting-receiving antenna is achieved; finally, a strip-line feed structure is designed for the microstrip receiving antenna of a radio frequency front end receiving circuit, and theinfluence of a microstrip feed line self-radiation direction on an antenna self-radiation direction diagram is effectively reduced.

The invention belongs to the technical field of image retrieval, and discloses a garment image retrieval method fusing color features and residual network depth features, which comprises the followingsteps: inputting a training data set into a ResNet50-based network model; fusing the deep features and the color feature information to serve as global feature representation of the image; clusteringthe vectors in the feature library by using a K-Means algorithm; inputting a to-be-retrieved garment picture into the neural network the same as the data set, and obtaining a global feature vector ofthe to-be-queried garment picture; and sequentially calculating the distances between the vectors of the clustering centers and the vectors of the to-be-retrieved pictures, and performing similaritymeasurement through comparison of the distances to obtain a retrieval result. Experimental results show that the method can be combined with various feature information of the picture, the retrieval efficiency is high, and the time overhead is small. The extracted deep features have certain effectiveness and hierarchy. The method has high robustness and practicability and is superior to other mainstream retrieval methods.

The invention provides an intelligent motor system and belongs to the field of intelligent electrical engineering. The system includes an integrated intelligent on-line monitoring device, a driving control device, a portable device and a cloud server. The integrated intelligent on-line monitoring device and a motor are integrated into a whole so as to achieve long-term, continuous and real-time big data monitoring and accumulation and the use of almost all relevant data of factory data, historical data and real-time operation data. On this basis, motor intelligent fault diagnosis and state early warning are conducted, and operating personnel are timely informed by the portable device to achieve intelligent operation management and maintenance; the driving control device directly conducts intelligent operation control over the motor, and a manufacturer finds and analyzes product defects and effectively improve the after-sale service quality; the use of a two-dimensional code achieves tracking of all data during the whole service life time of the motor. The system has the advantages of being high in intelligence degree, simple in structure, low in cost, high in practicability, convenient to use and the like.

The invention belongs to the field of detection of traffic information, particularly relates to a piezoelectric magnetic-sensing traffic information comprehensive monitoring device and aims to provide a device with low cost and more complete functions. The comprehensive monitoring device is characterized by comprising a sensor group, a signal conditioning device, a data acquisition system and a data processing system, wherein the sensor group is connected with the signal conditioning device; the signal conditioning device is also connected with the data acquisition system; the data acquisition system is connected with the data processing system; and the data processing system is connected with a data center. By adopting the sensor group consisting of a geomagnetic image sensor, a piezoelectric sensor and a foundation temperature sensor, acquired parameters are comprehensive and precise and can meet requirements of traffic regulation and control. By adopting the signal conditioning device consisting of a first-level amplifying circuit, a second-level amplifying circuit and a high-pass filter, the measurement precision is improved. By adopting a data filter processing technology and a dynamic sampling storage speed technology based on a real-time vehicle speed, the data calculation precision can be improved effectively.

The invention relates to a pure electric vehicle simulation report generation method and device based on a configurable model, belonging to the pure electric vehicle technical field. The method comprises the following steps: establishing a vehicle basic model base with a typical structure and a parameter configuration mode table, and configuring a simulation report, wherein the vehicle basic modellibrary with typical structure includes a vehicle parameter data sheet, a power battery data sheet, a power train data sheet and a control strategy data sheet, and the power train data sheet is alsolinked with motor data sheet and transmission data sheet. The device comprises a data acquisition unit, a storage unit and an intelligent simulation unit. The method manages the storage according to the different modules based on the database mode, and then carries out the coordinated management centrally, so as to improve the data consistency and the working efficiency.

The invention discloses a steam vortex shedding flowmeter measuring multiple parameters. A vortex generation body is installed in an inner hole of a meter body with a measuring tube. A hole is perpendicularly formed outside the meter body with the measuring tube in the face right behind the vortex generation body so that a flow sensor can be installed. A supporting cylinder is installed above the meter body with the measuring tube. The flow sensor is covered with the supporting cylinder. A flow totalizer is installed at the upper end of the supporting cylinder. The steam vortex shedding flowmeter measuring the multiple parameters has the advantages that the multiple parameters of steam can be measured, the measuring range is wide, the steam measurement accuracy is high, pressure loss is small, various sensors are integrally designed, and the flowmeter is compact in structure, high in reliability, low in manufacturing cost, convenient to use and maintain, long in service life and the like; the flow sensor and a temperature sensor which are resistant to high temperature are adopted so that the steam vortex shedding flowmeter measuring the multiple parameters can measure saturated steam and superheated steam with higher temperature.

The invention relates to a method for modeling and calculating unbonded rib limit stress increment in prestressed concrete beams and aims to solve the problems that accuracy of unbonded rib limit stress increment in the prestressed concrete beams is affected due to the fact that main structural types, destroy signs, key parameters, unbonded rib arrangement forms, loading patterns and span number of existing unbonded prestressed concrete beams are not considered. The method includes the following steps of step one, simply supporting the prestressed concrete beams, step two, performing modeling, and step three, calculating delta sigma <p1>; step one, calculating the unbonded rib limit stress increment in continuous prestressed concrete beams on the basis of a failure mode I, step two, performing modeling, and step three, calculating delta sigma <p2>; step one, calculating the unbonded rib limit stress increment in the continuous prestressed concrete beams on the basis of a failure mode II, step two, performing modeling, and step three, calculating delta sigma <p3>. The method is applied to the field of unbonded rib limit stress.

The invention provides an in-situ chemical oxidation remediation monitoring and regulating system, and belongs to the technical field of pollution treatment. According to the invention, in an in-situchemical oxidation modification process, various geochemical parameters in soil, underground water and soil gas are comprehensively monitored; According to a result of an early-stage small test or pilot test, a data normal change interval in the repairing process and a data standard reaching expected inflection point in the repairing effect are further set, the actual monitoring data is judged, ifthe monitoring data exceeds a normal range, an alarm is given and an adjustment suggestion of medicament injection is given; and an on-site repairing medicament injection system is dynamically adjusted after the adjustment suggestion is confirmed on site. According to the invention, comprehensive parameter monitoring is realized, the final repair effect is judged, an accurate adjustment suggestion signal is timely fed back to the in-situ injection control end, and parameters such as the injection mode or the injection rate of the chemical repair agent are adjusted. According to the method, the purpose of in-situ chemical oxidation accurate repair is achieved.

The invention relates to a remove-magnetic system performance test analysis method and its test analyzer, the each loop voltage electric current of the remove-magnetic system carries on the succession process analysis, the energy distribution analysis, the volt-ampere related characteristic analysis and the frequency spectrum characteristic analysis, and demonstrates the result, the test analyzer is composed of the computer mother board, the input connection module, the signal transformation module, the monitor and the man-machine connection processor, the communication connection module, the performance analysis module, and also the printer connection module. The invention completely provided a new remove-magnetic system tester with high accuracy, multi- parameters, maturity function, simple operation, and few maintenance quantities, which can fully and accurately reflected the remove-magnetic system performance fit and unfit, effectively safeguarded the power set the security reliable moving, and promoted the remove-magnetic system technology of our country generating set have a larger scale enhancement in design, manufacture, use and so on aspect level.

The invention discloses a computing method for torsional rigidity of a split conductor of an overhead power transmission line. The method comprises the following steps of: firstly, analyzing length change of a sub-conductor due to a torsional movement of the split conductor, and deducing a practical level tension computational formula according to a linear formula of the power transmission line and material property of the conductor when the sub-conductor is torsional; then carrying out a mechanical analysis for a four-split conductor under the action of a torque, in the analysis process, utilizing a characteristic that the split conductor is divided into multiple subspans through a conductor spacer, firstly carrying out a force analysis for the subspans, and finally obtaining a torque balance equation under the action of the torque, and further obtaining a computational formula for the torsional rigidity of the four-split conductor. Finally, summarizing a common computational formula for the torsional rigidity of the split conductor for any split number. In the computing method, the method is adopted to calculate the torsional rigidity of the split conductors with parameters, such as different split numbers and span length and the like, and higher computational accuracy can be achieved, and effectiveness and adaptability of the computing method can be proved.

The invention discloses a water heater overtemperature protection durability test system. The system comprises a test host and a control cabinet; test host includes bottom of the rack, rack-mounted storage tank, the middle rack mounted on top of the reservoir tank a sink, fast thermal taps set up through the sample holder above the sink, fast water heater through the sample holder to the rack, water storage tanks, sinks, taps and quick fast hot water heater through the water supply systems connection; control cabinet includes console and its internal control circuitry; console includes a display, industrial computer mainframe, buttons, keyboard, PLC control module and the input and output modules. The invention can simulate water heaters that may occur during the actual use of the over-temperature overpressure operation, and can be continued durability testing water heaters standards required to improve efficiency, increase accuracy and consistency tests sex.

The invention provides a method for detecting a soil-wetted body in a drip irrigation mode. The method comprises the following steps of collecting and processing GPR data, measuring the soil volume water content, establishing a relation model between the soil volume water content and the dielectric constant, and interpreting the processed GPR data. According to the invention, the established relation model between the soil volume water content and the dielectric constant is more accurate compared with a traditional Ttop model. The method provided by the invention is used for carrying out original detection on the premise that the soil-wetted body is not damaged at all. The change of the time scale and the spatial scale of the soil-wetted body is fully considered, so that the soil-wetted body can be rapidly and efficiently detected in the nondestructive and in-situ manner based on the ground penetrating radar technology. The application of the ground penetrating radar technology in thesoil-wetted body monitoring field is promoted. Meanwhile, the technical support is provided for the accurate agriculture and the water-saving agriculture.