106results about How to "Low professional skills required" patented technology

Embodiments of the invention provide a livestock state detection method, a computer program, a storage medium and electronic equipment. The method comprises the following steps of: obtaining audio/video data of a to-be-detected livestock; carrying out feature data extraction and/or behavior analysis on the audio/video data according to a neural network model for state detection and a mathematic model or algorithm; and determining a corresponding livestock state through the extracted feature data and/or behavior analysis result. According to the method, the state detection of livestock is realized by utilizing an artificial intelligence technology, and artificial livestock state detection is avoided, so that the professional skill requirements for feeders or veterinarians are reduced, and the delicacy management and development of breeding industry are promoted.

The invention relates the feet characteristic parameter shoehorn model automatic generation method, comprising the following steps: using the soot system to get the feet image, and using computer to synthesis three-dimensional feet model; utilizing the position relation date of feet characteristic parameter to confirm the position of three-dimensional feet model, and auto extracting the feet characteristic parameter; choosing the base shoehorn model from the base shoehorn model date; confirming the shoehorn characteristic parameter according to feet characteristic parameter, and then forming the base shoehorn model which fits the special feet according to the shoehorn characteristic parameter. On the base of the shoehorn model, the model can be modified according to the user requirement. The invention has the characters of high automatization and fast speed.

The invention discloses a server test method, a server test device and a server test system. The server test method includes the steps of S100, receiving a test starting instruction and calling test script files; S200, performing test according to test task sequences of the test script files, outputting current test results, completing a current test task and switching to test of the next test task; S300, judging whether the test results are within the corresponding preset reference result range or not; S400, outputting judgment results of the corresponding test items. The test script files can be called only by inputting the test starting instruction by a test person, test program can be automatically operated, the test results can be automatically recorded, test efficiency is improved, cost is lowered, and time and energy spent by a test engineer are saved.

The invention discloses a server pressure test system and method. The server pressure test system provided by the embodiments of the invention comprises at least one test script machine, a management platform, a database and a server needing testing. The database stores data in the system. The management system generates a control instruction according to the input data of a user and transmits the control instruction to each test script machine. The test script machine is internally provided with at least one test script established for the server needing the testing and a control script corresponding to the test script. The test script generates a test request, according to the control of the control script, sends the test request to the server needing the testing, receives a test response returned by the server for the test request, according to the test response, obtains at least part of test result data, and records the test result data in the database; and the control script receives the control instruction issued by the management platform and controls the test script according to the control instruction.

The invention belongs to the technical field of accumulator, and relates to an intelligent activating method for an accumulator. The invention simplifies the professional activating operation to the normal charging/discharging operation of the battery, which comprises: comparing the charging AH of the accumulator to be activated with the norminal capacitance by a master control CPU of a charger; determining whether the accumulator enters into activation mode; when the master control CPU determines, automatically entering the circulation mode of discharging firstly and then charging; during the activation mode, detecting the activation recovery condition continuously by the master control CPU; exiting the activation mode instantly when determining the accumulator is activated, and charging the accumulator. The invention prevents decline of battery discharge capacity caused by directly charging batteries of declined capacity as a result of manual misjudgement, and lowers professional skill requirement to the operators. The activating method is scientific and is capable of prolonging the service life of the accumulators, the batteries pack after activation is in a fully charged state and is capable of being used for equipment directly.

The invention relates to a method and a device for fast detecting content and spatial distribution of heavy metals in soil. Through in-situ measurement of magnetic susceptibility and Beidou navigation system-based positioning determination of geographic coordinates and altitude, damage-free, fast and convenient determination of a heavy metal concentration of soil is realized and accuracy reaches to 1ppm, and through combination with a land use map and a regional topographic map, a heavy metal concentration spatial distribution map can be drawn. The method solves the problem that the traditional heavy metal concentration measurement method has complex processes and consumes long time, realizes fast, real-time and accurate determination of a heavy metal concentration of soil by non-professionals, does not damage a soil sample, solves the problem that different heavy metals are detected by different detection methods and realizes multiparameter measurement by only one device. The method can be used for tracking a soil pollution source and has an important meaning for controlling soil heavy metal pollution.

The invention discloses a synchronous automatic antenna folding device. The device comprises a transmission system and a height regulation block. The transmission system comprises a motor, a reducer and a rotation shaft which are connected sequentially. A rotation disk is placed on the rotation shaft. The rotation shaft is provided with a rotation disk axial positioning mechanism. The rotation disk is provided with a overload protection mechanism. A rotation frame is supported by a height regulation block and a support frame, and can rotate around a pin roll of the support frame. The support frame is provided with a rotation frame limit mechanism. The left and right pull ropes have either side tightened and the other side loosened. One end of either pull rod is connected with the rotation disk, the other end is connected with the rotation frame, wherein the middle section is tightened tensely through a tensioning mechanism of the support frame. The height regulation block is connected with an antenna main pipe. Through the transmission of the rotation shaft, rotation disk and pull rod, the rotation frame drives an antenna rotor to rotate, thus achieving the folding or unfolding of all the antenna vibrators. The device achieves the automation of the antenna folding and unfolding processes. The folding and unfolding of all the antenna vibrators are completely synchronous. The device has the advantages of having a high efficiency and high accuracy, having a reasonable transmission, being simple in structure, and being both reliable and stable.

The invention relates to the technical field of the Internet of Things, in particular to a stress test system, method and device for an Internet of Things platform and a server. The system comprises aserver, an Internet of Things platform and a management platform. The Internet of Things platform is used to establish a communication connection with the server and send virtual resource informationto the server, furthermore, the server is used for establishing a communication mechanism according to the virtual resource information, receiving working data transmitted by a plurality of industrial devices according to the communication mechanism, and sending the working data to the Internet of Things platform for processing. Finally, the management platform monitors the consumption of systemresources when each component on the Internet of Things platform processes the working data. Therefore, in this scheme, the server establishes a communication mechanism according to the actual test requirements, and sends the received working data transmitted by the industrial devices to the Internet of Things platform for processing, so as to realize the stress test of the processing capacity ofthe Internet of Things platform, and the deployment of the testing means is simple.

The invention discloses a system and method for diagnosing faults of an SF6 electric device. The method comprises the steps of training a fault diagnosis neural network based on a support vector machine according to the relation between the decomposition gas component content and the fault type of the SF6 electric device, the known decomposition gas component content and the corresponding fault type, and adopting the neural network to conduct diagnosis on the SF6 electric device to be diagnosed. In addition, the known decomposition gas component content and the corresponding fault type can also be used for testing the accuracy rate of the diagnosis of the fault diagnosis neural network, and when the accuracy rate is lower, training is carried out again until the accuracy rate of the trained fault diagnosis neural network is higher than the threshold value. By the adoption of the system and method, the diagnosis result is obtained by the easy data input operation, the requirement of an operator for the professional skill is greatly reduced, and when diagnosis is carried out on a large number of SF6 electric devices, the diagnosis efficiency is remarkably improved.

The invention discloses an alarming method and device. The method comprises the steps that when an exception happens to a first resource of a cloud computing data center, running information of the first resource and running information of a second resource, relative to the first resource, of the cloud computing data center are acquired; according to the running information of the first resource and the running information of the second resource, alarming information is determined, wherein the alarming information comprises the cause of the exception of the first resource. By means of the alarming method and device, it is convenient for a user to directly learn the cause of the exception of the first resource according to the alarming information, and it is avoided that the user finds thecause of the exception of the first resource according to his/her own experience, so that the workload of the user is reduced.

The invention discloses a service opening method, a veneer, a piece of network management equipment and a service opening system, and belongs to the technical field of communication. The method comprises the following steps: the veneer receives a service signal from a first port; the veneer identifies the type of the service signal according to a frequency point or a fixed-frame alarm signal; the veneer adds overhead including the type of the service signal to the service signal to obtain a to-be-transmitted signal; and the veneer transmits the type to the network management equipment to enable the network management equipment to search a butt-joint port of the same service type and supply the butt-joint port to a user, carries out cross configuration between the first port and a second port according to the second port selected by the user, and then forwards the to-be-transmitted signal according to a path corresponding to cross configuration. The veneer comprises a receiving module, an identification module, a generation module and a transmitting module. The network management equipment comprises a receiving module, a search module and a configuration module. The system comprises the veneer and the network management equipment. Automatic service opening is realized, and the cost and complexity are reduced.

The present invention provides an SF6 fault diagnosis system and method. The system comprises: a training unit, used for performing training by means of an ANFIS algorithm according to training data to obtain a basic fault diagnosis fuzzy neural inference model; a test unit, used for testing the basic fault diagnosis fuzzy neural inference model according to test data to determine a diagnosis accuracy rate of the basic fault diagnosis fuzzy neural inference model, and adjusting the basic fault diagnosis fuzzy neural inference model according to the diagnosis accuracy rate to obtain a fault diagnosis fuzzy neural inference model; and a diagnosis unit, used for inputting to-be-diagnosed data into the fault diagnosis fuzzy neural inference model and performing fault diagnosis on an SF6 electrical device corresponding to the to-be-diagnosed data.

The invention relates to the technical field of a computer and particularly relates to an inspection system and method integrating cloud calculation and the Internet of things. The system comprises an identification label, an intelligent inspection terminal, an Internet of things equipment host, an Internet of things service end gateway, a cloud calculation service end, a database and sensor equipment. The method is realized through the inspection system. The inspection system is advantaged in that acquiring a present state of an equipment end is only needed, all data analysis processing is realized at the cloud calculation service end, professional skill requirements for inspectors are substantially reduced, automatic inspection on the equipment can be realized, and enterprise operation cost is relatively reduced.

The invention relates to a material transferring and automatic batching system and process for traditional Chinese medicine pretreatment, and belongs to the technical field of pretreatment in the traditional Chinese medicine industry. The system comprises a dense warehouse feeding system, an automatic batching system, a material ex-warehouse discharging system, a empty material box collecting system, an information tracing system and an automatic controlling system, wherein the dense warehouse feeding system, the automatic batching system, the material ex-warehouse discharging system and the empty material box collecting system are sequentially connected by a conveying line device and are electrically connected with the automatic controlling system. According to the material transferring and automatic batching system and process for traditional Chinese medicine pretreatment, the labor intensity of operators, the requirements for professional skills of the operators, the production costand the risk of misoperation of the operators are reduced; the reliability of the system and the utilization rate of a production operation area are improved; the digitized, standardized and normalized management of a production workshop are realized; and implementing is simple, the production performance is stable and the operability is high.

The invention discloses an identification method for pictures and based on a skull image superimposition principle. The identification method includes the steps: S1, marking and drawing measuring reference, namely marking mark points and drawing mark lines; S2, extracting facial features, namely selecting indicators, measuring length, selecting reference indicators, and extracting feature vectors; S3, outputting an identification result, namely acquiring similarity between to-be-detected picture features and criminal picture features, and outputting the identification result according to similarity. By the identification method, requirements on professional skills of measuring personnel are lowered, and measuring steps are simplified; the identification method is suitable for assisting common public security officers in quick identification. In addition, the identification method overcomes influence, on identification result, of illumination, shielding and expression, avoids complex operation by extracting different posture picture features of a same person in mode recognition methods and is simple and practical.

The invention relates to the field of motor fault diagnosis, online monitoring, intelligent operation and maintenance and health management, in particular to an intelligent operation and maintenance and health management system for a motor. The system comprises a data acquisition module, a data analysis module and an intelligent operation and maintenance module. The data acquisition module, the data analysis module and the intelligent operation and maintenance module are respectively in communication connection with the CPU; the data acquisition module is used for connecting a voltage and current transformer signal, a vibration sensor signal and a temperature sensor signal into the device and synchronously acquiring three-phase current, voltage data, vibration data and temperature data, wherein the vibration sensor collects data of a motor bearing end cover or a bearing seat in the horizontal and vertical directions, and the temperature sensor collects a motor stator three-phase winding temperature signal; and the data analysis module is used for establishing a data analysis model, classifying fault stages according to labels, generating a fault analysis report, storing the fault analysis report in the data storage module, and transmitting a fault stage instruction back to the CPU.

The invention belongs to a measuring device for internal holes, in particular to an inside caliper capable of adjusting the measurement range and memorizing the measurement. The memory inside caliper comprises a caliper body, wherein one end of the caliper body is provided with a fixed measuring head, the other end of the caliper body is provided with a movable measuring mechanism, the movable measuring mechanism comprises a loop bar connected with the caliper body, the interior of the loop bar is provided with a slide bar capable of sliding, the end of the slide bar extends out of one end of the loop bar, a tension spring is arranged between the slide bar and the loop bar, the extending end of the slide bar is provided with a movable measuring head, the loop bar is provided with a guide slot, a driving bolt connected with the slide bar is arranged in the guide slot, the other end of the loop bar is provided with a dial indicator, and the moving end of the dial indicator is always attached to the end part of the slide bar. The memory inside caliper is simple in structure and convenient to use, is free from retreating a cutter during measuring, and improves the measuring speed and the processing precision.

The invention discloses a fine simulation-based current distribution and near-field electromagnetic distribution three-dimensional visual method. The method comprises the steps of a), judging a data type, and if the data type is electromagnetic field data, executing the step b); if the data type is current field data, executing the step d); b), firstly obtaining a frequency value, an electromagnetic field name and a contained point number from the electromagnetic field data; c), performing statistics on the point number and a triangle number contained in the electromagnetic field data; d), firstly obtaining a frequency value and a contained point number from the current field data; e), performing statistics on the point number, a line number, a triangle number and a quadrangle number contained in the current field data; f), calculating amplitudes and phase angles of multiple components; g), visually displaying the amplitudes and the phase angles; and h), performing conversion from a frequency domain to a time domain. According to the visual method, the reasonability of design can be tested without processing a real object, and the electromagnetic compatibility problem of the design can be analyzed; and, the product design cost can be reduced and the product research and development cycle can be shortened.

The invention belongs to the technical field of discrimination of production areas of crude drugs, and concretely relates to a method for discriminating and identifying a geo-authentic crude drug. Existing technologies for discriminating and identifying geo-authentic crude drugs by discriminating the appearance, the smell and the factory label have a problem of restriction. The method in the invention comprises the following steps: [1] testing the content of trace elements in a soil sample from the source area of the geo-authentic crude drug and the content of the trace element in a geo-authentic crude drug sample; [2] testing the content of the trace elements in a soil sample for cultivating a non-geo-authentic crude drug and the content of the trace elements in the non-geo-authentic crude drug; [3] determining the discriminating standards of for the corresponding variety of the geo-authentic crude drugs tested in step [1] and step [2], wherein the discriminating standards are the content of trace elements or the content ratio of two trace elements; and [4] testing the content of the trace elements in a crude drug sample to be tested, and comparing obtained data with the data of the discriminating standards to judge whether the crude drug sample to be tested is a geo-authentic crude drug or not. The method is suitable for discriminating the producing area of plants.

The invention relates to the technical field of building construction, and discloses an H-shaped steel structure mortise and tenon self-locking connecting system and a construction method thereof. The H-shaped steel structure mortise and tenon self-locking connecting system comprises a steel column, a cross beam connected to the steel column and a mortise and tenon component used for connecting the steel column and the cross beam; the tenon-and-mortise component comprises tenons and mortises which are connected in a clamped mode, the tenons are arranged at the two ends of the cross beam in the length direction and comprise webs with the end faces being inclined slopes, flange plates arranged on the upper sides and the lower sides of the webs and tenon plates arranged on the side faces of the webs, the outer side faces of the tenon plates are inclined slopes parallel to the end faces of the webs, and the bottom faces of the tenon plates are of Z-shaped broken line structures; an the mortise comprises two C-shaped steel structures which are symmetrically arranged in a back-to-back mode, a gap is reserved between the two C-shaped steel structures, inclined tenon grooves are formed in the gap and the inner sides of the C-shaped steel structures, the inner side faces of the inclined tenon grooves are inclined planes, the top faces of the inclined tenon grooves are of Z-shaped broken line structures, a plugging plate used for preventing the web from moving towards the inner side is arranged in the gap, and the plugging plate abuts against the outer side faces of the tenon plates and/or the end faces of the webs.

The invention discloses an automatic test method, device and equipment and a medium, and the method comprises the steps: obtaining test flow information carried in an automatic test instruction when the automatic test instruction is received; based on the test flow information, obtaining a target test component from a preset test component set area, and obtaining combination sequence information of the target test component; based on the combination sequence information, performing initialization processing and combination processing on the target test component to obtain a target test script;and executing a target test process corresponding to the automatic test instruction based on the target test script. According to the method and the device, the technical problem of low test efficiency caused by difficulty in quickly testing the performance of the server by non-professional performance test personnel in an existing test process is solved.

The invention discloses a draggable service orchestration method and system and a use method, and the method comprises the steps: determining a to-be-selected service control according to a received touch instruction, and dragging the service control to a corresponding orchestration page according to a monitored dragging track; configuring different types of service controls according to the inputcontrol configuration information; monitoring a connection request instruction according to a service arrangement sequence to be realized so as to connect different service controls; and executing the service control according to the connection sequence. According to the technical scheme, professional skill requirements for users are reduced, service arrangement efficiency is improved, standardization and uniformity of service arrangement are guaranteed, and the probability of service calling errors caused by nonstandard programming language and low quality is reduced.

The invention discloses a construction method of a reinforced concrete airtight wall and an application of the construction method. The construction method comprises the following steps of mould hole punching and erecting, rib hole placing, rib distributing, formwork erecting, drainage pipe mounting, cement brick wall laying, slurry plastering, wall bracing arranging and the like. The construction method can be used for construction of an airtight wall when a goaf is filled through a downward horizontal layered road approaching type cementing filling mining method. Raw materials for constructing the airtight wall are common building materials, special machining is not needed, the construction process is simple, the professional skill requirement for constructors is not high, operability is high, the using materials are transported to a site, construction of the airtight wall (not comprising hollow brick building top sealing) can be completed through 2 workers within 8 hours, and the problems that currently, when an airtight wall is constructed, labor and time are wasted, safety and reliability are poor, the economic cost is high, and spread of sudden accidents cannot be quickly and effectively restrained are solved.