241results about How to "Implementation check" patented technology

The invention discloses a fault diagnosis prediction system of a large-span railroad bridge based on PHM. The system comprises a visualization management module, an archival data module, an online monitoring module, an artificial polling module, a diagnosis prediction module, a maintenance module, a data interaction module and a PHM database. The invention further provides a fault diagnosis prediction method of the large-span railroad bridge based on the PHM. The fault diagnosis prediction system has the advantages that 3S network architecture, a BIM and a GIS technology are adopted to associate and archive design, construction, operation and maintenance information, by comprehensively monitoring trains, tracks, bridges, and bridge environments and processing big data of artificial pollinginformation, the diagnosis and prediction of bridge diseases and evaluation of health states of the bridge are achieved, and a decision-making basis is provided for the maintenance of the bridges.

The invention discloses a creeping motion type mini pipeline robot, which comprises a middle stretching part and two supporting parts being able to be supported in the mini pipeline. The two supporting parts are respectively connected with the both ends of the middle stretching part, the supporting parts comprise nut supporting frames and driving devices driving the nut supporting frames to move backward and forward, rear supporting legs are hinged on the driving devices, front supporting legs are hinged on the nut supporting frames, and the rear supporting legs are hinged with the front supporting legs. The creeping motion type mini pipeline robot with enough driving traction force can freely move frontward and rearward in the mini pipeline with an arbitrary slope angle, can also creep in an upright pipeline, and can be embarked an extended function module, to realize the examining, the detecting and the maintenance of the condition in the mini pipeline.

The invention discloses a capsule endoscope magnetic control navigation device for medical treatment. The capsule endoscope magnetic control navigation device for medical treatment is used for actively controlling movement of capsules in the use process of a capsule endoscope, so that the stomach wall can be completely and effectively detected. The device comprises a hybrid magnetic field generator, a multi-DOF (multi-degree of freedom) motion mechanism and a controller, wherein the multi-DOF motion mechanism is used for carrying the hybrid magnetic field generator to move in a detection area so as to adjust spatial distribution of a magnetic field; the hybrid magnetic field generator comprises a permanent magnet and an electromagnetic coil, can generate a strong magnetic field used for guiding the capsules to move and can adjust the intensity of the magnetic field to a certain degree according to control signals; the controller controls the multi-DOF motion mechanism to move by receiving a control instruction of an operator and feedback signals of a sensor and controls coil current of the hybrid magnetic field generator. The device can guide the capsule endoscope to move in the stomach of a human body in the fixed modes including floating, fixed point floating, posture adjustment and the like, and accordingly, the capsule endoscope can automatically and completely detect the whole stomach wall.

The present invention relates to a control method of duplex multi-channel intelligent capsule digestive tract endoscope. Said method includes the following steps: creating picture library of characteristic region and lesion on the image recording and intelligent capsule control instrument and creating the relationship of them and image compression mode correspondent to digestive tract physiological-anatomic characteristic region, image resolution and sampling frequency of intelligent capsule digestive tract endoscope. Said invention also adopts wireless duplex multi-channel communication mode to control working condition of said intelligent capsule digestive trace endoscope so as to implement intelligent examination of whole digestive tract system.

The invention belongs to the technical field of metallurgical industry manufacturing and informationization of the metallurgical industry and relates to a segment-based multi-dimensional online quality evaluation system and method for steel coils. production process data and surface detection data for use in quality evaluation are acquired through a data interface; when a steel coil is off a line, the steel coil is divided into a plurality of segments along the length; the acquired data are read; according to business rules and product quality standards, process and surface defect quality results are separately judged; comprehensive level of each segment and quality level of the steel coil are finally acquired. Primary secondary process parameters and instrument defect information are acquired, and the production process data is maximally integrated; the business quality standards and control plan operation procedures are quantitatively and systematically processed, segment-based dimensional evaluation is performed at the moment when products are off the line, comprehensive inspection of the steel coil is achieved, labor for data collection is freed, quality inspectors can be helped to find quality problems in time so as to make following treatment, and product quality and enterprise economic benefit are finally improved.

The invention provides a UAV route planning method, a UAV route planning device, a UAV-based fan blade inspection method and a UAV-based fan blade inspection system, which can automatically control aUAV to realize inspection of fan blades, do not need a professional operator to control, thus avoid interference of human factors, improve the working efficiency, and reduce labor cost. The UAV routeplanning method comprises the steps of: locking a wind driven generator in a predetermined form, and setting waypoints for the UAV to inspect the blades; and acquiring three-dimensional coordinate values of the waypoints, ranking the three-dimensional coordinate values, and setting the ranked three-dimensional coordinate values as a route. The UAV route planning device comprises a waypoint settingunit and a route setting unit, wherein the waypoint setting unit is used for setting the waypoints for the UAV to inspect the blades when the wind driven generator is locked in a predetermined form;and the route setting unit is used for acquiring the three-dimensional coordinate values of the waypoints, ranking the three-dimensional coordinate values, and setting the ranked three-dimensional coordinate values as the route.

The invention relates to a gastrointestinal tract robot mechanism in the technical field of endoscopes. The end of each brushed direct current motor is connected with a reduction box and drives a front end expansion mechanism, a back end expansion mechanism and a middle axial telescoping mechanism; and the front end expansion mechanisms and the back end expansion mechanisms are the same in structure. The gastrointestinal tract robot mechanism comprises three pairs of arc-shaped legs, a first inner gear ring, a second inner gear ring, an output end gear and a transmission gear set, wherein the three pairs of arc-shaped legs are evenly arranged on the first inner gear ring and the second inner gear ring which are oppositely arranged; the output end gear is connected with the output end of one reduction box and meshed with the first inner gear ring and one end of the transmission gear set; and the other end of the transmission gear set is meshed with the second inner gear ring, so that the first inner gear ring and the second inner gear ring rotate oppositely at an equal speed, and expansion motion and retraction motion of the three pairs of arc-shaped legs are accordingly achieved. By means of the gastrointestinal tract robot mechanism, the overall length of a robot is decreased, and the step pitch ratio is increased.

The invention discloses a casing coring drill applied to a core drilling project in geological exploration, and a casing coring drilling method. The casing coring drill is a hole bottom drilling device for carrying out coring drilling without lifting the drill to replace a drilling bit, and is mainly composed of an inner pipe drill capable of feeding and fishing and an outer pipe drill connected with a casing. The casing coring drilling method is characterized by comprising the following main process flows: replacing an inner hole drill stem with the casing; drilling for coring; fishing with a core; inspecting or replacing the drilling bit; feeding a coring drill; and lifting an inner pipe drill so as to finish the casing drilling operation. The casing coring drilling method disclosed by the invention adopts the casing instead of the drill stem to transfer drilling loads. The coring drilling without lifting the drill to replace the drilling bit is carried out by the casing coring drill, and running casing along with the drill is achieved; drilling is quickly and effectively achieved, and reaches the expected hole depth as a complex formation or the casing is isolated. Thus, the technical problems including but not limited to coring drilling of the complex formation are solved.

The invention provides a capsule endoscope, which comprises a casing, a power supply, a micro motor, a micro motor control circuit, an ultrasonic transducer, an ultrasonic imaging control circuit and a wireless communication device, wherein the power supply, the micro motor, the micro motor control circuit, the ultrasonic transducer, the ultrasonic imaging control circuit and the wireless communication device are positioned in the casing, the micro motor control circuit is connected with the micro motor and is used for controlling the micro motor to rotate, the ultrasonic transducer is used for rotating through being driven by the micro motor, generating ultrasonic waves, sending out the ultrasonic waves and receiving echo signals, and the ultrasonic imaging control circuit is used for sending out pulse signals to the ultrasonic transducer, processing the echo signals received by the ultrasonic transducer, and sending data obtained after processing to the outside of the capsule endoscope through the wireless communication device. The capsule endoscope has the advantages that the technical problems that in the prior art, the capsule endoscope can only be used for observing pathologic change conditions of the surface inside the intestinal tract, information such as deep-level tissue information and tube wall thickness is difficult to detect are solved; the technical effect of effectively obtaining the deep-level tissue information of the intestinal tract is achieved.

This invention relates to an E-mail management system including: a file certificate management server used in generating related certificates for safe verification to the appendix of the E-mail to be transmitted, a customer end sending the E-mail with the appendix and related file certificates, a mail content check server used in verifying said appendix of the E-mail to be transmitted based on the certificate to confirm if the appendix is safe, a mail sending server forwarding the E-mail with the safety appendix to external networks and a safe gateway allowing the E-mail with the appendix verified to be safe by the content check server to pass only. This invention also discloses a management method.

The invention discloses a tracking table-based engineering data synchronous management system and management method. The management system comprises an APP client. The APP client comprises an intelligent mobile APP client and a PC desktop APP client. The intelligent mobile APP client carries out the field acquisition of information and metadata and then uploads the acquired data. The PC desktop APP client provides the process and flow dividing function and completes the automatic table establishment based on the acquired data so as to realize the automatic filling of data in an engineering data tracking table. A cloud data service is connected with each APP client through an interface and prompts the storage and service forwarding service of information metadata. A data on-line inspection and tracking management system is connected with each APP client and the cloud data service, realizes the inspection through the data on-line inspection and tracking management system, guides and tracks the tracking table of an engineering data reporting program, and timely feeds back problems found during the tracking and inspecting process to the APP client to rectify the problems at the same time. In this way, the dynamic management of engineering data is achieved. The management efficiency and the management level are improved.

The invention provides a steel coil quality detection system. The steel coil quality detection system implements the following steps: acquiring production process data of a steel coil, steel coil surface detection data and production plan data; establishing a steel coil surface defect determination standard database, a steel coil surface defect determination grade definition list, a process parameter determination standard database and a process quality grade definition list; determining the steel coil surface detection data according to the steel coil surface defect determination standard database and the steel coil surface defect determination grade definition list so as to obtain a first quality result; determining the production process data according to the process parameter determination standard database and the process quality grade definition list so as to obtain a second quality result; and determining the first quality result and the second quality result so as to obtain a comprehensive grade configuration table. Thus, the quality of the whole steel coil is determined; and steel coil quality problems can be spotted in time by positioning the surface defects of the steel coil, so scrapping of the whole steel coil due to local surface defects of the steel coil is prevented and product quality is improved.

The invention discloses a position estimation method based on integrated navigation of multiple sensors. The method comprises the following steps: 1, parameters output by a DR, a GPS, a DME, a VOR and an ADC are acquired; 2, a state equation is established; 3, a position and velocity measurement equation of the GPS, a slope distance measurement equation of the DME and an azimuth measurement equation of the VOR are calculated; 4, a comprehensive measurement equation is established according to each measurement equation; 5, by combining the state equation and the comprehensive measurement equation, position error amount and velocity error amount are estimated; and 6, according to the estimated position error amount and velocity error amount, output correction is carried out on the DR system, and position estimation is finished. According to the invention, there is no need to use an inertial navigation system. The method provided by the invention has high positioning accuracy, high reliability and good real-time performance, is economic, effective and easy for engineering realization, and can meet high-precision and high-reliability positioning requirements of civil aircrafts.

The invention discloses a vortex line scanning thermal imaging detection system and method. The detection system comprises a trigger with at least two output ends, one output end of the trigger is connected with a coil through a vortex flow heating module, other output ends of the trigger are respectively connected with one or more thermal imaging acquisition devices, each thermal imaging acquisition device is equipped with a lens used for adjusting the size of a viewing field, the output end of each thermal imaging acquisition device is connected with a computer, the vortex line scanning thermal imaging detection system further comprises a scanning control module connected with the output end of the computer, the output end of the scanning control module is connected with a motion device, a clamping device is further arranged on the motion device, the clamping device is respectively and fixedly connected with the coil and each thermal imaging acquisition device, or the clamping device is fixedly connected with a detected object. Compared with the prior art, the vortex line scanning thermal imaging detection system provided by the invention is convenient to use, high in detection efficiency, has a good imaging effect, high in defect detecting accuracy, low in detecting cost, and high in detecting result reliability.

The invention discloses a station area identification method based on wireless communication acquisition; and the method comprises the following steps: S1, collecting the electric quantity data of each node electric meter and the total electric quantity data of a total meter in a target station area in real time; S2, judging whether a difference value exists between the sum of the electric quantity data of each node electric meter and the total electric quantity data in a specified time period, and if Yes, judging that an error division electric meter exists in the target station area or an electric meter which is mistakenly divided into other station area exists, and transferring to execute step S3; S3, according to the variation trend of the difference value in the specified time period,identifying the mistakenly- divided target electric meter in the target station area or the electric meter which is mistakenly divided into other station area. The wireless communication data acquisition mode can realize automatic identification of the station area, and the station area identification method has the advantages of being simple, low in required cost, free of additional hardware equipment, high in identification efficiency and precision, and the like.

The invention discloses a waterproof packaging structure and a packaging method of a large-dimensional photomultiplier. The waterproof packaging structure comprises a tray matched with the bottom shape of a glass shell of the photomultiplier, a sleeve, a cable waterproof connector and a bottom cover, wherein a hole is formed in the tray; the bore diameter of the hole is consistent to the inner diameter of the sleeve; the tray is connected with one end of the sleeve in a sealing manner through the hole; the other end of the sleeve is fixedly connected with the bottom cover; the tray and the bottom of the glass shell of the photomultiplier are connected in a sealing manner; and one end of the cable waterproof connector is connected with the cable inlet of the sleeve in a sealing manner while the other end is connected with a cable. According to the waterproof packaging structure and the packaging method, the packaging steps are less and the demand on an operator is relatively low; and more importantly, the waterproof packaging structure can be detached, so that problem checking and changing and upgrading of a PMT voltage divider can be realized.

The invention discloses illegal external connection detection device and method and a storage medium, and belongs to the field of network security. According to the embodiment of the invention, wired network flow and wireless network flow of equipment to be detected are acquired in real time through at least one network card, acquired flow data are analyzed through a processor to obtain current network connection information, detection is carried out based on a preset white list, and whether illegal external connection events exist in the current equipment to be detected is judged; the functions are integrated on an illegal external connection detection device. The to-be-detected equipment and the network can be quickly sampled without being arranged in advance, the portability of the illegal external connection detection equipment is improved, the wired network and wireless network flow of the to-be-detected equipment is acquired and analyzed, and the comprehensive detection of the illegal external connection condition of the to-be-detected equipment is realized.

A technique enables an inspection using an actual land position as a reference in a surface mounting line. An inspection apparatus includes an imaging unit that captures an image of a board having a land on which a solder piece has been printed, an image of the board having a component mounted on the solder piece, or an image of the board having the component soldered to the land, a land determination unit that determines a position of an element on the board other than the land from the image of the board captured by the imaging unit, and determines a positon of the land in the image based onthe determined position of the element, and an inspection unit that inspects the solder piece or component on the land using the position of the land determined by the land determination unit as a reference.

The invention provides a text training method and apparatus. A voice data receiving unit in the text training apparatus receives voice data input by a user and the voice data includes content corresponding to preset text data. A data analysis unit analyzes and records inconsistent data between the voice data and the preset text data. A scoring unit scores the voice data according to the inconsistent data. A transmitting unit transmits an analysis result and a scoring result to a screen terminal. The method and apparatus, by analyzing and scoring the voice data input by the user, checks and corrects the voice data input by the user in order that the user corrects mistakes in a text training process based on the analysis result and the scoring result so as to improve learning efficiency.

The present invention discloses an automatic check and maintenance method and system for a server. The method comprises: uploading a to-be-checked server item list to an execution server memory, wherein the to-be-checked server item list comprises a to-be-checked service identifier and to-be-checked items; reading the to-be-checked service identifier in the to-be-checked server item list, and according to the to-be-checked server identifier, searching for a connecting object instance corresponding to a to-be-checked server; establishing a connection between the connecting object instance and the to-be-checked server; and by using the connection, checking and executing to-be-checked items for the to-be-checked server, and receiving check data returned correspondingly. According to the method provided by the present invention, the relevant check items of the to-be-checked server can be checked automatically, so that each check item can be monitored and checked effectively and timely, and the checking precision and efficiency are improved.

A substrate detection device and method are provided; when readjusting relative positions between a terminal and a detector, a CCD camera and a promotion mechanism need not to be aimed at; the substrate detection device comprises detector groups (a, c) matched with intervals of terminals forming a detection terminal portion; the detector groups are staggered in directions for arranging the terminals; the device is provided with a resistance measure portion (12) used for detecting a resistance value R between two terminals of the detection terminal portion (7); a switch (11) is arranged corresponding to each terminal.

The invention relates to a login implement method for a user terminal to have access to an IMS network and an IMS. The login implement method comprises the steps of acquiring a login request message of the access user terminal on an access side of the IMS network, wherein the login request message carries login access address information of the access user terminal; performing validity check on the login access address information in the access process of the access user terminal, and performing the corresponding normal access process when the check passes; otherwise, refusing login of the access user terminal. Therefore, in the login process of a user, check and limit on user access addresses are performed on the basis of an original key authentication mechanism, the access safety of the terminal of the IMS network is improved, and situations of account theft and the like can be reduced. The login implement method is suitable for traditional fixed terminals and mobile users limited in roaming.

The related detection system for service health level comprises: at least one host, and a proposed device connected with the host for detecting its health level. The relative detection method comprises: in query-respond procedure, the proposed device initiates a query request for health level, and the host responds the request; in the register-notify procedure, the proposed device registers service in the host, the latter responds the register; in the register-query procedure, the proposed device registers service in the host, and the latter responds the service state, and the proposed device also queries the service and host state.

The invention discloses a method for inspecting a current loop of a main transformer sleeve by using zero lifting flow. The method comprises the following steps of: correspondingly connecting an A phase loop, a B phase loop and a C phase loop which are output by a three-phase voltage regulator to an A phase loop, a B phase loop and a C phase loop of a primary three-phase loop on the 110kV side of a main transformer by using a test wire respectively; inspecting a secondary current amplitude value and a phase angle of a sleeve type current transformer on the 110kV side and current of a neutral wire by using voltage UA of a primary A phase loop as a reference vector at an on-site terminal box and a control chamber screen cabinet; and finally, inspecting a secondary current amplitude value and a phase angle of a sleeve on a 220kV side and the current of the neutral wire by using the voltage UA of the primary A phase loop as the reference vector at the on-site terminal box and the control chamber screen cabinet, and analyzing and judging data to judge whether the loops are correct or not. By the method, the polarity, the transformation ratio and the wiring condition of an alternating current loop of the main transformer sleeve can be inspected by the zero lifting flow to find a secondary loop connecting wire which is not connected or is connected by mistake.

A multifunction ophthalmic examination apparatus includes a shallow dome screen (1B) and a deep dome screen (1A), i.e., the entire dome screen (1), having a different depth from the shallow one and constituted of the shallow dome screen (1B) and the peripheral part of the entire dome screen (1). The deep dome screen (1A) or the shallow dome screen (1B) is driven so that either the deep dome screen (1A) or the shallow dome screen (1B) comes to a position where an ophthalmic examination image is projected by a projector (2) depending on the type of the ophthalmic examination to be conducted. When this state is set up, the projector (2) projects an ophthalmic examination image onto either the deep dome screen (1A) or the shallow dome screen (1B). With this, the multifunction ophthalmic examination apparatus using the dome screens enables various ophthalmic examinations.

The invention discloses a data collecting and monitoring method of an electric power mobile operation platform. By using a mobile routing inspection terminal, a routing inspection middle server and a central control machine room, the remote, strategic, safe and controllable inspection and monitoring of power equipment can be realized; the safety management of the electric touring inspection terminal is solved by introducing the touring inspection middle server; the electric touring inspection terminal is capable of accepting the remote management, monitoring and controlling of the central control machine room by using the middle server, so that the safety management ability of the mobile touring inspection terminal is effectively promoted; during the transmission process of the touring inspection data, an encryption mechanism is applied, and the transmission safety of the touring inspection information is ensured.

The invention relates to a serial zero load current phase measuring instrument, which consists of a sampling part, a display part, a central processing unit, a keyboard part, a current amplification part and an instrument shell. The sampling part comprises a divider resistor and a current transformer, wherein the divider resistor samples a voltage; and the high-precision split core type current transformer samples a current. The display part consists of a 128*64 dot-matrix liquid crystal and can display parameters and graphs. The central processing unit uses an MSP430 high-performance singlechip as a central control element and can complete sampling computation and analysis at the same time. The test instrument has three keys, the operation of the three keys corresponds to the liquid crystal, the liquid crystal can give a prompt for the function of each key, and the operation is simple. The current amplification unit can amplify a current by 10 times for measuring smaller current (20Ma) apparatuses and can adopt the split core type current transformer for measuring the phase of a current or adopt direct wiring for measuring the phase of a small current, and the measurement is accurate and convenient. The instrument shell can be used for assembling the elements. The surface of the instrument shell is provided with a pincerlike galvanometer interface, a negative voltage input terminal, a positive voltage input +, a change-over switch, a current transducer, an amplifier current input, an amplifier current output, a switch and a charging port. The instrument is convenient and accurate and can reduce human errors.

The invention discloses a method for checking and deleting dangling via in PCB design. The method specifically comprises the following steps of: 1) obtaining all the via holes; 2) carrying out first screening on the obtained via holes according to names and removing a part of the dangling via and test points; 3) checking the quantity of connection layers, carrying out second screening on the via holes after the first screening and removing all the residual dangling via; 4) constructing a result list and building a popup window; and 5) matching IDs of projects and corresponding objects in the list. According to the method, the dangling via can be rapidly checked and deleted, so that the complicated process of manual check in the design is simplified. The method is capable of avoiding missing, reducing the design cost and improving the design quality while improving the efficiency.

The invention discloses an anti-slide control device for an urban rail braking system. The anti-slide control device comprises a main control module and an anti-slide valve driving module, wherein the main control module is used for receiving a speed signal of an axle and a braking instruction, generating a corresponding valve driving signal, a control signal and a life signal, outputting the signals to the anti-slide valve driving module and judging an operation state of the anti-slide valve driving module according to a feedback signal, wherein the life signal is used for showing whether the operation is abnormal or not; the anti-slide valve driving module is used for driving an anti-slide valve and comprises a valve driving unit, an exhaust valve protecting unit and a relay unit control unit; the valve driving unit, the exhaust valve protecting unit and the relay unit control unit are connected with each other in sequence; the valve driving unit is used for receiving the valve driving signal, driving the anti-slide valve and transmitting the feedback signal; the exhaust valve protecting unit is used for outputting an anti-slide failure protection triggering signal; and the relay control unit is used for controlling an electric state of a relay. The anti-slide control device for the urban rail braking system, disclosed by the invention, is advantaged in that the structure of the device is simple and compact; reliability and safety in the anti-slide control are high; the device is flexible to control; and fault monitoring and positioning can be achieved.

The invention discloses an auditory tube examination and treatment device. The auditory tube examination and treatment device comprises an auditory tube endoscope and a balloon bracket, wherein the auditory tube endoscope comprises a hard endoscope section and a flexible endoscope section; one end of the hard endoscope section is connected with the flexible endoscope section; the balloon bracket is connected with the flexible endoscope section; a balloon is arranged on the balloon bracket. The auditory tube endoscope comprises the hard endoscope section and the flexible endoscope section, so that when the device is used to examine, the hard endoscope section can reach the position to be treated, the phenomenon that the flexible endoscope section is too soft to reach the position can be avoided, and when the flexible endoscope section reaches the position, the balloon can be expanded or shrunk to treat the position. The auditory tube examination and treatment device disclosed by the invention can examine and treat the position at the same time, accurately judges the position to be treated, and achieves the characteristics of accurately understanding the disease position and treating the position.