64results about How to "Master the working status in real time" patented technology

The invention relates to a system and a method for supervising a gas engineering project, which is used for project quality safety of gas engineering, personnel management and exact positioning of a pipeline and mainly comprises a server of a control center, a hardware fire wall, a PDA, and a GPS locator, wherein, the server consists of a web server, a database server, a file server and a backup server; the server is connected with the hardware fire wall by a net wire or a modem; after the PDA collects field engineering data and personnel positions information and transmits the data to the server by a GPRS; the GPS locator collects the three-dimensional coordinate information of all crates, equipment and turning points of a pipe network; by adopting the invention, the field operation situations can be remotely monitored at any time and the invention has the advantages of displaying the conditions of all engineering constructions comprehensively and accurately in real time and solving the problems in time, thereby ensuring the engineering construction to be completed with good quality on schedule.

The invention discloses a robot shoe sole dynamic gluing system and method based on 3D scanning. Sole point cloud data are obtained through a camera and line laser scanning combined mode, compared with the mode that a shoe sole is glued in a shoe sole containing area on a gluing platform in the mode that the shoe sole is fixedly held by a jig, the method has the advantages that the requirement forthe shoe sole containing state is relatively low, the complexity of automatic shoe sole gluing equipment is effectively reduced, and the higher measuring speed is achieved. Compared with a shoe soleedge track and gluing pose extraction method based on machine vision, the method adopts a real-time processing mode to process an image, obtains three-dimensional point cloud data of a shoe sole contour, and calculates edge points of a shoe sole. When the shoe sole is scanned, the edge track and the gluing pose of the shoe sole can be immediately given, and dynamic scanning and dynamic gluing arecarried out at the same time. By means of the mode, three-dimensional data of the shoe sole are rapidly and accurately scanned and measured, automatic gluing of the robot is achieved, the enterprise production efficiency can be effectively improved, and the enterprise competitiveness is improved.

The invention belongs to the technical field of device state monitoring, and provides a shield/TBM online state monitoring system. The shield/TBM online state monitoring system comprises mechanical-signal collection apparatuses and an oil-liquid-parameter-signal collection apparatus; the multiple mechanical-signal collection apparatuses are pasted on a shield/TBM; signals collected by the multiple mechanical-signal collection apparatuses are fed into a data concentration center and processed through a data collection conversion module; the oil-liquid-parameter-signal collection apparatus comprises a hydraulic-oil-parameter-signal collection apparatus body and a lubricating-oil-parameter-signal collection apparatus body; signals collected by the hydraulic-oil-parameter-signal collection apparatus body and the lubricating-oil-parameter-signal collection apparatus body are directly fed into the data concentration center and processed; the shield/TBM online state monitoring system also comprises a data calling module; the data calling module is communicated with the data concentration center. According to the shield/TBM online state monitoring system, real-time monitoring of the device working state is achieved, and a technology guarantee is provided for safer and more reliable construction, and the information level of engineering management is improved.

The invention discloses a robot shoe sole automatic gluing system and method based on 3D scanning. Sole point cloud data is obtained through a mode of combining double cameras and line laser scanning;the shoe sole gluing contour is extracted by combining the characteristics of the line scanning laser. Compared with the mode that the shoe sole is glued in the shoe sole placing area on the gluing platform in the mode that the shoe sole is fixedly held by a jig, the requirement for the shoe sole placing state is relatively low, the complexity of automatic shoe sole gluing equipment is effectively reduced, and the measuring speed is higher. According to the method, images are processed in a real-time processing mode, denoising processing is conducted on each laser ray image, three-dimensionalpoint cloud data of a shoe sole contour are obtained, and edge points of a shoe sole are calculated. When the shoe sole is scanned, the edge track and the gluing pose of the shoe sole can be given immediately. By means of the mode, three-dimensional data of the shoe sole are rapidly and accurately scanned and measured, automatic gluing of the robot is achieved, the enterprise production efficiency can be effectively improved, and the enterprise competitiveness is improved.

The invention relates to an on-line real-time monitoring system of fireproof doors and windows, aiming at that a provided system can remotely monitor the working condition of a fireproof door so as to adopt a corresponding safeguard measure to ensure fire safety. The technical scheme is as follows: the on-line real-time monitoring system of fireproof doors and windows comprises a signal detection device, a wired cable or wireless transceiver-receiver, a host and a processing center, wherein the signal detection device is arranged on a fireproof door in each building and is used for detecting whether the fireproof door is opened or closed; the wired cable or wireless transceiver-receiver transmits a detection signal to the host to be processed; the host screens and processes the obtained detection signal; and the processing center receives the signal output by the host via broadbands or GRPS. The signal detection device is a magnetic control switch of a reed switch or Hall sensor. The reed switch or Hall sensor is installed in the doorsheet of the fireproof door, and magnet acting with the reed switch or Hall sensor is installed in the doorframe of the fireproof door. The host is a singlechip for screening, judging and processing the obtained detection signal.

The invention relates to the technical field of power distribution cabinets, in particular to a dual-network-based intelligent power distribution cabinet which comprises an intelligent power distribution cabinet body, an information collector, a man-machine interaction mechanism, a multifunctional ammeter, an intelligent circuit breaker, a non-intelligent circuit breaker, a controller and a comprehensive protection device. According to the invention, electrical parameters of all devices in the intelligent power distribution cabinet can be monitored locally and remotely, the working state of each device can be mastered in real time, stable and reliable operation of each device can be ensured, a visual effect is realized for all electrical devices in the intelligent power distribution cabinet, and the working state of the device can be displayed more visually; working conditions of all equipment in the intelligent power distribution cabinet can be mastered in the first time, fault equipment can be quickly positioned, and the cost of manual troubleshooting is reduced; on-line and off-line operation and maintenance services can be provided in combination with a system platform, the labor investment is reduced, an operator on duty is separated from monitoring of the system and equipment, and the unattended operation function is achieved.

The invention discloses an emotion analysis check-in interaction system based on human face recognition, the invention can achieve the purpose of check-in by the way of face recognition or the combination of fingerprint and face recognition, avoiding the problem of inaccurate check-in information in common check-in mode, Moreover, since the check-in method of face recognition can collect the imageinformation of the sign-in person, so that the emotion analysis module can analyze the mood of the sign-in personnel on the day according to the image, and then sends the motivator's discourse through the motivating interaction module, Emotions, songs, or music to the check-in person's cell phone, encourage and encourage the sign-in personnel, When it is used in the company, it is helpful for themanager to analyze the character of the employee, so as to arrange the working tasks more reasonably. In addition, it is also helpful for the manager to grasp the working state of the employee in real time, and make corresponding measures in time, so as to eliminate the negative emotion of the employee, avoid the emotion of the employee, and cause the consequence unfavorable to the orderly development of the company.

The invention discloses an on-state information transmission method and device of called user equipment in a group calling process, relating to the technical field of communication. The on-state information transmission method comprises the following steps that: a trunked mobility session management entity TMSE receives a receiving indication message from called user equipment, wherein the receiving indication message comprises on-state information of the called user equipment; and the TMSE converts the receiving indication message, determines an SIP (Session Initiation Protocol) UPDATE message and sends the SIP UPDATE message to a scheduling server, wherein the SIP UPDATE message comprises number information of the called user equipment and the on-state information of the called user equipment. The on-state information transmission method and device disclosed by the invention have the capability of accurately presenting the on-state of the user equipment.

The invention discloses an anti-deflection rock drilling control system. The system comprises a power mechanism, an actuating mechanism, control valves and an electrical system, wherein the power system comprises one-way pumps and motors, and the motors drive the one-way pumps to supply hydraulic oil to the system; the actuating mechanism comprises a push cylinder, a hydraulic motor and an impact mechanism; the control valves comprise three-position four-way electromagnetic exchange valves, a two-position three-way electromagnetic exchange valve, pilot overflow valves, one-way valves, a proportional throttle valve, a propelling pressure control valve, a propelling back pressure valve, filters and coolers. The electrical system comprises pressure sensors, signal amplifiers, a signal amplifier group, signal processors, a data acquisition card, an in-hole factor monitoring system, an in-hole factor and a deflection control system. The electrical system acquires a pressure signal and an in-hole factor signal, a hydraulic valve is regulated by the deflection control system to act on the push cylinder, the hydraulic motor and the impact mechanism, so that a rock drilling machine effectively adjusts the propelling pressure during rock drilling, and the condition of deflection during drilling is well prevented.

The invention relates to a variable frequency motor power measuring method. The method includes the steps of: determining a real part and an imaginary part of a fundamental wave vector and a real part and an imaginary part of a harmonic wave vector of a corresponding voltage of each phase according to a first input voltage of each phase; determining a real part and an imaginary part of a fundamental wave vector and a real part and an imaginary part of a harmonic wave vector of a corresponding current of each phase according to a first input current of each phase; determining corresponding first active power and first reactive power of each phase according to the real part and imaginary part of the fundamental wave vector and the real part and imaginary part of the harmonic wave vector of the voltage of each phase and the real part and imaginary part of the fundamental wave vector and the real part and imaginary part of the harmonic wave vector of the current of each phase; and determining the total active power and total reactive power of a variable frequency motor according to the first active power and the first reactive power of each phase. The method can realize measurement of real-time on-line power of the variable frequency motor. In addition, a variable frequency motor power measuring device is correspondingly provided.

The invention discloses a data transmission control system for a circuit breaker. The data transmission control system comprises a PC machine and a circuit breaker shell, wherein the PC machine comprises a data processing module; a signal output port of the data processing module is connected to an alarm module and a A/D conversion module; the signal output port of the A/D conversion module is connected to a liquid crystal display; an inner cavity of the circuit breaker shell is of a hollow structure; a hall current sensor is arranged on the side wall of the rear side of the inner cavity of the circuit breaker shell; a cabinet door capable of being opened freely is hinged to the front end face of the circuit breaker shell; a storage battery is embedded in the cabinet door; and a signal port of the hall current sensor is in bidirectional connection with a signal port of the data processing module through a communication module. According to the data transmission control system for the circuit breaker, remote transmission of real-time monitoring information is facilitated, so that a working state of the circuit breaker can be mastered by the working personnel of the background in real time, and the problems can be found in time and timely solved.

The invention discloses a method for self-adapting to state thresholds of different large equipment instruments. At present, most of state statistics of large instruments and equipment of colleges andcompanies are mainly based on manual handwriting record statistics, and service life management of the equipment and reporting of faults cannot be effectively managed in time. According to the invention, the state evaluation of the large-scale instrument and equipment mainly uses a current information acquisition and power consumption use system to realize acquisition and processing of equipmentuse data, and through data comparison and statistical analysis, the operation condition of the large-scale instrument and equipment is diagnosed and analyzed mainly based on the technical means of theKmeans clustering algorithm. Whether the large instrument is in a normal operation state or not to realize an auxiliary decision function is judged. According to the invention, the equipment state can be adaptively judged, and the identification of three operation states is realized, therefore, the working state of the equipment at any time can be mastered in real time, and simplified, transparent and efficient management of the equipment is realized.

The invention relates to the technical field of unmanned aerial vehicles, and in particular to an unmanned aerial vehicle battery management system. The unmanned aerial vehicle battery management system comprises a battery detection and identification unit, a power supply monitoring unit, a fault detection and alarm unit, an information storage unit and a main control MCU. The main control MCU isa core control assembly and is used for controlling a solid-state relay, a voice module and a card reading module; the battery detection and identification unit is used for identifying the identity ofthe battery and determining whether the battery is a battery conforming to the model of the unmanned aerial vehicle; the power supply monitoring unit is used for controlling voltage index parametersof the battery; the fault detection alarm unit is used for responding to the power supply abnormal state detected by the main control MCU; and the information storage unit is used for storing batteryinformation and a fault record log. According to the invention, the real-time monitoring of the battery condition of the unmanned aerial vehicle and the recognition function of the battery are realized.

The invention discloses an on-line monitoring device based on an F level gas-steam combined unit generator rotor, the on-line monitoring device comprises a position sensor which is electrically connected with the generator rotor and is characterized in that a voltage transmitter is connected to the signal output end of a position sensor, and a real-time monitoring structure of the generator rotoris formed; a signal input end and two signal output ends are arranged on the voltage transmitter, the signal input end is connected with the signal output end of the position sensor, one signal outputend is connected with the control signal input end of a DCS, and the other signal output end is connected with the control signal input end of a fault recorder; the fault recorder is used for recording the data information of the position sensor in the operation process; the DCS is used for monitoring a picture to draw the waveform image-text of the position sensor signals; an image-text type on-line monitoring structure is formed. The on-line monitoring device based on the F level gas-steam combined unit generator rotor has the advantages that the position sensor is monitored in real time and the starting failure is prevented.