41results about How to "Real-time monitoring status information" patented technology

The invention belongs to the technical field of railway carriage equipment diagnosis, and relates to a method for long-distance collection and diagnosis treatment of a vehicle-mounted equipment status. The method adopts a cloud platform-based remote wireless monitoring system to monitor the information of the vehicle-mounted equipment status in real time. The cloud platform-based remote wireless monitoring system comprises a vehicle-mounted equipment detection module, a data communication terminal and an internet cloud platform. The cloud platform-based remote wireless monitoring system can monitor the operating parameter and status information of a vehicle in real time and realize the on-line intelligent diagnosis and long-distance acceptance of status and fault information to discover the failure of vehicle-mounted equipment timely and rapidly and to transmit the failure to relevant units quickly and accurately, thereby minimizing the maintenance time, reducing the equipment failure rate and improving the operation safety of trains.

The invention discloses an intelligent guide charging system of a new energy vehicle. The system comprises a charging pile group, a sub management system, a remote management center and a user client terminal; the charging pile group is connected with the sub management system through a CAN bus; the sub management system is provided with a LPE-CPE terminal, and is connected to a TD-LTE network through the LPE-CPE terminal; the remote management center performs data exchange with the sub management system and the user client terminal through the TD-LTE network; the charging pile group includes multiple independent charging piles; the independent charging piles are connected with the CAN bus, and are provided with unique MAC codes; the positions of the independent charging piles are fixed; the position information of the independent charging piles is recorded in the sub management system and the remote management system; the sub management system acquires use states of the independent charging piles in real time, and transfers the information to the remote management center; the user client terminal can obtain the use states and the position information of the independent charging piles at any time; and the user client terminal can guide users to reach the selected positions of the independent charging piles.

The invention provides a robot automatic navigation system. The system comprises a remote control platform and an autonomous navigation module which communicate with each other. The autonomous navigation module is arranged inside a robot. The autonomous navigation module comprises a map building unit which builds an environmental map by getting data of a laser radar sensor and an odometer, a self-positioning unit which matches sensing information of a laser ranging sensor with the environmental map to get the actual location information of a robot in an environment, a route planning unit which receives observed data of the laser sensors passing through the self-positioning unit, updates the map and plans a route according to the current location of the robot and a target location set by the remote control platform, and a motion control unit which carries out route tracking according to a route planned by the route planning unit. The advantage lies in that man-machine work can be better coordinated, and heavy work in a complex environment can be completed more efficiently.

The invention provides a monitoring method of a power transmission line state in a power line communication system, wherein the monitoring method comprises the following steps: S1. a node A performs framing on the known training sequence and to-be-sent data modulated by an OFDM (orthogonal frequency division multiplexing) technology, and sends signals into a power line through a coupler for transmission; S2. a node B receives sent signals through the coupler, modulates the received signals by utilizing the known training sequence, and extracts transmission data; S3. the node B obtains transmission channel frequency response or impact response by utilizing the known training sequence; S4. the node B analyzes the channel frequency response, extracts relevant information of the transmission line, and obtains the variation information of basic parameters of the transmission line through analyzing the relevant information so as to calculate the channel parameters; and S5. the node B estimates and forecasts the channel state of the power transmission line according to channel parameter variation. According to the method provided by the invention, the state information of the power line can be monitored in real time, and a data collecting device and a communication system are not required to be arranged out of the power transmission line, and the monitoring method of the power transmission line state in the power line communication system has the advantages of good stability, low cost, and the like.

The invention discloses an automatic detection system and method for a new energy AGC or AVC control system. The detection method comprises steps that (1), a device model of a new energy power stationis modeled, and initial state parameter values of new energy power station devices are set; (2), an active or reactive target value is issued by a main station simulation end to a detected system according to the target value information notified by an automatic test end through a com interface; (3), an instruction is received by the detected system, after calculation, remote adjustment or remotecontrol instructions are transmitted to all the devices in the simulation end of the new energy power station; (4), values of parameters of each device needing adjusted according to the instructionsare adjusted according to the received instructions and the initial state by the simulation end of the new energy power station, the result is fed back to the detected system, and the automatic test end is further informed; and (5), feedback result data of the simulation end of the new energy power station is received by the automatic test end and is written into a test report. The detection method is advantaged in that the closed loop simulation test of the detected system is performed, test complexity is reduced, and test efficiency is improved.

The invention discloses an automatic detection system and method for a grid-side energy storage monitoring AGC control system. The automatic detection system includes an automatic test end, a main station simulation end, a BMS system simulation end and a PCS equipment simulation end. PCs where the automatic test end, the main station simulation end, the BMS system simulation end and the PCS equipment simulation end are located respectively and a PC where a tested energy storage monitoring AGC system is located are connected to the same switch, are configured with IEC-104 parameters, and are connected by communication. The problems of high cost, long construction period and a small number of simulation devices for the function test, pressure test and stability test environment of the grid-side energy storage monitoring AGC system as well as the difficulties in simulation of a large number of abnormal device behaviors and devices with special states and mutual cooperation between devicesin the existing method are solved.

The present invention discloses a control system and method of an IoT boiler. The control method of an IoT boiler according to one aspect of the present invention includes an IoT boiler for checking an operation state, transmitting state information, detecting the generation of failure through a sensor, and transmitting failure information; a manager terminal which includes a boiler control application for monitoring and controlling the IoT boiler, monitors the state of the IoT boiler, receives control information for controlling the IoT boiler from a manager, and transmits it to the manager terminal; and central management server which is connected to the IoT boiler and the manager terminal via a network, receives and stores the state information of the IoT boiler periodically or non-periodically from the IoT boiler, receives control information for controlling the IoT boiler from the manager terminal, and performing the control of the IoT boiler. It is possible to quickly control theIoT boiler when the failure is generated.

The invention provides a performance evaluation method for hardware resources in a specific environment. The performance evaluation method comprises the following steps: monitoring server state information connected with a client in real time; when the server is in a normal working state, evaluating the current hardware resource use condition of the server by adopting a pre-constructed hardware resource comprehensive index evaluation model to obtain hardware resource parameters required by each client; and comprehensively evaluating the performance of the server according to the hardware resource demand parameters of all the clients, wherein the hardware resource comprehensive index evaluation model comprises a server performance index used for evaluating the use condition of the server hardware resources. According to the scheme, the server performance evaluation model is effectively optimized according to the use condition of hardware resources, so that the accuracy of an evaluationresult is improved.

The invention discloses a transformer substation monitoring interface power icon dynamic perception recognition system and method. The recognition system comprises a monitoring host, an image adapter,an image collector and a perception result application host which are connected in sequence. The monitoring host is used for collecting equipment change information in a transformer substation and then sending the equipment change information to the image collector in an image signal mode through the image adapter. The image collector converts the received image signal into a video or image datafile in real time, and stores the video or image data file in a management file directory pre-configured by the perception result application host; and the perception result application host identifies the dynamic information of the specific power icon changing with time from the stored video or image data file, and applies the identified dynamic information of the specific power icon changing with time. According to the invention, manual recognition in the prior art is changed into full-automatic recognition by a machine, so that the recognition work efficiency is greatly improved.

The invention relates to a multifunctional classroom. The multifunctional classroom comprises a protective layer and a service terminal, wherein the protective layer is laid on the floor of a classroom and is provided with a lifting passage, a platform splicing groove and an abutting fixing groove, the lifting passage is provided with a first track, a first telescopic motor, a soundproof blockingplate, a blocking groove and a platform fixing groove and is communicated with a sanitary passage, the sanitary passage is communicated with a moving passage, the moving passage is provided with a moving toilet, the first track is connected with a lifting platform through first moving rollers, the lifting platform is provided with a first drive motor, a multi-function seat, a second telescopic motor, a platform fixing plate, a telescopic splicing groove, a telescopic placement groove, a third telescopic motor, a telescopic rotating plate, a fourth telescopic motor and an abutting telescopic plate, the classroom is provided with a high-definition camera, a warning light, a platform and student desks, the service terminal is arranged in a security room, and teachers and students are providedwith a variety of functional services to improve the teaching efficiency of the teachers and improve the learning efficiency of the students.

The invention provides a wind energy battery electric vehicle and relates to the technical field of new-energy automobiles. The wind energy battery electric vehicle comprises a vehicle body and an electricity consumption component and further comprises a wind power generation device, an energy storage device and a monitoring device; the wind power generation device is arranged on the vehicle bodyand used for converting wind energy into electric energy; the energy storage device is electrically connected with the wind power generation device, used for storing the electric energy converted by the wind power generation device, electrically connected with the electricity consumption component and used for supplying a power source to the wind energy battery electric vehicle; and the monitoringdevice is electrically connected with the energy storage device and used for monitoring state information of the energy storage device in real time. The wind energy generated in the traveling processof the wind energy battery electric vehicle is converted into the electric energy, efficient utilization of energy is achieved, the vehicle has important significance in environment protection, the energy storage device can be effectively protected as well, and the service life of the energy storage device is prolonged.

The invention discloses a multi-energy wristband monitoring system, which comprises a multi-energy wristband, a mobile terminal and at least one display terminal, the multi-energy bracelet comprises an annular main body, a detection chip arranged on the inner side of the annular main body, a solar cell panel and a thermoelectric material plate arranged on the outer side of the annular main body, an operation chip, an energy storage module, an energy module and a wireless module arranged in the annular main body. The solar cell panel and the thermoelectric material plate are respectively connected with the energy storage module; the energy storage module, the energy module, the operation chip, the detection chip and the wireless module are connected with one another; the wireless module is in wireless connection with the mobile terminal; and the mobile terminal is wirelessly connected with the display terminal. The electric energy can be automatically supplied in the using process, and the cruising ability and reliability of the wristband are improved through supply of various energy sources.

An on-line monitoring system of a high-voltage isolation switch comprises an on-line monitoring terminal, an intelligent control terminal and a display. The on-line monitoring terminal comprises an MCU control unit, an attitude sensor and a wireless transmission module, the three-axis turntable, the attitude sensor and the wireless transmission module are connected with the MCU control unit, and the intelligent control terminal is connected with the display; and the attitude sensor collects disconnecting switch data and transmits the data to the MCU, the MCU processes the data and transmits the data to the wireless transmission module, the wireless transmission module sends the data to the intelligent control terminal, the intelligent control terminal receives the data sent by the wireless transmission module, and the intelligent control terminal transmits the data to the display. Data of the disconnecting switch are collected in real time through the attitude sensor, the rotation angle and the change condition of the disconnecting switch are calculated, so that whether the disconnecting switch is switched on and switched off in place or not is judged, monitoring data are sent in a wireless transmission mode, and state information of the disconnecting switch can be monitored in real time.

The invention discloses a solid waste transportation system based on the Internet of Things. The system comprises: a management cloud platform; the Internet of Things intelligent module that is used for collecting data information of solid waste in the garbage can so as to judge state information of the garbage can; the service platform that is used for being remotely connected with the management cloud platform and generating operation command information when the garbage can state information is in a full-load state; and the executor platform that is used for receiving the operation command information sent by the service platform, and an executor carries out solid waste transportation work according to the given operation command information. The state information of the solid waste in the garbage can can be monitored in real time, the transportation route can be autonomously planned, the transportation execution personnel can be designated and prompted to carry out solid waste transportation work, intelligent and automatic transportation of the solid waste is achieved, the transportation efficiency of the solid waste is improved, and the transportation cost of the solid waste is reduced.

The invention relates to the field of mechanical engineering control, in particular to a laser machine control method and system. The method comprises the steps that 1, a manual operator carries out the data setting of a laser machine body, and transmits the set data to a laser machine controller; 2, the laser machine controller controls a servo driving device according to the set data; and 3, theservo driving device controls the laser machine body to operate according to the set data. By means of the method, rich man-machine interaction means can be provided, complex track planning can be rapidly completed, teaching programming does not need to be conducted in advance, the application range is wider, and the method can be widely popularized.

The invention provides a hemostasis training simulation system. The hemostasis training simulation system comprises a blood bag, a blood transfusion tube, a pump and a controller, wherein the blood bag is used for containing red liquid, the blood bag is connected to the input end of the pump through the blood transfusion tube and leads to the outside through the blood transfusion tube via the output end of the pump so as to output the red liquid to the outside through the pump, and the controller receives an external instruction and controls and adjusts starting and stopping of the pump and the rotating speed of the pump according to the instruction, so that the speed of outputting the red liquid outwards through the blood transfusion tube is controlled. The invention further provides a simulated human body model for battlefield rescue training provided with the hemostasis training simulation system and a control method of the simulated human body model. The hemostasis training simulation system and the simulated human body model are high in human body trueness, can meet field training requirements, and can meet tourniquet pressurization hemostasis training requirements.