113results about How to "Learn about health" patented technology

The invention discloses a vehicle remote data acquisition system based on a CAN (Controller Area Network) bus, comprising a remote server and at least one vehicle-mounted remote data acquisition device, wherein each vehicle-mounted remote data acquisition device comprises a processor module, a CAN bus communication module, a voltage comparison module and a radio communication module; input signals of the voltage comparison modules are switching value signals and pulse value signals which are output by vehicle equipment; analog value signals output by the vehicle equipment are processed by an engine ECU (Electronic Control Unit), then transmitted to the CAN bus and received by the CAN bus communication modules; the CAN bus communication module are also used for receiving equipment signals hung on the CAN bus, and the output ends of the CAN bus communication modules are connected with the processor modules through an SPI (Serial Peripheral Interface) bus; and the radio communication modules are used for carrying out radio communication with the server. The system can acquire various information of the vehicle equipment on a plurality of vehicles, data is transmitted to the server for storing through radio communication, and reliable references are provided for the maintenance and the management of the vehicles according to acquired data.

The invention provides a tyre managing system. The tyre managing system comprises a central monitoring system, a vehicle-mounted terminal, a tyre parameter measuring device and a tyre labeling module. The tyre managing system is used for performing unified management on all tyres of a transportation enterprise by virtue of the central monitoring system as a unified managing platform, any management changes of the transportation enterprise for the tyres can be issued to all vehicles dispersed in all places at one time by virtue of the platform, and management requirements of vehicle teams can be deployed at highest speed. Meanwhile, the tyre information is issued by virtue of the unified central monitoring system, so that a user is prevented from manually changing the tyre information on the vehicles. The unified managing platform facilitates the knowing of operating conditions of the vehicles in the vehicles team by the transpiration enterprise.

The invention discloses a device remote maintenance system and relative method. wherein, said system comprises a maintained device, a network managing server connected to said maintained device, a wireless mobile terminal for sending the user management information via the message, a message receiving-sending device for interacting the message with the wireless mobile terminal via the wireless network, and a message processing device for receiving and processing the user management information received by the message receiving-sending device and the processed result information fed back by the network managing server. The invention can send the user management information via the message and process the maintenance operation on the maintained device by the network managing server according to the user management information. And with said invention, the remote maintenance on the device of different regions can be completed without the TCP/IP network, while reducing the cost of labor, network construction and maintenance.

The invention relates to a mobile phone short message vehicle failure remote diagnosis detection method and device. The method comprises the following steps of: obtaining the operation state code of a vehicle from an electric control system of the vehicle to be detected; judging the vehicle operation conditions including the vehicle failure according to the operation state code; and sending the information capable of reflecting the vehicle operation conditions to a mobile phone in the form of short message. The device comprises a CPU (central processing unit) main circuit, a storage module, a GSM (global system for mobile communication) module and a communication module, wherein the CPU main circuit can decode the vehicle operation state code and control and coordinate the work of other modules; the storage module is connected with the CPU main circuit and used for storing a standard failure code library; the GSM module is in remote communication with the mobile phone terminal; and the communication module is used for communicating with the electric control system of the vehicle. According to the invention, remote vehicle diagnosis can be realized, the vehicle failure diagnosis efficiency and accuracy can be improved, and the specific failure information can be displayed visually.

The invention discloses a method for realizing a visualization substation integration information platform. Through setting an IEC61850 protocol converter and an environment host between an integrated substation automation system and a substation video monitoring system, communication and video linkage can be performed between the integrated substation automation system and the substation video monitoring system, wherein the IEC61850 protocol converter and the environment host are connected with each other. The invention also discloses a system for realizing the method. According to the invention, based on electric power industry safety management regulations (a safety I area is allowed to perform one-way data transmission to a safety III area), the safety communication can be performed between the integrated substation automation system and the substation video monitoring system and the video linkage can be further realized so that a user can visually know an operation state of primary equipment in the current substation and visually observe a control action of the primary equipment.

A simulative load source for in-situ calibration of electric energy meter is composed of zero cross voltage comparator, alamr unit, power supply, single-chip microcomputer, phase-shift current amplifier, current power amplifier and its output circuit, and current protecting circuit.

The invention discloses an intelligent control device of a light-emitting diode (LED). The intelligent control device comprises a pyroelectric infrared sensor for detecting infrared radiation emitted by a human body or a vehicle, a single chip microcomputer, a constant-current lighting adjusting drive power supply which switches on a switch power supply according to switch signals sent by the single chip microcomputer so as to supply constant working currents for the LED, a current sampling module collecting input currents of the constant-current lighting adjusting drive power supply, a voltage sampling module, an analog-digital converter, and a light adjusting controller which inputs light adjusting control signals to a light adjusting port of the constant-current lighting adjusting drive power supply according to the light adjusting signals provided by the single chip micro-computer. The intelligent control device adjusts luminance of the LED according to the environment where the LED is located, monitors according to operation parameters of the LED, and enables an administrator to understand the operation state of any LED lamp and conduct remote control on any LED lamp.

The present invention relates to a connecting system of electrical apparatuses of vehicle, and belongs to the technological field of electronic control of the vehicle. The connecting system comprises a backbone net wire, a local net wire which is used for connecting the electrical apparatuses of the vehicle and the backbone net wire, a power net wire which is used for providing power for the electrical apparatuses of the vehicle, a central coordinator which is used for coordinating and controlling the electrical apparatuses of the vehicle, and a central microprocessor which is used for displaying the status information and the failure information of the electrical apparatuses of the vehicle towards the vehicle driver. Compared with the connecting system of electrical apparatuses of the vehicle in the prior art, the connecting system greatly improves the degree of informationization of modern vehicles, and improves the capacity of information sharing and coordinated control. More importantly, the structure simplifies the wiring harness of the vehicle and reduces the production costs.

The invention provides an electric automatic control system and belongs to the technical field of industrial control. The electric automatic control system comprises a monitoring terminal and a plurality of automatic control terminals, wherein the monitoring terminal is arranged at a monitoring center, and the plurality of automatic control terminals are respectively arranged in different electrical devices; the monitoring terminal comprises a host computer, an alarm device, a display screen and an operation panel; a first controller, a data storage unit and a data analysis unit are arranged in the host computer; each automatic control terminal comprises a signal detection module, a second controller, a wireless data receiving and transmitting module and a camera. Via the system, networkedmonitoring management can be realized, operation conditions of an internal part of each electrical device can be known in real time, operation of all electrical devices can be effectively monitored,frequent patrol inspection of management personnel is not needed, workloads can be reduced, data collection and big data analysis can be realized, and parameter setting of the electrical devices can be optimized; overall stable, energy-saving and environment friendly operation of the electrical devices can be ensured, and full automatic control can be realized.

The invention discloses a log service method and system capable of link tracking, and the method comprises the steps: obtaining log data from a business service program, and the log data comprises common log data and operation log data; standardizing the log output format of the common log data adding through a Lombok plug-in, burying link points through an MDC based on the Lombok plug-in, addinga user request identifier once, and standardizing an inter-service protocol to generate a common log file; generating an operation log file in a customized manner according to the operation log data;distributing the common log file and the operation log file to an ELK service through Filebeat; filtering and analyzing the common log file and the operation log file through Logstash to form structured data, and forwarding the structured data to Elasticsearch; and displaying the stored common log file and the operation log file. According to the method, the log format is standardized, the link identifiers are added, the service logs are centralized, and maintenance personnel can manage and position conveniently.

The invention provides an equipment shadow processing method, a device thereof and system. The method comprises the steps of receiving first state information sent by at least one device after a current state is changed, for each current device, determining whether a control command associated with the current device exists in the cached data, if yes, sending the control command to the current device, and when second state information returned after the current device executes an operation according to the control command is received, taking the second state information as the current state information, and executing S5; otherwise, taking the first state information as the current state information, and executing S5; S5, updating the equipment state information of the current equipment according to the current state information; according to a pre-stored association relationship between at least one client and at least one device, determining at least one target client corresponding tothe current device; and sending the equipment state information of the current equipment to each target client. According to the scheme, the running state of the equipment can be acquired more timely.

A small hydropower station safety monitoring system for grid safe and stable operation comprises a monitoring unit and a data transmission control unit and is characterized in that the monitoring unit is connected with the data transmission control unit through data of the internet in a double-way communicating mode; the data transmission control unit is connected between an output end of each small hydropower station and a grid connecting end; operation signals of the connected grid of each small hydropower station are collected by the data transmission control unit; corresponding remote control commands are sent to the data transmission control unit by the monitoring unit according to the collected signals, and remote control is conducted on the data transmission control unit. According to the small hydropower station safety monitoring system for grid safe and stable operation, operating data of the small hydropower stations are detected in real time, the operation conditions of the small hydropower stations are known, monitoring to the small hydropower stations is achieved, monitoring is convenient, and the efficiency of power supplying management is improved. Data communication is achieved in a wireless communicating mode, so that remote control is achieved, the cost brought by the erection of optical cables or communication cables is reduced, and the small hydropower station safety monitoring system for grid safe and stable operation is suitable for monitoring a large number of small hydropower stations with small capacity and dispersive layout.

A method for restarting up information-recording includes judging whether information of this start-up is recording or not after unit is restarted up, recording information of this start-up if information of this start-up is not recorded in order to let maintenance personnel know more about operation state of unit and discover as well as solve problem timely.