119results about How to "Know the running status in real time" patented technology

The invention belongs to the security prevention technical field and relates to a social security protection video monitoring cloud platform and monitoring method. The monitoring method includes the following steps that: a monitoring cloud platform is established; resources to be monitored are connected into the monitoring cloud platform; the cloud platform is docked with a public security alarm answering platform through a data boundary system; the cloud platform is docked with a public security video private network platform through a gatekeeper; and a third party safety technical prevention security protection terminal is docked with the cloud platform, and user alarm information which is authorized to the third party safety technical prevention security protection terminal is pushed to the third party safety technical prevention security protection terminal, and alarm information confirmed by the third party safety technical prevention security protection terminal is transmitted to the public security alarm answering platform through the cloud platform. With the social security protection video monitoring cloud platform and monitoring method adopted, a traditional video monitoring system which can record monitoring images, operate independently, is used for post-event verification, and cannot realize a networking function and a prevention function can be improved; and the management and intelligent life level of customers can be improved.

The invention provides a remote management system of an LED street lamp, comprising a street lamp terminal, a collection terminal and a monitoring center, wherein the street lamp terminal is used for acquiring the operation state information of the located LED street lamp and controlling the located LED street lamp according to a control command of the monitoring center; the collection terminal is used for acquiring the operation state information of the located LED street lamp, transmitting the operation state information of the located LED street lamp and the operation state information acquired by the street lamp terminals of a street lamp group to the monitoring center, controlling the located LED street lamp according to the control command of the monitoring center and transmitting the control command of the monitoring center to the other street lamp terminals of the street lamp group; and the monitoring center is used for controlling the LED street lamps according to user needs or the operation state information of the LED street lamps. The invention can be used for effectively carrying out real-time remote management on the LED street lamps, ensures the reliable operation of the LED street lamps, enhances the operation quality of the LED street lamps and also improves the management efficiency of the LED street lamps.

The method comprises: when Toposerver finds network device, it uses Master Control to make integration and classification for Toposerver data to form XML data island that is transmitted to the display end-namely WEB system; said display end is a terminal used for making network management; the network management comprises: displaying the network topology structure; making management for the alarm, performance and traffic. The communication standard between Web and Master Control comprises: getting and saving Topo image information, alarm information and performance information. When realizing network device Topo graph, the Topo process flow comprises 3 main lines; display Topo interface; Topo dragging interface and Topo storage interface.

The invention provides method of constructing a simulation platform of a satellite network based on multi-agent for mainly solving a problem of simulating a running environment closing to the real running environment of the satellite network. The invention is characterized in that the simulation platform simulates a satellite entity through an agent running environment, a static agent simulates functional facilities of the satellite, and a mobile agent simulates information intercommunication between satellites by using the movement between satellite nodes in the agent running environment. The invention also provides a ground monitoring center module having good interactivity and extendibility. A simulation platform closing to the real running environment of a satellite network can be developed and allocated conveniently on any mobile agent platform by using the simulation platform of a satellite network of the invention, the invention is helpful for improving authenticity of satellite network experiment and for advancing deep research of satellite networks.

The invention discloses a method for dynamically tracking a program running state. The method comprises the following steps of: receiving a user instruction, determining state information to be monitored, and identifying the state information; acquiring the state information, and analyzing and detecting the state information; and judging the program running state according to the analysis and detection result, and if the program running state is abnormal, determining the abnormal position according to the identifier. In the method for dynamically tracking the program running state provided by the embodiment of the invention, the running state of a system can be dynamically tracked, the running state information can be acquired and analyzed, whether the running state of the system is good is judged according to the analysis result, and when the system running state is abnormal, the abnormal position can be accurately positioned.

The invention provides a truck overload real-time monitoring system based on Beidou Internet-of-vehicles. The truck overload real-time monitoring system comprises a truck overload detecting terminal, four suspension load detecting CAN nodes, a vehicle owner terminal and a remote monitoring platform. The suspension load detecting CAN nodes acquire a deformation signal and an angle signal through a resistance strain sensor and a six-axis gyroscope. The truck overload detecting terminal acquires vehicle position information and vehicle speed information through a Beidou GPS module. The remote monitoring platform determines whether overload or overspeed of the truck occurs. The truck overload real-time monitoring method comprises the steps of a), computing an inclination angle; b), acquiring deformation of a steel plate spring; c), calculating a load; and d), calculating a vehicle load. The system and the method of the invention can perform real-time detection and overload prompt on freight trucks, and furthermore can perform load capacity inspection and law breaking evidence acquiring without interference on normal driving of the freight truck. Furthermore the truck overload real-time monitoring method is a novel, high-efficiency and quick method for preventing overspeed and overload of the freight truck.

The invention provides a highway tunnel operation management and control system. The highway tunnel operation management and control system comprises an intelligent tunnel operation management and control platform, a comprehensive monitoring system, an emergency cooperative command system, a data analysis and auxiliary decision making system, a communication system and a platform management system. The intelligent tunnel operation management and control platform is connected with the comprehensive monitoring system, the emergency cooperative command system and the data analysis and auxiliary decision-making system through the communication system and is used for operation of managers. The comprehensive monitoring system is used for monitoring the running states of all facilities in the tunnel in real time; the emergency cooperative command system is used for linking various facilities in the tunnel to quickly process according to a plan when an accident occurs in the tunnel; the data analysis and auxiliary decision-making system is used for tunnel operation state evaluation, safety management decision support, operation data statistical analysis and thematic decision support; and the platform management system is used for managing basic information, electromechanical equipment, system logs, alarm records and telephone recording in the system.

The invention provides a wireless network based remote monitoring system for sewing equipment and solves the technical problems that a remote monitoring analysis function and a remote control function are absent and the like in the prior art. The remote monitoring system comprises a service platform and at least one monitoring terminal arranged on sewing equipment, wherein the monitoring terminals and the sewing equipment are in one-to-one correspondence, the service platform and the monitoring terminals are connected through a wireless network and can realize mutual data exchange, and the service platform performs analysis processing on received equipment data and/or can send platform data including setting data and/or control data to the corresponding monitoring terminals, so that remote setting and/or remote control of the corresponding sewing equipment can be realized. The remote monitoring system has the advantages that follow-up research, development and improvement of the equipment and optimization of factory production flow are facilitated, equipment operation is stable, service cost and illegal use risks of the equipment are reduced, equipment management is facilitated and the like.

The invention discloses a power utilization hidden danger monitoring service system based on the internet.The system is characterized by comprising an electrical fire monitoring detector module used for transmitting collected data to an electrical fire monitoring service platform through a data communication base station, a data communication base station module used for enabling data of an electrical fire monitoring detector to have access to the internet to achieve data remote transmission and the electrical fire monitoring service platform used for conducting integrated processing on data information of the electrical fire monitoring detector module, adopting corresponding countermeasures and sending the data to a mobile terminal.According to the power utilization hidden danger monitoring service system based on the internet, due to the fact that the electrical fire monitoring detector is installed in a power distribution cabinet, residual currents, wire temperature, environment temperature and current parameters of an electrical circuit are collected in real time, and the data is uploaded to the electrical fire monitoring service platform through a wireless mode.

The invention relates to the technical field of test devices, and discloses a test device for a superheating degree and a supercooling degree, in order to directly measure the superheating degree and the supercooling degree, and provide the working efficiency. The test device for the superheating degree and the supercooling degree comprises a first processing unit and a screen display unit, wherein the first processing unit is used for computing the superheating degree of a refrigerant at the outlet of an evaporator, and the supercooling degree of the refrigerant at the outlet of a condenser, and sending data of the superheating degree and the supercooling degree to the screen display unit, and the screen display unit is used for receiving the data of the superheating degree and the supercooling degree, and displaying the superheating degree and the supercooling degree on a display screen. The test device is mainly suitable for testing the superheating degree and the supercooling degree of an air-conditioning system.

The invention belongs to the field of a traffic intelligent management system, and particularly relates to a motor vehicle intelligent management big data platform system. The motor vehicle intelligent management big data platform system comprises a central platform, an on-vehicle network communication management system, a mobile phone APP end, a license plate identification information acquisition module, a central platform server and a functional module set. The on-vehicle network communication management system performs wireless communication with the central platform. The central platformserver performs data sharing and exchange with the functional module set. The on-vehicle network communication management system comprises a master control chip, a satellite positioning module, a CANbus communication module, a wireless communication module, a storage module and a financial payment module, wherein the satellite positioning module, the CAN bus communication module, the wireless communication module, the storage module and the financial payment module are connected with the master control chip. The motor vehicle intelligent management big data platform system can display road condition traffic value in real time, thereby reproducing an accident process. A vehicle owner can access the central platform, thereby realizing information sharing, and dynamically acquiring information such as vehicle checking. The system can monitor the checking track of the vehicle for analyzing a role breaking behavior. The system is connected with a parking lot through a network, and parkingspace searching can be realized through navigation, thereby realizing reasonable distribution and utilization.

The invention provides a simple equipment operation monitoring fault alarming and transmission method; a monitoring server is connected with equipment and a main unit through a serial port bus, and N front-end acquisition modules are connected through a serial port bus; the method comprises: S1, using the front-end acquisition modules to acquire equipment operation state; S2, transmitting an equipment signal to a monitoring server by means of active transmission and polling transmission; S3, allowing the main unit to control the monitoring server to analyze data, and displaying the data on a display screen; S4, when the data is abnormal, allowing the main unit to generate an alarm; S5, using a computer and a cellphone network login terminal to log in to the monitoring server, and querying equipment operation state; the method provides real-time monitoring for equipment operation environment and operation state, may also allow direct remote communication, and also has the function of PLC (programmable logic controller) linked control, emergencies can be handled in time, and a warning can be sent by means of short messaging, mailing and the like in the case that a fault occurs and equipment is unable to handle the fault.

The invention discloses a fault detection method and device of a heat storing body. The method comprises a step of collecting the temperature of the heat storing body in real time, a step of generating the operation curve of the heat storing body according to collected temperature, and a step of comparing the operation curve and a preset normal curve so as to determine whether the heat storing body is failed. According to the method and the device, the technical problem of low efficiency of judging whether the heat storing body is failed or not in the prior art is solved.

The invention discloses a management and operation system of a self-service car washing machine. The management and operation system comprises a control unit of the car washing machine and further comprises an internet communication module and a central processing system in a background, and the internet communication module is arranged on the car washing machine and connected with the control unit, and is in a network communication connection with the central processing system. The management and operation system of the self-service car washing machine remotely controls the car washing machine to run, and can learn about the running condition of each self-service car washing machine in real time and remotely change running parameters; workers do not need to arrive at each throwing site of the car washing machine for checking and operation, and therefore running cost is substantially lowered; people can make payment through a swiping card or a mobile phone, payment is achieved in diversified forms, and therefore convenience is achieved.

The invention relates to the technical field of ATM equipment, and discloses automatic money depositing and withdrawing equipment. The automatic money depositing and withdrawing equipment comprises a process cabinet and a storage cabinet which is arranged at the bottom side of the process cabinet, wherein the process cabinet comprises a paper money depositing and withdrawing part, a first detector which is arranged in the paper money depositing and withdrawing part, a paper money detection part, an upper conveying channel, a commutator and a control part; the storage cabinet comprises a plurality of circulation paper money boxes and a missing paper money recovery box, and the paper money depositing and withdrawing part, the paper money detection part, the commutator, and the circulation paper money boxes and the missing paper money recovery box are connected with the upper conveying channel separately. In addition, the invention further discloses a recovery method for missing paper money by the adoption of the automatic money depositing and withdrawing equipment. According to the automatic money depositing and withdrawing equipment and the recovery method for the missing paper money, the missing paper money recovery box is arranged to replace an R paper money box, the process that the missing paper money goes through a temporary storage box is omitted, so that a recovery route of the missing paper money is simpler, the situation is avoided that a paper money identification process of the paper money detection part needs to be conducted on the missing paper money twice, and therefore the operation efficiency of the equipment is effectively improved, and the usage experience of a user is improved.

The invention relates to a multifunctional input/output interface board, which comprises an optoelectronic isolation input circuit, a logic control circuit, a display and communication circuit, and an output control circuit, wherein the optoelectronic isolation input circuit consists of an optoelectronic isolator and a light-emitting diode connected in series, the input end of the optoelectronic isolation input circuit is connected to an external sensor, and the optoelectronic isolation input circuit is used for performing anti-interference filtration and noise reduction treatment on input external signals; the logic control circuit receives signals processed by the optoelectronic isolation input circuit to realize input/output control; the display and communication circuit receives control signals of the logic control circuit and performs parameter configuration and communication with external equipment; and the input end of the output control circuit receives the control signals of the logic control circuit and the output control circuit outputs switch control signals to on-site external serial-port equipment. The multifunctional input/output interface board can be used for signal input of various sensors, automatic control of switch signals and communication interfaces with digital instruments on industrial site, and solves the problems that interface signal levels on the industrial site are not matched or common-grounded, interference of the various noise signals in the prior art is not eliminated, and the like.

The invention provides a wind, solar and firewood integrated power generation system which comprises a primary system and a secondary system. The primary system comprises a wind generating set, a solar generating set, a rectifier module, a bus module, a direct current buck regulator module, a battery, a diesel generating set and an inverter output module. The secondary system comprises a control system and a monitoring system. The monitoring system comprises local monitoring and remote monitoring. According to the invention, the wind, solar and firewood integrated power generation system is improved according to the actual situation of electric power users in an island; in addition to auxiliary power generation of a diesel generator for insufficient wind and solar power, the new concept of load rating power supply is provided; the use frequency of the diesel generator is furthest reduced; and the storage capacity of the battery is reduced.

The invention provides a detector self-inspection method, device and medium and a radiation type inspection system. In the detection method, obtained gain parameters of a to-be-detected detector are compared with preset gain parameters; if the difference value between the gain parameters of the to-be-detected detector and the preset gain parameters is not in the allowable range, the to-be-detecteddetector is determined to have fault. The preset gain parameters can be gain parameters self-set by a user. Through the scheme, the detector in the radiation inspection system can be automatically detected, so that a relevant responsible person can know the operation status of the detector in real time, and can find out the detector fault in time, so as to avoid the detector fault affecting the accuracy of the inspection result.

The invention belongs to the technical field of power transformer detection, and particularly relates to a thermal image acquisition and communication system based on an infrared imaging power transformer inspection robot. An image acquisition unit is connected with an electrical device. The image acquisition unit is connected with a pre-processing unit. The pre-processing unit is connected with atemperature extraction unit and an image transmission unit. The temperature extraction unit is connected with a microprocessor. The microprocessor is connected with a state display unit. A signal conversion unit is connected with the microprocessor. The signal conversion unit is connected with the image acquisition unit. An operation panel is connected with the microprocessor. The image transmission unit is connected with a mobile terminal. The microprocessor is connected with a communication unit. The communication unit is connected with the mobile terminal. A reset unit is connected with the microprocessor. The thermal image acquisition and communication system provided by the invention has the advantages of simple operation, small operation and maintenance workload, fast image acquisition speed, high processing precision, fast response speed, safe and reliable data transmission and the like, and lays the foundation for the development of image acquisition, processing and transmission technologies of a power transformer.