43results about How to "Realize continuous monitoring" patented technology

The embodiment of the invention discloses a special fast testing (QTP) device and a method. The device includes a QTP processing unit and at least two testing units; wherein, the QTP processing unit is used for reading the preset collocation information including a testing unit starting sequence and operating ambient information and starts the testing units in turn in the operating ambient according to the starting sequence; the testing units are used for receiving the dispatching of the QTP processing unit and carry out the testing contents in the operating ambient after being started. The embodiment of the invention can be adopted to realize uninterrupted monitoring.

The invention relates to a monitoring and diagnosing system, in particular to a tele electrocardiogram monitoring and diagnosing system, and belongs to the technical field of telemedicine. According to the technical scheme provided by the invention, the tele electrocardiogram monitoring and diagnosing system comprises an electrocardiogram data acquiring unit which is used for acquiring and storing electrocardiosignals and is connected with a mobile terminal which is used for receiving and displaying the electrocardiosignals, wherein the mobile terminal is connected with an electrocardiogram analyzing platform through a network; the electrocardiogram analyzing platform can analyze and process the electrocardiosignals transmitted by the mobile terminal. The tele electrocardiogram monitoring and diagnosing system is convenient to use, can realize remote monitoring and diagnosis, meets the using requirement of electrocardiogram monitoring, and is safe and reliable.

The invention provides a sea-land dual-purpose self-powered unmanned aerial vehicle navigation assurance base station. The sea-land dual-purpose self-powered unmanned aerial vehicle navigation assurance base station comprises a wind-solar hybrid generation layer, an unmanned aerial vehicle supply layer, a core component layer and a support which are arranged in sequence from top to bottom. The wind-solar hybrid generation layer comprises a solar power generation device and a wind power generation device. The unmanned aerial vehicle supply layer comprises a charging platform, a guiding module and a charging module which are located on the charging platform. The core component layer comprises an energy storage unit, a control circuit and an information relay module. The energy storage unit is used for storing electric power generated by the wind-solar hybrid generation layer. The control circuit is used for controlling the opening and closing of a solar panel which is used as a cabin door of the unmanned aerial vehicle supply layer, and performing the electric power supply switching of the solar power generation device, the wind power generation device and the energy storage unit. The information relay module is used for strengthening and relaying signals collected by the unmanned aerial vehicle within a signal range to transfer to a shore-based management center. The design of the sea-land dual-purpose self-powered unmanned aerial vehicle navigation assurance base station prolongs the cruise duration of an unmanned aerial vehicle and expands the cruising range.

The invention provides a slit detection device and a detection method. The slit detection device comprises a positioning template, an image acquisition device and an image processing device. The positioning template comprises multiple marking points, and is arranged on a to-be-measured slit part and used for positioning a to-be-measured slit position. The image acquisition device is arranged on the side face of the slit position and used for acquiring an image of a region where the positioning template is arranged. The image processing device is used for receiving the image acquired by the image acquisition device, processing the image, determining the image of the region where the positioning template is arranged, and calculating the slit distance in the template position according to the image of the region where the positioning template is arranged. The slit detection device and the detection method are suitable for field installation and maintenance and the slit distance can be monitored in real time.

The invention relates to an article state monitoring system and a method thereof. The system comprises an electronic tag, a terminal processor and a server. The electronic tag is attached to the surface of a corresponding article and comprises a gravity sensing module, a control module and a communication module, wherein the gravity sensing module senses the vibration state of the corresponding article in real time; the control module obtains the vibration state of the corresponding article and outputs the vibration state of the corresponding article and the identification information of the corresponding article to the terminal processor through the communication module; the terminal processor turns to output the vibration state of the corresponding article and the identification information of the corresponding article to the server; the server receives the vibration state of the corresponding article and the identification information of the corresponding article and gives a warningmessage when analyzing the vibration state of the corresponding article as an abnormal state, thereby realizing uninterrupted monitoring of the transported articles and ensuring the safety in transitof the articles and the transportation quality of the articles; in addition, the damage liability of the article can be analyzed according to the vibration state of the corresponding article, the position and time when the article vibrates.

The invention discloses a monitoring system integrated management module and a management method, belongs to the field of intelligent security protection, and aims to solve the problem of error judgment due to single function and easiness in being attacked of an existing video monitoring system. The monitoring system integrated management module comprises a visual camera, a primary processor, a secondary processor, a low-power-consumption program control switch, a hidden camera, a cradle head, a data storage, an alternating-current power supply, a direct-current power supply, a power failure detecting and automatic switching module, an off-hook and on-hook simulation circuit, a telephone interface, a manual switching button and a touch screen display. The management method comprises the following steps: I, initializing an I/O port and a serial port; II, controlling the visual camera to be powered on to work through the low-power-consumption program control switch, and controlling the hidden camera and the secondary processor not to work; III, judging whether or not a serial port of the primary processor is interrupted, if so, executing a step IV, and otherwise, executing a step III; and IV, executing an interrupt service main program, wherein the interrupt service main program includes an illegal door-opening judgment main program and a power failure double-camera security protection judgment main program.

The invention relates to a quick test professional (QTP) device and method. The device comprises a QTP processing catalogue and two testing catalogues. The QTP processing catalogue is used for reading preset configuration information including a testing catalogue starting sequence and operation environment information and starting testing catalogues sequentially in an operation environment according to the required starting sequence. The testing catalogues are used for receiving dispatch of the QTP processing catalogue and executing testing contents in the operation environment after the testing catalogues are started. Uninterrupted monitoring can be achieved after the QTP device and method is applied.

The invention relates to a big data-based substation equipment intelligent management system, which comprises an equipment operation state acquisition module, an equipment operation environment acquisition module, a timing verification module, a server module, a data screening backup module, a monitoring module, an alarm module and an operation and maintenance terminal, the equipment operation state acquisition module, the equipment operation environment acquisition module, the timing verification module, the monitoring module, the alarm module and the operation and maintenance terminal are all in communication connection with the server module; the timing verification module comprises a timing controller, a running state verification unit and a running environment verification unit; the data screening and backup module comprises a screening module, a cache database and a backup database. According to the invention, the device operation state and the operation environment are accurately monitored, the fault information is timely alarmed, and the storage space occupied by the monitoring data is reduced.

The invention provides a breast cancer early-warning system and early-warning method. The system comprises a signal acquisition module, a signal processing module and an early-warning module, wherein the signal acquisition module is used for acquiring human-body physiological data related to breast cancers, and the signal processing module generates the physiological data acquired by the signal acquisition module into a personal database, compares and analyzes the personal database and a health fence pre-formed by the detected personal gene pool and gives a corresponding reminding and early warning to a user through the early-warning module. By adopting the breast cancer early-warning system and the early-warning method, continuous breast cancer early-warning can be achieved, the future breast cancer incidence probability can be predicted according to detected data, the detected data and personal gene data are integrated, automatic adjustment of monitoring time and density is achieved, guidance on the living habits is given to the user, and suggestions beneficial to the breasts are given.

The invention discloses an intelligent unattended sensor system, which comprises a power supply conversion unit, and a seismic detection unit, a signal processing unit, a data processing unit and a communication unit which are connected in sequence, the seismic detection unit is used for converting a vibration signal into an electric signal, the signal processing unit is used for converting the electric signal into a digital signal, and the data processing unit is used for analyzing and processing the digital signal to obtain a target identification result. The invention also discloses a target identification method based on the system. The method comprises the following steps: S1, the seismic detection unit is used for converting a vibration signal into an electric signal; s2, the signal processing unit is used for converting the electric signal into a digital signal; s3, the data processing unit is used for processing the digital signal to obtain an identification result; and S4, the communication unit is used for outputting a target identification result. The system has the advantages of flexible layout, good concealment, high recognition rate, multiple recognition types, strong interference resistance, good integration, all-weather work and the like.

The invention discloses a sewage collection device for monitoring viruses and bacteria, and relates to the technical field of sewage collection. The sewage collection device for monitoring viruses andbacteria comprises a filter unit, a power unit and an enrichment unit which are connected in sequence. The filtering unit comprises a fixed plate with a through hole, a permeable stainless steel shell which is encircled into a funnel shape and of which a free end is fixed to the fixed plate, and a five-stage filtering layer which is arranged in a funnel encircled by the permeable stainless steelshell in a sleeving manner; the power unit comprises a sleeve penetrating through the fixed plate through the through hole, a second-stage composite nested piston pump with a piston movably arranged in the sleeve, and a power source connected to the second-stage composite nested piston pump; and the enrichment unit comprises a plurality of enrichment bottles arranged in series, enrichment films arranged in the enrichment bottles and a plurality of automatic switching valves arranged on the pipeline and used for controlling the enrichment bottles. The sewage collection device for monitoring viruses and bacteria adopts a continuous sampling mode to realize uninterrupted monitoring of viruses and bacteria in sewage.

The invention discloses an electrified railway electromagnetic environment monitoring system which comprises signal receiving and acquiring equipment used for performing signal acquisition and outputting five paths of acquired signals, a power synthesizer used for carrying out power synthesis and impedance matching processing on the first and second paths of acquired signals, a real-time frequencyspectrograph used for carrying out FFT operation processing on the power synthesis signal, a receiver used for carrying out detection processing on a third path of acquired signals, a power divider used for averagely distributing the fourth path of acquired signals to the frequency spectrograph and an oscilloscope for acquiring and processing respectively, the oscilloscope used for acquiring andprocessing the intensity of the fourth path of acquired signals according to a frequency sequence, the frequency spectrograph used for acquiring and processing the intensity of the fourth path of acquired signals according to a time sequence, and a control computer used for recording, storing and displaying the signals. According to the invention, electromagnetic environment data inside and outside a train can be accurately obtained in the normal running process of the train, and guarantee is provided for normal running of electrified railways.

The invention relates to a Beidou satellite based vehicle integrated control system with four-layer architecture. The vehicle integrated control system comprises an air-land road vehicle measurement and control network layer, an air-based road vehicle remote telemetering and control layer, a land-based road vehicle broadband information transmission and control layer and a wireless sensor network system layer at a road and vehicle measurement and control part. A control method provided by the invention comprises the following steps: (a) arranging devices; (b) collecting coordinates; (c) acquiring operation state information; (d) judging a wireless communication state; (e) performing wireless network transmission; (f) performing Beidou data transmission; (g) making a decision by a control center; and (h) performing ground vehicle control. According to the vehicle integrated control system and method provided by the invention, in the situation of normal wireless communication, data is transmitted through a wireless communication network, thereby achieving the effects of low cost, a large amount of transmitted data, safety and reliability; when a ground communication network is damaged or has no signals, the transmission is performed by a Beidou satellite, thereby ensuring continuity of information transmission and being conductive to performing uninterrupted monitoring and control on operation states of vehicles.

The invention discloses a heat tracing cable state monitoring system and method based on wireless network transmission. At present, a power plant heat tracing cable is not provided with state monitoring, and a running state of the heat tracing cable is monitored only through daily inspection of maintainers and cannot be monitored in real time. The system comprises a Pt100 thermal resistance temperature measurement element (4), wherein the Pt100 thermal resistance temperature measurement element is connected with a temperature acquisition system (3), the temperature acquisition system is connected with a wireless acquisition terminal DTU (2), the wireless acquisition terminal DTU is connected with the Internet (13) through an antenna (1), the wireless acquisition terminal DTU is connected with a state acquisition system (6), the state acquisition system is connected with a state relay (7) and a heat tracing cable structure (5), the Internet is connected with a firewall (12) through a telecommunication network, the firewall is connected with a switch (11), the switch is connected with a data communication server (10), and the data communication server is connected with a computer control system (9). The heat tracing cable state monitoring system is used for wireless network transmission.

The invention relates to a traveling mechanism of agricultural machinery and aims to solve the technical problem that the provided traveling mechanism can walk stably in an unmanned state, and the machine frame can do an up-and-down movement, so that the unmanned requirements can be met. The invention adopts the technical scheme that the walking type rice seedling planter traveling mechanism comprises traveling wheels respectively mounted on the left side and the right side of a rice seedling planter and is characterized in that a tail wheel for adjusting the direction is provided; the traveling wheels and the tail wheel are respectively hinged onto a curved bar in a four-bar mechanism, the curved bar is U-shaped, and the left side end parts of the two bar walls of the curved bar are fixed with the wheel shafts of the two traveling wheels respectively; a wheel stand shaft sleeve is fixed at the connecting end of the right sides of the two bar walls of the curved bar; and the wheel stand equipped with the tail wheel can be rotationally inserted in the wheel stand shaft sleeve.

The invention discloses a method and a system for dispatching multiple trackless vehicles of amusement projects. The system comprises: each vehicle-mounted processing module disposed on a trackless vehicle, in communication connection with a main control device of the trackless vehicle, in communication connection with a general control dispatching server, and capable of controlling the operation of the trackless vehicle according to a received dispatching instruction sent by the general control dispatching server; a general control dispatching server in communication connection with the vehicle-mounted processing modules of the trackless vehicles through a wireless network and capable of monitoring and reading the state information of all the online trackless vehicles, wherein the trackless vehicles are dispatched according to the read state information of all the trackless vehicles. the scheduling constraint and scheduling calculation is carried out on the operation of all online trackless vehicles in combination with the pre-planned related information of the driving path of each trackless vehicle, so that each trackless vehicle runs according to the pre-designed driving path. According to the system and the method, uninterrupted monitoring and sequential scheduling of the trackless vehicles are realized, and the use efficiency and the driving safety of the trackless vehicles are effectively improved.

The invention is applicable to the technical field of medical equipment. The invention provides an electronic stethoscope and system for monitoring respiratory sounds and lung respiratory functions. The stethoscope comprises a shell, a clamping ring, a piezoelectric film sensor, a partition plate, a balancing weight, a circuit board and a rechargeable battery. The system comprises the electronic stethoscope and a medical Bluetooth headset, and further comprises an upper computer; when the electronic stethoscope is used, a doctor only needs to wear the medical Bluetooth earphone connected withthe stethoscope and attach the bottom surface of the electronic stethoscope to a to-be-stethoscope part, and long-time continuous monitoring can be realized; in addition, the upper computer is used inan auxiliary manner, acquired data can be monitored, an alarm prompt is given when a threshold value is exceeded, and the electronic stethoscope is low in cost and beneficial to product popularization.

The invention discloses an auxiliary camera shooting lighting system which comprises a remote control subsystem, a lighting subsystem and a camera shooting subsystem. Semiconductor laser blue light is adopted as a light source, the service life of the light source can reach 100 thousand hours and is 50 times that of a common hernia headlamp, and the service life is longer; the semiconductor blue light source is higher in photoelectric conversion efficiency, so that the semiconductor blue light source is more energy-saving and smaller in heat productivity; the start-stop operation time interval of the semiconductor laser blue light source is microsecond level, and the response time is short; the camera shooting subsystem is arranged in a matched mode, camera shooting can be carried out, target searching and identification under the night or severe weather condition are facilitated, the observation effect is better than that of human eyes, and the observation effect is improved; besides, according to the system provided by the invention, the camera can be started through the remote control subsystem and can also be directly started through the illumination subsystem, and when the remote control subsystem is in a maintenance state, the camera can be directly called through the illumination lamp, so that uninterrupted monitoring is realized.

The embodiment of the invention provides an Internet of Vehicles resource management method and device. The method comprises the following steps: sending request information to a target information source accessing a resource management platform at an interval of a first preset time period; obtaining abnormal information corresponding to the request information according to the sent request information; and adding the target information source into a preset abnormal information source table according to the generation frequency of the abnormal information, the abnormal information source table being used for placing an unusable information source. The method solves the problems that the reliability of resources on an existing vehicle network connection basic platform cannot be guaranteed, content abnormity occurs easily, and the user experience is influenced.