487results about How to "Easy to monitor remotely" patented technology

A method, system, and program for remote enterprise management of high availability systems are provided. Multiple high availability systems are networked in an enterprise and managed overall by a remote enterprise server. Within each high availability system, a cluster management controller monitors a status of a particular component of the high availability system and reacting to adjust the high availability system when the status indicates an error. In addition, with each high availability system, a monitoring controller detects when the cluster management controller reacts to the status of the particular component and detects a condition of a multiple components of the high availability system. The monitoring controller then reports the error and the condition of the components to the remote enterprise server. The remote enterprise server is enabled to manage each high availability system based on the reports received from each of the multiple high availability systems.

The invention discloses a plant growth condition monitoring system based on compute vision and internet of things. The plant growth condition monitoring system is characterized by comprising a high speed digital signal processor (DSP) computer vision module for shooting plant leaves and acquiring and analyzing the shot images, a control execution module for watering plants, and an internet of things module for transmitting the plant leaf information to a remote terminal through a remote server and providing the information for workers to consult and operate, wherein the high speed DSP computer vision module, the control execution module and the internet of things module are connected through data. The traditional detection system is improved, a computer vision-based DSP image processing technology and an improved processing algorithm are used for acquiring and processing leaf images of luxurious flowers and trees, the image acquiring and processing speed and accuracy are improved, theautomation level of the system is improved and the production cost is reduced; and the acquired data is timely transmitted to the workers at the terminal through the remote server by the internet of things technology.

A cloud-based remote monitoring system and method monitor an industrial facility. The industrial facility includes one or more industrial devices. A cloud agent located at the industrial facility is configured to, by at least one processor, collect data indicative of a past and / or a present state of the industrial devices according a manifest specific to the industrial facility. The cloud agent is further configured to send the collected data to a remote cloud platform according to the manifest dynamically reconfigure the cloud agent without interrupting the collecting and the sending. The cloud platform processes the sent data to facilitate remote monitoring of the industrial devices.

The invention discloses a GPRS (General Packet Radio Service) communication-based remote online monitoring system and method for sewage treatment equipment. The monitoring system comprises a field information acquisition control subsystem, an information transmitting subsystem and an information terminal subsystem, wherein the field information acquisition control subsystem and the information terminal subsystem are subjected to data transmission through the information transmission subsystem; the field information acquisition control subsystem comprises a video and monitoring integrated machine, an information acquisition unit and a control unit; the information transmission subsystem comprises field GPRS wireless transmission equipment, a GPRS wireless transmission network and terminal GPRS wireless transmission equipment; the information terminal subsystem comprises a server, a monitoring center, a mobile phone client and / or PC (Personal Computer) client; and the control unit is a programmable logic controller. The monitoring system can be used for monitoring the operation state of the remote sewage treatment equipment in real time and carrying out alarming and preliminary remote diagnosis treatment on operation faults of the sewage treatment equipment. In addition, the system is low in building expenses and high in management efficiency.

The invention provides an engineering standardized construction process control method on the basis of BIM (building information modeling). The method comprises a construction scheme analysis step, a BIM model association step, an on-site task prompt step, and an on-site data collection step. The invention also provides a corresponding system. According to the engineering standardized construction process control method and system on the basis of the BIM, each construction procedure is created or searching is performed to obtain a corresponding subtask, the subtask is associated with building components in a BIM model, according to instructing information such as subtask prompt, operation instruction and the like, the engineering which is completed and executed step by step is namely standard engineering; retention of on-site data collection can be performed in a engineering process, is convenient for tracing in the future, and remote control on live on-site construction is also convenient to be performed.

The invention discloses a novel inflatable switch cabinet which comprises a cabinet body. A gas tank is arranged on the rear side of the cabinet body, a control chamber is arranged on the upper portion of the front side of the cabinet body, a cable chamber is arranged on the lower portion of the front side of the cabinet body, a vacuum breaker is arranged on the upper portion of the gas tank, an isolating switch is arranged in the middle of the gas tank, a main loop is arranged on the lower portion of the gas tank, and an isolating switch operating mechanism and a vacuum breaker operating mechanism are arranged in the control chamber. The isolating switch operating mechanism achieves switch-on, switch-off and ground connection of a disconnecting link by operating a first operating shaft and a second operating shaft, and power-driven operation can be achieved. The vacuum breaker comprises an insulation support, a vacuum bubble and an operating main shaft, the vacuum bubble is arranged in the insulation support in the mode with an upward dynamic contact, a conductive contact and a conductive piece are fixedly arranged on the lower portion of the insulation support and are fixedly connected with a static contact at the lower end of the vacuum bubble, the conductive contact and the disconnecting link are matched for switch-on, and the operating main shaft drives the dynamic contact at the upper end of the vacuum bubble to vertically move to achieve switch-on and switch-off of the vacuum breaker. The novel inflatable switch cabinet is compact in structure, reliable in motion, safe in use and convenient to maintain.

The invention discloses a method and a system of detecting a pedestrian running the red light based on Kinect, which are capable of capturing the action of the pedestrian crossing the road in real time so as to judge whether the pedestrian runs the red light when crossing the road. The system comprises a Kinect camera, a data input interface, a central processor, a wireless signal emitter, a voice alarm device, a portable alarm, wherein the Kinect camera is used for collecting human body images; the central processor is used for processing the colleted human body images to analyze the on-site operation; the portable alarm is carried by an auxiliary police; the Kinect camera is connected with the central processor through the data input interface; the central processor is connected with the wireless signal emitter and the voice alarm device; the portable alarm is connected with the wireless signal emitter. The method and the system have the beneficial effects that the action of the pedestrian crossing the road can be captured in real time, whether the pedestrian runs the red light when crossing the road can be judged by the action of the pedestrian, the action of the human body can be analyzed and monitored in real time, an alarming signal can be sent rapidly and timely, and the applicability to a working site is strong.

The invention discloses an IPMI (intelligent platform management interface) based method for serial port redirection. The IPMI based method includes that an IPMI-based SOLTerminal (serial over local area network terminal) serves as an application program for user interaction to receive user input; a serial port of a target machine is redirected to an LAN (local area network) through interaction between the LAN and the target machine; the LAN feeds back serial port information to a user local monitor through the SOLTerminal to provide a monitoring, managing and configuring platform for a manager. Particularly, when management software, such as SSH and Telnet, dependent on a server operating system is not available on the conditions of server operating system nucleus crash or server shutdown and the like, the method plays a crucial role in system trouble locating and troubleshooting.

The invention discloses a multi-direction pipeline detection and self-adaptive pipe diameter spiral driving pipeline robot. The spiral driving pipeline robot comprises a front vehicle body and a rearvehicle body, wherein the front vehicle body and the rear vehicle body are hinged; the rear vehicle body comprises a supporting vehicle body and three driven wheel assemblies, and the three driven wheel assemblies are arranged outside the supporting body; each driven wheel assembly comprises a sliding rod, a protrusion, an inclined rod, a connecting rod and a driven wheel; the supporting vehicle body is provided with a motor and a gear speed reducing mechanism; the front vehicle body comprises a spiral driving head; the spiral driving head is connected to the motor, the spiral driving head isprovided with a camera, and three driving wheel assemblies are arranged outside the spiral driving head; and each driving wheel assembly comprises a driving wheel outer cylinder, a driving wheel innercylinder and a driving wheel. According to the spiral driving pipeline robot, the functions of pipeline image acquisition, pipeline detection, pipeline maintenance and the like are integrated into apipeline robot, a technical means is provided for monitoring the environment in the pipeline and the pipeline quality in real time, the data support is improved for making a pipeline maintenance scheme, and the remote monitoring and information management of a municipal department to the urban drainage pipeline are facilitated.

The invention discloses an airplane wing body docking assembling device, method and system and discloses a combined measuring method of integrated laser tracker measurement and binocular machine vision on the basis of laser tracker auxiliary assembling; by using a mode of using a laser tracker to measure a wing body attitude-adjusting control point, assistance is provided to realizing wing body pose rough adjustment; and characteristics of a target point and an involution surface of a wing body fork lug are measured by using the binocular machine vision; according to measured values of the characteristics of the target point and the involution surface, the relative pose of a wing body is monitored in real time and finely adjusted to make up shortcomings caused by only using the laser tracker to assist the wing body docking assembling; and therefore, the wing body fork lug docking assembling quality is improved and the assembling efficiency is enhanced.

The invention discloses an airport environment monitoring method based on a wireless sensor network, which realizes the real-time monitoring and early warning treatment through building up a wireless sensor network and a dedicated virtual network. The wireless sensor network comprises a network coordinator, a terminal unit and a monitoring node, and the dedicated virtual network comprises a monitoring center, a handheld device and a security system. The airport environment monitoring method is characterized in that the dedicated virtual network is utilized in the monitoring center to ensure the confidentiality and security of data information, the wireless sensor network can adopt different wireless channel access mechanisms under different conditions and can ensure that the monitoring node reports effective environment information to the monitoring center in real time in occurrence of emergencies, a GPRS (General Packet Radio Service) protocol is utilized between the wireless sensor network and the dedicated virtual network so as to enlarge the transmission distance of data, and the monitoring center can carry out the real-time judgment and early warning treatment to the loaded environment information so that an airport security system can be more intelligent and perfect, and accidents can be stopped accurately in real time.

The invention discloses an intelligent ward based on image processing and voice identification technologies and an operation method of the intelligent ward. An information collection terminal collects voice and image information of the ward and patients as well as operation states of medical equipment, and transmits the information and operation states to an information processing central server via the Ethernet, the central server analyzes the collected image and voice information intelligently via the image processing and voice identification technologies, and interacts analysis result information with a client, and tour inspection work of nurses is completed by the server. The processing efficiency is high, the reliability is high, the labor cost is reduced and the service quality is improved; the states of the ward and patients can be obtained in real time, and the possibility of accidents is reduced greatly; and patient and ward state information is sent to medical care staff timely via the Internet of Things, and great convenience is provided for both doctors and patients.

The invention belongs to the field of road construction quality control, and provides a remote real-time monitoring method integrating temperature measurement, thickness measurement and GPS positioning on the basis of network environment, so as to realize digitalized management of construction process information and improve the construction quality of the asphalt pavement. Therefore, according to the technical scheme, the real-time monitoring method for pavement thickness and construction temperature of the asphalt pavement comprises the following steps: monitoring a new construction storehouse surface arranged on a client by virtue of a computer; setting the control standards of the pavement thickness and the construction temperature of the asphalt pavement, and setting the ID number of a handheld highway pavement asphalt pavement thickness and temperature measurement device corresponding to the storehouse surface; collecting the position coordinate of a measure point, the current detection time, and the pavement thickness, the construction temperature and the type of the measure point by virtue of the handheld highway pavement asphalt pavement thickness and temperature measurement device. The real-time monitoring method is mainly applied to the road construction quality control.

The invention discloses a visual obstacle avoidance method based on a distributed map for unmanned aerial vehicles. The distributed map is constructed by the cooperation of the unmanned aerial vehicleand a ground station, and is used for visual obstacle avoidance flight. The unmanned aerial vehicle generates a new environment map only after entering a new environment by combining IMU, VO, GPS, and real-time pose sensing; the unmanned aerial vehicle receives a flight instruction sent by the ground station, and controls the flying of the unmanned aerial vehicle through changing the rotation speed of four motors to realize the visual obstacle avoidance; the ground station is used for optimizing and storing the environment map constructed by the unmanned aerial vehicle, and visualizing the environment map; and meanwhile, the ground station is also responsible for planning a safe flying route according to the current pose and the current environment map of the unmanned aerial vehicle, andsending the safe flying route to the unmanned aerial vehicle. According to the visual obstacle avoidance method based on the distributed map for the unmanned aerial vehicle, by means of the cooperation of the unmanned aerial vehicle and the ground station, and the architecture of the distributed map, the environment is accurately modeled; and the invention is suitable for visual obstacle avoidanceof the unmanned aerial vehicle in complex environments.

The invention discloses a multifunctional wisdom home care service platform. The multifunctional wisdom home care service platform comprises a health module, a life entertainment module and an abnormity monitoring module; the health module comprises a body data assessment sub module, a sport diet management sub module and a work and rest prompt sub module; the life entertainment module comprises a life service sub module and an entertainment service sub module; and the abnormity monitoring module comprises a video monitoring sub module and an emergency help-seeking response sub module. Through remote monitoring and an intelligent judgment, the problem, resulted from the fact that aging population in current society is in the majority, that manpower is not enough to care old people in real time is solved. Freedom, convenience and quality of the endowment of the old people are improved.

The invention relates to a foundation pit construction deformation statistical analysis method and system. The method comprises the following steps that a cloud side database is established; the monitoring data in the foundation pit construction process are acquired and the monitoring data are stored in the cloud side database; a risk assessment system is established according to the type of the monitoring data; and risk assessment analysis is performed on the monitoring data based on the risk assessment system so as to obtain the corresponding risk level, and the risk level is correspondingly stored in the cloud side database for viewing. The monitoring data in the foundation pit construction process are uploaded to the cloud side database to be stored so as to facilitate remote monitoring and real-time analysis of technical personnel; besides, the risk assessment system for the type of the monitoring data is designed to dynamically analyze the construction situation of the engineering project so as to assess the risk level of the current project to the greatest extent for project reference. The problems of low reference value of the qualitatively designed alarm value can be solved.

The invention discloses an intelligent control wireless signal shielding terminal and a shielding system. The intelligent control wireless signal shielding terminal comprises a control management unit, a shielding unit and a signalling exchange interface, wherein the control management unit is in charge of configuring and controlling the power density, shielding frequency points, and the like of the shielding unit, performing the control signalling of a higher-level controller and collecting and reporting alarm information; a shielding signal generated by the shielding unit shields a signalling transmission passage of a wireless communication network so as to realize the shielding of a signal of a mobile communication tool; and the signalling exchange interface is used for realizing the signalling exchange of the control management unit with the higher-level controller. The intelligent control wireless signal shielding terminal can conveniently realize the network interconnection, performs the remote monitoring and the remote regulation, is convenient to realize the networking centralized management for the shielding terminal and saves the manpower resource.

The invention discloses a feeding machine and a control method thereof. The feeding machine comprises a feed bin, a power supply, a controller, a feeding device, a feed bin support and a floating body, wherein the feed bin support is connected between the feed bin and the floating body, the controller is arranged in the feed bin, the power supply powers the controller, a discharge opening is arranged on a bottom plate of the feed bin, the feeding device is arranged on the discharge opening of the feed bin, and the feeding device is controlled by the controller. The feeding machine further comprises a wireless communication module communicated with a remote monitoring device, the remote monitoring device comprises a computer, and the computer is connected with the wireless communication module through a wireless communication network. The feeding machine and the control method thereof can achieve remote monitoring.

The invention relates to a security-protection management system comprising a video monitoring device, a GSP device and a monitoring front end, wherein the video monitoring device is used for obtaining, processing and presenting monitoring information and positioning information of a monitored object; the GSP device is used for obtaining the positioning information of the monitored object and transmitting the positioning information to the video monitoring device; and the monitoring front end is used for obtaining the monitoring information of the monitored object. The invention also relates to a monitoring method based on the security-protection management system. By using the video monitoring device to obtain, process and present the obtained information obtained by the GSP device of the monitoring front end, the security-protection management system not only can supply the real-time video information of the monitored object for a user, but also supply the positioning information of the monitored object simultaneously, thereby being convenient to the user to remotely monitor, dispatch and judge a geographical position. The security-protection management system can be communicated with the GIS system and the mobile video monitoring device, share resources in the system and realize the seamless integration of the GIS system and the mobile video monitoring device.

The invention discloses an intelligent management power distribution cabinet. The intelligent management power distribution cabinet comprises a cabinet body, wherein the inner wall of the lower part of the cabinet body is horizontally and fixedly connected with a mounting plate; fixing rods are vertically arranged in the middle parts of the two sides of the upper surface of the mounting plate; a plurality of wiring panels are uniformly arranged on the fixing rods, and are rotationally connected with the fixing rods; a plurality of wiring holes are uniformly formed in each wiring panel; a separating net is arranged under the mounting plate, and a plurality of air ventilating holes are formed in the separating net. The intelligent management power distribution cabinet has the advantages that by rotating fan blades, the air is sucked via an air inlet strip and a filtering net, so that the effect of heat radiating is improved, and the defect of difficulty in cleaning of dust in the cabinet body is overcome; the height of a universal wheel is controlled by a hydraulic cylinder, so that the cabinet body can be conveniently moved; after each universal wheel extends into the cabinet body, water permeating holes can reach the function of water draining, the wiring between the wiring holes is convenient, and the remote monitoring is convenient; a replaceable grid is adjusted according to the external conditions, the heat radiating and waterproof structure of the cabinet body is changed, and the suitability is improved.

The invention discloses a Kinect based field operation simulation method and a Kinect based field operation simulation system which are capable of well realizing real-time capture of field worker operation so as to meet requirements on optimization design of factors such as field operation process and operation environment in the manufacturing field. The system comprises a Kinect somatosensory device, a data input interface, a data processing device, a data output interface and a display device, wherein the Kinect somatosensory device is used for acquiring human body images, and connected with the data processing device through the data input interface; the data processing device is used for analyzing field operation by processing the acquired human body images, and connected with the display device through the data output interface; the display device is used for displaying actions of operators in an operation field. The method and the system have the advantages that real-time capture of the field worker operation can be well realized, so that the requirements on the optimization design of the factors such as the field operation process and operation environment in the manufacturing field can be met; applicability to the operation field is high, and working efficiency is improved beneficially.

The invention discloses a solar light-emitting diode (LED) street lamp monitoring system which comprises a solar cell module, a system controller, a light sensor, a power supply, LED street lamps, an infrared light-sensing component and a remote data transmission module, wherein outputs of the solar cell module, the light sensor and the infrared light-sensing component are respectively connected with the system controller; each LED street lamp is connected with the output of the system controller; the power supply comprises a commercial power supply and a storage battery; the remote data transmission module comprises a power carrier module or a General Packet Radio Service (GPRS) module; the system controller is connected with the commercial power supply by the power carrier module; and the system controller is connected with a GPRS wireless network by the GPRS module. According to the invention, the controller protects the storage battery so as to prolong the service life of the storage battery; street lamps are turned off when nobody passes through and turned on when the infrared light-sensing component senses pedestrians or vehicles; and the solar LED street lamp monitoring system has the characteristics of low power consumption of the storage battery and high energy source use ratio.

The invention discloses an intelligent family environment control method and system. The method comprises the following steps that the air pollution threshold value is preset; the user position is positioned in real time, the user speed is monitored, and the user state and the leaving distance are judged; and the indoor air quality is monitored in real time, purifier start control is conducted according to the user state, when a user is at home and the air quality exceeds the air pollution preset threshold value, a purifier is started, when the user leaves the home or the air quality does not reach the air pollution preset threshold value, the purifier is stopped, and when the user returns home, the needed air purification time is judged according to the current indoor air quality, the needed home returning time is calculated in combination of the user leaving distance and speed, the purifier start time is judged in combination of the needed air purification time and the needed user home returning time, and air in a room is purified when the user returns home. Through intelligent control, the user can enjoy the purified air all the time, and power saving and energy saving can be achieved with the maximum efficiency.

The invention relates to a high-efficiency dissolved air flotation system which comprises an air flotation tank, a slag scraper, a slag discharge device, a water outlet device and an air-liquid mixing pump water inlet pipe, wherein the slag scraper, the slag discharge device and the water outlet device are arranged in the air flotation tank; the air-liquid mixing pump water inlet pipe is led out from the tail end of the air flotation tank, the air-liquid mixing pump water inlet pipe is provided with an air inlet pipe and connected with an air-liquid mixing pump and a microbubble generator through an air-liquid mixing pipe; a high-pressure saturated dissolved air water pipe led out from the microbubble generator and an external sewage inlet pipe are communicated with a dissolved air releaser positioned on the tail end of the water inlet pipe of the air floatation tank through a T-shaped mixer. Compared with the prior art, the high-efficiency dissolved air flotation system has the beneficial effects that dissolved air generated through the system is good in water stability and high in bubble density, microbubbles with grain diameters of about 5 micrometers and generated through the system are more easily adhered to suspended substances and oil droplets which are contained in sewage and a better removing effect can be achieved because the dissolved air ratio of dissolved air water inside the system can achieve 30%-35% and is simple in structure, easy to debug, stable in operation, stable and reliable in operation, conserved in energy, reduced in consumption and high in automation degree.

The invention discloses a utility tunnel inspection robot and a utility tunnel inspection system. The inspection robot comprises a moving module, which is slidingly arranged on a guide rail, a movingcarrier connected to the moving module, an inspection robot body, which is slidingly arranged on the moving carrier, a sensor assembly arranged on the inspection robot body, a mechanical arm arrangedon the inspection robot body, and an intelligent control module for controlling the inspection robot. The sensor assembly and the mechanical arm are both connected to the intelligent control module. The inspection robot can adapt with complicated conditions of utility tunnels, is capable of rapidly, comprehensively, circularly, and dynamically inspecting utility tunnels in 24 hours, and greatly improves the utility tunnel safety and inspection efficiency.

The invention provides a bag breaking mechanism and an automatic object and bag separation system. A garbage bag is grabbed to the position above the bag breaking mechanism through a movable mechanical arm, then the plastic garbage bag is scratched through the bag breaking mechanism, and reliable separation of garbage and the garbage bag is achieved. The automatic object and bag separation systemis characterized by comprising a mechanical arm unit, a horizontal moving unit, the bag breaking mechanism, a power unit and a control unit, the mechanical arm unit is used for grabbing the bag put into the bag breaking mechanism, the horizontal moving unit is used for driving the mechanical arm unit to horizontally move above the bag breaking mechanism, the bag breaking mechanism is used for tearing the bag after the mechanical arm unit grabs the bag, so that the object in the bag falls off, and the bag is separated from the object in the bag, the power unit provides power for the mechanicalarm unit, the horizontal moving unit and the bag breaking mechanism, and the control unit controls the mechanical arm unit, the horizontal moving unit, the bag breaking mechanism and the power unit tooperate.

An interaction method between a mobile terminal of an unmanned aerial vehicle and a cloud platform comprises steps of: obtaining live broadcast confirmation information from a server, wherein the liveconfirmation information is used to indicate that the current unmanned aerial vehicle is in a live broadcast state; obtaining a live broadcast address corresponding to the current unmanned aerial vehicle from the server; and according to the live broadcast address, playing a real-time video stream uploaded by the mobile terminal of the current unmanned aerial vehicle to the server. In the interaction method, after the mobile terminal of the unmanned aerial vehicle obtains the live broadcast address from the server, the real-time video stream of the unmanned aerial vehicle can be pushed to theserver, and the cloud platform can display after obtaining the live broadcast address of the unmanned aerial vehicle from the server, so as to achieve the real-time sharing of unmanned aerial vehiclevideo streams, which is convenient for remote monitoring of unmanned aerial vehicles.

A charging pole for electric vehicle (EV) and a detecting method thereof. The charging pole (300) comprises a main switch (302), a main contactor (304), a second contactor (305), a charging coupler (306), at least one sensor (308) and a control unit (310). The sensor is used to detect acceleration and / or a tilt angle of the charging pole due to a transient outside force, for example a collision force caused by the EV driver's mis-operation. When the acceleration and / or the tilt angle is beyond a preset threshold, the control unit will instruct the main contactor to break the power contact of the charging coupler, so that the charging pole will be power-off.