39results about How to "All-round monitoring" patented technology

The invention discloses a multisensory robot used for family intelligent monitoring service. The robot comprises a main control device, wherein the main control device is externally connected with a camera, a sound collector, a cellphone alarm device and a loudspeaker; the main control device is also externally connected with a chassis moving device and a head gesture device; the chassis moving device consists of a chassis controller, a motor driver, an obstacle avoiding sensor and a smoke sensor; the chassis moving device is provided with a lithium battery and wheels required by a mobile platform; the main control device sends a control command to the chassis controller by a serial port to control the corresponding action of a motor and process an obstacle avoiding signal; the head gesture device consists of three steering engines and one relay; and the main control device sends a control command to a head controller by a serial port to control the head and the eyeballs of the robot to rotate and control the mouth of the robot to open and close. The multisensory robot is used for the family intelligent monitoring field, can be used for multisensory fusion and can realize the multifunction family monitoring such as face identification and anomalous event monitoring.

The invention relates to a server monitoring method with early warning function, which comprises the following steps: leading a control terminal of a monitoring foreground to configure monitoring parameters of a monitored server and set thresholds which correspond to the monitoring parameters; recording the monitoring parameters and the thresholds in a database via a WEB server; leading a monitoring server of a monitoring background to extract the monitoring parameters and the thresholds from the database; leading the monitoring server to monitor the monitored server according to the monitoring parameters and the thresholds, and producing monitoring result; leading the monitoring server to record the monitoring result in the database; and leading the WEB server to extract the monitoring result from the database and show the monitoring result in the control terminal, wherein when the monitoring result is that the monitoring parameters are not matched with the thresholds, the monitoring server can call an alarm system of the monitoring background to alarm.

The invention relates to a comprehensive urban network space governance system. The system comprises a uniform situation processing and display subsystem, a network content safety and risk preventionand control subsystem, a key information infrastructure monitoring and early warning subsystem and a uniform network trust service subsystem, wherein the network content safety and risk prevention andcontrol subsystem is used for acquiring information of urban network space media in real time, and carrying out extraction and public opinion analysis; the key information infrastructure monitoring and early warning subsystem is used for monitoring urban communication networks, online industrial control recognition and electromagnetic environment; the uniform network trust service subsystem is used for converging existing identity information of an e-government resources center and managing real name users; and the uniform situation processing and display subsystem is used for converging andprocessing safety situations. The system provided by the invention is capable of comprehensively supervising network content safety of urban information infrastructure operation conditions, so as to realize safe and uniform situation and systemic response for urban network spaces.

The invention provides an intelligent automobile assisting system and method based on a cloud technology, and relates to the field of automobiles. The intelligent automobile assisting system is characterized by comprising a vehicle-mounted terminal, a cloud terminal and a cellphone terminal, wherein the vehicle-mounted terminal is in signal connection to the cloud terminal; the cloud terminal is in signal connection to the cellphone terminal; the vehicle-mounted terminal comprises a weariness detecting system, a lane monitoring system, a burglary-resisting system, an automobile-distance control system, an alcohol detecting system and a central processing unit, and the central processing unit is in signal connection to the weariness detecting system, the lane monitoring system, the burglary-resisting system, the automobile-distance control and the alcohol detecting system; the cloud terminal comprises a cloud terminal database, a statistic analysis module and a cloud terminal data transfer module; the cloud terminal database is in signal connection to the statistic analysis module; the statistic analysis module is in signal connection to the cloud terminal data transfer module; the cellphone terminal comprises a mobile terminal data transfer module and a control module; and the mobile terminal data transfer module is in signal connection to the control module.

The invention discloses an AR technology-based posture corrector and a correction method thereof, and the AR technology-based posture corrector comprises a sensing data module which is used for obtaining the current body posture information in real time through a plurality of sensors; a data analyzing and processing module used for determining the current posture type of the user according to thecurrent body posture information; a virtual posture construction module used for constructing a virtual posture reference system according to the current posture type, the current body posture information and the corresponding pre-stored body posture parameters, and pre-stored posture types; and an AR display module used for displaying the virtual posture reference image in the real environment inan overlapping manner according to the virtual posture reference system so that the virtual posture reference image can be seen through the view field of the posture corrector. According to the invention, more comprehensive correct guidance can be provided for the user, and the user is assisted to correct his/her posture.

The invention relates to a multi-parameter sensor for a GD5 coal mine. The multi-parameter sensor comprises a shell and a monitoring device, wherein the shell is provided with a handle; the shell comprises an upper shell and a lower shell; the upper shell is connected with the lower shell through a supporting arm; the upper shell is provided with a display window and an alarming window; the lower shell comprises a sensor containing cavity and gas monitoring cavities formed in the two sides of the sensor containing cavity; and the monitoring device comprises a battery, a sensor, a signal converter, a signal amplifier, a filter, a data acquisition card, a data storage device, a CPU (Central Processing Unit), a digital tube display, a signal chip microcomputer, an alarm, a wireless transmission module, an Internet network and a remote monitoring host. An electronic instrument, which adopts an electrochemical principle, and is intelligently controlled by an embedded type controller and displayed by a digital tube, is simple to operate, is convenient to use, is safe and reliable, and is mainly used for detecting and alarming methane, oxygen, carbon monoxide, hydrogen sulfide and carbon dioxide.

The invention provides an environment monitoring robot and an automatic patrol inspection method thereof. The robot is connected with a client side in a communication mode. The robot comprises a car body (3), front end driving mechanisms (1), rear end driving mechanisms (2), an anti-collision module (5) which is arranged on the car body, a thermal detecting instrument module (9), a high-definitionvideo monitoring and illuminating module (6), an environmental index monitoring module (10), a front visual navigation module (7), a rear visual navigation module (8), a central processing module anda solid-state battery, wherein the front end driving mechanisms (1) and the rear end driving mechanisms (2) drive the car body, and the central processing module and the solid-state battery are arranged in the car body. According to the environment monitoring robot and the automatic patrol inspection method thereof, area patrol inspection can be more convenient, more agile and more comprehensive,real-time monitoring can be realized, the protective degree of the security and protection in a severe environment is improved, and the robot and the patrol inspection method are suitable for patrolof factories, industrial areas and specific areas, instrument point inspection, special equipment point inspection and dangerous equipment patrol inspection such as patrol inspection of the cable temperature, the transformer temperature, the electric starting temperature and the like.

The invention discloses a resource monitoring method and device. The method is applied to a monitor, and includes the following steps: driving an active monitoring poller to collect monitoring data of each monitoring item of each resource to be monitored, and obtaining a first monitoring data set; receiving each to-be-monitored data set sent by a passive monitoring receiver Monitor the monitoring data of each monitoring item of the resource to obtain a second monitoring data set; for each monitoring item of each resource to be monitored, extract the monitoring data of the monitoring item from the first monitoring data set and the second monitoring data set ; Determine whether the extracted monitoring data meets the preset alarm condition for the monitoring item, and if yes, output the alarm information for the monitoring item. By applying the technical solutions provided by the embodiments of the present invention, the status of each monitoring item of the resource to be monitored is monitored in real time, and an alarm is automatically triggered, which can improve the operation and maintenance management efficiency of the cloud data center.

The invention relates to an instrument testing the sand deflation quantity.It comprises the supersonic sensor and single chip data collecting counting circuit. The supersonic sensor connects with the single chip data collection counting circuit interface through the conveyer belt. It solves the bigger difference of long term wind force sand theory and real testing value, using this instrument to determine the specific sand conveying rate for resource accumulation. It is small in size, easy for carrying, high in sensitivity, big in measurement scope, storable, checking and deleting testing value.

The invention relates to an automatic-sprinkling dust collector for a construction field and belongs to the technical field of the dust collector for the construction field. The automatic-sprinkling dust collector for the construction field comprises a water tank, a plurality of spray nozzles communicated with the water tank, dust sensors and an automatic control device, wherein the spray nozzlesare uniformly distributed on the periphery of the water tank and comprise upper spray nozzles and lower spray nozzles by height; the automatic control device is fixed on the side surface of the watertank and covered with a watertight case. The dust collector is equipped with the plurality of spray nozzles controlled by the automatic control device, the dust sensors are utilized to monitor dust data, so that automation degree of the dust collector is increased, and dust removing effect and dust removing efficiency of the dust collector are improved. The automatic-sprinkling dust collector is simple in structure, low in manufacturing and using cost, good in dust removing effect, high in automation degree and high in working efficiency, the spray nozzles are arranged reasonably, water resource can be saved, and the automatic-sprinkling dust collector has good comprehensive use property.

The invention discloses an omnibearing rotary monitoring camera, which comprises a lifting shell, a connecting plate, a monitoring camera and a rotary lifting mechanism. The lifting shell is fixed tothe ground, and a connecting plate is arranged at the upper end of the lifting shell. A rotary lifting mechanism is arranged at the end, away from the lifting shell, of the connecting plate. And a monitoring camera for monitoring is fixed at the bottom of the rotary lifting mechanism. According to the omnibearing rotary monitoring camera, the rotary lifting mechanism is arranged, so that the monitoring camera can be controlled to rotate up and down, and the omnibearing monitoring effect is achieved; and with the lifting mechanism, the monitoring camera can be conveniently cleaned.

The present invention discloses the technical field of network communication, and discloses a computer network communication system. The system comprises a microprocessor, an access control module, anencryption module, a local control module and a communication module. The access control module, the encryption module, the local control module and the communication module are connected with the microprocessor, the access module comprises an identity authentication module, an authorization control module, an access control module and an authority management module. The computer network communication system integrates access management based on a host, network data encryption and local control to achieve omnibearing management and monitoring of a computer network, prevent the computer network from being attacked by various networks to the maximum extent, ensure data safety transmission, avoid network storm and improve the network safety and reliability, and is low in power consumption cost and good in timeliness.

The invention discloses an inspection robot. The inspection robot comprises a motion system and an inspection system, wherein the inspection system is arranged on the motion system, the inspection system comprises an inspection management system and an inspection sensing system, and the inspection sensing system is connected with the inspection management system; the inspection sensing system comprises an inspection lifting rod and an inspection mechanical arm, the inspection mechanical arm is arranged on the inspection lifting rod, the inspection lifting rod comprises a plurality of sections of lifting rods, each section of lifting rod is sequentially sleeved with the next section of lifting rod from top to bottom, each section of lifting rod can stretch out and draw back in the next section of lifting rod, the uppermost section of lifting rod is hinged to the inspection mechanical arm through a mounting seat, the lowermost section of lifting rod is mounted at the top end of the middle of a vehicle body, and the inspection mechanical arm can rotate by 360 degrees around the mounting seat; and the inspection mechanical arm comprises a mechanical arm body, a camera is arranged at the tail end of the mechanical arm body, and the inspection sensing system is arranged at the tail end of the mechanical arm body. Normal inspection can be carried out under the working condition of a complex environment.

The invention provides a gas multipath online monitoring system. Multiple sampling branches are arranged, so that gas sampling on multiple positions is realized, omnibearing monitoring can be performed on a field environment, control on on-off of each sampling branch is realized by controlling an electronic control switch on each sampling branch, the electronic control switch of a corresponding branch is turned on when monitoring specific to certain positions needs to be performed, and the electronic control switches of the rest of branches are turned off, so that accurate monitoring on a gasis realized; and a pressure relief branch is arranged, and an electronic control switch on the pressure relief branch is controlled to be turned on when a high pressure environment is detected, so that a certain amount of gas is discharged out, and pressure of the gas entering a gas detector can be effectively adjusted.

The invention discloses a building intelligent system and method. The invention includes: an access control module, a communication module, a central monitoring module, an identification module, an intrusion alarm module and a display module. The access control module is connected to the central monitoring module through the communication module. The identification module, the intrusion alarm module and the display module are connected with the central monitoring module. The invention has the advantages of simple structure, wide coverage, intelligence, humanization, etc., and can monitor all places in the whole building in an all-round way.

The invention relates to the field of expressway traffic safety and particularly relates to an expressway parking caution system. The expressway parking caution system comprises multiple levels of caution devices which are sequentially arranged at one side of an expressway; and the caution devices are used for acquiring vehicle information of a certain lane in a certain range and cautioning rear vehicles of the expressway. The expressway parking caution system is composed of multiple levels of caution devices, so that the caution system is capable of comprehensively monitoring and detecting the expressway. When a vehicle has a fault and stops on the expressway, the caution device in charge of the road section finds the stopped vehicle by detection and sends a signal to a rear adjacent caution device in a wireless mode, and each caution device is taken as a springboard and sequentially transfers the wireless signal to the rear of the expressway to enable all caution devices in the rangeto caution vehicles, thereby ensuring that the rear vehicles can timely pay attention to the stopped vehicles in the front.

The invention discloses rapid computer assembling equipment. The equipment comprises a first circular disc, a loading and unloading mechanism, a controller, a first rotary table, a second circular disc, a mounting mechanism, a gluing mechanism, a clamping mechanism, a labeling mechanism, a second rotary table, a third circular disc, a fixing mechanism and travelling units. The controller and the travelling units are fixedly mounted on the bottom surface of the first circular disc; the loading and unloading mechanism is fixedly mounted on the first circular disc; the first rotary table is fixedly mounted on the upper end surface of the first circular disc; the second circular disc is fixedly mounted on the first rotary table; and computer parts can be arranged on first holding discs, secondholding discs, third holding discs and fourth holding discs, the parts can be taken in all directions and devices can be assembled in all directions through the first rotary table and the second rotary table, and mounting, gluing, wire plugging and labeling of computers can be achieved through the mounting mechanism, the gluing mechanism, the clamping mechanism and the labeling mechanism which are located on the second circular disc.

The invention discloses an intelligent anchor cable integrating supporting and monitoring functions. The intelligent anchor cable comprises an anchor cable body, wherein an anchor cable stranded wire is arranged in the anchor cable body and comprises an intelligent epoxy stranded wire capable of monitoring the tension value of the intelligent epoxy stranded wire, the intelligent epoxy stranded wire consists of a monitoring tension sensing element, an epoxy stranded wire and an epoxy coating, the monitoring tension sensing element can be an optical fiber and/or a fiber bragg grating, the epoxy stranded wire comprises a central wire and side wires, the monitoring tension sensing element is coupled with the central wire of the epoxy stranded wire and is arranged in the length direction of the central wire, a lead is arranged at the end, located on the anchor cable body, of the monitoring tension sensing element, and one end of the lead extends to the outside of the anchor cable body. The optical fiber is arranged along the axis of the central wire and is coupled with the central wire into a whole, the central wire is made of a carbon fiber material, and the survival rate of the optical fiber is greatly improved under the protection of the side wires and epoxy.

A vehicle-mounted robot system comprises an OBD acquisition terminal, a video acquisition terminal, an intelligent robot and a cloud system, the OBD acquisition terminal and the video acquisition terminal are both connected with the intelligent robot, and the intelligent robot is connected with the cloud system; the intelligent robot comprises a driving behavior recognition module, an image processing module, a local storage module, a wireless communication module, a voice playing module and a screen display module. The cloud system comprises a message queue, a cache, a database and an Internet of Things gateway. The driving management method of the vehicle-mounted robot system comprises the steps of conventional vehicle driving behavior management, dangerous driving behavior management, driving safety management, voice broadcasting and light reminding, real-time ornament monitoring, illegal prototype analysis and energy supply reminding. According to the system and the driving management method thereof, the functions of comprehensive monitoring, safe driving and intelligent management of the vehicle are realized, and the running vehicle can be effectively monitored.

The invention discloses a remote network video monitoring system comprising a control console and a video control system, wherein the control console is used for a monitor on the monitoring end of the control console to transmit an instruction to the video control system at an appointed address through an application program of software for receiving; and the video control system is connected with a television end so as to execute the corresponding operation on the television end according to the received instruction of the control console for communication, and then the television end can run according to the requirement of the monitor and respond the current state to the application program of the monitoring end through the video control system.