39results about How to "Comprehensive monitoring range" patented technology

The invention discloses a voice monitoring method and a voice monitoring device. The technical scheme adopted by the voice monitoring method comprises the following steps of: receiving and storing monitoring voice from monitoring equipment; and returning the monitoring voice to the monitoring equipment so as to make the monitoring equipment perform voice monitoring. The invention also discloses the voice monitoring device. The device comprises a receiving module and a response module, wherein the receiving module is used for receiving and storing the monitoring voice from the monitoring equipment; and the response module is used for returning the monitoring voice to the monitoring equipment after the receiving module receives the monitoring voice so as to make the monitoring equipment perform voice monitoring. Due to the adoption of the technical scheme, the method and the device have the advantages of greatly reducing development cost and complexity and achieving an excellent voice monitoring effect.

The invention discloses an intelligent traffic monitoring device capable of rotating by 360 degrees. Relating to the field of intelligent transportation, The problem that an existing monitoring deviceis small in monitoring range is mainly solved. Including a housing, Connecting column, the conveying belt, a second connecting rod and a camera are arranged; a fixedly connected connecting column body is arranged in the middle of the top of the shell; a connecting hole is formed in the connecting column body; A buffer plate fixedly connected is arranged at the right end of the inner surface of the top of the shell. the buffer plate is fixedly connected with the upper end of a first motor; a fixedly connected driving wheel is arranged at the lower end of an output shaft of the first motor; andthe driving wheel is connected with a driven wheel through a conveying belt, the driven wheel is fixedly arranged on a second connecting rod, and a detachably connected camera is arranged at the lower end of the second connecting rod. The intelligent monitoring device can rotate by 360 degrees for monitoring, is high in intelligent degree, can automatically adjust the monitoring position, and issuitable for popularization.

The invention relates to the technical field of monitoring systems, and specifically discloses a marine ranch monitoring device, comprising a base, a first drive device is sealed on the base, a drive end of the first drive device rotates in a horizontal direction, and a drive end of the first drive device The seal is provided with a manipulator joint swing assembly, the swing of the manipulator joint swing assembly is a vertical swing, and the joint at the end of the manipulator joint swing assembly away from the base is sealed with a first manipulator arm through a connecting section. There is a lighting driving device inside, the end of the first mechanical arm away from the connecting section is provided with a camera device, the first mechanical arm or the lighting driving device is provided with at least one lighting joint swing assembly, and the swing direction of the lighting joint swing assembly is Swing in the vertical direction, the swing end of the lighting joint swing assembly is provided with a lighting device. The invention has the characteristics of comprehensive monitoring range, adjustable monitoring angle and good monitoring flexibility.

The application provides a tunnel deformation testing device including a bracket, an outer pipe assembly, a support rod, a collar, and a test rod assembly. One end of the test rod assembly is fixed on the outer wall of the collar, and the other end is fixed or supported on the tunnel wall; The test rod assembly includes a telescopic ruler. The telescopic ruler includes a main pipe, an auxiliary pipe and a return spring. The auxiliary pipe is inserted into the main pipe through the plug-in end of the main pipe and can be retracted into the main pipe. It is used to drive the auxiliary pipe to reset, and the outer pipe assembly wall of the auxiliary pipe is provided with an axial length scale line, and the length scale line is used to indicate the real-time length of the telescopic ruler. The displacement test device of the present application is simple to assemble, easy to operate, easy to fix the reference point, light in weight and easy to move, unlimited in monitoring points, comprehensive in monitoring range, high in monitoring accuracy, low in cost and reusable, and can be applied to tunnels under different conditions. Research.

The embodiment of the invention discloses a gypsum board thickness monitoring device, which includes a base, a vertical frame connected to the top of the base, an upper sliding rod and a lower rod connected to the upper and lower ends of the vertical frame respectively, and the upper sliding rod and the lower rod are connected on both sides A chute is provided, the bottom of the upper sliding rod and the top of the lower rod are provided with monitoring sliders, the first laser distance measuring sensor mounting seat and the second laser ranging sensor mounting seat are respectively installed on the inside of the monitoring slider, the top of the upper sliding rod and the The bottom end of the sliding rod is connected with the upper bending rod and the lower bending rod respectively, and the bottom end of the upper bending rod and the top of the lower bending rod are respectively installed with a photoelectric sensor transmitting seat and a photoelectric sensor receiving seat. The measurement accuracy of this device is higher and the measurement speed is faster. , and the monitoring range is more comprehensive, which can ensure that the thickness of the gypsum board is more uniform, and can avoid measurement errors caused by the jumping of the gypsum board during measurement. In addition, the device can ensure that the connection line of the measurement points below the gypsum board vertical, thus avoiding measurement deviations.

The invention provides an intelligent community service terminal based on the 3S technology, comprising a physiological parameter acquisition module, a positioning module, a data warehouse, a service bus, a user identity authentication module, an organization structure authority management module and a display module. The service bus comprises a data acquisition interface and a data distribution interface, and is used for forming a standard data interface specification according to the requirements of a data acquisition object and a data acquisition party. The physiological parameter acquisition module is used for acquiring physiological parameter information uploaded by terminal equipment and sending the acquired physiological parameter information to the data acquisition interface which uploads the physiological parameter information to the data warehouse. The positioning module is used for acquiring position information of the terminal equipment and sending the acquired position information to the data acquisition interface which uploads the position information to the data warehouse. The intelligent community service terminal based on the 3S technology has the advantages of comprehensive monitoring information and comprehensive functions, so that better services can be offered to the elderly.

A method and system for monitoring and early warning of experimental equipment based on artificial intelligence, judging the type of accident according to the monitoring content, and giving early warning to administrators; making auxiliary decisions and intelligent control decisions, and providing them to laboratory administrators and central control center administrators . In the present invention, the current state of the experimental equipment and the impact of abnormal experimental data on laboratory safety are considered, the monitoring range is more comprehensive, and the accuracy of monitoring and early warning is also more accurate; and artificial intelligence technology is introduced into the experimental monitoring and early warning process, On the basis of historical data, automatic warnings and auxiliary decisions can be given for accidents that have not occurred, and automatic control can be carried out in time in emergency situations, which can stop losses in time and ensure personal safety; in addition, mobile phones, smart wearable Various early warning methods such as equipment, voice alarm, and large monitoring screen can assist administrators to respond quickly.

The invention discloses a method for installing distributed sensing optical fibers used for monitoring strain of a steel structure. The method includes the following steps that a plurality of optical fiber distribution monomers (14) are manufactured, wherein each optical fiber distribution monomer (14) comprises two magnetic bonding ends, a strain monitoring optical fiber section (10), a front section signal transmission optical fiber section (12) and a rear section signal transmission optical fiber section (13); the optical fiber distribution monomers (14) are sequentially connected in series, and optical fiber connectors are welded at the front end of the front section signal transmission optical fiber section (12) of the headmost optical fiber distribution monomer (14) and the rear end of the rear section signal transmission optical fiber section (13) of the backmost optical fiber distribution monomer (14) respectively; then the optical fiber distribution monomers (14) which are connected in series are fixed on the steel structure to be monitored, and then the two optical fiber connectors of the optical fiber distribution monomers (14) which are connected in series are connected to a test instrument. The method for installing the distributed sensing optical fibers is rapid, comprehensive and accurate.

The invention discloses a bus driver safety monitoring system. The system includes an information receiving module, a control processing module and an information conveying module; the information receiving module is connected to external equipment through a wireless network; the external equipment includes a smart wristband, a thermal imaging camera, an infrared camera and an automobile escort meter; the control processing module includes a data analysis module, an image processing module, a logical judgment module and a state storage module, for data from the information receiving module, processing can be performed according to different sources, a current alert status level can be stored, and alert status can be cumulatively overlaid or eliminated according to different triggering conditions; and the information conveying module receives information and a control signal from the control processing module, and is connected to a bus passenger transportation center and a public security department through the wireless network. The system monitors the safety status of bus drivers and focuses on monitoring whether the drivers are attacked, so that the system has greater practical significance for public transportation safety.