30results about How to "Realize whole-process monitoring" patented technology

The invention discloses a filing layered sedimentation monitoring device and method. The monitoring device comprises a bottom sedimentation monitoring unit, a middle sedimentation monitoring unit and a ground surface sedimentation monitoring unit which are buried in a soil layer to be monitored from bottom to top and are vertically arranged. Burying holes are formed in the soil layer to be monitored. An anchoring head is arranged under the bottom sedimentation monitoring unit. The bottom sedimentation monitoring unit, the middle sedimentation monitoring unit and the ground surface sedimentation monitoring unit are all provided with inclinometer pipes, extensible pipes arranged on the outer sides of the inclinometer pipes in a sleeving mode and displacement sensors installed on the upper portions of the inner sides of the inclinometer pipes. The monitoring method comprises the steps that firstly, drilling of the burying holes is conducted; secondly, the bottom sedimentation monitoring unit is installed; thirdly, the middle sedimentation monitoring unit is installed; fourthly, the ground surface sedimentation monitoring unit is installed; and fifthly, layered sedimentation monitoring is conducted. The filing layered sedimentation monitoring device and method are reasonable in design, convenient and easy to operate, convenient to bury, high in measuring precision and capable of effectively solving the problems that existing layered sedimentation monitoring equipment is large in equipment burying workload and low in measuring precision.

The lift running safety estimating system includes several data acquiring front terminals for multiple-point monitoring of several lifts and connected via wired and radio telephone network and access units to data server, several user terminals connected to the data server via the user managing server for data sharing and connected to wired and radio telephone network for connection with the data acquiring front terminals to complete the real-time data acquisition. The present invention can realize the real-time monitoring and fault record of the running lifts for data estimation.

The invention discloses an active monitoring and early warning system of infectious diseases in a medical institution. The active monitoring and early warning system comprises a diagnosis data rule base, an inspection index rule base and an image and pathologic examination rule base. According to the active monitoring and early warning system, influences, caused by personal factors, on monitoring of the infectious diseases in the medical institution are reduced to the greatest extent; a manual monitoring mode is changed so that disease monitoring can be seamlessly integrated with an existing information system of a hospital; intelligent monitoring and whole-course monitoring of the infectious diseases are realized; the missing report rate and late reporting rate of the infectious diseases, especially major infectious diseases, are reduced; the monitoring management efficiency on the infectious diseases of the medical institution is improved.

The invention relates to a crop seedling situation monitoring system and method. The system comprises a crop body growth and development acquisition module and a time acquisition module which are positioned in the field site, and also comprises a crop dynamic development calculation and modeling module and a display module which are positioned remotely and mutually connected, wherein the crop body growth and development acquisition module and the time acquisition module are connected with the crop dynamic development calculation and modeling module through the Internet of Things; the crop dynamic development calculation and modeling module establishes a dynamic development calculation model, performs crop dynamic development calculation according to the acquired crop body growth and development data information and the determined crop actual growth stage, and inputs the crop dynamic development calculation result into the display module to display. Due to the adoption of the system, no matter a farmer or an agricultural department can accurately and specifically master the growth situation of the crops anytime anywhere, and digitization, precision, visualization and standardization of crop seedling situation monitoring are realized.

The invention discloses a cascade high-potential energy supply device, which comprises an iron core and an insulating cylinder, wherein an insulator is formed by winding the periphery of the iron core so that the iron core has a fully-insulated structure; a primary winding and a secondary winding are respectively arranged at the upper and lower ends of the insulator and respectively provided with a wire-outgoing sleeve which leads a wiring terminal out; and the iron core, the insulator, the primary winding and the secondary winding are fixed in the insulating cylinder. By adoption of the insulator, potential isolation between the primary winding and the secondary winding is realized, so that the primary winding and the secondary winding are totally positioned on a high-voltage side or a low-voltage side. By adoption of the insulating cylinder, the cascade high-potential energy supply device can be isolated from external potential. The cascade high-potential energy supply device can be arranged between a high-voltage part of an on-line monitoring device and a mains supply, so the problem about power supply for the high-voltage part of the on-line monitoring device is solved.

The invention belongs to the technical field of petroleum exploration and development, and particularly relates to an oil saturation monitoring method based on an ultraviolet spectrum micro oil displacement simulation experiment. The spectrum acquisition of the microscopic region is carried out by using an ultraviolet spectrometer with transmitting and receiving functions; an automatic control system is used, a telescopic and movable stage driven by a full-automatic self-control motor is used, the whole area is scanned by a simulated splice, and the spectral characteristics of all micro-areasof the rock splice on a certain time point; the oil saturation value of the micro-area is obtained through spectral image analysis; The oil-water dynamic monitoring in displacement process of the whole rock slice is realized by analyzing the oil saturation of different time points and different positions. The method is mainly used for the mechanism of micro water oil displacement in the petroleumindustry, improving the verification of the oil recovery efficiency technology effect, and the like, and has the advantages of high efficiency, capability of quantitative representation of the oil-water dynamic process in the micro oil displacement experiment and the like.

A management and control system is composed of microwave communication unit, vehicle travelling recorder, traffic signal light controller, roadcross computer and platform of computer network data. It is featured as setting microwave signal emitter at vehicle bottom in connection with recorder for sending data to road, setting microwave signal receiver at roadcross in connection to roadcross computer for fetching all data there, then sending all data to computer data platform by roadcross computer.

The invention discloses a geothermal energy hot dry rock heat exchange device monitoring system and a heat exchange monitoring method thereof, and belongs to the technical field of clean energy. The technical problems that the geothermal energy hot dry rock heat extracting efficiency is low and the underground heat exchange fluid wastage rate is high are solved, and the geothermal energy extracting process can be monitored in real time. According to the technical scheme, a data acquisition system is arranged in a heat exchange system and transmits acquired data to a data processing module through a data transmission system; the signal output end of the data processing module is electrically connected with a display module and a control module; and a heat exchange medium carrying high-temperature geothermal energy is finally obtained through the steps that the heat exchange system is prepared as well as the data acquisition system and the data transmission system being packaged, geothermal energy detection and drilling are performed, heat exchange medium filling and extracting are controlled, and geothermal energy exchange and monitoring are performed. A heat exchange tube is resistant to heat and corrosion and long in service life; the heat exchange efficiency is improved while waste of heat exchange medium resources is reduced; and whole-course monitoring and automatic control over the heat exchange medium heat exchange and extracting process are achieved.

The invention provides an electric energy metering instrument delivery box and a system. The electric energy metering instrument delivery box is used for monitoring an environment in transit in electric energy metering delivery and comprises a box body, a shockproof lining and a monitoring device, and the shockproof lining is arranged inside the box body and is used for buffering an electric energy metering instrument; the monitoring device comprises a control circuit, a temperature sensor, a humidity sensor, a vibration sensor, a locating device and a wireless communication device, wherein the temperature sensor, the humidity sensor, the vibration sensor, the locating device and the wireless communication device are connected with the control circuit separately; the temperature sensor andthe humidity sensor are used for monitoring temperature data and humidity data of the environment outside the electric energy metering instrument delivery box respectively; the vibration sensor is used for monitoring physical vibration data exerted on the electric energy metering instrument delivery box; the locating device is used for determining position data of the electric energy metering instrument delivery box; the control circuit is used for receiving detection data sent by the temperature sensor, the humidity sensor, the vibration sensor and the locating device, and the monitored datais sent to an internet monitoring platform through the wireless communication device.

The invention discloses a source tracing method and system for a grazing animal growth process, and relates to the field of source tracing of the animal growth process. The method comprises the following steps: an animal information acquisition device integrating functions of locating information acquisition, environmental information acquisition and animal sign information acquisition is mountedon a collar of each animal; the animal information acquisition device stores acquired animal motion trail information, environmental information, sign information and an identifier correspondingly according to acquisition time; stored data is transmitted to a data storage and backup server remotely; an analysis and judgment server comprehensively judges basic information, the environmental information and the sign information of each animal with a first preset method for determining the health condition of the animal, and analyzes the motion trail information with a second preset method for determining an animal feeding manner. Whole-process monitoring of the whole animal growth process and automatic analysis of data can be realized, so that accuracy for determining the health condition ofthe animals and the feeding manner is improved.

The invention discloses a burying-before-guiding type step-by-step burying method for monitoring instruments in synchronous construction with loess high fill. The loess high fill under construction comprises multiple filling segments from bottom to top. The multiple monitoring instruments to be buried are spot measurement type monitoring instruments. The burying-before-guiding type step-by-step burying method comprises the following steps: step one, the filling segment at the bottom is filled, and the spot measurement type monitoring instrument at the bottom is buried; step two, cables are centralized and protected temporarily; step three, the previous filling segment is filled and the previous spot measurement type monitoring instrument is buried; step four, the cables are guided, specifically, the data transmission cables which are protected temporarily are guided onto a current filling surface; step five, whether the burying process is finished is judged, namely, when the filling elevation reaches the designed elevation of the loess high fill, the burying process is finished; otherwise, the data transmission cables are all centralized at one position and protected temporarily, and then the step three is returned to. The burying-before-guiding type step-by-step burying method is simple in step, convenient to implement, and good in burying effect; the burying process does not interfere with the construction process of the loess high fill, and the construction process of the loess high fill and relevant parameters after the construction is completed can be monitored.

The invention discloses an underwater constructed water sealing layer monitoring device for a vertical shaft. The underwater constructed water sealing layer monitoring device comprises a plurality oflifting devices, a water level monitoring device, a grout sampling device and a deep well imager, the water level monitoring device comprises a multimeter, a wire, an insulation board and an electrodetip, the electrode tip is installed on the insulation board, one end of the wire penetrates through the insulation board and is connected with the electrode tip, and the other end of the wire is connected with the multimeter; and the grout sampling device comprises a tube body, a grout inlet port and a sealing plate, the grout inlet port is formed in the side wall of the tube body, the sealing plate is connected with the tube body, and the multiple lifting devices are connected with the deep well imager and the tube body correspondingly. Through the structure, the conditions of the grout height change in a wellbore, the rising height change of the water level, the grout change along with the filling amount and the like are monitored in the whole process, the one-time success rate of constructing a water sealing layer through grouting is ensured, and the reliability of constructing the water sealing layer is improved.

The invention discloses a fully distributed pipeline erosion monitoring system and method based on optical fiber sensing, and the system comprises a pipeline, two temperature sensing optical cables, and a temperature demodulator, the pipeline is buried in a soil body, the first temperature sensing optical cable is laid in the soil body 10-20cm away from the upper part of the pipeline, and a second temperature sensing optical cable is laid at a certain distance right above the first temperature optical cable; the two temperature sensing optical cables are laid in the whole axial direction of the pipeline, and the same ends of the two temperature sensors are connected with the temperature demodulator to form a loop; and the temperature demodulator collects the temperature of a soil body at the buried position through the temperature sensing optical cables, the first temperature sensing optical cable measures the temperature T1 at the pipeline, and the second temperature sensing optical cable measures the temperature T2 at the reference position. The system has the characteristics of simple installation, immediate feedback, labor saving and good weather interference resistance.

The invention provides an automatic hibernation function test method under a Linux system, which comprises the following steps: creating a hibernation function module according to the type of a processor platform, the hibernation function module being used for realizing the hibernation function of the Linux system; storing the hibernation function module, and endowing the hibernation function module with an automatic execution permission when the hibernation function module is started; setting the number of times of sleep function testing, and configuring a system timing file; enabling the programmable logic device to send a startup instruction when detecting that a first preset condition is met according to a configured system timing file; and enabling the to-be-tested server to control the sleep function module to perform sleep function testing according to the set number of times of sleep function testing times. The invention further provides an automatic sleep function testing device and system under the Linux system, and the sleep function testing efficiency and the testing stability are effectively improved.

The invention relates to an explosion venting top mechanism, which comprises a positioning sleeve, a positioning base frame, explosion venting top covers, explosion venting driving mechanisms, reset driving mechanisms and a driving circuit, wherein the positioning base frame is embedded into the positioning sleeve; a plurality of explosion venting ports are uniformly distributed on the positioningbase frame; one explosion venting top cover is arranged on the upper end face of each explosion venting port; the upper end face of each explosion venting port is connected to the outer surface of the positioning sleeve through at least one explosion venting driving mechanism and is connected to the inner surface of the side wall of the positioning sleeve through at least one reset driving mechanism; and the driving circuit is connected to the outer side face of the positioning sleeve. An application method comprises three functional steps of device prefabrication, passive explosion venting,autonomous explosion venting and the like. According to the explosion venting top mechanism and the application method, one the one hand, the explosion venting top is convenient for quickly releasingthe internal pressure, the light explosion venting surface is adopted, the side wall of a container is protected from being damaged by blasting, and the harmful degree caused by blasting to nearby operators is reduced; and on the other hand, good monitoring capability and information feedback capability are achieved, the explosion venting response is effectively improved, and the explosion ventingefficiency and reliability are improved.