155results about How to "Observation is intuitive" patented technology

The present invention relates to an urban underground engineering simulation test system, underground water simulation system and data acquisition system, in which the simulation box contains horizontal loading plate, horizontal loading device, vertical loading device and several layers of horizontal water inlet pipes. Said invention can implement three-dimensional simulation test of various urban underground railway engineering, tunnel and anderground cave engineering, ground base an foundation work, special underground construction method, side slope engineering and retaining wall engineering, etc.

The invention relates to a cyanobacteria biomass spatial-temporal change monitoring and visualization method based on a remote sensing image. The method comprises the following steps: (1) pre-processing the remote sensing image of a research region, and constructing a normalized difference cyanobacteria bloom index (NDI-CB); (2) optimizing characteristics of the remote sensing image by using a characteristic optimization model based on VPRS (Variable Precision Rough Set)-GID (Grey Incidence Decision), and obtaining an optimized multi-characteristic space; (3) establishing a double-weighted SVM (Support Vector Machine) classification model based on a wavelet kernel according to the multi-characteristic space, performing extraction identification and change detection on the spatial distribution information of cyanobacterial bloom, and performing comprehensive verification and precision analysis by combining field observation data; and (4) performing overlapping display on the processed remote sensing image, GIS (Geographic Information System) vector data and the field observation data, thereby realizing the analog simulation of spatial-temporal change processes and rules of erupting the cyanobacterial bloom. Compared with the prior art, the cyanobacteria biomass spatial-temporal change monitoring and visualization method based on the remote sensing image has advantages of high cyanobacteria identifying precision and reliability, and the like, and is beneficial to analyzing and judging of causes and distribution changes of the cyanobacterial bloom.

The invention provides a nuchal translucency segmentation method. Firstly, an edge image is adopted to automatically initiate the nuchal translucency contour; then, a level set model is used for pushing evolution of the initial contour, and a closed final contour of the nuchal translucency is acquired; and finally, splitting is carried out on the closed final contour of the nuchal translucency, an upper boundary and a lower boundary of the contour are obtained, and a nuchal translucency ultrasonic sub image after segmentation is obtained. In addition, the invention also provides a device and a system related with the method. Thus, segmentation and measurement can be effectively and quickly carried out on the nuchal translucency.

The invention discloses a remote crusher data collection system. The remote crusher data collection system comprises a computer main station, collection management software, database server software,an intermediate processing device, an intelligent instrument, sensors, a camera and a mobile management terminal. By the adoption of the remote crusher data collection system, labor resources are greatly saved, the safety of work personnel is guaranteed, it is also avoided that others control the system, real-time monitoring of the work of a crusher can be achieved, and the reasons of influencingthe yield and product quality of the crusher can be found; data can be processed and analyzed, safety range classification can be conducted, fault diagnosis and alarming can be conducted, the fault rate is lowered, load optimization suggestions are provided, energy consumption is lowered, remote monitoring is conducted, and the production and management efficiency is improved; and the functions ofdata storage, statistics, query, display, export and the like are achieved.

The invention relates to a biological model of steroids hormone pollutant in foods and feeds established by utilizing Caenorhadits elegans and a method thereof, belonging to the field of a safety detection technique of foods and feeds. The biological model of the steroids hormone pollutant in the foods and the feeds is established by utilizing the Caenorhadits elegans. The method of the invention is characterized in that the Caenorhadits elegans is utilized to establish a biological model of steroids hormone pure products; the Caenorhadits elegans is utilized to establish the biological model of steroids hormone in the foods; and the Caenorhadits elegans is utilized to establish a biological model of steroids hormone in the feeds. The invention has the beneficial effects of important significance of the research of the steroids hormone to influence on human health, and short period, high efficiency, conciseness and convenience of the experiment course, less requirements on instruments, low cost and great application value. Moreover, the period of the Caenorhadits elegans from the first stage of larvae to the stage of oviposition and the generation time are detected to identify the precocity phenomenon of organisms under the influence of the steroids hormone by exposing the steroids hormone of the Caenorhadits elegans in the first stage of the larvae.

The present invention discloses a surface settlement observation method based on tilt imaging measurement of a drone, to adapt to requirements of surface subsidence monitoring. The method includes thefollowing steps: route planning, layout and measurement of image control points, obtaining of oblique images, establishment of a three-dimensional model of a real view of a measurement area, data collection and making a data difference for subsidence monitoring. In the present invention, an oblique photogrammetry technology is used to obtain images of a collapsed surface in various angles, a real-view three-dimensional model and an orthophoto image of the subsidence zone with spatial information are established by using aerial triangulation measurement and measurement of the image control points, the real-view three-dimensional model is used to collect data of ground points, and a difference is made for the data of the ground points at a same position at different times to obtain a subsidence value for subsidence monitoring. The method is easy to operate, and compared with the traditional subsidence monitoring method, the method has a wide monitoring range and high operation efficiency, and can obtain a more comprehensive monitoring result.

The invention discloses an automatic test method and system of receiving sensitivity. The method includes the following steps that: S100, under a current test scene, a control signal source sends test signals to a device to be tested according to preset initial maximum transmission power; S200, test data packets received by the device to be tested are put into statistics, so that receiving sensitivity can be obtained; and S300, all test scenes are traversed, so that each test scene is tested according to S100 and S200, so that receiving sensitivity under all the test scenes is obtained. According to the automatic test method and system of the receiving sensitivity of the invention, the test signals are sent according to the preset initial maximum transmission power, all the test scenes are traversed, so that receiving sensitivity testing can be performed on the all the test scenes, and the receiving sensitivity under all the test scenes can be obtained. With the automatic test method and system of the receiving sensitivity adopted, the problem of large workload of manual testing can be solved; problems caused by manual data extraction can be solved; the accuracy of test data can be ensured; and a lot of time and manpower can be saved.

The invention relates to a method for measuring radioactive surface pollution. The method at least comprises the following steps: testing response characteristics of an alpha channel and a beta channel when alpha and beta particles simultaneously exist in a radiation detection device by using a plurality of first standard sources comprising typical nuclides; providing a second standard source of pure alpha particles to determine the response of the alpha particles in the beta channel of the radiation detection device, thereby pre-determining the response coefficient of the beta channel of theradiation detection device to the incident alpha particles; providing a second standard source of pure beta particles to determine the response of the beta particles in the beta channel of the radiation detection device, thereby pre-determining the response coefficient of the beta channel of the radiation detection device to the incident beta particles; dividing the alpha channel response coefficient by the alpha channel counting rate to obtain alpha surface pollution; deducting the alpha particle counting rate by the beta channel counting rate, multiplying the alpha particle counting rate bythe optimized response coefficient of the beta channel to the alpha particles, and dividing by the beta particle response to obtain the beta surface pollution.

The invention provides a novel sag observation rod, and the observation rod comprises a sag measurement rod body, a sag calculator, and a sag measuring ruler. The sag calculator is used for calculating an observed span sag between two fundamental rods after the parameters of an observed overhead line and the surroundings are input. The sag measuring ruler is used for adjusting the scale of the measuring ruler according to the sag calculated by the sag calculator. The sag measurement rod can quickly calculate the sag of an overhead line, achieves the more visual observation of the sag of the overhead line, is simple in structure, is quick and convenient for operation, is portable, and is low in manufacture cost.

The invention relates to an electronic observation method for building settlement deformation. The method is characterized in that a datum point device is provided and is connected with one or a plurality of observation point devices through communicating pipes; a liquid with standard liquid level is stored in the datum point device and the observation point device and is used for providing constant water level in the observation point device; a vertical rod which floats on the surface of the liquid is also provided and is arranged in the observation point device to serve as a fixed grating of displacement electronic measurement; the vertical rod is sleeved in a displacement electronic measurement module; the displacement electronic measurement module is fixedly connected with the inner wall of the observation point device to serve as a moveable grating of displacement electronic measurement. The method has the advantages of high measuring precision, high stability, low cost, capability of realizing permanent real-time observation through once mounting and the like.

The invention discloses a negative pressure wound therapeutic system capable of detecting and displaying a transudate volume, comprising a liquid collecting bottle, a negative pressure wound therapeutic apparatus, a wound kit, a transudate volume detection module, a storage unit and a display interface, wherein the liquid collecting bottle collects wound transudate, the negative pressure wound therapeutic apparatus consists of a negative pressure source and a controller, the wound kit fills and seals a wound and is communicated with the liquid collecting bottle through a connecting tube, the transudate volume detection module detects the volume of the transudate in the liquid collecting bottle, the storage unit stores the transudate volume according to time, and the display interface displays the time stored by the storage unit and transudate volume data. The negative pressure wound therapeutic system capable of detecting and displaying the transudate volume can detect and display the time and the corresponding transudate volume and provides convenience for researches of medical care personnel.

The invention provides a device for measuring a class of discontinuous parameters of a solid rocket engine. The device for measuring the class of discontinuous parameters of the solid rocket engine comprises a case, an input panel with an input interface socket, a power supply switch and state indication, an output panel with an output interface socket, a power supply socket and a power supply diverter switch, a power supply patch core and a circuit board. A current limitation circuit of the circuit board is formed by connecting n channel measuring circuits in parallel and then connecting the n channel measuring circuits with a total current limitation resistor R0 in series. A power supply indication circuit of the circuit board is formed by connecting an ordinary luminous diode L and a power supply indication circuit resistor R1 in series. A single channel measuring circuit is formed by connecting a highlight luminous diode Li, a single blade switch K and a one-way shunting resistor R in series. According to the device for measuring the class of discontinuous parameters of the solid rocket engine, the luminous diode is used for observing each line of signals, current limiting measures are adopted to ensure that the current of each line of the signals is in the milliampere level, a BNC contact is used for unitizing and simplifying the switch over links, two power supply modes which are a battery mode and a power supply mode are provided, and therefore measurement of the class of discontinuous parameters in a solid rocket engine test can be achieved.

The invention discloses a drilling and soil property detecting device and method for civil engineering and relates to the technical field of civil engineering. The drilling and soil property detectingdevice comprises a base plate, wherein one side of the top of the base plate is fixedly connected with a working frame, the upper portion of the inner wall is fixedly connected with a supporting frame, a bidirectional motor is fixedly connected to the top of the supporting frame and is rotatably connected with a bevel gear I through an output shaft, the upper portion of the bevel gear I is in meshed connection with a bevel gear II, the bevel gear II is fixedly connected with a threaded column through a flat key, the outer wall of the threaded column is in sliding connection with a connectingsupport through a moving block, and two sides of the connecting support are in sliding connection with the inner wall of the working frame. By adopting the drilling and soil property detecting deviceand method for civil engineering, the purposes of quick drilling and real-time soil property detection are achieved, work is more quickly performed, the working efficiency is improved, unnecessary time waste is reduced, working of the working device at different positions is facilitated, rotation produced when a working cabinet needs to be fixed is prevented, and convenience is provided for a worker to use the working cabinet.

The invention provides a supercritical water particulate matter visual measurement experimental device and method. The device comprises a preheating section for primarily heating fluid in a pipeline,a heating section for secondarily heating the fluid in the pipeline, a visual section for observing particulate matters, a cooling section for cooling the fluid in the pipeline, a pressure stabilizingsection for adjusting the pressure of a loop and a feeding section for adding water and particulate matters into the loop. The experimental device can study the flowing condition of fluid in the pipeline and the deposition movement condition of particulate impurities in the fluid in a visual measurement mode, is visual in observation, can accurately and effectively measure related data, and meetsexperimental requirements and engineering application.

The invention discloses an ore dressing deep trough slurry enclosed sampler. The ore dressing deep trough slurry enclosed sampler comprises a slurry barrel (1), a sampling rod (2) connected to the slurry barrel, a plugging device for plugging the slurry barrel (1) and a stretching device connected to the plugging device. The sampling rod (2) is connected to the plugging device. The slurry barrel (1) is provided with an observation window. A transparent plate is fixedly connected to the interior of the observation window. A through hole is arranged in the sampling rod (2). The stretching device comprises a drawing rod (3). The size of the drawing rod (3) fits to the inner diameter of the through hole. One end of the drawing rod (3) is fixedly connected to a steel wire (4). The steel wire (4) goes through the through hole and is connected to the plugging device. The plugging device comprises a housing (5). The periphery of the outer surface of the housing (5) is provided with multiple slurry feeding holes (6). Clamping hooks (7) for fixing the slurry barrel (1) are fixedly connected to two sides of the housing (5). The slurry barrel (1) is provided with notch grooves (8) matching with the clamping hooks.

The invention realizes a weather image acquisition and identification method and constructs an intelligent weather image acquisition and identification system. An automatic weather image acquisition method is realized in a device of an automatic meteorological observing station, corresponding weather image sample data is automatically acquired according to various weather phenomena, and a weather phenomenon image sample library is automatically established; and an intelligent weather image identification method is realized, a weather image fuzzy identification method is realized based on the weather phenomenon image sample library, and the weather phenomena corresponding to weather images can be quickly identified. The defect of incapability of acquiring weather images in conventional meteorological observation is overcome, so that the visualized weather images can be automatically acquired according to the weather phenomena during weather observation, a visualized weather image sample library can be established, and the weather observation is more visual. Meanwhile, based on the intelligent weather image acquisition and identification system, the weather phenomena corresponding to the weather images can be quickly identified, more weather information can be obtained, and the intelligent method for identifying the weather by the images is innovatively realized.

The invention discloses a breathing warm-body dummy for detecting inhalation exposure of particulate pollutants and an operation method thereof. The breathing warm-body dummy comprises a dummy body, atemperature control device, a breathing simulation device and a plurality of particulate matter detection devices. A temperature control device is arrange on that dummy body; The respiratory simulation device comprises a 3D printing respiratory tract and an artificial lung; 3D prin respiratory tract is arranged inside that dummy body, the simulate lung is arranged outside the dummy body, and is connected with the respiratory tract through a gas delivery skin pipe; Several particulate matter detection devices are mounted in the bottom volume of the 3D printing respiratory tract of the respiratory simulation device and in the environment at the mouth and nose of the dummy body and 1 meter away from the dummy body, respectively. The invention can simulate the heating temperature of the surface and the interior of the human body, and can largely restore the micro environment of the human body under the real situation. It can also simulate the respiratory characteristics of human body. Itcan be used to simulate the concentration of particulate pollutants in respiratory tract and respiratory microenvironment.

The invention relates to an experimental animal hollow organ and vessel pressure-tolerant mechanics test device, belonging to the technical field of devices for animal experiment. The test device comprises a double-way pipe, a three-way pipe, a pressurization module and a pressure detection recording module, wherein the double-way pipe, the pressurization module and the pressure detection recording module are communicated with the three-way pipe, and the other end of the double-way pipe is communicated with a closed hollow organ or a vessel to be tested. During an experiment by using the test device provided by the invention, the pressurization module is used for pressurizing the inside of the hollow organ or the vessel to be tested, and the pressure detection recording module is used for detecting and recording the pressure data in real time; once the hollow organ or the vessel is broken, the highest pressure data recorded by the pressure detection recording module is the bursting pressure so that the experimental process is simple, the observation is visual, and the experimental data is accurate and scientific. The experimental animal hollow organ and the pressure-tolerant voltage mechanics test device has the advantages of simple structure, low cost and wide application range.