38results about How to "Continuous observation" patented technology

The invention relates to a device and method for providing information about animals walking through an animal passage (I), the information comprising at least the number of animals walking through the animal passage, using a detection device having a sensor device connected to a processor for capturing animal data about animals walking through the animal passage, and an analysis device for recognizing animals in the data / signals captured by the sensor device for the purpose of outputting counter impulses when animals are detected in said signals, the sensor device being designed for producing 3D images, and the analysis device being designed for detecting animals in the 3D data of the 3D images and for counting the animals using said detection.

The invention discloses a multi-excitation-wavelength spectrometer type fluorescence laser radar system which comprises a multi-wavelength laser emission system, a signal frequency division system anda data storage and display system. According to the invention, a plurality of wavelength lasers are simultaneously emitted into the atmosphere to alternately excite organic matters in atmospheric particulates and obtain fluorescence spectra, the spectra obtained by exciting the same organic matter by the lasers with different wavelengths are different, and the characteristics of components, concentrations and the like of the organic matters in the atmospheric particulates are effectively explored by analyzing each excitation and emission fluorescence spectrum matrix diagram. The continuous observation can be achieved, manual sampling is not needed, data reliability, accuracy and real-time performance are improved, a basis is provided for meteorological environmental protection departmentsand the like to master atmospheric particulate organic matter changes in time, it is convenient for the meteorological environmental protection departments and the like to find abnormal changes in time and take effective measures for response, and the simultaneous detection of multiple instruments is achieved; the circulation condition of atmospheric particulate organic matters can be mastered, and possibility is provided for early warning.

This invention relates to one space telescope visual frequency CCD automatic guide method, which comprises the following steps: fixing visual frequency CCD in guide lens cylinder and main lens cylinder; through CCD image process getting space object image; rotating CCD to make the space image parallel along X direction and rectascension or declination for space object imaging by CCD; computer uses visual frequency to catch image for guide according to visual image and its changes.

The invention relates to an electronic microscope support, in particular to a six-freedom-degree electronic microscope support. The six-freedom-degree electronic microscope support is characterized by being provided with an observation table for a whole electronic microscope support plane to be installed, the lower plane of the observation table is arranged on an operating table, columns are fixedly installed on the upper plane of the observation table, a first guide rod capable of vertically moving along the columns is arranged between the columns, a connecting block capable of moving along the axis of the first guide rod is arranged on the first guide rod, a second guide rod is installed on the connecting block and can move on the connecting block along the axis of the second guide rod, a microscope clamp is installed at one end of the second guide rod, and a microscope is arranged on the microscope clamp. The six-freedom-degree electronic microscope support is scientific and reasonable in structure and enables the microscope to be capable of producing a clear image at the required height through mutual matching of the columns, the guide rods and an adjusting mechanism. In addition, the electronic microscope can perform translation on a horizontal plane along two coordinate axes to ensure that the distance between an objective lens and an observed object is invariant, achieve the effect of continuously observing a high-definition image on the surface of the object and facilitate photographing and video recording. Furthermore, the six-freedom-degree electronic microscope support is good in stability and convenient to operate.

The present invention relates to a method for detection of a sea level wave height through adoption of an S-waveband Doppler radar. The method comprises: the step 1, employing an S-waveband Doppler radar to obtain a sea echo Doppler spectrum, extracting the center frequency of the obtained N-frame Doppler spectrum, obtaining a center frequency sequence, and obtaining a measured radial speed sequence according to the Doppler effect; the step 2, removing an average value for the vertical speed measured by the radar, and performing discrete Fourier transformation and Modulo square to obtain a speed spectrum; the step 3, according to the linear wave theory, obtaining the conversion relation of the speed spectrum and a sea wave spectrum, and obtaining the sea wave spectrum; the step 5, according to the mathematic relation between the efficient wave height and the sea wave spectrum, employing the spectral moment method to obtain the wave height; and the step 5, employing the zero-moment singular value removal method to allow the abnormal efficient wave height to recover normality. The method for detection of sea level wave height through adoption of the S-waveband Doppler radar provides a new detection means for obtaining the sea level wave height through adoption of a microwave Doppler radar, has high detection precision and wave field spatial resolution, and is simple and clear in results.

The invention discloses a building crack continuous observation ruler. It includes the first and second fixing plates; the first and second fixing plates are respectively provided with fixing holes; The right end of the second fixed plate is equipped with a rigid transmission rod changing gear, the top of the rigid transmission rod changing gear is hinged to the second rigid transmission rod, and the first rigid transmission rod and the second rigid transmission rod are articulated together; The variable guide rail is installed horizontally, and the top and opposite sides of the variable guide rail are provided with variable guide rail teeth, and the variable guide rail teeth are meshed with the rigid transmission rod direction change gear; the second fixed plate is installed with a compass pointer gear through the rotation of the rotating shaft , the compass pointer gear meshes with the variable guide rail teeth, a compass is fixedly installed on the second fixed plate, the rotating shaft passes through the compass upwards and is connected with a compass pointer at the top of the rotating shaft. The invention can continuously observe the cracks.

The invention discloses an intelligent directing method and system for indoor networked video surveillance. The system includes: a video acquisition module, which is used for pulling video streams from networked surveillance cameras set up indoors, and in the form of offline videos with a fixed duration Save; the time analysis module is used to use offline video to create a timestamp data set, and image recognition is performed at the corresponding monitoring time position of each frame of the video to obtain the time stamp corresponding to each frame of the video; the spatial analysis module is used to determine the coordinates of the detection frame. The global physical space position of the target; the spatial position determination module of the target, which is used to obtain the spatial position of the target and generate the target motion trajectory; the guide module is used to decide whether to switch the camera and the corresponding camera to be switched according to the guide rules; the video playback synchronization module, Used for video playback synchronization control. The present invention enables the user to conveniently and continuously observe the target through the directing control and the multi-channel video picture synchronization mechanism, thereby improving the look and feel.

The invention discloses a method for predicting short-term power generation power of a photovoltaic power station based on laser radar cloud image detection. The ground-based laser radar is used to detect and scan the airspace near the photovoltaic power station to obtain the feedback echo signal after laser scattering and absorption in the target airspace, and to continuously detect in real time according to the clustering algorithm Estimate the atmospheric cloud information, so as to predict the proportion and residence time of the cloud boundary in the solar panel of the target photovoltaic power station, and realize the short-term prediction of the power generation of the photovoltaic power station. The device of the present invention has the characteristics of small volume, light weight, continuous real-time observation, and high resolution. Compared with the gradient method GARD and the standardized deviation method STD, it has the same consistency. Effectively avoid miscalculation and reduce short-term generating power prediction error rate.

The present invention relates to an apparatus that uses shadow images of cells to continuously measure cell activity at a high processing rate in order to provide cell activity and cell number results. According to one embodiment of the present invention, instead of a highly experienced examiner or technician using a microscope, ELISA reader, etc. having to collect various cell activity measurements and cell numbers, the collection of said information can be automated so as to reduce cost and largely reduce errors in measurements through the development of computer software coupled with hardware using low cost and compact optoelectronic components and simple image processing techniques.

The invention provides a piezoelectric rainfall measurement device. The piezoelectric rainfall measurement device comprises a hollow supporting body, a sound detection sensitive film, a raindrop contact film and a measurement unit, wherein a supporting cavity is formed in the hollow supporting body, the upper end and the lower end of the supporting cavity are open, the sound detection sensitive film comprises, at least, a piezoelectric material film covering an opening formed in upper end of the supporting cavity, the raindrop contact film is made from a material capable of conducting sound and fixed above the sound detection sensitive film, a sound cavity is formed between the raindrop contact film and the sound detection sensitive film, and the measurement unit is electrically connected to an upper electrode and a lower electrode of the sound detection sensitive film through two lead wires. The piezoelectric rainfall measurement device recognizes the momentum of raindrop pulses by recognizing the amplitude of sound wave pulses, can obtain rainfall, rainfall intensity and other parameters on the basis that the raindrop quantity and raindrop size are recognized and is a novel rainfall sensor.

The invention discloses an adjacent space slow platform synthetic aperture radar big scene imaging method. The method particularly comprises the following steps: according to the principle that time domain convolution of two signals is equivalent to frequency domain multiplication, convoluting the boost echo and the dechirp reference signal in the orientation time domain, and converting the result to obtain the Doppler domain, multiply a compensating factor in the Doppler domain to accomplish the Doppler aliasing step, overcome Doppler aliasing problem, and obtain the echo signal with non-aliased frequency domain; conducting reference phase function multiply in the two-dimensional frequency domain to accomplish consistent compression, and accurately accomplish residual distance ACTS nmo correction, secondary range compression and residual azimuth compression through Stolt interpolation, so as to accomplish focusing; obtaining the distance and orientation two-dimensional time domain focused image through orientation time domain aliasing step; obtaining the boost image, splicing to form a continuous wide surveying and mapping band image output. The method provided by the invention has the advantages of being high in surveying and mapping band width and imaging algorithm accuracy.