31 results about "High-speed camera" patented technology

1. Name of the product in this design: Camera (High-speed camera - SH3). 2. Purpose of this design: This design is used for photographing high-speed moving targets. 3. The key design features of this product are its shape. 4. The image or photograph that best illustrates the design's key points: 3D view 1.

This invention provides a rapid exposure adjustment system and method for high-speed space cameras, belonging to the field of deep space exploration. Combining camera image grayscale statistics and PIN tube metering technology, it integrates the advantages of two traditional exposure time adjustment methods. This system can meet the needs of rapid exposure time adjustment for high-speed cameras in transiently bright scenes, avoiding overexposure of consecutive images due to transient brightness caused by impacts. Simultaneously, it can achieve fine-tuning of exposure time in scenes with gradually changing targets, ensuring imaging effects on sputtering clouds generated by impacts. This invention implements an exposure time adjustment method that combines fast and slow adjustments, as well as coarse and fine adjustments, effectively guaranteeing imaging effects in complex scenes throughout the entire kinetic energy impact process.

The application provides a transparent soil sliding body node motion trajectory tracking method and system, which obtains a motion image sequence and node trajectory data of the transparent soil sliding body through a high-speed camera and a particle image velocimetry testing device; identifies a trajectory fracture interval based on the node trajectory data, extracts motion parameters of the sliding body from the motion image sequence as constraint conditions, and correlates and repairs the fractured trajectory by using a polynomial interpolation method; verifies the repaired trajectory, and outputs complete node motion trajectory data. The application correlates and repairs the fractured trajectory by using the polynomial interpolation method, effectively makes up for the trajectory vacancy problem caused by the transparent soil particle shielding, the testing device shielding and the data acquisition loss, and realizes the trajectory tracking of the whole process of the sliding body node.

The detection system of an x-ray or charged particle imaging system utilizes a high bandgap, direct conversion x-ray detection material. The signal of the x-ray / charged particle projection is recorded in a spatial light modulator, for example a liquid crystal (LC) light valve. The light valve is then read out by a polarized light optical microscope and a high speed camera. The camera is used to track the halo in the light valve to resolve its intensity and correlate it to the intensity of the incoming x-ray photons or charged particles. This allows for a spatially resolved imaging with an x-ray and / or charged particle spectrometer.

The application discloses a flexible multi-body dynamics method verification experimental device, which is used in the field of flexible multi-body dynamics experiments. The system comprises a structure system, a driving system, a measuring system and a connecting system. The structure system comprises a flexible test piece, an auxiliary beam and a counterweight piece. The driving system comprises a servo motor and a feedback control component thereof. The measuring system comprises an accelerometer, an angular displacement sensor, an eddy current sensor and a high-speed camera. The connecting system comprises equivalent torsional spring pieces and design modules for fixing two flexible beam test pieces together, and the system fundamental frequency of the flexible beam is adjusted by changing the torsional spring stiffness. The application provides a device for multi-section flexible beam dynamics experiments, which can accurately measure the displacement response and acceleration response of the test piece, is consistent with the modeling analysis results, and provides an important tool for related research and development.

This application relates to the field of sports event tracking and filming technology, and discloses a method and system for sports event tracking and timing filming. The method includes: analyzing the real-time status of participants based on real-time data collected from at least two mobile high-speed cameras and real-time timing data of the event to obtain real-time status information; calculating the probability of participants at each position based on the real-time status information to construct a set of position distribution probability pipelines; analyzing the coverage value of cameras at different positions on each position distribution probability pipeline in the set of position distribution probability pipelines, and selecting the camera combination with the optimal coverage value; analyzing the real-time status information of participants, assigning at least one tracking role and tracking target to each camera in the camera combination to obtain a tracking and filming strategy; and controlling the corresponding camera to perform target tracking according to the tracking and filming strategy. This application can improve the success rate of capturing moments such as overtaking and sprinting of participants, and improve the quality of tracking and filming.

The application discloses a kind of high impact load under spring mass system dynamic response polarized optical measurement system and method, belong to optical measurement technical field, for analog launch load and service load etc. High impact load working condition of spring mass system, by constructing birefringent interference color feature unit on the surface of the base and mass block of spring mass system, using polarization dark field to filter background stray light, cooperate with high-speed camera, so that mass block presents as high-contrast color spot, through HSV color segmentation and relative displacement calculation based on motion coordinate system, the non-contact, clear and continuous measurement of millisecond transient displacement response of mass block is realized.The application effectively fills the experimental measurement blank of high overload dynamics, eliminates the interference of the increased mass caused by the introduction of sensor in contact measurement, and provides high-fidelity visual data support for the dynamic response research of spring mass system in high dynamic environment.

The utility model belongs to battery shell injection moulding technical field especially a injection moulding mechanical hand for battery shell injection moulding industry, including frame, the inside of frame is provided with rotating device, rotating device includes detection sensor, detection sensor passes through high speed camera and combines image processing algorithm and judges battery shell placement direction, through setting clamping device, the clamping of battery shell is carried out, the telescopic rod of electric push rod telescopic drive slider to lift, when slider rises, the compressed stainless steel spring makes the clamping block reset, thereby makes two clamping blocks relative motion, clamps the battery shell, and the silicon layer is fixedly bonded, and the silicon layer is contacted with the battery shell, improves the clamping force and avoids the damage to the battery shell surface, the descending of slider, drives the clamping block to move back, thereby releases the clamping fixation to the battery shell.

The application provides a fast exposure adjustment system and method for a space high-speed camera, belongs to the field of deep space exploration, combines camera image gray scale statistics and PIN tube photometry technology, collects the advantages of two traditional exposure time adjustment methods, can meet the fast exposure time adjustment of the high-speed camera in a transient light scene, avoids overexposure of continuous images of the camera due to impact of transient high light, and can also realize fine adjustment of the exposure time in a slowly changing target scene, so as to ensure the imaging effect of a sputtering cloud of sputtering objects generated by impact. The exposure time adjustment method combining fast adjustment with slow adjustment and coarse adjustment with fine adjustment is realized, so that the imaging effect of a complex scene in the whole process of kinetic energy impact can be effectively ensured.

The utility model discloses a small size high -speed camera structure of imaging board detachable belongs to high -speed camera structure technical field, the utility model discloses a baffle, front shell and rear shell, and the cooperation board connector is connected between the baffle and the front shell, sets up the mounting hole on the front shell, and the convex block is installed to the lateral wall of front shell, and the thread hole is seted up in the convex block, and the imaging board mounting surface and the board connector are seted up on the front shell, and the hole is seted up on the baffle, and the counterbore is seted up to one end of the hole, and the recess is seted up to the lateral wall of baffle, and the contact plate is seted up to the lateral wall of baffle, and the hole is cooperated with the mounting hole, and the board connector is seted up between the contact plate and the imaging board mounting surface.

A printed circuit board (PCB) includes one or more signal layers in between a first surface and a second surface, the one or more signal layers including a first signal layer. The PCB includes a connector interface disposed on the first surface and a first signal via electrically coupled to the connector interface. The PCB includes first transmission line disposed at the first signal layer electrically coupling a first location to a second location of the first signal layer and a second signal via disposed at the second location. The PCB includes a power-over-cable circuit disposed on the first surface and electrically coupled to the second signal via and a receiver circuit disposed on the first surface adjacent to the power-over-cable circuit. The PCB includes a second transmission line disposed on the first surface layer electrically coupling the power-over-cable circuit to the receiver circuit.

The invention relates to a smooth blasting mesoscopic process visual analysis system and method. The system comprises a borehole peeping instrument, an optical endoscopic instrument, a high-speed camera and a data processing device. The drilling peeping instrument is used for checking and recording speckle changes on the blasting hole of the smooth surface; the optical endoscopic instrument is used for recording optical data of speckle movement and crack propagation images in the blasting process; the high-speed camera is used for recording optical data of speckle movement and crack propagation images in the blasting process; and the data processing device is used for tracking each mass point frame by frame according to optical data of the borehole peeping instrument, the optical endoscopic instrument and the high-speed camera, and determining the displacement of the mass point at each moment by maximizing a cross-correlation function. According to the scheme, the optical data of the rock mass in the blasting process can be accurately collected and recorded, and then through data processing, the rock mass smooth blasting mesoscopic process can be effectively and visually analyzed.

The invention provides a high-energy steam-water-ice three-phase jet mechanism research test device and test method, and belongs to the technical field of multiphase flow thermal hydraulic test devices. The problem that in the prior art, interference of water flowing and air convection on ice layer melting measurement is not considered, and consequently experimental data have remarkable system errors is solved. The device comprises a spray pipe assembly, a visual water tank, a water level and water temperature adjusting device, a measurement and data acquisition device and a steam supply device, the spray pipe assembly and the water level and water temperature adjusting device are both arranged in the visual water tank, and the spray pipe assembly comprises a spray pipe, a target distance adjusting structure and an ice block fixing clamp. The water level and water temperature adjusting device comprises a plurality of ice trays, the longitudinal section of each ice tray is of an inverted-L-shaped structure, and the measuring and data collecting device comprises a high-speed camera, a data collecting system, a weighing sensor, a pressure sensor and a plurality of temperature sensors. The device is mainly used for research tests of steam deicing.

The invention relates to the technical field of avalanche simulation experiments, in particular to a multi-dimensional adjustable avalanche dynamic process simulation experiment system and device and an analysis method. According to the technical scheme, the device comprises an object source sliding groove section fixedly installed at the top of an aluminum profile frame, a speed increasing sliding groove section is fixedly installed at the end of the object source sliding groove section, an erosion sliding groove section and a circulation sliding groove section are further fixedly installed at the top of the aluminum profile frame, and the speed increasing sliding groove section, the erosion sliding groove section and the circulation sliding groove section are in butt joint. According to the device, focused high-strength impact power is formed by injecting air at the directional injector, acts on the accumulated snow body avalanche object source push plate, is endowed with preset initial kinetic energy, drives the accumulated snow body to quickly move downwards along the preset sliding chute, and finally realizes accurate simulation of an avalanche scene; snow flows along the acceleration sliding groove section, the erosion sliding groove section, the circulation sliding groove section and the stacking bin, the high-speed camera is used for shooting an avalanche path, initial kinetic energy is given to an avalanche object source, and an avalanche scene caused by an earthquake is simulated.

The utility model discloses a kind of cavitation visualization test device for simulating the flow regime inside full-through flow pump, it is related to the field of pump test, include front guide vane body, improved impeller, impeller chamber, guide vane body, water outlet elbow, high-speed camera and pump shaft, by the geometric model of improved impeller and impeller chamber, the internal flow passage of test device is kept consistent with full-through flow pump, that is, equivalent to obtain the complete flow field of full-through flow pump, improved impeller and impeller chamber are manufactured using organic glass, to realize the visualization of its internal state.

The invention relates to a visual mold flow analysis experiment system and a use method, and belongs to the field of precision casting. Comprising a vertical core pressing machine or an angle type core pressing machine, a visual ceramic core mold, a light source, a high-speed camera and mold flow analysis software, according to the method, the virtual and actual visualization process of the high-solid-content ceramic slurry is realized by adopting a method of mold flow analysis, calibration of a mold with a temperature and pressure sensor and calibration of a transparent mold, so that a reliable scheme is provided for solving the defects of difficulty in mold filling, virtual connection, air trapping and the like of a wet ceramic core, rapid optimization and verification of the ceramic core mold are realized, and the production efficiency is improved. And the preparation difficulty and the development period of the ceramic core with a complex structure are effectively reduced.

The utility model relates to welding quality detection technical field, concretely for adaptive regulation's laser scanning weld joint identification device, including the casing, still include: for carrying out scanning identification of weld joint's laser scanner, the laser scanner sets up in one side of casing, for carrying out image acquisition of weld joint's high speed camera, high speed camera fixedly connects on one side outer wall of casing, adjusting assembly, drives adjusting assembly work for expanding the scanning range of laser scanner through high speed camera to weld joint image and gathers, for carrying out the adjustment of laser scanner laser beam divergence angle and spot size's beam expanding component, the utility model discloses the linkage design of adjusting assembly and beam expanding component realizes the adaptive regulation of laser scanner scanning range.

The utility model discloses a roll material divides and cuts appearance AOI development's identification device, including device main part still includes setting conveying assembly, first fixed bolster of fixed installation on device main part, adjustment assembly on first fixed bolster, install the mounting plate on adjustment assembly, fixed mounting high speed camera module on mounting plate, setting drive assembly on mounting plate, setting slide support on drive assembly, first gear on rotation connection in slide support. Through the staff to start relevant components, make that the cleaning roller body rotates, cooperate and go out air jet to spray out the air to the high speed camera module mirror surface and carry out the cleaning, form " mechanical wiping + airflow blowing " the dual cleaning mechanism, and this kind of collaborative cleaning mode not only can fully remove the impurity on mirror surface, still can avoid the impurity residual problem possibly caused by single cleaning mode, ensure the cleanliness of the high speed camera module's camera surface.

The utility model discloses a high-speed camera fixing device which comprises a camera body, a mounting seat and a fixing seat, the mounting seat is arranged at the bottom of the camera body, a butt joint assembly is arranged on the mounting seat, and the mounting seat is in butt joint with the interior of the fixing seat through the butt joint assembly. The butt joint assembly comprises a butt joint disc placed in the fixing base, a clamping assembly used for being clamped in the fixing base and an adjusting assembly used for moving the clamping assembly, and the butt joint disc is arranged at the bottom end of the mounting base. According to the utility model, through the arrangement of the butt joint assembly, the mounting seat on the camera body is stably mounted on the fixing seat through the butt joint assembly in a clamping manner, and the clamping manner is very rapid in mounting and dismounting; the problem that a high-speed camera used in the movie and television industry is frequently disassembled and a high-speed camera fixed through a flange bolt in the prior art cannot meet the requirement is solved.

The utility model relates to the technical field of gluing machines, and discloses an automatic material receiving device of a gluing machine, which comprises a base, a vertical plate is fixedly mounted on the outer wall of the base, a sliding seat is slidably connected to the outer wall of the top of the base, a main machine is fixedly mounted at the top of the sliding seat, and a material conveying belt is rotatably connected to the inner wall of the vertical plate. The inner wall of the main machine is slidably connected with a telescopic clamping plate, and the outer wall of the main machine is fixedly provided with a fixing plate. When the height of materials at the top of a placing plate reaches a certain height, a high-speed camera sends an electrical signal to a motor, so that the motor is started, the motor drives a threaded rod to rotate, the threaded rod drives a sliding plate to move, and the sliding plate drives a placing plate to move; and the sliding plate moves to drive the two placing plates to move, so that the sliding plate with materials on the upper side moves towards the outer part of the vertical plate, and the other placing plate moves towards the inner part of the vertical plate.

The utility model provides a beverage production line bottle falling detection device based on visual detection, which is arranged at a bottle falling position of a beverage production line and comprises a movable support, a high-speed camera, a high-speed video camera and a computer, the high-speed camera, the high-speed video camera and the computer are arranged on the movable bracket; the high-speed camera and the high-speed video camera are connected with the computer; when a bottle falling phenomenon occurs in the beverage production line, a maintainer operates the computer to play back pictures recorded by the high-speed camera so as to determine the reason of bottle falling. The high-speed camera is used for recording the whole process of bottle transferring pictures, and the dynamic process of the bottle falling moment can be collected. Compared with the prior art which can only judge the bottle toppling result, the device can provide frame-by-frame backtracking high-definition images for maintenance personnel to help the maintenance personnel to visually analyze bottle toppling inducements such as abnormal speed of the conveying belt, surface structure defects and guardrail scratching, and the accuracy and efficiency of fault diagnosis are greatly improved.

The utility model discloses a steel wire rope strength detection device with an anti-loosening structure, which comprises an operation box and supporting rods, the supporting rods are symmetrically arranged at the top of the operation box, the bottom ends of the supporting rods are fixedly sleeved with a top plate, and the middle part of the top side of the top plate is fixedly connected with a first hydraulic cylinder; the device can simulate upward lifting or downward lifting of the steel wire rope for strength detection, the detection effect better meets the actual demand, the practicability is greatly improved, and the outer surface of the steel wire rope body can be effectively prevented from being abraded by a common clamping structure in a positioning mode of winding and fixing the two ends of the steel wire rope body; the steel wire rope body cannot be easily loosened, the anti-loosening positioning effect on the steel wire rope body is further improved, the high-speed camera bodies on the two sides alternately ascend and descend, and the high-speed camera bodies can be used for comprehensively recording the tension detection process of the steel wire rope; a worker can more effectively observe the tearing process and details of the steel wire rope.

This invention relates to an experimental apparatus for testing the dynamic mechanical properties of energetic materials, comprising an incident rod, a transmission rod, and a high-speed camera, as well as a sealed reaction chamber disposed between the incident rod and the transmission rod. The free ends of the incident rod and the transmission rod extend into the sealed reaction chamber from opposite sides. An observation window is provided on the first side wall of the sealed reaction chamber corresponding to the high-speed camera, which can be used for recording images. This invention solves the problem in existing experimental apparatuses where the lens of the high-speed camera is damaged by the splashing of reactants, debris, etc., generated during the test.

The invention discloses a testing device for a fluid-solid coupling effect of a strong shock wave and a material structure. According to the invention, the shock tube is adopted to generate shock waves with high Mach number and stable waveform, the window area is arranged between the low-pressure section and the pressure relief section of the shock tube, and the to-be-tested missile target material plate is sealed in the window area through the test piece clamping device, so that the coupling effect of the shock waves and the test piece can be conveniently observed by adopting a high-speed camera; strain gauges are arranged on the missile target material plate, and strain data are recorded; meanwhile, in consideration of the problems that the size of an observation area is large, a point light source is adopted in a laboratory and the space of the laboratory is narrow, double slits are improved, and a reflector and a convex lens are added, so that a traditional linear light source schlieren instrument is suitable for the point light source in the laboratory, the optical path is shortened under the condition that the large observation area is met, and the distortion degree is small. The device is suitable for a narrow laboratory environment.

To track certain difficult facial features such as mouth corners and teeth during speech, the camera sensor system (212 / 306 / 308 / 318 / 320) generates RGB / IR images and the system also uses light intensity change signals from the event-driven sensor (EDS) (212 / 306 / 318), as well as signals from the microphone (328) for speech analysis. In this way, the camera sensor system achieves improved performance tracking at lower bandwidth and power consumption (equivalent to using very high speed cameras).

The application discloses a propeller hydrodynamic characteristic testing device for a super-high-speed circulating water tank, which comprises a circulating water tank test section, the upper portion of the circulating water tank test section is provided with a mounting frame, the mounting frame is fixedly connected with the upper end of a hanging sword suspension frame, the lower end of the hanging sword suspension frame is fixedly provided with a propeller hydrodynamic performance tester for measuring propeller thrust and torque, the mounting frame is fixedly provided with a water sealing plate mechanism for adjusting the free liquid surface state of the circulating water tank and a sealed cabin cover for adjusting the state of a cavitation water cylinder, and the sealed cabin cover is fixed to the upper end of the mounting frame; the outer portion of the circulating water tank test section is provided with a first illuminating light source, a second illuminating light source and a high-speed camera for shooting the cavitation process of the propeller through the circulating water tank test section; and the water sealing plate mechanism and the propeller hydrodynamic performance tester are arranged in the circulating water tank test section. The application can realize the comprehensive testing of the hydrodynamic performance and cavitation of the propeller under the super-high-speed free liquid surface state and the cavitation water cylinder state.

The application discloses a three-dimensional large-size dynamic water grouting simulation diffusion test device and test method, and belongs to the technical field of dynamic water grouting engineering. The test device comprises a variable-pressure water supply device, a grouting device, a simulated grouting pipeline and a monitoring system. The simulated grouting pipeline comprises a water inlet pipeline, a grouting pipeline and a water outlet pipeline. The grouting pipeline can be divided into two parts, i.e., an upper part and a lower part, so as to facilitate taking out of the grouting plugging body after unfolding and subsequent research. The monitoring system comprises a pressure sensor, an ultrasonic flowmeter, a high-speed camera, a computer, a distributed optical fiber and an optical fiber decoder. The test device and test method provided by the application can be used for measuring the plugging performance of slurry in a dynamic water karst pipeline under complex geological conditions, selecting the best construction parameters according to site conditions, and realizing the research on the rheological properties of dynamic water grouting slurry and the diffusion theoretical model through the optical fiber monitoring technology.

The single-mirror coaxial schlieren imaging method for observing vortex structure in a shock tube belongs to the technical field of fluid flow experiment test, and relates to a single-mirror coaxial schlieren imaging method for observing vortex structure in a shock tube. The method integrates a point light source and a blade to construct an integrated coaxial light source, and uses a schlieren mirror, a shock tube and a high-speed camera to build a single-mirror coaxial schlieren imaging system. In the system, the incident light of the point light source is reflected by the schlieren mirror, passes through the flow field in the shock tube and is focused on the tip of the blade. The blade is used to interfere with the focal point. Because the airflow density in the shock tube is different, the refractive index of the light is different, different schlieren gray images with different light and dark degrees are formed, and the high-speed camera is used to record the change of the vortex structure in the shock tube. The method is easy to debug and saves a lot of experimental debugging time. On the basis of ensuring the light intensity, the influence of ghosting and astigmatism is reduced, and the schlieren imaging of the vortex structure in the shock tube is accurate and clear.