ライブラリー List of Products and Services

The UV5102M/UV5102C is a multifunctional video camera system that achieves high speed and high resolution with a single camera. It connects the camera to a computer via a USB 3.0 cable, allowing for easy recording and file saving using dedicated software. The recorded images can be used for a wide range of video analysis, including displacement analysis, behavior analysis, motion analysis, fluid analysis, and area/concentration analysis. Additionally, it is an effective filming tool as a multi-camera system for observing moving objects and measuring large areas by synchronously connecting multiple cameras.

• High Speed Camera

It is possible to measure brightness, concentration, color changes, area, circularity, maximum diameter, and perimeter in real-time from camera images. The components of this product consist of a camera, a PC, and Onion software only.

• Image analysis software

Radish is a real-time tracker that realizes "quantification of movement," "position measurement," "coordinate measurement," "displacement measurement," "velocity measurement," and "6 degrees of freedom (6DOF)" from two-dimensional planes to three-dimensional spaces through software. It has been achieved without using dedicated hardware (specialized devices). Additionally, with a variety of development tools (Radish SDK), applications in areas such as real-time feedback, real-time control, and visual recognition have expanded. Please verify the stable reproducibility and high precision of this software, which has adapted to the rapid evolution of personal computers, without frame drops. For real-time control, it is also equipped with digital output (Ethernet) and analog voltage output (optional).

• Image analysis software

This is software that can correct projection images taken from an angle and distorted images captured with a wide-angle lens. Additionally, data values measured with the corrected transformation values of the images can also be calibrated in the same way.

• Image analysis software

This is software that generates image information from specified areas or lines in a video along the time axis (vertical/horizontal axis) as images. The generated image can represent the process of concentration changes over time (t) as a single image. This allows for the visualization of the speed, period, and oscillation (vibration) of objects passing through certain parts of the image, which can be confirmed visually.

• Image analysis software

This software allows for easy PIV measurement (velocity distribution measurement) simply by loading a visualized video file. The measurement procedure is straightforward, consisting of four steps. The measurement results can display average vectors, and it is possible to save vector images and measurement data. It is effective in reducing labor costs for experiments and field measurements.

• Image analysis software

This is software for measuring the curvature, orientation, and direction of movement of fish bodies, nematodes, snakes, and other organisms' trunks and cables. The results can be displayed using the separately sold "2D Video Measurement Software Move-tr/2D," which allows for graph displays and data storage (CSV files) of coordinates, movement distance, total length, speed, angles, and more.

• Image analysis software

This software performs displacement measurement from images captured with a video camera or a digital single-lens reflex camera, using the "2D Video Measurement Software Move-tr/2D" to analyze displacements caused by material and soil changes. It calculates strain from the coordinate data of the measurement results and outputs numerical data and contour maps. The 2D strain measurement requires the 2D video measurement software "Move-tr/2D" and the fluid measurement software (PIV) "Flow-PIV."

• Image analysis software

It is a multifunctional general-purpose image analysis software that supports various digital images (still images, videos). It is used in a wide range of fields such as medicine, science, engineering, pharmacy, and materials analysis. Numerical data from various measurement results can be saved in text format files.

• Image Processing Software

This is software that measures two-dimensional movements and actions offline from image files captured by a video camera. The measurement results can display overlays of images and trajectories, as well as various graphs for coordinates, displacement, speed, acceleration, distance between two points, angles, and more, along with numerical data displays. Additionally, it covers a wide range of parameters necessary for observing various movements and actions, providing strong support for research and experiments.

• Image analysis software
• Other measurement, recording and measuring instruments
• Image Processing Software

It is possible to measure the average/highest/lowest brightness of arbitrary areas (rectangular, circular, line) in monochrome/color images, as well as changes in the area ratio, increase rate, and centroid coordinates of specified density values (brightness values) of objects.

• Image analysis software

It is possible to measure the velocity distribution of flow fields and movement/displacement from visualized image data of water flow, air flow (wind tunnels, spraying, air conditioning), spraying, object displacement, strain, and facial expression changes. The measurement method supports the concentration correlation method (PIV) and achieves high-speed processing through the adoption of optimized algorithms. Since it can continuously process images over long periods, it is ideal for quantifying and numerically analyzing dynamic changes.

• Image analysis software

By simply adding this recording unit to our company's Himawari series camera system, synchronized recording of images and various sensor signals (analog signals) can be easily performed with just one computer.

• Image analysis software

We measure the three-dimensional position coordinates of moving objects from images captured by multiple cameras (multi-camera). The measurement results can be synchronized and verified through various displays, including overlaying trajectories and stick pictures on the images from each camera, 3D animation displays that can be viewed from free perspectives, and various graph displays for coordinates, displacement, velocity, acceleration, distance between two points, angles, and numerical data.

• Image Processing Software
• 3D measuring device
• Distance measuring device