アドイン研究所 List of Products and Services

The "OWL (AME-OL200)" is a three-dimensional measurement system equipped with a RICOH THETA Z1 360° camera. The main unit has been made smaller and lighter than before. The total weight, including the monopod and battery, is 2.9 kg, which is a 20% reduction from the previous weight of 3.7 kg. Additionally, a vibration motor has been built into the battery base. It notifies you of the start and end of the scan with vibrations. 【Features】 - Smaller and lighter than the previous generation OWL, improving portability - Scanning time is halved compared to before, completing a scan in 22.5 seconds per location - The resolution of the laser scanner (laser emission amount) is doubled - Supports dual-frequency GNSS module (L1/L2) - Standard scan switch included on the battery base - Built-in vibration motor to notify the end of the scan *For more details, please download the PDF or feel free to contact us.

• Other electronic measuring instruments

We would like to introduce our management support software for operational revenue and expenditure planning, 'OWL Report'. You can read in the stand survey data and standing tree data obtained from OWL, allowing for a consistent process up to the operational revenue and expenditure plan. It is also possible to aggregate stand survey data from multiple plots of small compartments proportionally based on their area. The format of the plan can be customized according to the customer's requests. 【Features】 ■ Load stand survey data analyzed with OWLManager specified by small compartment units ■ Aggregation through area proportional distribution of multiple plots ■ It is also possible to recalculate volume and biomass by adding any correction calculation formulas ■ Automatically calculate amounts and totals based on input values such as coefficients *For more details, please download the PDF or feel free to contact us.

• Other information systems

The "OWL TreeLogDetector" is a log detection support software that allows for the measurement of the diameter at the end of logs by attaching a digital camera to the OWL (when using a tripod) and utilizing the point cloud from the OWL's 3D sensor along with the camera images. The measurement results are output in CSV format. It leverages the advantages of the 3D sensor (capable of detecting indentations using its own emitted light, and measuring size without the use of markers) and the advantages of camera images (high positional accuracy due to high resolution). If detection is performed with the ends of the logs aligned at the logging site, direct shipping to customers becomes possible. 【Features】 ■ Measurement results are output in CSV format ■ Utilizes the advantages of the 3D sensor and camera images *For more details, please download the PDF or feel free to contact us.

• Other information systems

The "OWL Trail Designer" is a software tool that supports the construction of work paths based on tree data and 3D point cloud data obtained from OWL. It can be set up with simple operations, allowing for immediate verification in a 3D state. It can calculate earthwork volume, length, and area, as well as the number and position of obstructing trees. Additionally, it can output longitudinal and cross-sectional views. The constructed work paths can be exported as shapefiles using OWLManager. [How to Create] ■ Draw the centerline of the work path while checking contour lines, tree positions, and longitudinal slope angles. ■ Measure the anticipated route of the work path with OWL during forest surveys and connect that route. *For more details, please download the PDF or feel free to contact us.

• Other information systems

We would like to introduce our operational revenue and expenditure planning support software, 'OWL Report2'. By launching the harvesting plan software within OWL Report, it is possible to automatically calculate the income in the operational plan. The basic format of the planning document is in Excel format, allowing customers to freely set the default values. 【Features】 ■ Multiple plot aggregation function ■ Multiple screen allocation function ■ Harvesting plan execution function ■ Cultivation plan output function ■ Operational plan creation function *For more details, please download the PDF or feel free to contact us.

• Other information systems

We would like to introduce our timber planning support software, 'OWL Processor'. Based on the standing tree data (diameter at breast height, tree height, shape) and log market prices obtained from OWL, it predicts the volume and price (income) of logs to be harvested while the trees are still standing. This can be used for visualizing assets and calculating operational profitability. Please feel free to contact us if you have any inquiries. 【Features】 ■ Predicts the volume and price of logs to be harvested based on standing tree data and log market prices ■ Can be used for visualizing assets and calculating operational profitability *For more details, please download the PDF or feel free to contact us.

• Other information systems

We would like to introduce "OWLMatching," which we handle. By matching the tree tops obtained through laser and image analysis from satellites, aircraft, and drones with the positions of OWL trees, it is possible to associate each individual tree. This facilitates the improvement of accuracy in large-area conversions from above by using OWL tree information. 【Features】 ■ Matching tree tops with OWL tree positions ■ Ability to associate each individual tree *For more details, please download the PDF or feel free to contact us.

• Other information systems

We would like to introduce the "DXF File Output Plugin" that we handle. Based on the results analyzed by OWLManager, it outputs DXF files that can be used in CAD software. It compresses point clouds within any specified height range from the ground and outputs them as lines. Additionally, it outputs trees (standing trees), terrain, contour lines, scan locations, and more. 【Output Targets (Partial)】 ■ Lines extracted from point clouds ■ Trees (standing trees) ■ Tree information such as diameter at breast height and tree height ■ Stakes ■ Terrain *For more details, please download the PDF or feel free to contact us.

• Other CAD related software

We would like to introduce our soil conservation support software, "OWL Construction." Using the tree, ground, and 3D point cloud data obtained from OWL, it is possible to assist in design and construction. It is also easy to confirm the location and number of trees that may obstruct construction. Longitudinal and cross-sectional drawings (with equal intervals possible) can be created and output as DXF files for CAD systems. 【Features】 ■ Assists in design and construction using tree, ground, and 3D point cloud data ■ Easy to confirm the location and number of trees *For more details, please download the PDF or feel free to contact us.

• Other CAD related software

We would like to introduce our "Harvest Survey Support Application." Based on the procedures for conducting harvest surveys using ground laser scanners, this application automatically processes harvest survey data utilizing orthoimages and ground laser scanners (OWL), significantly reducing the burden of analysis work and automatically outputting the necessary charts and reports. This product consists of a tree top detection tool (exe file), sample line selection support (Excel macro file), and harvest survey aggregation report (Excel macro file). [Usage Scenarios in Harvest Survey Procedures] ■ Survey area perimeter measurement and aerial photography using drones ■ Setting up sample lines ■ Sample tree surveys ■ Ground laser measurements ■ Aggregation of survey data and output of reports *For more details, please refer to the related links or feel free to contact us.

• Business Intelligence and Data Analysis

We would like to introduce the "OWL-AR Navigation System" that we handle. Based on the forest map information (forest resource data) obtained from OWL, we create management plans. Even in forests where GPS accuracy is low or GPS signals cannot be received, we use AR (augmented reality) technology to quickly navigate to the target trees based on the spatial relationships of standing trees. This is a system that displays various information on smart glasses. 【Features】 ■ Acquisition and updating of current location ■ AR display of standing tree information ■ Route search and AR navigation *For more details, please download the PDF or feel free to contact us.

• Other information systems

"OWLManager" is dedicated software for analyzing and displaying data scanned with the OWL measurement device (OWL data). Due to its simple and easy-to-understand structure, anyone can use it easily. The software license is available in two types: a standard purchase license and an annual license. 【Features (partial)】 ■ Survey data creation ■ Tree position map ■ Tree list and aggregation ■ Survey area setting ■ Tree walkthrough (OWLWalker) *For more details, please refer to the related links or feel free to contact us.

• Document and Data Management

The "OWL Measurement Device (AME-OL10x model)" is used in conjunction with a dedicated OWL monopod, and it features a one-touch attachment for easy setup and storage. The operation is simple, allowing anyone to use it easily. Additionally, the "OWL dedicated monopod" is telescopic, and the extension operation can be performed effortlessly with a lever. Please feel free to contact us if you have any requests. 【Specifications (excerpt)】 ■ Measurement Accuracy - Diameter at breast height: Error of 2 cm or less for trees 10 m away - Average tree height: Approximately 1 m error ■ GPS: Equipped (used for calculating the location information of measurement points and standing trees) *For more details, please refer to the related links or feel free to contact us.

• Other electronic measuring instruments

The "OWL (AME-OL200)" is a forest 3D measurement system equipped with a RICOH THETA Z1 360° camera. The main unit has been made smaller and lighter than previous models. The total weight, including the monopod and battery, is 2.9 kg, which is a 20% reduction from the previous weight of 3.7 kg. Additionally, a vibration motor has been built into the battery base. It notifies you of the start and end of the scan with vibrations. 【Features】 - Smaller and lighter than the previous OWL, improving portability - Scanning time is halved compared to before, completing scans in 22.5 seconds per location - The resolution of the laser scanner (laser emission amount) is doubled - GNSS module compatible with dual frequencies L1/L2 - Standard scan switch included on the battery base - Built-in vibration motor to notify when the scan is complete *For more details, please download the PDF or feel free to contact us.

• Other electronic measuring instruments

"AUL" allows you to obtain a variety of information, including breast height diameter, tree height, and curvature, simply by pressing a button, as well as position maps and average timber volume from measurement data. When the scan button is pressed, the laser scanner rotates 180° over 45 seconds. It demonstrates excellent capabilities beyond just a measuring device, allowing you to recreate forests on your computer at any time, such as through 3D walkthroughs of the forest. 【Features】 ■ Captures data from above widely ■ FDA safety class 1, safe for the eyes ■ Easy to carry even for women ■ Easy to use in difficult terrain with a monopod design ■ Scanning requires just one button operation ■ Tree management is possible on GIS *For more details, please refer to the PDF document or feel free to contact us.

• Other measurement, recording and measuring instruments
• others

The image-oriented fuzzy neural-equipped learning image recognition engine is a revolutionary image matching inspection system that can quickly learn ambiguities and variations in real-time, allowing for immediate matching without the need for cumbersome adjustments. For more details, please download the catalog.

• Image analysis software

The fuzzy neural technology application image processing software learns ambiguities and variations quickly in real-time and automatically creates optimal defect detection fuzzy rules for each image. It can be easily trained with a small number of good product samples, allowing for efficient and fast variety registration even for small lots and diverse products. For more details, please download the catalog.

• Image analysis software

The real-time image learning/matching inspection system equipped with fuzzy neural technology can quickly learn ambiguities and variations in real-time, allowing for immediate matching without the need for cumbersome adjustment tasks. For more details, please download the catalog.

• Image analysis software