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[Case Study] Displacement Measurement System

[Case Study] Displacement Measurement System

High-precision drones capable of autonomous flight below 1mm! They can also be used for behavior measurement and performance testing.

To achieve stable flight of drones or to fly along a predetermined route, flight control is performed using position information received from GPS. However, this inevitably leads to challenges in accuracy. In response, Acuity offers a 'Displacement Measurement System' that enables high-precision flight control of drones without relying on radio wave reception. This system can also be utilized for measuring displacement, as well as for tracking trajectories based on a specific point as the origin and for three-dimensional measurement of posture and angles. 【Challenges and Requests Before Implementation】 ■ Accuracy of Drone Positioning - The accuracy of positioning with GPS is between 2 to 5 meters, making high-precision flight control difficult. ■ Not suitable for environments where radio wave reception is challenging. *For more details, please refer to the PDF document or feel free to contact us.

  • Other measurement, recording and measuring instruments
  • Displacement Measurement System

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[Case Study] Poka-Yoke for Preventing Operational Errors and Omissions

[Case Study] Poka-Yoke for Preventing Operational Errors and Omissions

Project the next tightening position during screw tightening! Achieve zero tightening omissions and ensure quality.

In the screw tightening process, to ensure that the work is completed without mistakes and that quality is guaranteed, double-checking and triple-checking are incorporated into the workflow. In this context, a system that displays progress on a monitor and allows for simultaneous work and checking is noteworthy. The screw tightening positions are projected using projection mapping. With pre-settings, the next screw tightening position is shown in blue, the screws that have been tightened are shown in green, and the screws that have been tightened incorrectly are shown in red, directly projecting the work content. This allows anyone to easily and accurately perform screw tightening according to the correct procedures without the need for a procedure manual. [Challenges and Requests Before Measurement] ■ If there is no space to install a PC monitor, it is not practical to check the PC during work and view the progress at any time. *For more details, please refer to the PDF document or feel free to contact us.

  • Other inspection equipment and devices
  • Displacement Measurement System

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Acuity Inc. Business Introduction

Acuity Inc. Business Introduction

Optimize motion capture to measure "everything."

Acuity Inc. refers to the attitude of uniting our thoughts with all our colleagues, customers, clients, and everyone involved to tackle challenges together as "One Mind." This is the motto necessary for our technologies, products, and services to be reliable and trusted. To realize this "One Mind," we will act based on the principles of using "wisdom" for ideas and proposals, and taking actions and making decisions with "will." We will contribute to society with the same mindset of "One Mind" for the changing needs of the times. 【Core Business】 - Producing optimal proposals - Developing software that accurately shapes requirements - Providing technical support to solve customer issues - The product strength of OptiTrack For more details, please contact us or download the catalog.

  • Other embedded systems (software and hardware)
  • Displacement Measurement System

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[Case Study] SKYCOM Positioning Function

[Case Study] SKYCOM Positioning Function

Measurement accuracy is within 0.1mm! Simultaneously perform welding alignment of shipbuilding panels while transporting them with a crane.

In shipbuilding welding operations, the panels are aligned according to the CAD data from the design drawings, and welding is performed by robots. At this time, the challenge is whether the additional panels can be accurately transported to the positions specified in the CAD data relative to the reference panel. With the introduction of the software "SKYCOM" for alignment, it is possible to check the current position in real-time against the CAD data while transporting the panels. This process does not require much labor from preparation to position measurement and is compatible with large parts. [Challenges and Requests Before Implementation] ■ While confirming that the position is according to the CAD data, it is not possible to check the position while transporting the parts. ■ The process of transporting → measuring → confirming → re-transporting → measuring → confirming incurs significant labor costs. ■ It is fundamentally impossible to measure due to the large size. *For more details, please refer to the PDF document or feel free to contact us.

  • Software (middle, driver, security, etc.)
  • Displacement Measurement System

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[Example] Simplifying the alignment of dummy figures in automotive collision tests.

[Example] Simplifying the alignment of dummy figures in automotive collision tests.

Alignment - Conduct collision tests and analysis all in one system! Achieve significant reduction in man-hours.

In thread testing, when placing a dummy doll at a specified position, measuring with an arm-type three-dimensional measuring device or a convex lens, and confirming the position leads to a repetitive cycle of measuring → confirming → position correction → measuring, which significantly increases labor costs. By utilizing the alignment function of the software "SKYCOM" used in displacement measurement systems, it is possible to easily and efficiently place people and objects at specified positions. This system allows for a consistent process from the setup of the dummy doll to the actual measurement, eliminating the need for multiple systems for different applications. [Challenges and Requests Before Implementation] ■ The repetitive cycle of measuring → confirming → position correction → measuring significantly increases labor costs. ■ Since the intended experiment is an automobile collision test, setup changes are necessary, along with the introduction of various sensors and measuring devices. *For more details, please refer to the PDF materials or feel free to contact us.

  • Testing Equipment and Devices
  • Displacement Measurement System

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[Case Study of Displacement Measurement System] Measurement of Timing Belt Deflection

[Case Study of Displacement Measurement System] Measurement of Timing Belt Deflection

Dynamic analysis in 3D is possible with a low introduction budget! A system with over 100 measurement achievements.

In the measurement of industrial belt behavior, high-speed cameras that can respond to the high-speed behavior of belts during operation and measure non-contact are often chosen. However, there is a drawback of high introduction costs, making it difficult to implement. The "displacement measurement system" allows for simultaneous measurement of over 100 points by attaching seal-type reflective markers to any desired location for measurement, enabling simultaneous behavior measurement at multiple points. Additionally, it supports 3D measurement at 1,000Hz, and the introduction cost is low, including initial expenses. [Challenges and Requests Before Introduction] ■ High-speed cameras - High introduction costs - In measurements with a big gauge, the measurement points are limited to one location, and the measurement device is applied to that single point, allowing measurement of only the maximum displacement at one location. *For more details, please refer to the PDF document or feel free to contact us.

  • Other measurement, recording and measuring instruments
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[Measurement Case Studies] 7 Selections of Video Measurement

[Measurement Case Studies] 7 Selections of Video Measurement

Introducing seven selected measurement software! Various measurements such as distortion, displacement, and behavior can be performed.

In "7 Selections of Video Image Measurement," we introduce measurement examples using various measurement software from Library Corporation. Included are images from 2D displacement strain measurements during the maximum shear strain measurement of the surrounding ground of a tunnel subjected to buoyancy, as well as visualization images of soil movement around a foundation affected by pull-out forces through 3D displacement measurements, along with the system configuration for various measurement and analysis scenarios. [Contents (excerpt)] ■ 2D displacement strain measurement (soil) ■ 3D displacement measurement (soil) ■ 3D motion measurement (ships, marine structures) ■ 2D long-term behavior measurement (insects, fish, etc.) *For more details, please refer to the PDF document or feel free to contact us.

  • Image analysis software
  • Other measurement, recording and measuring instruments
  • Displacement Measurement System

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[Case Study] Measuring the displacement of a five-story building from 30 meters away during a large-scale vibration experiment.

[Case Study] Measuring the displacement of a five-story building from 30 meters away during a large-scale vibration experiment.

Real-time multi-point simultaneous measurement! The analysis results are visualized in various ways, such as graphs and numerical values for each measurement point.

When conducting vibration tests on structures in the construction industry, such as buildings and bridges, measurement methods utilizing displacement meters and laser trackers are available. However, there are many challenges, including the time required for preparation, the difficulty of post-processing after measurement, and the unsuitability for real-time verification of analysis data on-site. To address this, a 'displacement measurement system' was utilized to excite a full-scale reinforced concrete frame test specimen and measure and analyze displacement amounts simultaneously at multiple points. The preparation time was reduced from one month to three days, and the experimental workload was decreased to one-tenth. [Challenges and Requests Before Contracted Measurement] ■ Requires several days for preparation and is cumbersome for post-processing after measurement ■ Unsuitable for real-time verification of analysis data on-site *For more details, please refer to the PDF document or feel free to contact us.

  • Other measurement, recording and measuring instruments
  • Displacement Measurement System

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