High resolution motion capture device company

1、 Product Overview

ErgoLAB Wearable Motion Capture System

The wearable portable motion capture system consists of wireless sensors, a 32 channel portable data recorder, and a fixed system. It adopts inertial motion capture technology, which binds inertial gyroscopes to the main key points of the human body, analyzes the displacement variation of the gyroscope to determine the amplitude and distance of human movements. The real-time exercise data of the subjects can be transmitted to the computer through a wireless receiver, without being limited by range and distance. Strong resistance to electromagnetic interference, capable of capturing motion data in complex environments such as real scenes, aircraft simulation cabins, and driving simulation cabins. Through the ErgoLAB human-machine environment synchronization cloud platform, motion posture data can be synchronously collected and analyzed with multimodal data such as eye movement, physiology, behavior, EEG, and physical environment.

2、 Product Features

ErgoLAB Wearable Motion Capture System

·Suitable for various experimental environments, supporting group testing: infinitely wearable, unrestricted in movement, supporting synchronized data collection and multi-target capture for multiple people, and the device is not limited by environment, light, and spatial distance,Strong resistance to electromagnetic interferenceCan be tested in any indoor or outdoor location;

·Real time recording and storage of data: Real time synchronized tracking of the operator's position, distance, and movement of different joints, and real-time display of animation, video, and mechanical analysis data. Data can be replayed, actions can be analyzed, tracked, and adjusted;

·Multi modal data synchronization collection: The ErgoLAB human-machine environment testing synchronization cloud platform can synchronously record the subjects' eye movements, EEG, and physiological signals, and perform data analysis;

·Real time risk assessment and warning of actions and postures are achieved through 3D human motion models.

3、 Application Fields

·In the field of traffic driving and behavioral safety, the system can capture the human-machine interaction movements of the driver during vehicle operation or when entering or exiting the vehicle, and obtain analysis of changes in posture over time, as well as evaluations of posture changes in response to real-world scenarios and various controls;

·In the field of sports and training, the system can capture athletes' movements, facilitate quantitative analysis, research and improvement methods, and enable sports training to break away from a purely experiential state and enter the era of theoretical and digital development;

·In the field of industrial engineering and safety engineering, the system can record the movement and behavior data of workers without interfering with them, thereby evaluating the safety characteristics of workers' work and the entire environment;

·In the field of industrial design, motion capture systems can be used to record the user's posture while using products, in order to improve product comfort. For example, motion capture technology can be used to study the comfort evaluation of seat sitting posture, obtain angle difference data of human body sitting posture on different seats, and compare the comfort differences of different seats;

·In the field of military defense and equipment, motion capture systems can be used to record the movements of soldiers when using equipment, thereby improving equipment design, or using motion capture systems to improve and optimize training movements.

4、 Synchronization scheme

The wearable motion capture system synchronizes with a wide range of data through the ErgoLAB human-machine environment synchronization cloud platform, synchronizing interactive data with a wide range of data, including commonly used physiological data (skin conductance, respiration, heart rate, etc.), EEG electroencephalography, eye movement, human motion, behavior observation, facial expressions, biomechanics.

If researchers hope to obtain more in-depth and comprehensive conclusions than real-time observation, ErgoLAB can provide powerful data post analysis tools, and the system has dedicated signal processing modules and open signal processing interfaces, which can directly export visual analysis reports and original data, supporting third-party integration and customized development.

5、 Company Introduction

Beijing Jinfa Technology Co., Ltd. is a technology-based small and medium-sized enterprise recognized by the Ministry of Science and Technology and Zhongguancun, with independent import and export operation rights; The independently developed technologies, products, and services related to human factors engineering and ergonomics have won multiple provincial and ministerial level scientific and technological awards, software copyrights, and provincial and ministerial level new technology and new product (service) certifications; We have passed multiple international certifications and explosion-proof certifications such as European CE, American FCC, EU RoHS, ISO9001, ISO14001, OHSAS18001, etc.

Jinfa Technology has established an academic research team, technical team, and R&D team specializing in human factors engineering. Through years of industry university research cooperation with research institutions and universities, it has accumulated multiple core technologies in the fields of human factors and ergonomics, as well as state recognition and human-machine efficiency evaluation technologies and research methods based on artificial intelligence algorithms such as machine learning! The laboratory planning and construction technical team of Jinfa Technology provides technical support and after-sales service, covering the entire lifecycle of laboratory construction from planning and layout to equipment training and guidance from multiple perspectives.