The AR glasses – C2000S are considered industrial-grade since every component, from the optical module to the whole pair of glasses, to the system platform and the AI algorithm is independently designed. Our AR glasses are the first 5G, monocular array waveguide integrated AR glasses with industry-leading performance and scene adaptation.
The ten significant sections of visual presentation, interactive experience, transmission speed, and anti-extreme environment have all undergone extensive focused specific design in order to take into account for the extreme requirements of numerous industrial scenarios. The following provides an explanation of these 10 sections.
Visual field occlusion in industrial activities can pose a risk to worker safety. The Goolton C2000-S industrial AR glasses can offer the highest level of operational safety. Its right and left eyes can be worn together. The transmittance of our optical waveguide is 81.5%, which can virtually be seen with the naked eye. These glasses have adopted an independent anti-interference design to effectively prevent light incursion from all angles and guarantee the screen information is clearly seen in order to provide a clear display.
We employ a 48-megapixel zoom camera module to address the issue of gathering data for far and up-close situations, while the anti-shake of EIS+OIS addresses the issue of image quality and dizziness.
At the same time, the laser positioning anchor point is created, which makes it easier to capture the target data adequately and ensure its authenticity. Our night illumination accessories have also been set up to meet the needs of all-weather operations.
The adoption of the 5G+ industry is coming closer and closer in the face of industrial digital transformation.
We thus have a built-in 5G chip solution that complies with the demands of industrial computing power and performance, making the mobile high-speed connection to cloud computing and IoT data a typical configuration. To provide a solid connection and low latency of data transfer in industrial application situations, we have also developed upgraded WIFI 6, Bluetooth 5.2, and full-channel link capabilities for industrial growth.
We give the operation safety index more importance due to the high industry standards for safety. It can be worn securely by a variety of individuals. In addition to meeting the adaptation needs of different wearables, such as wearing hard helmets, goggles, etc. at the same time, the field of vision deflection technology is employed to achieve an unobstructed field of view, three-axis, six-direction, and multi-dimensional adjustment capabilities. For each important connecting component, we have tested its strength more than 5,000 times.
The difficulties with noise at the job site contribute to the complexity of the industrial environment. In order to ensure a high-precision identification rate and call effect, we passed the solution test while designing the voice solution and chose a multi-mic noise reduction solution that achieved a noise reduction of more than 95 dB.
Voice and head movements are appropriate in most situations and the majority of situations, are the most natural engagement techniques that allow people to use their hands more freely.
However, the two interaction techniques mentioned above might fail in unique circumstances. So, we also include manual knob interaction to address this issue in addition to voice control and head movement control.
For industrial operations, extreme heat, bitter cold, rain, dust, and other adverse conditions provide significant difficulties. We developed an IP66 waterproof and dustproof machine to efficiently handle environmental problems and assure steady use in these challenging areas.
In order to guarantee that workers won’t suffer any discomfort when wearing the device for an extended period of time, we simulated the most appropriate wearing and force model.
Wearing safety gear, such as helmets and goggles, is frequently essential when doing some risky jobs. Our equipment can be freely mixed and matched with helmets and protective gear and is highly integrated with the actual scene and high-frequency operating behavior.
Our AR glasses contain a built-in backup battery to make sure that the connection is maintained when the the battery is changed, allowing for seamless and effortless coordination of the task. We have also improved battery protection, and explosion-proof protection, in response to the demands of industrial safety norms.
The C2000-S is exceptional in every way, meticulously designed for industrial use, and equipped with a variety of very effective features.
Optical display module
Our optical module has been developed to increase operational stability and operational efficiency indicators when combined with the demands of industrial situations.
We chose a low-power Micro-OLED micro-display chip solution to address the needs for the long-term human body-wearing comfort and battery life.
In order to ensure transparency of the viewing range and a wider field of view, the field of view has been deflected and adjusted, and the exit pupil distance of 36MM and the eye box size of 13X10mm have been accomplished. The light machine is compact, has a high light efficiency, and can produce over 400 nits of eye-catching brightness while using just 550 MW of electricity thanks to a self-developed innovative optical route design.
The self-developed optical waveguide uses a revolutionary film system design that produces a visual experience of virtual and actual fusion as well as good brightness uniformity over the whole field of vision. The image quality has greatly recovered, and the imaging distortion is less than 1%. It is specifically made to be a protective case that is waterproof, drop-proof, rock-solid in severe situations, and complies with military and dual-use regulations.
New self-developed Webb OS system
The C2000D operating system built on Android that operates with AR glasses is called Webb OS. To give the head-mounted wearable device the best performance possible, we heavily altered the Android native. Because Webb OS is compatible with Android apps, creating C2000D applications is just as simple as creating mobile apps. In addition, Webb OS comes with built-in system voice commands. We can directly control the function buttons on the APP by language while it is running on a C2000D. We also offer an SDK toolkit. Standard development techniques are provided for the C2000D’s use with regard to the camera, microphone, buttons, etc.
Full-stack AI service platform
The assistance of AI algorithms is essential to the industrial use of AR glasses. We have created a full-stack AI platform that is appropriate for AR glasses. The Goolton AI platform is made up of a model management module, a tool set module, a model training module, an AI reasoning module, a sample library module, and an AI atomic capability module.
Rich industrial AI algorithm models
A series of face recognition, behavior detection, target tracking, speech recognition, gesture recognition, text recognition, defect recognition, infrared recognition, temperature measurement, autonomous reading of instruments and meters, industrial visual measurement, etc. are developed by relying on the AI algorithm platform and industry deep cultivation data.
System architecture combining device and cloud
Goolton’s VSLAM solution uses a device-cloud combination architecture based on the device-side IMU+camera’s 6DOF real-time data. With the use of cloud servers and AR, new functionalities, such as visual relocation, multi-sensor fusion, plane signs, and 3D object tracking, are made possible. Realize delivery in a variety of domains, including AR home decoration and industrial maintenance guidance, positioning, and navigation.
The SLAM point cloud
Real-time, centimeter-level positioning accuracy using VSLAM in conjunction with a device and the cloud, reaction times at the millisecond level, and angle errors within two degrees. It Supports the generation of multi-point special effects in content as well as dynamic gesture interaction. Enhancing the convenience and naturalness of the MR experience.
AR+AI Application Scenarios
Our augmented reality (AR) glasses for inspection operations are the equivalent of always having a smart assistant at their side to ensure the effectiveness and security of inspection operations. The specialists may now stay at home thanks to these spectacles’ remote guiding capability. Simply sending regular after-sales staff to a client’s location and connecting them with specialists using augmented reality (AR) glasses would improve efficiency and cut expenses when dealing with customer issues. These glasses have a wide range of applications in remote cargo inspection and acceptance. The procedure is quick and easy, saving businesses money on trip and lodging expenses. The cost of learning has significantly decreased because of the use of augmented reality (AR) glasses for industrial training.
Our augmented reality (AR) glasses for inspection operations are the equivalent of always having a smart assistant at their side to ensure the effectiveness and security of inspection operations. The specialists may now stay at home thanks to these spectacles’ remote guiding capability. Simply sending regular after-sales staff to a client’s location and connecting them with specialists using augmented reality (AR) glasses would improve efficiency and cut expenses when dealing with customer issues. These glasses have a wide range of applications in remote cargo inspection and acceptance. The procedure is quick and easy, saving businesses money on trip and lodging expenses. The cost of learning has significantly decreased because of the use of augmented reality (AR) glasses for industrial training.
Additionally, while we were landing, we discovered that many different businesses had distinct demands, so we developed unique industry solutions for them.
In the energy industry, inspection, operation, and maintenance are routine needs, and system integration and stability standards are very strict. It is now simpler to link the AR smart terminal with the enterprise’s digital platform with the aid of AR glasses in order to realize a seamless connection of the process and access to the original. The work order system substitutes a new AR electronic work order for the prior papers order.
The challenges we confront in the MRO sector of the aviation industry are significant. The ground crew inspects an aircraft immediately after it lands, generally in only a few minutes. The airplane fuselage is covered in thousands of rivets, all of which must be seen with the human eye. Check to make sure nothing is missing or loose. Based on the technology of 5G+AR+AI, we can detect rivet anomalies in real time using AR glasses, analyze and judge in real time on the cloud, and support ground personnel in making decisions, dramatically increasing efficiency.
A whole suite of AR+AI digital solutions is transforming how people traditionally operate in the headquarters of vehicle manufacturers, and AR+AI also satisfies the needs of “future factories.” Many customs offices around the nation have used the smart inspection system using augmented reality glasses.
Goolton Technology is committed to improving industrial cognition through AR innovation, and AI empowers industry upgrading and reform. Goolton is deeply involved in the digital twin and digital interaction of AI+AR and is positioned as an enterprise-level multi-scenario digital solution service provider.
