OPTIS is working with Virtual Engineering Centre to bring capabilities and possibilities to a variety of industries. Virtual reality (VR), coupled with augmented reality (AR) and mixed reality (MR), can be used to modernize and revolutionize many industries in incredible new ways. We see it being accepted by the health and education industries, but in the automation industry, AR and MR visualizations offer tremendous advantages in production. Today, OPTIS is working with Virtual Engineering Centre to bring capabilities and possibilities to a variety of industries. Commercial customers can access facilities in Darsbury, near Lington and downtown London, and use digital technology to test their products and processes in the digital environment. Last year, OPTIS introduced a new software for VR prototypes, using NvidiaQuadrogpu to use high-level detail and real-world 3D prototypes. The virtual reality environment allows teams from around the world to collaborate in a shared space. The virtual prototype saves money on physical prototypes, allowing designers and companies to view their products in real time and quickly identify any design issues. Virtual Engineering Centre hopes that this will bring industry professionals together and find new ways to increase productivity and keep the UK competitive in the global market for new technologies. OPTIS Vice President Fabrice Mekersi said to partners: "With OPTIS's human vision and light simulation technology, combined with the facilities and skills of the center, we can provide real benefits to our industrial partners and gain a competitive advantage in their markets. So far, UK companies can explore how immersive virtual reality can be integrated into products and manufacturing processes, because OPTIS' VR solution makes every step from the first prototype to final verification possible. Dr. Charles Patchett, a technical expert at the Virtual Engineering Centre, also said: "Virtual reality is a fortunate industry, can get valuable production time, and lead in the future, this is a problem with our agreement." We can only hope that new partnerships will enable many companies to realize the benefits and potential benefits of productivity by integrating new technologies into their workflows. An electronic clock device with a wireless network monitoring camera is characterized in that it comprises an electronic clock device body with a wireless network monitoring camera; the electronic clock device body with a wireless network monitoring camera is composed of a foot, a wireless transmission module, a It consists of a rechargeable battery, a speaker, a touch display screen, a camera, a casing, an infrared device, and a microprocessor; the feet are fixedly installed at the bottom of the rechargeable battery; a casing is fixedly installed on the top of the rechargeable battery, and the The interior is provided with a touch screen, a camera, an infrared device and a microprocessor; the microprocessor is electrically connected to the rechargeable battery through wires; the wireless transmission module, speaker, display, camera and infrared device are connected to the micro processor through wires The display screen is arranged at the bottom of the camera, and the camera is surrounded by an infrared device; the wireless transmission module is fixedly installed on both sides of the rechargeable battery, and the speakers are opened on both sides of the casing Camera Watch,HD Camera,HD1080 Camera Jingjiang Gisen Technology Co.,Ltd , https://www.gisengroup.com
