CHANCCTV-OPTICSLENS

1. What is ITS? An Intelligent Transportation System (ITS) is an integrated transportation system that combines advanced technologies—such as information technology, data communication, sensor technology, electronic control technology, and artificial intelligence—to enhance the safety, efficiency, and sustainability of the transportation system. ITS was developed to address issues such as traffic congestion, air pollution, and road safety. The system optimizes transportation infrastructure and services—including traffic signal control, route guidance, and public transport management. By significantly alleviating traffic congestion, effectively reducing traffic accidents, enhancing the safety of transportation systems, and curbing environmental pollution, it has become a quintessential application within the field of the Internet of Things (IoT). What is ITS 2. There are many benefits to using ITS ITS can be applied to various modes of transportation, including road, rail, air, and mar...

With the advancement of AI technology, an increasing number of innovative applications rely on machine vision to function. In this process, the prerequisite for AI to be effective is that smart devices can see and see clearly, and optical lenses play an indispensable and important role in this process. 1.CCTV lenses are facing a technological upgrade Judging from the development trends of video surveillance systems, the technological upgrade path for CCTV lenses is primarily characterized by the following aspects: 1) Reliability and lens cost Security surveillance systems place high demands on the high-temperature resistance of lenses, a factor that is central to their reliability. Since CCTV lenses must operate in harsh weather conditions, the ability to withstand high temperatures is crucial. A high-quality lens must maintain focus and avoid image distortion under high-temperature conditions—typically tested within the 60–70°C range. Meanwhile, the market is increasingly trendin...

1. Industrial lens mounts There are three mainstream lens mount types: F-mount, C-mount, and CS-mount. The F-mount is a universal mount, generally suitable for lenses with a focal length greater than 25mm; while when the focal length of the objective lens is less than 25mm, due to the small size of the objective lens, a C-mount or CS-mount is used, and some also use an M12 mount. The difference between the C mount and the CS mount : The difference between C-mount and CS-mount interfaces lies in the distance from the lens-camera contact surface to the lens's focal plane (the position where the camera's CCD image sensor is located): this distance is 17.53 mm for C-mount and 12.5 mm for CS-mount. C- mount lenses are compatible with C-mount cameras, and CS-mount lenses are compatible with CS-mount cameras. A C-mount lens can be used with a CS-mount camera by adding a 5mm C/CS adapter ring. However, a CS-mount lens cannot be used with a C-mount camera. Industrial lens mounts 2. Ba...

A fisheye lens is an extreme wide-angle lens that introduces barrel distortion to "compress and deform" the physical space, thereby obtaining an ultra-wide-angle image with a field of view of 180 to 270 degrees. Although there are large differences between the object and the image, the resolution is not affected, and the one-to-one correspondence between the object point and the image point can be guaranteed, so that a clear image over a large area can be achieved. To achieve the widest possible field of view, the front element of this type of lens protrudes forward in a parabolic shape—resembling a fish's eye—hence the name "fisheye lens." Most fisheye lenses are fixed focus lenses, with only a very small number being varifocal lenses. Due to their ultra-wide-angle characteristics, fisheye lenses play a significant role in fields such as astronomy, meteorology, forest fire prevention, and national defense. 1. The imaging principle of fisheye lenses The visua...