博文

目前显示的是 八月, 2024的博文

Structural Design Principles And Application Directions Of Automotive Lenses

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A utomotive lenses are widely used in the automotive field, starting from driving records and reversing images and gradually extending to ADAS assisted driving, and the application scenarios are becoming more and more abundant. For people who drive cars, automotive lenses are like another pair of "eyes" for people, which can help the driver provide auxiliary perspectives, record the driving process, provide safety protection, etc., and are very important driving equipment. Structural design principles of a utomotive lenses The structural design principles of automotive lenses mainly involve optical, mechanical design, and image sensor aspects: Optical design Automotive lenses need to achieve a large viewing angle range and clear image quality in a limited space. Automotive lenses use an optical lens system, including convex lenses, concave lenses, filters and other components. The optical design is based on optical principles, including the determination of the number of len...

Application Of Industrial Lenses In Lithium Battery Industry And Photovoltaic Industry

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Industrial lenses are optical lenses specially designed for industrial vision applications, mainly used for visual inspection, image recognition and machine vision applications in the industrial field. In the production process of various industries, industrial lenses play an important role. 1 、 Application of industrial lenses in the lithium battery industry Automated production Industrial lenses can be combined with machine vision systems to realize the automation of lithium battery production lines. Through the lens to collect data, the machine vision system can perform intelligent analysis and processing to achieve automatic assembly, testing, sorting and other functions of lithium battery products, improving production efficiency while reducing labor costs. Conduct product quality inspection Industrial lenses can be used for quality inspection of lithium battery products, including appearance inspection, dimension measurement, surface defect detection, etc. Industrial lenses can ...

The Main Structure, Steering Principle And Cleaning Method Of Endoscope Lens

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As we all know, endoscopic lenses are widely used in the medical field and are used in many of the examinations we usually do. In the medical field, an endoscope lens is a special device mainly used to observe organs in the body to diagnose and treat diseases. Today, let’s learn about endoscopic lenses. 1 、 The main structure of the endoscope lens The endoscope lens usually consists of a flexible or rigid tube with a lens with a light source and camera, which can directly observe live images of the inside of the human body. It can be seen that the main structure of the endoscopic lens is as follows: Lens:   Responsible for capturing images and transmitting them to the display. Monitor:   The image captured by the lens will be transmitted to the monitor through the connecting line, allowing the doctor to see the internal situation in real time. Light source:   Provides illumination to the entire endoscope so that the lens can clearly see the parts that need to be observe...

Development Characteristics And Advantages Of Machine Vision Systems

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With the continuous development of new imaging technology, artificial intelligence technology and deep learning technology, the machine vision industry has also achieved rapid development. Machine vision systems can simulate and realize human visual functions and are widely used in industry, medicine, agriculture, security and other fields, bringing many conveniences and innovations to human life and production. 1 、 Development characteristics of machine vision systems In recent years, machine vision systems have shown the following development characteristics: Applying deep learning techniques Deep learning technology (such as convolutional neural networks) has been widely used in machine vision systems, greatly improving the accuracy and efficiency of system image processing and object recognition. Therefore, the development of deep learning technology has promoted the intelligence and automation level of machine vision systems. Real-time and high efficiency With the improvement of ...

The Function And Common Application Areas Of Telecentric Lenses

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Telecentric lenses are a special type of lens used as a complementary type to industrial lenses and are mainly used in optical systems for imaging, metrology and machine vision applications. 1 、 The main function of telecentric lens   The functions of telecentric lenses are mainly reflected in the following aspects: Improve image clarity and brightness Telecentric lenses can make images clearer and brighter by refocusing light and controlling its direction. This is very important for improving the imaging quality of optical instruments, especially when it is necessary to observe small structures or low-contrast samples. Eliminate distortion Through strict processing, manufacturing and quality inspection, telecentric lenses can effectively reduce or eliminate lens distortion and maintain the accuracy and authenticity of imaging. Extended field of vision Telecentric lenses can also help extend the field of view, allowing the observer to see a wider area, which helps to fully observ...

Can Industrial Lenses Be Used On Cameras? What Is The Difference Between Industrial Lenses And Camera Lenses?

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  1. Can industrial lenses be used on cameras? Industrial lenses are generally lenses designed for industrial applications with specific features and functions. Although they are different from ordinary camera lenses, industrial lenses can also be used on cameras in some cases. Although industrial lenses may be used on cameras, the following factors need to be considered when selecting and matching, and testing and adaptation work should be done to ensure that they can be used normally on the camera and achieve the expected shooting effect: Focal length and aperture. The focal length and aperture of industrial lenses may be different from traditional lenses of cameras. The appropriate focal length and aperture control need to be considered to ensure the desired picture effect. Interface compatibility. Industrial lenses usually have different interfaces and screw designs, which may not be compatible with the lens interfaces of traditional cameras. Therefore, when using industrial l...