Good news for Huawei!
Recently, the State Intellectual Property Office (CNIPA) published an invention patent titled "A Fiber Endface Inspection Method" with patent number CN117754408A. In addition, the latest data from the market research institute BCI shows that in the first quarter of 2024, Huawei will increase by 81% year-on-year to 10.584 million units, accounting for 15.5%, ranking second! Huawei's invention patent for optical fiber endface inspection method not only refreshes the traditional perception in the field of automated inspection, but also brings unprecedented changes to the communications industry with its unique design concept and efficient performance, which has aroused widespread attention and discussion in the industry.
The core of Huawei's fiber endface inspection method is to accurately analyze the fiber endface by obtaining images taken along the axis of the fiber endface and using a series of carefully arranged point light sources. These point light sources are evenly distributed in the axial direction of the fiber end face and are located in front of it. When the plane on which the fiber end-face image is located is used as the projection plane, the projection of these point light sources falls on the concentric circles formed by the projection of the center of the circle. This design makes clever use of the principles of geometrical optics to make the inspection process more accurate and reliable.
It is worth mentioning that these point light sources create reflective areas at the edges corresponding to the end faces of the fiber. These reflective areas are accurately imaged onto the image of the fiber endface, providing critical information for inspection. By acquiring and analyzing the area information of these reflective areas, researchers can accurately determine whether the overall tilt angle of the fiber endface is acceptable. This innovative judgment standard not only improves the accuracy of detection, but also greatly reduces the possibility of misjudgment.
In addition, Huawei's optical fiber endface inspection method uses advanced image processing technology to perform high-precision analysis of the obtained optical fiber endface images. By comparing the area information of the reflective area corresponding to each point light source, researchers can quickly identify potential problems and take appropriate measures to fix them in time. This fast and accurate detection method not only improves production efficiency, but also ensures the stability and reliability of communication quality.
According to a recent statistical report released by BCI, a market research organization, Huawei's performance in the global smartphone market is quite eye-catching. In the first quarter of 2024, Huawei's smartphone shipments increased by 81% year-on-year to 10.584 million units, reflecting its continued competitiveness in the global smartphone market. According to the report, Huawei's market share increased to 15.5%, ranking second in the global smartphone market. In the face of many difficulties and challenges, Huawei has successfully enhanced its brand value and expanded its market share by adhering to independent R&D, increasing innovation, and optimizing product layout. In particular, Huawei's continuous investment and innovation in cutting-edge technologies such as 5G and AI have won wide recognition from the market.
The beauty given by technology should belong to everyone. Huawei's optical fiber end-face inspection method has brought revolutionary changes to the field of automated inspection with its unique design concept and excellent performance. In addition to the P70 series of mobile phones, Huawei will also launch new notebooks, GT watches and tablets. An all-round feast of science and technology, the release of Huawei P70 series will undoubtedly lead a new round of science and technology boom!
This time, do you support Huawei?