In folding-screen mobile phones, magnets are mainly used for magnetic adsorption to ensure stability when opening and closing the screen. For example, the magnets on the left side and the magnets on the right side have opposite opposite poles, and their main function is magnetic adsorption to ensure the stability of the folding screen mobile phone when opening and closing the screen.
Magnets can also control the display state of the screen, such as controlling the screen's on and sleep state.
Importance Of Hinges:
Hinge technology is one of the core technologies of folding screen mobile phones, which determines the user experience and reliability of the device. For example, Huawei Pocket 2 uses the industry's first Xuanwu water drop hinge to achieve the ultimate flatness and seamless closure of the screen. The improvement of hinge technology has a great impact on folding screen mobile phones because it is directly related to the opening and closing effect and durability of the device.
Folding mobile phone hinge magnet technology is not only a key component in the design, but also directly affects the stability, user experience, and market competitiveness of the device. The innovation and application of these technologies enable folding-screen mobile phones to provide a larger screen area and better user experience while maintaining portability.
What Are The Latest Trends?
Ultra-closed precision hinge: The hinge design makes the phone closer when folded, improving overall stability and durability.
Smooth folding technology: It can achieve smooth folding with almost no gaps, which greatly improves the user experience.
Magnetic induction angle detection: The new trend of folding screen mobile phones has begun to use magnetic sensors and magnets for angle detection. This solution can effectively overcome the shortcomings of the first two solutions and is convenient in magnet selection and location arrangement.
Low-power angle sensor: MPS's MagAlpha MA782 angle sensor enables precise angle detection (<0.08°) on the sides of the hinge, which is critical for new folding screen phone designs. This ultra-low-power angle sensor helps further optimize the performance of foldable screen phones.
Invisible hinge technology: This technology uses a cam braking structure and contains more than 60 components. It can closely fit the fuselage and be seamlessly embedded into the mobile phone without affecting the thickness and weight of the product. This design not only improves durability but also maintains the thinness and lightness of the phone.
Xuanwu Water Drop Hinge: Huawei Pocket 2 is equipped with Xuanwu Water Drop Hinge, which greatly improves the flatness of the screen and reduces creases, thereby improving the user's visual experience.
Luban hinge technology: Luban hinge solution not only significantly reduces the weight, but also improves the assembly yield and lifespan by reducing the number of parts, while reducing costs, making folding screen mobile phones more market competitive.
How Does Folding Phone Hinge Magnet Technology Differ From Other Types Of Phones?
The hinge of a folding screen mobile phone is one of its core components, and the advancement of its mechanical structure design directly affects the user experience. The hinge of a foldable phone needs to be able to withstand frequent opening and closing operations while maintaining the integrity and stability of the screen.
Folding screen phones use different hinge solutions. Although the gap after closing can be controlled to a small range, it is still a challenge. In contrast, traditional tablet hinges typically don't have to deal with this gap issue because they don't have a folding feature.
When the foldable screen phone is unfolded, the user needs both hands to turn it into a tablet state. This is due to its unique hinge design. Traditional tablets can be operated with one hand without additional hand assistance.
The hinge technology for foldable phones is more complex and expensive than traditional tablets. This is not only because it needs to deal with the mechanical stress during the folding process, but also because of the technical difficulty in its design and manufacturing process. Therefore, the hinge technology of folding screen mobile phones is one of its main sources of incremental costs.