18591610. Actuating Member and Related Device simplified abstract (HUAWEI TECHNOLOGIES CO., LTD.)
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Actuating Member and Related Device
Organization Name
Inventor(s)
Actuating Member and Related Device - A simplified explanation of the abstract
This abstract first appeared for US patent application 18591610 titled 'Actuating Member and Related Device
The abstract describes an actuating member and related device applicable to optical communication scenarios such as OXC, VOA, WSS, or projection display fields. The device includes fastening structures, a rotating frame, combs, and cantilever beams for connection and movement.
- The device includes a rotating frame connected to fastening structures using cantilever beams.
- Combs are formed on the rotating frame and fastening structures in a staggered manner.
- A rotating platform is located inside the rotating frame, connected by a second cantilever beam.
- The device allows for precise actuation and movement in optical communication and projection display applications.
Potential Applications: - Optical Cross Connect (OXC) systems - Variable Optical Attenuators (VOA) - Wavelength Selective Switches (WSS) - Projection display technology
Problems Solved: - Precision actuation in optical communication systems - Efficient movement in projection display devices
Benefits: - Improved performance in optical communication scenarios - Enhanced functionality in projection display applications
Commercial Applications: Title: Advanced Actuating Member for Optical Communication and Projection Display Devices This technology can be used in telecommunications companies, projection display manufacturers, and research institutions to enhance the performance and functionality of optical communication systems and projection displays.
Questions about the technology: 1. How does the actuating member improve the efficiency of optical communication systems? 2. What are the key advantages of using this device in projection display technology?
Original Abstract Submitted
An actuating member and a related device are provided, and may be applied to an optical communication scenario such as OXC, VOA, or WSS, or the field of projection display. A first fastening structure (), a second fastening structure (), and a third fastening structure () are fastened to a substrate. A rotating frame () is connected to the first fastening structure () by using a first cantilever beam (), and a first comb () is formed on the rotating frame (). The first comb () is arranged in a staggered manner with a second comb (), and the second comb () is formed on the second fastening structure (). A rotating platform () is located at an inner side of the rotating frame (), the rotating platform () is connected to the rotating frame () by using a second cantilever beam ().
