Apple inc. (20240347250). NESTED CARRIER ACTUATORS FOR MOVING OPTICAL COMPONENTS simplified abstract
Contents
NESTED CARRIER ACTUATORS FOR MOVING OPTICAL COMPONENTS
Organization Name
Inventor(s)
Sinclair A. Minshull of Sunnyvale CA (US)
Sanush N. Kehelella of Santa Clara CA (US)
NESTED CARRIER ACTUATORS FOR MOVING OPTICAL COMPONENTS - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240347250 titled 'NESTED CARRIER ACTUATORS FOR MOVING OPTICAL COMPONENTS
The abstract describes electromagnetic actuator arrangements with nested carriers, allowing for the movement of an optical component relative to a stationary base.
- The nested carriers consist of an intermediate carrier connected to the base and an inner carrier coupled to the intermediate carrier.
- The inner carrier can carry an optical component, such as a diffuser, and control its movement by manipulating the intermediate and/or inner carrier.
- This innovation enables precise and controlled positioning of optical components for various applications.
Potential Applications:
- Precision optical instruments
- Laser systems
- Microscopy devices
- Imaging systems
Problems Solved:
- Achieving accurate and controlled movement of optical components
- Enhancing the performance of optical systems
- Simplifying the adjustment and alignment of optical elements
Benefits:
- Improved precision in optical component positioning
- Enhanced functionality of optical devices
- Increased efficiency in optical system design and operation
Commercial Applications:
- Manufacturing of high-precision optical instruments
- Research and development in optics and photonics industries
- Integration into medical imaging devices
Prior Art: Prior art related to this technology may include patents or research papers on electromagnetic actuators, optical component positioning systems, and precision optical instruments.
Frequently Updated Research: Researchers may be exploring advancements in electromagnetic actuator technology, optical component manipulation, and applications in various industries.
Questions about Electromagnetic Actuator Arrangements with Nested Carriers:
1. How do electromagnetic actuator arrangements with nested carriers improve the functionality of optical systems?
- The nested carriers allow for precise movement and positioning of optical components, enhancing the performance of optical devices.
2. What are the potential commercial applications of electromagnetic actuator arrangements with nested carriers?
- These arrangements can be used in manufacturing high-precision optical instruments, research in optics industries, and medical imaging devices.
Original Abstract Submitted
various embodiments disclosed herein describe electromagnetic actuator arrangements having nested carriers. the nested carriers include an intermediate carrier moveably connected to a stationary base, and an inner carrier moveably coupled to the intermediate carrier. the inner carrier may carry an optical component, such as a diffuser, and may move the optical component relative to the stationary base by controlling the movement of the intermediate and/or inner carrier.
