Huawei technologies co., ltd. (20240264292). DETECTION SYSTEM AND TERMINAL DEVICE simplified abstract
DETECTION SYSTEM AND TERMINAL DEVICE
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DETECTION SYSTEM AND TERMINAL DEVICE - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240264292 titled 'DETECTION SYSTEM AND TERMINAL DEVICE
The patent application describes a detection system that includes a beam splitting module, a polarization module, and a frequency mixer.
- The beam splitting module splits an input signal light into a first signal light and a second signal light.
- The polarization module processes the first signal light to obtain a transmitted signal light and processes the reflected signal light to obtain a third signal light.
- The frequency mixer mixes the second signal light with the third signal light to obtain a mixed output.
Potential Applications: - Optical communication systems - Remote sensing technologies - Laser-based measurement devices
Problems Solved: - Efficient detection and processing of optical signals - Enhanced signal quality and accuracy
Benefits: - Improved signal processing capabilities - Enhanced performance in optical systems - Increased accuracy in data collection
Commercial Applications: Title: Advanced Optical Detection System for Enhanced Signal Processing This technology can be utilized in telecommunications, aerospace, and scientific research industries for improved signal detection and processing, leading to more accurate data analysis and communication.
Questions about the technology: 1. How does the polarization module enhance the quality of the transmitted and reflected signal lights? 2. What are the potential limitations of the frequency mixer in this detection system?
Original Abstract Submitted
a detection system includes a beam splitting module, a polarization module, and a frequency mixer. the beam splitting module is configured to perform beam splitting processing on an input signal light to obtain a first signal light and a second signal light. the polarization module is configured to: output a transmitted signal light obtained after at least first polarization processing is performed on the first signal light; and obtain a reflected signal light of the transmitted signal light, and output a third signal light obtained after at least second polarization processing is performed on the reflected signal light. the frequency mixer is configured to perform frequency mixing processing on the second signal light and the third signal light, or is configured to perform frequency mixing processing on the third signal light and a fourth signal light obtained after at least third polarization processing is performed on the second signal light.
