Seiko epson corporation (20240288362). Optical Device And Spectroscopic Device simplified abstract
Contents
Optical Device And Spectroscopic Device
Organization Name
Inventor(s)
Shoichi Takasuna of Shiojiri (JP)
Optical Device And Spectroscopic Device - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240288362 titled 'Optical Device And Spectroscopic Device
The abstract describes an optical device consisting of three main systems: an incident optical system, an analysis optical system, and a length measurement optical system.
- The incident optical system includes a laser light source and a light dividing element that splits the laser light.
- The analysis optical system comprises a first light dividing element, a first mirror for modulation, a second mirror, and a light receiving element for sample-derived and modulation signals.
- The length measurement optical system features a second light dividing element, an optical feedback unit, and a light receiving element for displacement signals generated by the first mirror.
- Key Features and Innovation:**
- Utilizes laser light source for incident optical system - Incorporates modulation signals for analysis optical system - Optical feedback mechanism for accurate length measurements
- Potential Applications:**
- Precision measurement devices - Optical inspection systems - Scientific research equipment
- Problems Solved:**
- Achieving accurate length measurements - Enhancing modulation signals for analysis - Improving optical feedback mechanisms
- Benefits:**
- High precision in length measurements - Enhanced modulation capabilities - Reliable optical feedback for improved accuracy
- Commercial Applications:**
Potential commercial uses include: - Manufacturing industries for quality control - Scientific research laboratories for precise measurements - Medical imaging devices for enhanced diagnostics
- Questions about Optical Devices:**
1. How does the optical feedback unit contribute to accurate length measurements? 2. What are the advantages of using laser light sources in optical devices?
- Frequently Updated Research:**
Stay updated on advancements in laser technology and optical feedback mechanisms for improved optical devices.
Original Abstract Submitted
an optical device includes: an incident optical system; an analysis optical system; and a length measurement optical system. the incident optical system includes a laser light source, and an incident light dividing element that divides the laser light. the analysis optical system includes a first light dividing element that divides the first divided light and then mixes the light, a first mirror that adds a first modulation signal to the one first divided light by movement and reflection, a second mirror, and a first light receiving element that receives the first divided light including a sample-derived signal and the first modulation signal. the length measurement optical system includes a second light dividing element that divides the second divided light and then mixes the light, an optical feedback unit that feeds back the one second divided light to the second light dividing element, and a second light receiving element that receives the second divided light including a displacement signal generated by the first mirror.
