20240013764. NOISE REDUCTION GLASSES FOR VIDEO SHOOTING simplified abstract (SHENZHEN YINGSHIKANG TECHNOLOGY LTD)
Contents
NOISE REDUCTION GLASSES FOR VIDEO SHOOTING
Organization Name
SHENZHEN YINGSHIKANG TECHNOLOGY LTD
Inventor(s)
Qiang Guo of Shenzhen, Guangdong (CN)
Yiming Wang of Shenzhen, Guangdong (CN)
NOISE REDUCTION GLASSES FOR VIDEO SHOOTING - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240013764 titled 'NOISE REDUCTION GLASSES FOR VIDEO SHOOTING
Simplified Explanation
The present disclosure is about a pair of noise reduction glasses designed for video shooting. The glasses have a frame with at least one camera unit, an image processor, and a wifi module. The camera unit captures an image signal and sends it to the image processor, which then transmits it to the main control unit. The wifi module is connected to the main control unit and allows for wireless connection to an external terminal, enabling real-time transmission of the captured image.
- The glasses have a camera unit integrated into the frame, allowing users to capture video footage from their perspective.
- The image processor processes the captured image signal and sends it to the main control unit, ensuring high-quality video output.
- The wifi module enables wireless connectivity to external terminals, allowing for real-time streaming of the captured video to other users.
- The glasses also feature a sound pickup and noise reduction circuit, which collects external shooting noise and reduces it to provide noise-reduced audio to the user through a noise reduction earphone.
- This active shooting noise reduction function helps protect the shooter's hearing during video shooting.
Potential applications of this technology:
- Live broadcasting: Users can stream real-time video footage to smart terminals, allowing others to watch the scene as it happens.
- Supervision: The glasses can be used for remote supervision, where a supervisor can monitor the video feed in real-time and provide guidance or feedback.
- Teaching: The glasses can be used for instructional purposes, where a teacher can demonstrate techniques or procedures through the live video feed.
- Recording: The glasses provide a convenient way to capture video footage without the need for holding a separate camera.
Problems solved by this technology:
- The glasses address the need for live viewing during video shooting, allowing others to observe the scene in real-time.
- The active shooting noise reduction function protects the shooter's hearing by reducing external shooting noise.
Benefits of this technology:
- Convenience: The integrated camera unit eliminates the need for separate cameras, making video shooting more convenient.
- Real-time streaming: The wifi module enables real-time transmission of the captured video, facilitating live broadcasting and remote supervision.
- Hearing protection: The active shooting noise reduction function helps protect the shooter's hearing during video shooting.
Original Abstract Submitted
the present disclosure relates to a pair of noise reduction glasses for video shooting. a frame of the glasses is provided with at least one camera unit, and an image processor is electrically connected to the camera unit and a main control unit respectively and is configured to process an image signal from the camera unit and transmit it to the main control unit; and a wifi module is electrically connected to the main control unit and is configured to be wirelessly connected to an external terminal and transmit an image captured by the camera unit in real time. in the present disclosure, the camera unit is provided on the frame, and the wifi module is added to transmit a real-time image, so that other users can watch a real-time scene in front of the noise reduction glasses for video shooting through a live broadcast by means of smart terminals, which meets the needs of the users for live viewing, supervision, teaching and recording, and the convenience of use is improved. in addition, the glasses of the present disclosure collect external shooting noise through a sound pickup, and then form noise-reduced audio through a sound pickup and noise reduction circuit and output it to a noise reduction earphone to realize an active shooting noise reduction function, which provide effective protection for the shooter's hearing.
