SONICEDGE LTD. (20240340576). Ultrasonic Pump And Applications simplified abstract
Contents
Ultrasonic Pump And Applications
Organization Name
Inventor(s)
Mordehai Margalit of Zichron Yaaqov (IL)
Mikkel Mosbæk Qvist Harteg of Smørum (DK)
Ultrasonic Pump And Applications - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240340576 titled 'Ultrasonic Pump And Applications
The abstract describes an ultrasonic pump that includes a mechanical layer with at least one membrane and an acoustic channel. The membrane is configured to oscillate at ultrasonic frequencies and generate at least one audio signal by changing the dimension of the acoustic channel.
- The ultrasonic pump consists of a mechanical layer with a membrane and an acoustic channel.
- The membrane is designed to oscillate at ultrasonic frequencies.
- The movement of the membrane changes the dimension of the acoustic channel, generating audio signals.
Potential Applications: - Medical devices - Industrial processes - Laboratory equipment
Problems Solved: - Efficient fluid pumping at ultrasonic frequencies - Generation of audio signals for various applications
Benefits: - Precise control of fluid flow - Compact design - High frequency operation
Commercial Applications: Ultrasonic pumps can be used in medical devices, industrial processes, and laboratory equipment. The technology offers precise fluid control and compact design, making it suitable for various commercial applications.
Prior Art: Researchers can explore existing patents related to ultrasonic pumps and membrane technology to understand the prior art in this field.
Frequently Updated Research: Stay updated on advancements in ultrasonic pump technology, membrane design, and acoustic channel optimization for improved performance.
Questions about Ultrasonic Pump Technology: 1. How does the membrane in an ultrasonic pump generate audio signals? 2. What are the potential commercial applications of ultrasonic pump technology?
Original Abstract Submitted
an ultrasonic pump includes a mechanical layer with at least one membrane; and an acoustic channel. a portion of the at least one membrane comprises at least a part of the acoustic channel so that a movement of the membrane changes the dimension of the acoustic channel. the membrane is configured to oscillate at ultrasonic frequencies and generate at least one audio signal.
