18441734. ASPIRATION VACUUM SOURCE simplified abstract (Neuravi Limited)
Contents
ASPIRATION VACUUM SOURCE
Organization Name
Inventor(s)
ASPIRATION VACUUM SOURCE - A simplified explanation of the abstract
This abstract first appeared for US patent application 18441734 titled 'ASPIRATION VACUUM SOURCE
The patent application describes an aspiration vacuum source that includes a vessel with a positive pressure fluid chamber and a vacuum chamber. The source has a primary tubing connected to the positive pressure fluid chamber via an auxiliary tubing. A fluid piston is movable within the positive pressure fluid chamber, while a vacuum piston is movable within the vacuum chamber to create a vacuum.
- The aspiration vacuum source includes a vessel with positive pressure fluid and vacuum chambers.
- A primary tubing is connected to the positive pressure fluid chamber via an auxiliary tubing.
- A fluid piston moves within the positive pressure fluid chamber, while a vacuum piston creates a vacuum in the vacuum chamber.
- A secondary tubing is connected to the vacuum chamber for fluid communication.
- A manual pump is connected to the primary tubing to produce a vacuum in the vacuum chamber.
Potential Applications: - Medical devices for suctioning fluids during surgeries or medical procedures. - Laboratory equipment for sample aspiration and filtration processes. - Industrial applications for vacuum sealing or packaging processes.
Problems Solved: - Efficiently creating a vacuum source for various applications. - Providing a reliable and adjustable vacuum pressure. - Simplifying the design of aspiration systems.
Benefits: - Precise control over vacuum pressure. - Compact and versatile design for different uses. - Enhanced efficiency in fluid aspiration processes.
Commercial Applications: "Advanced Vacuum Aspiration System for Medical and Industrial Use"
Questions about the technology: 1. How does the manual pump affect the production of vacuum in the vacuum chamber? 2. What are the advantages of having separate positive pressure fluid and vacuum chambers in this system?
Original Abstract Submitted
An aspiration vacuum source comprises a vessel having a positive pressure fluid chamber and a vacuum chamber. The vacuum source having a primary tubing, and the positive pressure fluid chamber connected in fluid communication with the primary tubing via an auxiliary tubing. A fluid piston is slidably received within the positive pressure fluid chamber. A vacuum piston is slidably received within the vacuum chamber and produces a vacuum within the vacuum chamber upon movement of the vacuum piston. The fluid piston and the vacuum piston are each fixedly attached to be movable together within the positive pressure fluid chamber and the vacuum chamber, respectively. A secondary tubing is connected in fluid communication to the vacuum chamber. A manual pump is connected in fluid communication with the primary tubing. A vacuum is producible in the vacuum chamber in response to repeated manipulation of the manual pump.
