Murata manufacturing co., ltd. (20240341352). NEBULIZER simplified abstract
Contents
NEBULIZER
Organization Name
murata manufacturing co., ltd.
Inventor(s)
NEBULIZER - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240341352 titled 'NEBULIZER
The abstract describes a nebulizer with a discharge outlet, a nozzle with a gas hole and liquid supply path, and an opening center displaced from a reference axis.
- The nebulizer includes a discharge outlet for communication with the outside.
- The nozzle has a gas hole for supplying gas and a liquid supply path for supplying liquid.
- The liquid hole in the liquid supply path is located adjacent to the gas hole.
- The suction inlet in the liquid supply path sucks liquid to be supplied.
- The opening center of the discharge outlet is displaced from a virtual first reference axis.
Potential Applications: - Medical devices for respiratory treatments - Industrial applications for atomizing liquids - Research equipment for aerosol studies
Problems Solved: - Efficient delivery of gas and liquid in a nebulizer - Precise control of liquid supply - Optimal dispersion of aerosols
Benefits: - Improved respiratory therapy outcomes - Enhanced atomization efficiency - Accurate and consistent liquid delivery
Commercial Applications: Title: Innovative Nebulizer Technology for Enhanced Respiratory Treatments This technology can be used in medical devices for respiratory treatments, industrial atomization processes, and research equipment for aerosol studies. The market implications include improved healthcare outcomes, increased efficiency in industrial processes, and advancements in aerosol research.
Prior Art: Prior art related to this technology may include patents or research papers on nebulizer design, gas-liquid mixing devices, and atomization techniques. Researchers can explore databases like Google Patents, PubMed, and engineering journals for relevant information.
Frequently Updated Research: Researchers in the field of respiratory therapy, aerosol science, and medical device design may have ongoing studies related to nebulizer technology. Stay updated on advancements in gas-liquid mixing, aerosol dispersion, and respiratory treatment methods for potential insights into this innovative nebulizer design.
Questions about Nebulizer Technology: 1. How does this nebulizer design improve gas-liquid mixing efficiency? - The nebulizer design optimizes the delivery of gas and liquid for enhanced atomization and dispersion of aerosols. 2. What are the potential industrial applications of this nebulizer technology? - This technology can be used in various industries for atomizing liquids, such as in pharmaceutical manufacturing or chemical processing.
Original Abstract Submitted
a case of a nebulizer includes a discharge outlet that communicates with the outside of the nebulizer. a nozzle has a gas hole and a liquid supply path. the gas hole can supply an output gas. the liquid supply path uses a liquid hole as an opening at one end and a suction inlet as an opening at the other end. the liquid hole is located adjacent to the gas hole and can supply a liquid to an internal space. the suction inlet sucks a liquid to be supplied to the liquid hole. an opening center, which is the centroid of the discharge outlet when an opening surface of the discharge outlet is seen in a plan view, is displaced from a virtual first reference axis. the first reference axis is parallel with the pointing direction of the gas hole and passes through the gas hole.
