18666861. AEROSOL GENERATION SYSTEM simplified abstract (Japan Tobacco Inc.)
Contents
AEROSOL GENERATION SYSTEM
Organization Name
Inventor(s)
Mitsuhiro Nakatani of Tokyo (JP)
AEROSOL GENERATION SYSTEM - A simplified explanation of the abstract
This abstract first appeared for US patent application 18666861 titled 'AEROSOL GENERATION SYSTEM
The patent application describes an aerosol generation system that includes a stick with an aerosol source and a susceptor, along with an aerosol generation device.
- The aerosol generation device has a cavity for inserting and extracting the stick, a power supply, a conversion circuit for high frequency power, a first magnetic body, and an induction coil.
- When the stick is inserted, the susceptor aligns with the insertion direction, positioned on the opening side relative to the induction coil.
Potential Applications: - This technology could be used in the development of advanced aerosol delivery systems for various applications such as medical devices, air fresheners, and personal care products.
Problems Solved: - The system provides a more efficient and controlled way of generating aerosols compared to traditional methods.
Benefits: - Improved aerosol generation efficiency and control. - Enhanced user experience with precise aerosol delivery.
Commercial Applications: - "Advanced Aerosol Generation System for Enhanced Delivery Efficiency in Medical Devices and Personal Care Products"
Questions about the technology: 1. How does this aerosol generation system improve upon existing methods?
- This system offers better control and efficiency in aerosol generation compared to traditional techniques.
2. What are the potential market implications of this technology in various industries?
- This technology could revolutionize aerosol delivery systems in medical, personal care, and other industries.
Original Abstract Submitted
An aerosol generation system includes: a stick including an aerosol source and a susceptor; and an aerosol generation device. A cavity into which the stick is configured to be inserted and extracted through an opening is formed in the aerosol generation device. The aerosol generation device includes a power supply, a conversion circuit configured to convert power supplied from the power supply into high frequency power, a first magnetic body, and an induction coil that is wound around the first magnetic body and to which the high frequency power is supplied. In a state in which the stick is inserted into the cavity, a longitudinal direction of the first magnetic body and a longitudinal direction of the susceptor coincide with an insertion and extraction direction of the stick and the susceptor is positioned on an opening side when viewed from the induction coil.
