Vaporizer Cartridge for Blending Multiple Vapors

This patent describes a vaporizer cartridge designed to heat more than one type of vaporizable material simultaneously, creating a single, combined inhalable aerosol for a customized experience.

What it covers

Based on the abstract, this patent describes a vaporization device, specifically a cartridge, that can heat multiple vaporizable materials at the same time. It includes one or more heating elements configured to warm these different materials. The device also features specific heating and airflow systems to ensure the materials are properly vaporized and mixed together. The goal is to generate a combined inhalable aerosol, meaning the user breathes in a single, blended vapor from the different materials. For example, a user could load a cartridge with both a liquid containing a desired compound and a separate liquid for flavor, and the device would heat both to produce a flavored vapor.

What it doesn't cover

• —Does not cover vaporization devices designed to heat only a single type of vaporizable material.
• —Does not cover devices where different vaporizable materials are heated separately and then mixed outside the device.
• —Does not cover devices that use combustion to create smoke, as this patent focuses on vaporization and aerosol generation.
• —Does not cover vaporizers that rely on external heating sources rather than integrated heating elements within the device.

The clever bit

The novelty lies in the system's ability to precisely manage heating and airflow for multiple distinct vaporizable materials *within a single cartridge* to consistently produce a *combined* inhalable aerosol. This allows for customized vapor experiences directly from the device, rather than requiring separate devices or pre-mixed solutions.

Why it matters

This technology is relevant to the evolving market for personal vaporizers, allowing for more complex and customizable user experiences. By combining multiple materials, users could potentially blend different flavors, active ingredients, or even adjust vapor density. This approach could lead to new product lines offering tailored vaporization profiles, moving beyond single-ingredient cartridges.

Real-world examples

• 1.Multi-chamber e-cigarette cartridges
• 2.Advanced pod-based vaping systems
• 3.Vaporizers offering blendable flavor options
• 4.Cannabis vaporizers designed for terpene and cannabinoid combinations