Efficient Vaporization with Advanced Airflow Technology

Introduction

Vaporization technology has gained significant traction in recent years, from recreational use in vaping to medical applications in delivering inhalable treatments. However, one of the major limitations in existing vaporization devices is inconsistent atomization, leading to wasted concentrates and suboptimal user experiences. Our patented conjunctive airflow atomizer introduces an advanced system for vaporizing concentrates with precision and efficiency, offering a superior experience for consumers and medical patients alike. This technology is designed to optimize airflow, enhance concentrate atomization, and deliver a smoother, more controlled vaporization process.

Limitations in Current Vaporization Devices

Vaporization devices have become increasingly popular across various industries, particularly in the vaping and aromatherapy sectors. Despite their wide adoption, most vaporization devices struggle with issues like uneven heating, improper airflow management, and inefficient atomization of concentrates. This often results in inconsistent vapor quality, wasted materials, and an overall lack of control in the vaporization process.

For manufacturers and users alike, the need for more advanced airflow management systems that ensure consistent atomization is critical. Devices that fail to efficiently vaporize concentrates leave users with diminished experiences, leading to dissatisfaction and, ultimately, loss of product value.

A New Standard in Vaporization with Conjunctive Airflow Atomizers

Our patented conjunctive airflow atomizer represents a major advancement in vaporization technology. The system is designed to optimize the airflow around the concentrate, creating a more consistent and efficient vaporization process. By integrating conjunctive airflow, the atomizer ensures that the concentrates are exposed to the right amount of heat and air, producing smoother vapor and minimizing waste.

This technology is highly versatile, capable of being adapted for use in recreational vaporizers, medicinal inhalation devices, and even aromatherapy diffusers. The precise atomization process guarantees that the concentrate is used efficiently, offering users more control over the experience while ensuring better delivery of active ingredients. For manufacturers, this system offers a way to differentiate their vaporization devices by providing a superior product with enhanced vapor quality and efficiency.

Key Benefits

Improved Atomization: Ensures more consistent vapor production by optimizing airflow and heat distribution.
Efficient Use of Concentrates: Minimizes waste by vaporizing the concentrate more effectively, providing better value for the user.
Smoother User Experience: Reduces harshness and inconsistencies in vapor quality, offering a more enjoyable experience.
Versatile Application: Ideal for use in vaping devices, medical inhalation products, and aromatherapy diffusers.

Delivering Precision and Efficiency in Vaporization

Licensing this conjunctive airflow atomizer technology offers manufacturers in the vaporization, medical, and consumer electronics industries a unique opportunity to enhance their product offerings. With its advanced airflow control and efficient atomization capabilities, this technology is set to improve user satisfaction and product performance across various applications.

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Abstract
Claims

An atomizer for vaporizing concentrated substances wherein a conjunctive airflow system located at the lower portion of the atomizer, which when attached to a regulated power source by the industry standard, universal 510 thread system, allows a user to inhale vapor from a mouthpiece. During inhalation air is drawn through a conjunctive airflow system wherein the temperature of the ambient air is conditioned and is drawn into the replacement atomizer through a plurality of air holes through the ceramic heating chamber and then through the exhaust holes of the ceramic heating chamber. As air enters the ceramic heating chamber, it passes around a coil. The coil is a smaller gauge coil than used in the industry and was achieved by converting the coil to have larger gauge leads. As air enters the narrowed ceramic heating chamber it passes around the coil to regulate the temperature of the coil and also to draw the vapor into the reclaim safety cap, where the splatter is captured by the reclaim safety cup to be re-used and the vapor travels around the cup through the plurality of slots around the reclaim safety cup and enters the mouthpiece drip tip and is then inhaled by the user. The conjunctive airflow system is designed to manipulate the temperature in order to enhance the vaping experience. The user can simply separate the conjunctive airflow system from the mouthpiece and the reclaim safety cap and replacement atomizer and pre-cool the conjunctive airflow base and the reclaim safety cap and place them near a cooling source such as an air conditioning unit, refrigerator, or freezer to cool the vapor.

What is claimed is:

1. A conjunctive airflow atomizer for concentrates comprising: a mouthpiece drip tip; a reclaim safety cap; a replacement atomizer module; a conjunctive airflow base; an industry standard universal 510 threaded deck; wherein said mouthpiece drip tip comprises an O-ring groove to accept a fitted O-ring, wherein said mouthpiece drip tip is inserted into said reclaim safety cap, and is seated by said O-ring; wherein said reclaim safety cap comprises a plurality of interior concentric vent holes adjoining a recessed cup-like structure, wherein said reclaim safety cap is disposed on said conjunctive air flow base; wherein said conjunctive airflow base comprises three O-ring grooves to accept two upper O-rings and one lower O-ring; wherein said reclaim safety cap is seated on said conjunctive airflow base by the two upper O-rings, wherein an adjustable air ring is seated by said one lower O-ring; wherein said adjustable air ring is disposed on an end of the conjunctive airflow base by friction fit and is secured to said industry standard universal 510 threaded deck by friction fit; wherein said replacement atomizer module fits within said conjunctive airflow base; wherein the replacement atomizer module comprises: a ceramic heating chamber, a heating coil comprising welded wire leads, a heating rod disposed within said heating coil, an industry standard universal 510 male threaded connector, and a positive metal pin for conducting electricity; said positive metal pin sheathed by an insulator inserted in the center of said industry standard universal 510 male threaded connector; wherein said ceramic heating chamber comprises a round cup-like structure narrowed on two interior opposing sides, said ceramic heating chamber comprising a plurality of holes, said ceramic heating chamber being concentrically situated within said replacement atomizer module, wherein a safety ring is secured to an end of the replacement atomizer module; said safety ring comprising a threaded connection; wherein the conjunctive airflow base comprises two chambers with a plurality of exterior and interior holes; wherein said conjunctive airflow base comprises an interior industry standard universal 510 female threaded connection to accept said industry standard universal 510 male threaded connector of said replacement atomizer module; wherein said conjunctive airflow base is disposed by friction fit on to said industry standard universal 510 threaded deck.

2. The conjunctive airflow atomizer of claim 1, wherein the reclaim safety cap comprises a plurality of interior holes being circumferentially positioned around said recessed cup-like structure permitting vapor to rise while blocking heated substances from reaching a user’s mouth.

3. The conjunctive airflow atomizer of claim 1, wherein said reclaim safety cap comprises said recessed cuplike structure to capture an un-used heated substance.

4. The conjunctive airflow atomizer of claim 1, wherein said replacement atomizer module is removable and replaceable by said industry standard universal 510 male threaded connector.

5. The conjunctive airflow atomizer of claim 4, wherein the heating coil comprises one positive terminal lead and one negative terminal lead, wherein said wire leads have been reconstructed by removing said existing wire leads and attaching a wire of a gauge size larger than said heating coil gauge to accommodate both the exit holes of the ceramic heating chamber and to fit the space between said positive metal pin and said insulator contained within said industry standard universal 510 male threaded connector.

6. The conjunctive airflow atomizer of claim 5, wherein the negative terminal is inserted between the insulator in the interior wall of the industry standard universal 510 male threaded connector and the positive metal pin, and the positive terminal being inserted between said insulator and the positive metal pin, wherein electrical current is allowed to flow when connected to the positive metal pin of the conjunctive airflow base, after connecting the atomizer to a regulated power source.

7. The conjunctive airflow atomizer of claim 1, wherein the ceramic heating chamber has a narrowed interior on two sides constraining an applied substance within the ceramic heating chamber.

8. The conjunctive airflow atomizer of claim 1, wherein ambient air is permitted to flow through the plurality of holes of the conjunctive airflow base through a lower chamber then an upper chamber of the two chambers, and subsequently into the replacement atomizer module through said plurality of holes disposed beneath said heating coil contained in said ceramic heating chamber.

9. The conjunctive airflow atomizer of claim 8, wherein the air flows from the conjunctive airflow base up to the replacement atomizer module to the mouthpiece drip tip through said reclaim safety cap.

10. The conjunctive airflow atomizer of claim 1, wherein rotating the adjustable air ring around the plurality of holes in the conjunctive airflow base allows a number of openings to be selected for incoming ambient air.

11. The conjunctive airflow atomizer of claim 1, wherein electrical current from a regulated power source makes contact with said positive metal pin in said industry standard universal 510 threaded deck.

12. A method of converting concentrates, semi-solid substances, and dry herbs into a vapor using said conjunctive airflow atomizer of claim 1, comprising the steps of: a) removing said mouthpiece drip tip; b) removing said reclaim safety cap; c) accessing said heating coil chamber in said replacement atomizer module; d) applying a substance or a concentrate directly onto said heating coil; e) replacing said reclaim safety cap; f) replacing said mouthpiece drip tip; g) setting the number of holes open for airflow by rotating said adjustable air ring in said conjunctive airflow base; h) connecting said conjunctive airflow atomizer to a regulated power source by means of said threaded connection in the industry standard universal 510 threaded deck of said conjunctive airflow base, said regulated power source having a regulated thermostat; i) setting the temperature of the regulated power source thereby actuating the heating so that said heating coil attains sufficient levels to vaporize said substance or concentrate; and j) drawing a breath through said mouthpiece drip tip so that conditioned air is mixed with the heated and vaporized substance and drawn through and out of the mouthpiece drip tip.

13. The method of claim 12, further comprising the step of placing the conjunctive airflow base and the safety reclaim cap in a refrigerator or a freezer.

14. A method of controlling the quantity and temperature of vapor output from the conjunctive airflow atomizer of claim 1, comprising adjusting the amount of ambient air entering said conjunctive airflow base by utilizing said adjustable air ring to select the desired number of open holes which draws in and redistributes air in said lower chamber of the conjunctive airflow base, and draws in and redistributes air in said upper chamber of the conjunctive airflow base, where air is drawn by inhalation through the holes in said ceramic heating chamber comprising the heating coil.

Title

Conjunctive airflow atomizer for concentrates

Inventor(s)

Sai Stephen Rose

Assignee(s)

Rose Sai Stephen

Patent #

10779573

Patent Date

September 22, 2020