Some people willingly expose themselves or their pets to Cannabis and Cannabis products through various methods to enjoy the effects Cannabis and Cannabis products can provide. Others may be exposed to Cannabis and Cannabis products accidentally and unwillingly, which can cause panic and fear. There is currently no viable solution to exposure to Cannabis and Cannabis products.
Disclosed herein are embodiments of an apparatus, process, and chemical mixture to reduce symptoms associated with exposure to Cannabis and Cannabis products. Exposure to Cannabis and Cannabis products could lead to discomfort. The Intoxication-Reducing Supplemental Mixture is used to reduce such symptoms and reduce the time associated with symptoms incurred after exposure to Cannabis and Cannabis products.
The above summary is not intended to describe each illustration embodiment or every implementation of the present disclosure.
The present disclosure improves the experience of Cannabis and Cannabis product users in multiple ways. Although the present disclosure may describe examples of specific embodiments, one having skill in the art would recognize that the invention should not be limited to those examples.
Cannabis and Cannabis products are currently used medically and recreationally by various users for its various healing and calming effects, but the side effects of Cannabis and Cannabis products may be a problem for some users. Users who are unable to determine the correct dosage or non-users who are accidentally exposed may become fearful and feel unwell due to the exposure to Cannabis and Cannabis products. The effects of Cannabis and Cannabis products could last for hours and traumatize users who may feel like there is no solution to this issue.
An Intoxication-Reducing Supplemental Mixture capable of reducing the effects of Cannabis and Cannabis products may help in reducing discomfort and/or fear associated with usage of, or exposure to, Cannabis and Cannabis products. The Intoxication-Reducing Supplemental Mixture may help bring relief to users by knowing a solution exists in case there is a situation in which they have accidentally been exposed or have taken too large of a dosage of Cannabis or Cannabis products. The Intoxication-Reducing Supplemental Mixture may help in reducing a debilitating or otherwise unpleasant experience by reducing the time the user may feel the effects of Tetrahydrocannabinol exposure. The Intoxication-Reducing Supplemental Mixture is not limited to helping provide solutions to humans but also to other mammalian subjects. The Intoxication-Reducing Supplemental Mixture will help create a more comfortable environment for non-users and users who seek a remedy to any discomfort that may arise when exposed to Cannabis and Cannabis products.
This disclosure describes an apparatus, process, and chemical mixture of the Intoxication-Reducing Supplemental Mixture to be used after being exposed to Cannabis and Cannabis products. The Mixture may reduce symptoms induced by exposure to Cannabis and Cannabis products and reduce the time of discomfort associated with any exposure. The Intoxication-Reducing Supplemental Mixture may reduce any discomfort or fear that may arise when exposed to Cannabis and Cannabis products by reducing the time the user may feel the effects of Cannabis and Cannabis products exposure.
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The process begins at 110 with heated Cannabidiol Distillate from hemp, also known as CBD Distillate, being added into a container. A container may include, for example, a glass beaker, a mixing bowl, a flask, a vial, etc. At 120, heated Oil-derived Medium Chain Triglyceride oil, with a preferred embodiment of Coconut Medium Chain Triglyceride Oil also known as Coconut MCT Oil, may be added into the container containing CBD Distillate. Other embodiments may include, but are not limited to, palm kernel oil, coconut butter, coconut milk, and milk, yogurt, butter, cheese, etc.
At 130, the heated CBD Distillate and heated Coconut MCT Oil may be combined in the container using mixing methods, such as a stirring with a vortex mixer, magnetic stirring bar or stirring stick, swirling, shaking, blending, beating, etc. The mixing methods will combine the contents of the container to form an intermediate chemical mixture. The intermediate chemical mixture may then be cooled prior to any additional components being added.
At 140, Limonene may be added to the chemical mixture in the container. Limonene is a terpenoid which may be extracted from citrus fruit peels by cold pressing or distillation methods, such as exposure to steam or boiling water, cooling the resulting vapor, and collecting the condensate. Citrus fruits may include, but are not limited to: oranges, mandarin oranges, tangerines, lemons, grapefruit, clementines, blood oranges, limes, etc. At 150, Beta Caryophyllene may be added to the chemical mixture in the container. Beta Caryophyllene is another terpenoid which may be extracted using gas chromatography from various plants, including, but not limited to: black pepper, oregano, cinnamon, basil, cloves, hops, etc. At 160, all the added components may be mixed at a temperature of 60 degrees Fahrenheit to 80 degrees Fahrenheit at a speed of 150 revolutions per minute, also known as rpm, to 1000 rpm and at an atmospheric pressure of 0 to 2 standard atmosphere, also known as atm, for ten to thirty minutes, with the preferred embodiment of 15 minutes, to form the Intoxication-Reducing Supplemental Mixture. In some embodiments, heat may, or may not, be added during mixing. The preferred embodiment for speed includes 250 rpm to 500 rpm. Mixing may include stirring using a magnetic stirring bar or stirring stick, swirling, using a machine to mix, etc. Once the mixing is completed, the Intoxication-Reducing Supplemental Mixture may be created for reducing symptoms associated with exposure to Cannabis and Cannabis products. The Intoxication-Reducing Supplemental Mixture may act, after proper application to a subject, as a vehicle for reducing symptoms induced by exposure to Tetrahydrocannabinol. In some embodiments, the Intoxication-Reducing Supplemental Mixture may, for example, act as a set of competitive antagonists in relation to psychoactive compounds found in Cannabis and Cannabis products.
The Intoxication-Reducing Supplemental Mixture may be stored in a container, including but not limited to: a spray bottle, glass bottle, plastic bottle, metal bottles, etc. The Intoxication-Reducing Supplemental Mixture is not limited to embodiments in a container, and other example embodiments include, but are not limited to: pills, tinctures, injections, aerosols, nasal sprays, dermal patches, etc. The Intoxication-Reducing Supplemental Mixture may be delivered to the user in various ways including, but not limited to: swallowing, inhalation, absorption through the skin, intravenous injection, etc.
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The flowchart and diagrams in the Figures illustrate the architecture, functionality, and operation of possible implementations of the Intoxication-Reducing Supplemental Mixture according to various embodiments of the present disclosure.
The descriptions of the various embodiments of the present disclosure are presented for purposes of illustration but are not intended to be exhaustive or limited to the embodiments disclosed. A variety of synthetic reactions may be used that vary in reaction components and methods which can ultimately lead to the final formation of Intoxication-Reducing Supplemental Mixture. In some embodiments, processes can be added or changed while still remaining within the scope of the disclosure.