Cannabis-Hemp Smoking Blend

Abstract

The present invention provides a commercial process for preparing the ‘Cannabis-Hemp Smoking Blend’ into a soothing, impactful, and smooth smoking experience; that also acts as an effective replacement for Tobacco Smoking. The process produces both a processed and heat cooked ‘smoke product’ blend that can be mixed with various fillers, herbs, and flavors; and inserted into a smoking vessel of any type, or processed into a cigarette or cigar, for smoking purposes. The commercial process entails the combining of various raw cannabinoids, decarboxylated cannabinoids, terpenes, and flavonoids that are found in the Cannabis-Hemp Plant; with other herbs, fillers, and flavors for the purposes of creating a smooth and impactful smoking experience that does not disturb or harm others in the surrounding environment. To accomplish this process, the Cannabis-Hemp Plant must be correctly processed, and a quantity of the Cannabis-Hemp Plant must be correctly processed and heat-cooked, with added flavorings. The heat-cooked Cannabis-Hemp plant may then be blended with other herbs, flavorings, and chemicals for maximum efficacy.

Description

BACKGROUND

My name is David Harold Moore and I am the inventor of the ‘Cannabis Hemp Smoking Blend’ process. I have suffered from a High Functioning form of Autism, known as Asperger's Syndrome, since I was born. The autism caused the dysregulation of my endocannabinoid immune system, which caused the auto-immune disorder known as Celiac Disease, which then turned into stomach cancer. And only after going into renal failure, did I begin to look for a solution.

Then I read a recent study from the Biomedical Center for Autism Research and Treatment, which suggests the CB2 receptor as a potential therapeutic target for the cannabis-hemp infused coconut-oil. This study was the first to demonstrate the up-regulation of CB2 receptors in autistic endocannabinoid systems.

The CB2 receptor enhancements demonstrate that the endocannabinoid system is involved in the maintenance of autism. According to the findings, the endocannabinoid system may represent a novel treatment opportunity for cannabis therapy with autistic minds. And that's because the up-regulation of the CB2 receptors enhances the peripheral organs ability to manage the immune system. And endocannabinoid signaling, in general, affects learning, pain, and other important regenerative processes.

You see, the endocannabinoid system is an intricate network of endocannabinoids, their receptors, and the associated enzymes; and all play critical roles in maintaining the body's homeostasis. And our biochemical homeostasis is unique to each one of us. It is therefore important to note, that in most cases, scientists make decisions based on evidence gained from an experiment with extensive controls. But the differences in cannabinoid composition, varies from batch to batch, thus making cannabis-hemp experiments too organic for scientific rigidity.

So I needed to find a healthy and inexpensive way to make a nutritional Cannabis-Hemp food grade dietary supplement. A daily dietary supplement that was all natural and healthy, a capsule with little to no psychoactivity, and a capsule that could be taken in large quantities without harmful side effects. But there were no commercial products that would meet my needs.

Then I began experimenting with different ingredients and different heating methods. This process took about two years before I came up with a novel, non-obvious and useful method to process the Cannabis-Hemp plant into a food grade dietary supplement.

And this novel, non-obvious and useful method is a process based upon the different pressings of the raw and cooked cannabis-hemp plant, combined with various fats, to produce different amalgams that holistically synergize to create the wholesome food product, and nutritional dietary supplement, called ‘Cannabis-Hemp Paste’ (U.S. Ser. No. 14/969,497).

So after applying for the ‘Cannabis Hemp Paste Patent’, I started researching more about the endocannabinoid system, and found out that all of the animals on this planet also have an endocannabinoid system. Then I had another ‘crystallization moment’, where I realized that the cannabis-hemp plant must be decarboxylated by using my previously discovered methods, so our livestock could also realize the efficacy of the cannabis-hemp plant.

I then delved into animal suffering, animal feed, and animal antibiotics; and realized that the ‘Cannabis-Hemp Animal Feed’, if processed correctly, could reduce animal suffering, could reduce the need for animal antibiotics, and could reduce the need to cultivate so much arable farmland, to feed our livestock with.

Following the patent application for the ‘Cannabis-Hemp Animal Feed’ (U.S. Ser. No. 15/080,526), I started focusing on how to use the Cannabis-Hemp Plant for addiction recovery. And I began to read about how the Cannabis-Hemp Plant can help people with Heroin Addiction.

So I then extrapolated that understanding with the idea that the Cannabis-Hemp Plant could help people relieve their Tobacco Smoking addiction, and their Nicotine Chemical addiction. So I then came up with a blended recipe that could stand as a substitute for Tobacco Cigarettes, while at the same time, weaning the user off-of their Nicotine addiction.

I then started researching various herbs, flavorings, and chemicals that would help create a smooth and impactful Tobacco Replacement. And here is where I found out that the average Tobacco Cigarettes is filled with a majority of chemicals and fillers. In fact, the average Tobacco Cigarette has approximately 600 ingredients. And when burned, they create more than 7,000 chemicals. At least 69 of these chemicals are known to cause cancer, and many are poisonous.

Chemicals Like:

Acetone - found in nail polish remover
Acetic Acid - an ingredient in hair dye
Ammonia - a common household cleaner
Arsenic - used in rat poison
Benzene - found in rubber cement
Butane - used in lighter fluid
Cadmium - active component in battery acid
Carbon Monoxide - car exhaust fumes
Formaldehyde - embalming fluid
Hexamine - found in barbecue lighter fluid
Lead - used in batteries
Naphthalene - an ingredient in mothballs
Methanol - a main component in rocket fuel
Tar - material for paving roads
Toluene - used to manufacture paint
Nicotine - used as insecticide

Then I started to see why my Grandfather died of Lung Cancer, and I started to see why my friends could never quit smoking the chemically enhanced Tobacco Smoking Products. Then I started to realize, that for this deadly process to cease, we had to come up with a way for people to satisfy their cravings for the effects and rituals acquired during their Tobacco Smoking addiction. Meaning, we still had to provide the ritual of smoking, and we had to add various ingredients to enhance, smooth-out, and magnify the smoking experience, while also remembering to pre-decarboxylate the various cannabinoids found in the processed Cannabis-Hemp Plant.

So Mint Leaves, Peppermint Leaves, Orange Peel Oil, Mullen, Processed Cannabis Hemp Flowers, and Decarboxylated Cannabis-Hemp Flowers, along with the dried Cannabis-Hemp Leaves, were incorporated into the original recipe.

• • The Cannabis-Hemp Flowers are dried, cured, and flavored for the smoothest smoking experience; the Mint and Peppermint Leaves reduced the pungent odor of the burning cannabis-hemp while providing a pleasant taste; the dried Hemp Leaves created a pathway for the smoke to flow more easily, while providing more terpenes, flavonoids, and cannabinoids; the Mullen acted as an smoothing agent and expectorant; the lemon balm acted as a sedative while providing various terpenes and flavonoids; the dried orange peel in the packaging made for a longer-lasting flavor while providing enhanced smoothness, and the various nicotine levels helped people wean people off-of their nicotine-addiction in a more comfortable manner.

SUMMARY

The ‘Cannabis-Hemp Smoking Blend’ process is a novel, non-obvious and useful method to transform the Cannabis-Hemp Plant into an effective Tobacco Replacement.

• • A primary object of the present invention is to provide an inexpensive method to commercially process the Cannabis-Hemp plant into a smooth and potent smoking experience, so that the process overcomes the shortcomings of the other methods.
  • Another object is to provide a Cannabis-Hemp Smoking Blend to reduce the amount of wasted Cannabis-Hemp material that is being thrown away after current processing methods.
  • An additional object is to provide a smoke product that can be stored for extended periods of time, to process that smoke product into various cigars and cigarette blends, and to package the smoke product so as to replace toxic Tobacco Cigarettes with a Cannabis-Hemp blend.
  • Another object is to provide affordable Tobacco Replacement products that can be smoked regularly, so as to reduce the dependency on Tobacco Smoking products altogether.

*Further objects of the invention will appear as the description proceeds . . .

Briefly described, in its preferred form, the present invention provides a method for preparing a commercially inexpensive way to produce a high quality Cannabis-Hemp Smoking Blend. The present process preferably comprises the following steps:

• • a. adding various smoke sources, fillers, chemicals and flavorings to the dried and cured flowers
  • b. preparing the smoke product by heat-cooking the enhanced flowers for decarboxylation
  • c. adding various smoke sources, fillers, chemicals and flavorings to the enhanced heat-cooked flowers
  • d. re-heat-cooking the enhanced cannabis-hemp flowers to further decarboxylate the cannabinoids
  • e. preparing the smoke product by blending the dried cannabis-hemp leaves, to twice cooked flowers.
  • f. blending fillers, herbs, chemicals, and flavoring, to the twice cooked smoke product—and rolling papers
  • g. packaging and labeling the various blends, flavors, chemical, and cannabinoid levels
  • h. adding smoothing agents to the interior of the packaging, after the final blend has been completed

A cannabis-hemp smoke product at ambient temperature is the preferred initial smoke product for the present process. That is, the most desirable final Cannabis Hemp Smoking Blend begins with a raw product in the beginning of the process. While an initially raw/fresh initial product is preferred, the present process can accommodate an initial smoke product that has been frozen and dried, that is above or below ambient temperature, and that has already been dehumidified.

The heat-cooking temperature, and the time period the product stays within the cooking chamber, can be adjusted for the various decarboxylation processes, that the present invention is designed to handle. Each component step of the present invention can similarly be adjusted. Some of the adjustments can be incorporated by simply manipulating heat times, and heat temperatures.

The preferable heat-cooking steps may comprise only one dry heat cooking step, multiple dry heat-cooking steps, and/or dry heat-cooking step(s) with applied chemicals and flavorings. Yet if the product is not cooked with heat, the final product lacks the amount of decarboxylated cannabinoids of the heat-cooked product. If the product is only heated without drying and curing, and without the multiple heat cooking steps, the process will produce an inferior product.

In the conventional processing methods, the process incorporates only using the dried and cured flowers from the Cannabis-Hemp Plant, and none of the heat cooked Cannabis-Hemp Flowers. One of the problems with this conventional process is that by using only processed cannabinoids (not heat-cooked flowers), the consumer won't realize the full efficacy of the decarboxylated cannabinoids.

In the present process, the chemicals and flavoring are added after convection cooking for the first time, and a processed portion of the final smoke product is never heated so as to preserve the naturally occurring terpenes, terpenoids, and flavonoids. Thus, the product retains its full compliment of healthy ingredients because differently processed plant materials are added throughout the various blending steps; to create both the enhanced, and superior product, known as the ‘Cannabis-Hemp Smoking Blend’.

If the smoke product is too hot at any point in the process, then many of the cannabinoids will be lost. If the smoke product is too cool during the heat-cooking process, then the cannabinoids won't decarboxylate and the product won't be as effective.

Unlike the conventional processes, the present invention combines both processed and cooked aspects of the cannabis-hemp plant, to the final Cannabis-Hemp Smoking Blend. Thus upon smoking, the biochemical affects can help upregulate the endocannabinoid immune system, which then helps provide a biochemical homeostasis, which can then help us self-heal through a daily healthful regimen.

The present invention enables a single location to process, cure, store, cook and package the ‘Cannabis-Hemp Smoking Blend’ in large quantities. Therefore, each retail outlet can eliminate any reliance upon, and the capital expense for, third party quality certifications. They need simply to refer them to the publicly published materials, and the transparent process, being shared by the current patent application owner.

Finally, the novel and useful ‘Cannabis-Hemp Smoking Blend’ process, utilizes several steps in the production of the final ‘Cannabis-Hemp Smoking Blend’. Accordingly, an object of the invention is to provide a commercial process for preparing of an affordable Cannabis Hemp Smoking Blend that can be smoked regularly, and with no harmful side effects.

DETAILED DESCRIPTION

The present invention provides a commercial process for preparing Cannabis-Hemp Smoking Blend. The process produces both a processed, heat-cooked, and enhanced smoke product that can be processed and placed into an inhalation vessel of any type.

To process the ‘Cannabis-Hemp Smoking Blend’, the steps include:

• • providing a quantity of raw cannabis-hemp (flowers, stems, and leaves); providing a means to convey the raw cannabis-hemp product through the various steps of the present invention; processing the cannabis-hemp plant; processing other smoke sources and fillers to be added later; heat cooking a portion of the processed flowers; adding chemicals and flavorings to the once heat-cooked flowers; re-heat cooking the previously heat-cooked flowers with the added chemical and flavorings; blending the correct ratio of dried leaves, processed flowers, and heat-cooked flowers; with the other smoke sources and fillers; processing the final product into various cigars, cigarettes, and blends for smoking purposes; packaging the final product for proper storage; and labeling the product for education purposes.

Cannabis-Hemp Smoking Blend Abstract Recipe

Assemble Initial Ingredients:

Provide the Raw Cannabis-Hemp Plant (Flowers, Stems, and Leaves)

Add Various Fillers, Herbs, Chemicals, and Flavorings to the processed Cannabis-Hemp Flower

Phase One (Initial Processing)

Disassemble Cannabis-Hemp Plant Stalks:

• • Remove and Air Dry Leaves
  • Dry Flowers and Stems while still on the Stalks
  • Cure Flowers and Stems in Sealed and Evacuated Containers

Phase Two (Flower Decarboxylation):

Decarboxylize a Portion of the Cannabis-Hemp Flowers in Convection Oven

Add Various Fillers, Herbs, Chemicals, and Flavorings to Decarboxylized Flowers

Decarboxylize Flowers in Convection Oven—for second time (depending on herb type)

Phase Three (Final Blending)

Blend the Dried Leaves and Processed Flowers, with the Processed and Heat Cooked Flowers

Blend Other Sources of Smoke Product with the previously blended Cannabis Hemp Smoke Product

Phase Four (Rolling Paper Preparation)

Prepare the rolling papers by adding varying levels of nicotine, along with a portion of lemon balm.

And prepare the optional filter-holder for the cigarette/cigar products that use them

Phase Five (Processing and Packaging)

Now process the smoking blend, the rolling papers, the optional filter-holder, through the machines

Then package with dried orange peel, and label the various blends with the ingredient levels.

Claims

1. A process for preparing an effective replacement for tobacco smoking comprising the ordered steps of:

a) providing a quantity of the raw cannabis-hemp plant (the initial ‘smoke product’)

b) providing a system to convey the smoke product through the various steps of the process

c) preparing the raw cannabis-hemp smoke product

d) preparing other smoke product sources, fillers, and flavoring, for later additions to the smoke product

e) preparing the raw cannabis-hemp smoke product by removing the seeds from the stalks

f) preparing the raw cannabis-hemp smoke product by removing and drying the cannabis-hemp leaves

g) preparing the raw cannabis-hemp smoke product by drying the flowers while on the stems and stalks

h) preparing the raw cannabis-hemp smoke product by curing the flowers and stems in sealed containers

i) preparing the smoke product by heat cooking, and flavoring a portion of flowers, for decarboxylation

j) preparing the smoke product by applying flavorings onto a portion of the non-heat cooked flowers

k) adding a portion of dried hemp leaves to the flower mix, for easier inhalation of smoke product

l) adding a portion of other herbs to the ‘hemp leaf and flower mix’, for enhanced smoking experience

m) choosing and blending the proper ratios of the processed cannabis-hemp smoke product

n) choosing and blending the proper ratios of the other smoke products, chemicals, flavorings, and fillers

o) preparing the cigarette/cigar rolling-paper with the exact dosage of chemical(s) and flavorings

p) preparing the filter-holder for the cigarette/cigar processing equipment

q) processing the product, rolling-paper (and filter), through the cigarette/cigar processing equipment

r) packaging and labeling the various blends, flavors, chemical, and cannabinoid levels

2. The process of preparing the ‘cannabis-hemp smoke product’ according to claim 1, wherein the smoke product is fully prepared upon exiting the steps of heat cooking the flowers (i); without all, each, or a combination of the additional smoke sources, fillers, chemicals and flavorings (a through r).

3. The process of preparing the ‘cannabis-hemp smoke product’ according to claim 1, wherein the smoke product is fully prepared upon exiting the steps of heat cooking the flowers (i); without the steps of drying and/or curing the cannabis-hemp smoking product (f, g, h).

4. The process of preparing the ‘cannabis-hemp smoke product’ according to claim 1, wherein the smoke product is fully prepared upon exiting the steps of heat cooking the flowers (i) and wherein the smoke product is fully prepared after blending the heat cooked and processed cannabis-hemp smoke product (m) together; without all, each, or a combination of the additional smoke sources, fillers, chemicals and flavorings.

5. The process of preparing ‘cannabis-hemp smoke product’ according to claim 1, comprising the further step of combining the smoke product with various chemicals, smoke, spices, salts, seeds, nuts, roots, flavorings, colorings, condiments, fruits, fruit peels, essential oils, herbs, flowers, leaves, vegetables, extracts, and sweeteners before and after steps (a through r).

6. The process of preparing ‘cannabis-hemp smoke product’ according to claim 1, comprising the further step of evacuating the sealed curing jugs, so as to help prevent the formation of any fungal matter.

7. The process of preparing ‘cannabis-hemp smoke product’ according to claim 1, removing the step of adding any chemical(s) and flavoring(s) to the rolling paper.

8. A twice-cooked process for preparing the ‘smoke product’ according to claim 1, comprising the steps of:

a. adding various smoke sources, fillers, chemicals and flavorings to the dried and cured flowers

b. preparing the smoke product by heat-cooking the enhanced flowers for decarboxylation

c. adding various smoke sources, fillers, chemicals and flavorings to the enhanced heat-cooked flowers

d. re-heat-cooking the enhanced cannabis-hemp flowers to further decarboxylate the cannabinoids

e. preparing the smoke product by blending the dried cannabis-hemp leaves, to twice cooked flowers.

f. blending fillers, herbs, chemicals, and flavorings, to the twice heat-cooked smoke product

g. packaging and labeling the various blends, flavors, chemical, and cannabinoid levels

h. adding smoothing agents to the interior of the packaging, after the final blend has been completed

9. The process of preparing the ‘cannabis-hemp smoking blend’ according to claims 1 through 8, comprising the further step of freezing and or refrigerating the smoke product before and after a step, a combination of steps, or every step (a to r).

10. The process of preparing the ‘cannabis-hemp smoking blend’ according to claims 1 through 9, wherein the step of preparing the smoke product comprises the sub-steps of:

(i) applying moisture to the smoke product

(ii) removing moisture from the smoke product