US20220354161A1

US20220354161A1 - Processing plant material for use in smoking products

Info

Publication number: US20220354161A1
Application number: US17/692,459
Authority: US
Inventors: Joe Deighan; Cindy Orser; Mike James
Original assignee: Individual
Current assignee: Individual
Priority date: 2021-05-04
Filing date: 2022-03-11
Publication date: 2022-11-10

Abstract

The embodiments disclose a smokable cigarette, including at least two reconstituted plant-based materials with one being hemp containing cannabidiol (CBD) and transformative ingredients configured to be integrated with the reconstituted plant-based materials, cigarette sticks configured to encase the reconstituted plant-based materials with the transformative ingredients, wherein the plant-based materials do not contain tobacco and do not contain tobacco derived nicotine and wherein when the cigarette sticks with the encased reconstituted plant-based materials with the transformative ingredients are smoked by a user, the cigarette sticks deliver CBD and resemble the taste, smokable consistency and smell of a nicotine and tobacco based cigarette.

Description

CROSS-REFERENCE TO RELATED APPLICATIONS

This continuation-in-part application is based on pending U.S. Non-Provisional Application Serial No. 17/307,914 filed May 04, 2021, entitled “PROCESSING PLANT MATERIAL FOR USE IN SMOKING PRODUCTS”, by Joe Deighan, the U.S. patent application being incorporated herein by reference, which is based on U.S. Provisional Patent Application Ser. No. 63/074,386 filed Sep. 3, 2020, entitled “PROCESSING PLANT MATERIAL FOR USE IN SMOKING PRODUCTS”, by Joe Deighan, the U.S. patent application being incorporated herein by reference.

FIELD OF THE INVENTION

The following relates generally to processing plant-based material such as plants or plant components that are to be included in cigarettes or other smoking products, and more particularly to methods for removing or neutralizing certain contents of such plant-based material that are responsible for flavors and/or aromas.

BACKGROUND

It is well known that tobacco is dangerous for a person's health. Tobacco products have become heavily regulated to inform the public and discourage smoking of tobacco. However, smoking is still popular and the need for smoking alternatives is rising.

SUMMARY OF THE INVENTION

The invention is producing smoking alternatives that have no tobacco and no nicotine. This will provide smokers with an alternative that eliminates the dangers of smoking tobacco while satisfying the smoking habit they have become accustomed to over a period of time. The alternatives will have a taste and smokability of normal cigarettes without the dangers of tobacco and nicotine.
Other embodiments may produce other forms of smoking products. Other aspects and embodiments will become apparent upon reading the following description.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 shows for illustrative purposes only an example of plant-based materials smoking materials of one embodiment.

FIG. 2A shows a block diagram of an overview flow chart of a plant-based materials smoking materials process of one embodiment.

FIG. 2B shows a block diagram of an overview flow chart of a continuation of a plant-based materials smoking materials process of one embodiment.

FIG. 3 shows a block diagram of an overview of plant-based materials smoking materials of one embodiment.

FIG. 4 shows a block diagram of an overview of terpenes found in many plants of one embodiment.

FIG. 5 shows a block diagram of an overview of non-addictive-nicotine non-tobacco plant-based material transformative ingredients of one embodiment.

FIG. 6A shows a block diagram of an overview of reconstituted plant-based materials processing and treatment processes of one embodiment.

FIG. 6B shows a block diagram of an overview of reconstituted plant-based materials different products of one embodiment.

FIG. 7 shows a block diagram of an overview of transformative ingredients of one embodiment.

FIG. 8 shows for illustrative purposes only an example of a plant-based cigarette app of one embodiment.

FIG. 9 shows a block diagram of an overview of therapeutic potential treatment additives of one embodiment.

FIG. 10 shows a block diagram of an overview of treatment additives of one embodiment.

FIG. 11 shows for illustrative purposes only an example of a physiological sensors wearable plant-based cigarette app system of one embodiment.

FIG. 12 shows a block diagram of an overview of a smoking cessation series of plant-based cigarette products of one embodiment.

DETAILED DESCRIPTION OF THE INVENTION

In the following description, reference is made to the accompanying drawings, which form a part hereof, and in which is shown by way of illustration a specific example in which the invention may be practiced. It is to be understood that other embodiments may be utilized and structural changes may be made without departing from the scope of the present invention.
General Overview:
It should be noted that the descriptions that follow, for example, in terms of processing plant material for use in smoking products are described for illustrative purposes and the underlying system can apply to any number and multiple types of plant materials. In one embodiment of the present invention, the processing plant material for use in smoking products can be configured using cigarettes. The processing plant material for use in smoking products can be configured to include processes for removing at least a portion of plant material terpenes and can be configured to include adding flavoring agents using the present invention.

Plant-Based Materials Smoking Materials

FIG. 1 shows a block diagram of an overview of plant-based materials smoking materials of one embodiment. FIG. 1 shows selecting at least two non-addictive-nicotine non-tobacco plant-based materials, such as hemp 100, cocoa husks 102, hops 104, and taro leaves 106 for producing smoking products. The plant-based materials are treated 110 to decontaminant and reduce natural aromas. The treated plant-based materials are then rolled 112 on a flat surface 114 with a plurality of rollers 116 into flat sheet shaped rolls 118.
Next, the sheet shape is trimmed on the edges to a predetermined width 120 for biodegradable cigarette sticks 122 with biodegradable filters 123. Biodegradable filters 123 are made of organic materials that degrade when disposed of in a land fill or other suitable site and do not include any plastic and are a single use filter.
Another portion of the sheet shaped treated plant-based materials is then cut 130 to a leaf cut and shredded flakes 132 for cigarette filler material. Next, the cigarette filler material 140 is treated 142 with transformative ingredients 144, then dried 146 to imbue the plant-based materials with a tobacco taste emulation characteristic and sensory impression.
In one embodiment, the plant-based materials treatments can be analyzed at each step with sensors 113, 121, 147, 152, 154, 156, 158 that transmit results data to a control processor 159 for monitoring by a computer application. The finished products are smoking materials that contain no tobacco, no addictive nicotine, and no nitrosamines and are non-addictive yet have the taste and smokability of smoking a tobacco cigarette.
In another embodiment, a plant-based cigarette app 162 can be installed on a user's mobile digital device 172 that includes sensors 174, including physiological sensor wearable 176 sensors 177 worn by the user to manage the user's smoking habits and usage. The physiological sensor wearable 176 transmits 184 a user smoking data from the sensors 177 to the plant-based cigarette app 162. Also showing is a user hand 170 holding a lit plant-based cigarette 164. A plant-based cigarette app 162 installed on the user digital device 172 held in the user hand 170. In another embodiment, the plant-based cigarette app 162 can be used to determine if the smoke 182 detected contains chemicals indicating the presence of tobacco and nicotine. In another embodiment, the plant-based cigarette app 162 can be used to track 183 when, where and under what conditions the user is smoking to assist the user in controlling and stopping their tobacco smoking habit of one embodiment.

A Plant-Based Materials Smoking Materials Process

FIG. 2A shows a block diagram of an overview flow chart of a plant-based materials smoking materials process of one embodiment. FIG. 2A shows at least two non-addictive-nicotine non-tobacco plant-based materials for example hemp, cocoa husks, hops, and taro leaves for producing smoking products 200. The plant-based materials are decontaminated of pesticides, heavy metals and other contaminant screening and correction and treated to reduce natural aromas 202. Treated plant-based materials are processed into biodegradable flat sheet shaped rolls 204. A portion of the sheet shaped treated plant-based materials are trimmed to a predetermined width for biodegradable cigarette sticks 206. Treated plant-based materials sheets are cut to produce leaf cut and shredded flakes for biodegradable cigarette filler material 208. The cigarette filler material is treated with transformative ingredients to imbue the plant-based materials with a tobacco taste emulation characteristic and sensory impression 210. Sensors analyze each step in performing the plant-based materials treatments and transmit the results data to a control computer with a plant-based cigarette app 212. Finished products are smoking materials that contain no tobacco, no addictive nicotine, and no nitrosamines and are non-addictive yet have the taste and smokability of smoking a tobacco cigarette 214 of one embodiment. The description continues in FIG. 2B.

A Plant-Based Materials Smoking Materials Process Continuation

FIG. 2B shows a block diagram of an overview flow chart of a continuation of a plant-based materials smoking materials process of one embodiment. FIG. 2B shows a continuation from FIG. 2A. A plant-based cigarette app installed on a user digital device with sensors determines if the smoke detected contains chemicals indicating the presence of tobacco and nicotine 216. The plant-based cigarette app tracks when, where and under what conditions the user is smoking to assist the user in controlling and stopping their tobacco smoking habit 218 of one embodiment.

Plant-Based Materials Smoking Materials

FIG. 3 shows a block diagram of an overview of plant-based materials smoking materials of one embodiment. FIG. 3 shows testing plant-based materials including raw hemp, cocoa husks, hops and other selectable plant-based materials for contaminants 300. Blending the contaminant free selection of the non-addictive-nicotine non-tobacco hemp, cocoa husks, hops and other selectable plant-based materials 310. Pulling quality control samples at each process step to confirm each of the samples meet predetermined specifications 340. Reconstituting the plant-based material filler for blending highly consistent products from batch to batch 350. Treating the plant-based materials with transformative ingredients to imbue the plant-based materials with a tobacco taste emulation characteristic and sensory impression 360. Analyzing finished product random packs for cannabinoids 370. Creating finished product smoking materials that contain no tobacco, no addictive nicotine, and no nitrosamines and are non-addictive yet have the taste and smokability of smoking a tobacco cigarette 380 of one embodiment.

Terpenes Found in Many Plants

FIG. 4 shows a block diagram of an overview of terpenes found in many plants of one embodiment. FIG. 4 shows selecting plant-based materials used for smoking from a group consisting of 411 pelletized tea leaves 412, hemp 413, cocoa husks 414, mullein 415, synthetic tobacco 416, synthetic nicotine 417, taro leaves 418, hops 419, and other plant-based materials 421. Synthetic nicotine 417 is non-addictive.
Negative ions are flowed through the boiled plant-based materials during a drying process to remove at least an additional portion of terpenes from plant-based materials 430. Removing terpenes reduces the natural odor and taste from the plant-based materials 440. After drying, smoking products are produced without added flavorings 445 and are used in producing smoking products. After drying processes smoking products are produced with added transformative ingredients for smokers who are used to smoking flavored tobacco products 450. Smoking products are non-addictive-nicotine and non-tobacco alternatives 460.
Smoking products are non-addictive-nicotine and non-tobacco alternatives 460 that may assist smokers desiring to quit smoking in reducing addictive nicotine intake 470. A nicotine tobacco cessation digital device app provides suggestions in quitting additive nicotine and tobacco 480. The additive nicotine tobacco cessation digital device app facilitates creating forming quitting additive nicotine and tobacco groups and family and friends support groups 490 of one embodiment.

Non-Addictive-Nicotine-Free Non-Tobacco Plant-Based Material Transformative Ingredients

FIG. 5 shows a block diagram of an overview of non-addictive-nicotine non-tobacco plant-based material transformative ingredients of one embodiment. FIG. 5 shows selecting transformative ingredients to treat non-addictive-nicotine non-tobacco plant-based materials 500. Treating the non-addictive-nicotine non-tobacco plant-based materials with at least one transformative ingredient from a group consisting of 510 where legal and in accordance with federal, state, and local laws cannabidiol (CBD) 520, where legal and in accordance with federal, state, and local laws cannabigerol (CBG) 530, caffeine 540, synthetic tobacco taste transformative ingredients 550, non-addictive synthetic nicotine transformative ingredients 552, other transformative ingredients and combinations of transformative ingredients 560.
Other transformative ingredients are described in FIG. 7. This method and processing are for creating a non-addictive-nicotine, non-tobacco plant-based materials smoking product that in appearance, taste, and smokability is what a smoker is accustomed to when smoking 570. Mimicking the smoker's habitual product in appearance, taste, and smokability may aid the smoker in not returning to their old smoking products 580 of one embodiment.

Reconstituted Plant-Based Materials Processing and Treatment Processes

FIG. 6A shows a block diagram of an overview of reconstituted plant-based materials processing and treatment processes of one embodiment. FIG. 6A shows one embodiment of reconstituted plant-based materials processing and treatment processes 600. Plant-based materials include hemp pulp, cocoa husks, hops and other plant-based materials 602. In one embodiment the quantity of cocoa husks is decreased and replaced with taro leaves 604. In another embodiment hemp can be replaced with hops and alternatively mullein and peppermint 606. In a first plant-based materials blend is 70% Hemp, 15% Cocoa, and 15% Hops 641. In a second plant-based materials blend is 70% Hemp, 30% Cocoa 642. In a third plant-based materials blend is 50% Cocoa, 50% Hops 643. A blend is varied to create different finished product cigarette with no tobacco and no additive nicotine 644.
Reconstitution of the plant-based materials creates two different types of end products 610. A first type of end product is at least one sheet and cut for paper wrappings 620. The sheet is a film made of for example hemp with any additives added. The sheet, also referred to as a cast, is flattened and dried then cut into wrapping for a cigarette. A second type of end product is leaf cut or shredded flakes and used for primary processing addbacks 630. The leaf cut or shredded flakes are used for the cigarette filler.
Processing combines blended plant-based materials for example hemp pulp, cocoa husks, with water and additives and produces reconstituted plant-based materials categories of base materials for different processing 640. Synthetic nicotine 417 is a non-additive transformative ingredient of one embodiment. Descriptions continue in FIG. 6B.

Plant-Based Materials Different Products

FIG. 6B shows a block diagram of an overview of reconstituted plant-based materials different products of one embodiment. FIG. 6B shows a continuation from FIG. 6A. The reconstituted plant-based materials processing and treatment processes different types of usage 650 the first non-tobacco non-addictive nicotine conventionally shaped cigarettes 660. A second usage is heat-not-burn plant-based non-tobacco non-addictive nicotine smoking materials 670 of one embodiment. The heat-not-burn plant-based non-tobacco non-addictive nicotine smoking materials are heated to a high temperature but not combusted 672. The heat-not-burn plant-based non-tobacco non-addictive nicotine smoking materials when heated in an electronic heating device and delivers an aerosol not smoke 674.
A third is plant-based materials non-tobacco non-addictive nicotine vaping materials 680. Plant-based materials non-tobacco non-addictive nicotine vaping materials are processed with super-heated steam to distill the oils and essences from the plant-based materials 682. Plant-based materials distillation extracted oils and essences are filtered and placed in cartridges for vaping with electronic devices 684.
Other different types of usage include a traditional pipe wherein the reconstituted plant-based materials can be packed into the pipe bowl and smoked by a pipe smoker. Yet another type of usage includes is a water pipe wherein the lit reconstituted plant-based materials smoke is filtered with a container filled with water. The reconstituted plant-based materials are an alternative to tobacco smoking materials and can be used in any smoking device chosen by a smoker to avoid tobacco and additive nicotine. All usage formats may be augmented with synthetic non-additive nicotine from very low levels, 1 mg per stick, up to levels found in conventional tobacco cigarettes, 10-15 mg 696 of one embodiment.

Other Transformative Ingredients

FIG. 7 shows a block diagram of an overview of transformative ingredients of one embodiment. FIG. 7 shows a continuation from FIG. 5 of other plant-based no tobacco no addictive nicotine cigarette transformative ingredients 700. Transformative ingredients add to the smokability, taste and smell of the cigarette. Examples of transformative ingredients 700 include ginseng, rosemary, flavanols 710, hops, humulene 720, valerian root, lobeline 730, chamomile, pinene 740, and perillyl alcohol, geraniol, limonene 750 of one embodiment.
The next group is cigarette-like throat hit transformative ingredients 760 without tobacco and nicotine to give the smoker a familiar sensation when smoking tobacco cigarettes. Throat hit additives include menthol 762, alcohol 764, hot pepper extract 766, citrus acids 768, and synthetic nicotine 417 of one embodiment.

A Plant-Based Cigarette App

FIG. 8 shows for illustrative purposes only an example of a plant-based cigarette app of one embodiment. FIG. 8 shows a user hand 170 holding a lit plant-based cigarette 164. A plant-based cigarette app 162 installed on the user digital device 172 held in the user hand 170 includes a smoke detector sensor 800.
The smoke detector sensor 800 detects smoke 182 from the plant-based cigarette. The smoke detector sensor 800 determines if the smoke detected contains chemicals indicating the presence of tobacco and nicotine.
The user digital device 172 also detects if the user is traveling in a vehicle with the GPS locator, whether the user is walking or stationary for example sitting. The plant-based cigarette app 172 transmits a data cellular communication 183 via a cellular tower 810 wherein the data transmission 811 to the plant-based cigarette network platform 820 includes the date and time the user is smoking.
The plant-based cigarette network platform 820 records the data in a plurality of databases 821 from a plurality of digital servers 822. A network computer 161 with the plant-based cigarette app 162 further determines from the GPS locator of the user digital device 172 the GPS coordinates of where the user is smoking for example at work or home. An artificial intelligence 823 device analyzes the data and creates a profile of where and when the user is smoking and how often. The user can access this analysis to understand the circumstances of their smoking habit.
The plant-based cigarette app 162 also, when authorized by the user, can make this information available for communication with family and friends 830 for the family and friends to provide support to the user. The family and friends follow the user progress to stop smoking nicotine tobacco based cigarettes 840. In this instance the user gains help from people concerned for their health and welfare of one embodiment.

Therapeutic Potential Treatment Additives

FIG. 9 shows a block diagram of an overview of therapeutic potential treatment additives of one embodiment. FIG. 9 shows therapeutic potential 900 additives that alternatively are included as treatment additives added to the plant-based materials. The smoker is gaining health benefits with the plant-based products that contain no tobacco, no addictive nicotine, and no nitrosamines and are non-addictive 910. In addition to those benefits the products may mitigate chronic health risks for cardiovascular disease, cancer, and neurodegeneration 920. Where legal the products may contain CBD that may be a useful treatment in nicotine dependence and perhaps psychosis 930. The therapeutic potential CBD transformative ingredient delivers CBD directly to the bloodstream from smoking. Products can be “functionalized” with traditional medicinal herbs 940. For example the traditional medicinal herbs may include for a specific affliction 942, and be derived from a specific biomass 944 from which is extracted a chemical 946. Examples of the affliction 942, biomass 944 and chemical 946 include nicotine withdrawal, skullcap or valerian root, lobeline 950; anxiety, ashwagandha, limonene 952; vascular disease, ginseng; rosemary, cocoa flavanols 954; and bronchitis, anise hyssop; chamomile, pinene 956 of one embodiment.

Treatment Additives

FIG. 10 shows a block diagram of an overview of treatment additives of one embodiment. FIG. 10 shows treatment additives 1000 that are alternative treatment additives that are used to treat the plant-based materials to provide some additional health assistance to the smoker in addition to eliminating tobacco and nicotine. The treatment additives 1000 are shown by category 1002, benefit 1004, and source 1006.
The treatment additives 1000 include but are not limited to calcium carbonate, inorganic, reduces carbon monoxide in mainstream smoke, marble, chalk 1010; berberine{circumflex over ( )}, alkaloid, blocks serotonin degradation, plant-based 1012; curcumin{circumflex over ( )}, flavonoid, anti-inflammatory, plant-based 1014; cannaflavin A, flavonoid, anti-nocioceptive, cannabis 1016; caffeine, alkaloid, alters consciousness, plant-based 1018; synthetic nicotine, alkaloid, stimulant, synthetic 1020; erinacines A & E, nootropic, stimulates neurogenesis, lion's mane mushroom 1022; astaxanthin, carotenoid, powerful antioxidant, plant-based 1024; apigenin, flavonoid, anti-cancer agent, plant-based 1026; rotundifolone, monoterpene, vasorelaxant, spearmint 1028; salvinorin-A, di-terpene, enhanced body awareness, plant-based 1030; mitragynine, alkaloid, euphoric, kratom 1032; dimethyltryptamine (dmt), alkaloid, euphoric, chacruna 1034; b-endesmol, terpene, eases gastrointestinal issues, plant-based 1036; b-caryophyllene, terpene, increased lifespan, plant-based 1038 of one embodiment.

Physiological Sensors Wearable Plant-Based Cigarette App System

FIG. 11 shows for illustrative purposes only an example of a physiological sensors wearable plant-based cigarette app system of one embodiment. FIG. 11 shows a user hand 170 holding a lit plant-based cigarette 164 functionalized with traditional medicinal herbs. The smoke 182 with traces of the user's breath is analyzed with the breath sensors 1114 of the plant-based cigarette app 162.
A user hand 170 is holding a user smart phone 1120 with the plant-based cigarette app 162. The plant-based cigarette app 162 includes vital sign sensors 1130, the breath sensors 1114 and perspiration sensors 1140. A user physiological sensor wearable 176 includes vital sign sensors 1130 and detects and transmits user vital signs to the vital sign sensors 1130 module in the plant-based cigarette app 162. The vital signs include Heart Rate (HR), Finger Temperature (FT), Respiration Rate (RR), Carbon dioxide (CO2) and Oxygen Saturation (SpO2).
The user physiological sensor wearable 176 also includes perspiration sensors 1140 that detects and measures user loss of electrolytes, sweat, hydration, and other characteristics of the user's perspiration. Perspiration testing is used on athletes for hydration concerns and is for example used for Cystic Fibrosis sufferers who lose an extremely high amount of salt (sodium chloride) in their sweat, so sweat electrolyte levels are used as part of the diagnostic criteria for the disease. A cellular tower 810 sends and receives data communication 183 from the plant-based cigarette app 162 including the physiological sensor data from the user physiological sensor wearable 176 and the plant-based cigarette app 162 sensors data.
The cellular communication 811 transmitted to the plant-based cigarette network platform 820 is received and processed by the plurality of servers 822 and stored on the plurality of databases 821. The plant-based cigarette app 162 data is processed on a network computer 161 for analysis with the artificial intelligence 823 device to analyze the user vital signs and other sensor data to determine the user's conditions and assess any improvements in the user's health conditions of one embodiment.

Smoking Cessation Series of Plant-Based Cigarette Products

FIG. 12 shows a block diagram of an overview of a smoking cessation series of plant-based cigarette products of one embodiment. FIG. 12 shows a smoking cessation series of plant-based cigarette products 1200. The reconstituted plant-based material 1210 is infused with treatment additives 1220 for assisting a user with nicotine withdrawal symptoms. Nicotine withdrawal can discourage some smokers from continuing with a quit attempt. The nicotine withdrawal symptoms include cravings, or urges, to smoke; depression; trouble sleeping; irritability; anxiety; and increased appetite. Treatment additives 1220 include those shown in FIG. 9 and FIG. 10.
Synthetic nicotine 417 is also infused to the reconstituted plant-based material 1210. The smoking cessation series includes different products with reduced quantities of the synthetic nicotine 417. The synthetic nicotine 417 is non-addictive.
Reducing the quantity of synthetic nicotine 417 starts at 15 mg per cigarette stick down to 0 mg. The series reduction increment is predetermined to assist the smokers in weaning themselves off of tobacco nicotine and to quit smoking tobacco smoking materials. The infused reconstituted plant-based material 1210 is processed into a plant-based cigarette stick forming machine 1240 to produce the plant-based cigarette sticks that are then packaged of one embodiment.
The foregoing has described the principles, embodiments, and modes of operation of the present invention. However, the invention should not be construed as being limited to the particular embodiments discussed. The above described embodiments should be regarded as illustrative rather than restrictive, and it should be appreciated that variations may be made in those embodiments by workers skilled in the art without departing from the scope of the present invention as defined by the following claims.

Claims

1-10. (canceled)

11. A smokable device, comprising:

a first reconstituted non-tobacco and non-nicotine plant-based material comprising hemp containing cannabidiol (CBD);

a second reconstituted non-tobacco and non-nicotine plant based material comprising a filler;

transformative ingredients integrated with the first and second reconstituted non-tobacco and non-nicotine plant-based materials and configured to impart a tobacco taste without the use of tobacco or nitrosamines; and

smoking device sticks configured to encase the first and second reconstituted non-tobacco and non-nicotine plant-based materials with the transformative ingredients, wherein the transformative ingredients are configured to create a predetermined odor and taste resembling tobacco when the smoking device sticks are combusted

12. The smokable device of claim 11, wherein the transformative ingredients include reduced addictiveness synthetic nicotine.

13. The smokable of claim 11, wherein the smoking device sticks are configured to be monitored by a smart phone application.

14. The smokable device of claim 11, wherein the first and second reconstituted non-tobacco and non-nicotine plant-based materials are treated with at least one therapeutic treatment additive from a group consisting of traditional medicinal herbs.

15. The smokable device of claim 11, wherein the first reconstituted non-tobacco and non-nicotine plant-based material hemp delivers cannabidiol (CBD) directly to the bloodstream from smoking and further comprising the transformative ingredients include hemp with less than 0.3 percent tetrahydrocannabinol (THC) on a dry weight basis.

16-20. (canceled)

21. The smokable device of claim 11, wherein the first reconstituted non-tobacco and non-nicotine plant-based material form wrappers for a smoking device.

22. The smokable device of claim 11, wherein the second reconstituted non-tobacco and non-nicotine plant-based materials include mullein.

23. A smoking device, comprising:

a first reconstituted non-tobacco and non-nicotine plant-based material comprising cocoa husks;

a second reconstituted non-tobacco and non-nicotine plant-based material comprising a filler;

smoking device sticks configured to encase the first and second reconstituted non-tobacco and non-nicotine plant-based materials with the transformative ingredients, wherein the transformative ingredients are configured to create a predetermined odor and taste resembling tobacco when the smoking device sticks are combusted.

24. The smoking device of claim 23, wherein the transformative ingredients include at least one from a group consisting of traditional medicinal herbs.

25. The smoking device of claim 23, wherein the first reconstituted non-tobacco and non-nicotine plant-based materials includes cocoa husks and hops.

26. The smoking device of claim 23, wherein the transformative ingredients include reduced addictiveness synthetic nicotine.

27. The smoking device of claim 23, wherein the transformative ingredients include cannabigerol (CBG) derived from hemp with less than 0.3 percent tetrahydrocannabinol (THC) on a dry weight basis.

28. The smoking device of claim 23, wherein the smoking device sticks are configured to be monitored by a smart phone application.

29. The smoking device of claim 23, wherein the second reconstituted non-tobacco and non-nicotine plant-based material includes mullein.

30. A smoking device, comprising:

a first reconstituted non-tobacco and non-nicotine plant-based material comprises hemp with less than 0.3 percent tetrahydrocannabinol (THC) on a dry weight basis and cocoa husks;

a second reconstituted non-tobacco and non-nicotine plant based material comprises a filler;

at least one therapeutic treatment additive from a group of traditional medicinal herbs integrated with the first and second reconstituted non-tobacco and non-nicotine plant-based materials;

31. The smoking device of claim 30, wherein the first reconstituted non-tobacco and non-nicotine plant-based materials include reduced addictiveness synthetic nicotine.

32. The smoking device of claim 30, wherein the second reconstituted non-tobacco and non-nicotine plant-based materials include hops.

33. The smoking device of claim 30, wherein the second reconstituted non-tobacco and non-nicotine plant-based materials include mullein.

34. The smoking device of claim 30, wherein the transformative ingredients include a tobacco flavoring agent.

35. The smoking device of claim 30, wherein the smoking device sticks are configured to be monitored by a smart phone application.