Classifications

• • A—HUMAN NECESSITIES
  • A24—TOBACCO; CIGARS; CIGARETTES; SIMULATED SMOKING DEVICES; SMOKERS' REQUISITES
  • A24B—MANUFACTURE OR PREPARATION OF TOBACCO FOR SMOKING OR CHEWING; TOBACCO; SNUFF
  • A24B15/00—Chemical features or treatment of tobacco; Tobacco substitutes, e.g. in liquid form
  • A24B15/10—Chemical features of tobacco products or tobacco substitutes
  • A24B15/16—Chemical features of tobacco products or tobacco substitutes of tobacco substitutes
• • A—HUMAN NECESSITIES
  • A24—TOBACCO; CIGARS; CIGARETTES; SIMULATED SMOKING DEVICES; SMOKERS' REQUISITES
  • A24D—CIGARS; CIGARETTES; TOBACCO SMOKE FILTERS; MOUTHPIECES FOR CIGARS OR CIGARETTES; MANUFACTURE OF TOBACCO SMOKE FILTERS OR MOUTHPIECES
  • A24D1/00—Cigars; Cigarettes
  • A24D1/18—Selection of materials, other than tobacco, suitable for smoking

Definitions

• the present invention relates, on the one hand, to a tobacco substitute for the production of smoking products and/or smoking product substitutes based on a mixture of plant parts, wherein the mixture comprises plant parts derived from Alchemilla vulgaris and/or Myrtus communis.
• the present invention relates to smoking products comprising a tobacco substitute as well as smoking product substitutes comprising a tobacco substitute.
• the present invention also relates to a method for the production of smoking products and/or smoking product substitutes in which a tobacco substitute based on plant parts is provided.
• the tobacco substitute is produced based on a mixture of plant parts. This means that the tobacco substitute is limited not only to the mixture of the plant parts per se, but that the tobacco substitute may also be an extract of the mixture of plant parts or that the tobacco substitute may comprise synthetic equivalents of the extract of the mixture of plant parts, etc.
• tobacco substitute refers to a material that can substitute for tobacco.
• Tobacco is a product that is derived from the leaves of the tobacco plant Nicotiana tabacum.
• Common smoking products such as cigarettes, cigars, pipe tobacco, etc. nowadays comprise tobacco.
• the tobacco is contained in a thin paper tube.
• a cigarette that is a smoking product according to the invention and therefore comprises a tobacco substitute in contrast to an ordinary cigarette, all of the tobacco or a part of the tobacco contained in the thin paper tube is replaced by the tobacco substitute.
• Common smoking products are further referred to as tobacco products. However, smoking of tobacco and tobacco products is harmful to health.
• Smoking has been scientifically established as carcinogenic, it adversely affects the skin, the blood vessels, the respiratory tract and the fertility, and it often causes cardiovascular diseases, etc. A number of chemical substances are also added during the production of tobacco products, making the smoke even more harmful to health. Moreover, smoking of tobacco products is not only harmful to those who smoke the tobacco products, but also damages the health of so-called passive smokers. Passive smokers are people who do not smoke tobacco products themselves, but inhale the smoke from tobacco products smoked by others nearby. Passive smoking is particularly problematic when tobacco products are smoked in poorly ventilated spaces.
• smoking of tobacco products is addictive, which often makes it difficult for the tobacco smoker to stop smoking tobacco products.
• the addiction to tobacco products is both physical and psychological.
• the physical component of the addiction is caused by the nicotine present in tobacco products.
• nicotine has a stimulating effect, and nicotine is therefore one of the main factors that makes smoking pleasant. It increases blood circulation to the brain, and when it comes into contact with certain brain cells, neurotransmitters such as dopamine are produced. All of this results in improved capacity to concentrate, better memory functioning, an activating and/or stimulating effect, and a feeling of well-being.
• the activating/stimulating effect that can be induced by smoking tobacco products is referred to as the nicotine kick.
• Nicotine can also have a relaxing effect resulting from increased neurotransmitter production and thus alleviate stress in the tobacco smoker. Moreover, whenever the concentration of nicotine in the blood decreases, this gives addicted tobacco users a craving to repeatedly smoke tobacco products in order to avoid the coming withdrawal symptoms and maintain the nicotine kick. Among other factors, this nicotine kick is caused by maintenance of high dopamine levels by nicotine. Nicotine inhibits an enzyme responsible for the breakdown of neurotransmitters such as dopamine. A high level of dopamine causes favourable sensations. As nicotine is broken down in the body, the amount of neurotransmitters decreases, and with it dopamine levels, which increases the craving for more nicotine and thus more tobacco products.
• Nicotine withdrawal symptoms usually disappear about 10 days after stopping smoking of tobacco products.
• the psychological component of the addiction is considered to be a behavioural addiction. This psychological aspect of the addiction chiefly depends on one's motivation for smoking. Smoking of tobacco products recalls the primary sucking reflex, and it is therefore satisfying in the same manner as a baby bottle or dummy in young children.
• tobacco substitutes are therefore substances used to suppress the craving for tobacco.
• the tobacco substitute (partially) replaces tobacco so that the tobacco substitute can be smoked.
• Smoking product substitutes comprise a tobacco substitute and are used to help people stop smoking, and may comprise, for example, chewing gum, sweets, oral sprays, patches, etc.
• EP 0616496 describes a tobacco substitute having a pleasant taste that helps to suppress withdrawal symptoms caused by psychological addiction to the smoking of tobacco products.
• This patent describes the use of plant parts as tobacco substitutes in smoking products and smoking product substitutes, wherein the plant parts are at least partly derived from Alchemilla vulgaris and/or Myrtus communis. This allows products such as cigarettes, cigars, pipe smoking products and rolling tobacco to be produced in which the tobacco is completely or partially replaced by the tobacco substitute.
• smoking the modified cigars and cigarettes comprising the tobacco substitute makes it simpler/easier to overcome the psychological addiction to smoking tobacco products, because after a certain period of smoking these modified cigarettes/cigars, which contain no nicotine, the smoker finds that smoking does not contribute to his/her quality of life, and that the subconsciously repressed motivations actually appear to be false.
• Smoking of ordinary tobacco products after smoking for example a cigarette containing the tobacco substitute, will even be experienced as unpleasant because the tobacco substitute causes impregnation of the taste buds and odour receptors, which distorts the taste of ordinary tobacco products.
• the tar content and carbon monoxide content of the smoke of the tobacco substitute described in EP 0616496 is much lower than the tar content and carbon monoxide content of tobacco smoke, and it is therefore much less hazardous to health.
• the additional use of plants not containing pesticides/insecticides does not cause dioxins to be released.
• ordinary tobacco contains pesticides/insecticides comprising chlorine compounds. The burning of these pesticides/insecticides causes the release of dioxins.
• the tobacco substitute described in EP 0616496 does not deal with the problem of physical addiction to smoking of tobacco products, which is primarily an addiction to nicotine. In the first few days after stopping smoking, it is the addiction to nicotine that causes smokers to go back to tobacco products because the need for nicotine is too great, and this need is not suppressed by the tobacco substitute described in EP 0616496.
• the object of the invention is to find a tobacco substitute that can be used in the production of smoking products and/or smoking product substitutes, wherein these smoking products and/or smoking product substitutes help to suppress the need for nicotine, and therefore the withdrawal symptoms caused by the physical addiction to tobacco products in order to make it easier to stop smoking tobacco products, and wherein the taste of the tobacco substitute is pleasant.
• a tobacco substitute for the production of smoking products and/or smoking product substitutes based on a mixture of plant parts, wherein the mixture comprises plant parts derived from Alchemilla vulgaris and/or Myrtus communis, wherein the mixture comprises at least 5% by weight of caffeine-containing plant parts, and wherein the caffeine-containing plant parts are substantially derived from Ilex paraguayensis and Thea sinensis.
• the tobacco substitute is not produced on the basis of plant parts of the tobacco plant, and therefore comprises neither tobacco nor nicotine. With people who wish to stop smoking tobacco products, it is important to suppress the craving for nicotine and the craving for the nicotine kick in the first few days after stopping smoking of tobacco products.
• the tobacco substitute is produced on the basis of a mixture of plant parts comprising caffeine-containing plant parts, and therefore contains caffeine.
• Caffeine is also referred to by the names theine, mateine, and guaranine.
• caffeine has effects on the human body that are similar to certain aspects of the effects of nicotine, caffeine helps to suppress the craving for nicotine.
• caffeine increases blood circulation, and therefore also blood circulation to the brain, resulting in improved ability to concentrate and an activating/stimulating effect, as well as a reduction in appetite.
• a considerable part of the nicotine kick is replaced by a caffeine kick. Because the mixture comprises at least 5% by weight of caffeine-containing plant parts, caffeine is present in said mixture in an amount sufficient to suppress/alleviate the craving for nicotine.
• Caffeine is absorbed by the body during smoking of smoking products that comprise the tobacco substitute or during the use of smoking product substitutes that comprise the tobacco substitute. When smoked, caffeine is absorbed in forms such as vapour. Because of this, the caffeine is absorbed directly into the blood vessels via the respiratory mucosa, so that quite small amounts have a marked effect. Much lower concentrations of caffeine are therefore needed to obtain the same effect, compared for example to caffeine-containing energy drinks.
• Caffeine-containing plant parts are already used in certain tobacco substitutes. In these known tobacco substitutes, however, the caffeine-containing plant parts adversely affect the taste and aroma of the product. For example, the plant parts of Thea sinensis have an adverse effect on the taste and aroma of tobacco substitutes. Plant parts derived from Ilex paraguayensis also have an adverse effect on the taste and aroma of tobacco substitutes.
• both plant parts derived from Ilex paraguayensis and plant parts derived from Thea sinensis are used.
• the plant parts derived from Ilex paraguayensis neutralize the aroma and taste of the plant parts derived from Thea sinensis, and the plant parts derived from Thea sinensis also neutralize the aroma and taste of the plant parts derived from Ilex paraguayensis.
• the unpleasant aroma and taste properties of the plant parts per se are neutralized, and a caffeine-containing tobacco substitute is obtained wherein the caffeine-containing plant parts do not adversely affect the taste and aroma of the tobacco substitute.
• the addition of both caffeine-containing plant parts therefore has only a favourable effect, namely that of making caffeine available in order to suppress the craving for nicotine.
• smoking products/smoking product substitutes that comprise tobacco substitutes based on a mixture of plant parts comprising caffeine-containing plant parts constitute a highly effective aid, because smoking or using these products makes it less likely that the person will return to using tobacco products. This is because the presence of caffeine suppresses and alleviates the craving for nicotine.
• the nicotine withdrawal symptoms experienced by a tobacco smoker in the period after stopping smoking tobacco products are therefore sharply reduced with the aid of the tobacco substitute according to the invention.
• the caffeine is rapidly absorbed via the smoke in vapour form by the mucosa, allowing it to produce strong and short-term stimulation.
• caffeine has effects on the human body that are similar to certain aspects of the effects of nicotine, but without the addictive properties of nicotine. Once a nicotine kick is no longer needed, the need for another caffeine kick is therefore minor, and can be satisfied if necessary with a cup of coffee.
• smoking products and/or smoking product substitutes comprising a tobacco substitute that is based on plant parts including caffeine-containing plant parts is also reduced after the nicotine addiction is eliminated, specifically because caffeine is much less addictive than nicotine. After a certain period, it therefore becomes quite easy to stop using these smoking products and/or smoking product substitutes. It is also important to deal with the psychological addiction when stopping smoking tobacco products, because if the psychological addiction is neglected when stopping smoking tobacco products, this can cause tobacco smokers to relapse into their tobacco addiction, sometimes years after stopping the smoking of tobacco products.
• the mixture also comprises plant parts derived from Alchemilla vulgaris and/or Myrtus communis.
• the tobacco substitute is produced on the basis of a mixture of caffeine-containing plant parts and plant parts of Alchemilla vulgaris and/or Myrtus communis.
• the tobacco substitute is also effective in additionally helping to eliminate the psychological addiction.
• tobacco smokers will find it pleasant and agreeable to smoke a tobacco substitute based on plant parts of Alchemilla vulgaris and/or Myrtus communis.
• the taste and aroma of the smoke from a mixture comprising plant parts derived from Alchemilla vulgaris and/or Myrtus communis is comparable to the taste and aroma of actual tobacco products.
• Plant parts derived from Alchemilla vulgaris and/or Myrtus communis are also capable of suppressing unpleasant tastes or aromas of plant parts derived from plants other than Alchemilla vulgaris and/or Myrtus communis. In this manner, the caffeine-containing plant parts have even less effect on the taste of the tobacco substitute.
• the tobacco substitute based on the mixture will be perceived as being mild (also referred to as blond or light). If the mixture comprises more than 90% by weight of plant parts derived from Alchemilla vulgaris with respect to the mixture of Alchemilla vulgaris and Myrtus communis or comprises only Alchemilla vulgaris, the tobacco substitute based on said mixture will be perceived as being very mild (ultra light).
• the tobacco substitute based on said mixture will be perceived as being rather strong. If the mixture comprises more than 90% by weight of plant parts derived from Myrtus communis with respect to the mixture of Alchemilla vulgaris and Myrtus communis or comprises only Myrtus communis, the tobacco substitute based on said mixture will be perceived as being very strong.
• the caffeine thus suppresses the craving for nicotine, and the plant parts of Alchemilla vulgaris and/or Myrtus communis suppress the psychological craving to smoke tobacco products.
• the behavioural habit remains satisfied together with the subconscious motivations that will be recognized to be false after a certain period without nicotine, with the result that a tobacco smoker who has switched to smoking products and/or smoking product substitutes, that comprise a tobacco substitute according to the invention based on caffeine-containing plant parts and plant parts of Alchemilla vulgaris and/or Myrtus communis, will no longer crave or have almost no craving to smoke tobacco products.
• Smoking/ingestion of these tobacco substitutes is not hazardous or much less hazardous to health than tobacco.
• tobacco smokers who do not wish to stop smoking tobacco products but would like to lead a somewhat healthier life can smoke smoking products in which a portion of the tobacco is replaced by a tobacco substitute as described above.
• a smoking product comprising a tobacco substitute based on a plant part mixture comprising plant parts of Alchemilla vulgaris and/or Myrtus communis, the smoker often finds smoking of ordinary tobacco products to be unpleasant.
• the tobacco product will have an unusual and rather unpleasant taste/aroma because the taste buds and odour receptors have been impregnated with the tobacco substitute, with the result that persons wishing to stop smoking tobacco products have a reduced relapse rate.
• a tobacco substitute based on a mixture of plant parts of Alchemilla vulgaris and/or Myrtus communis the addition of plant parts derived from Ilex paraguayensis and Thea sinensis has virtually no effect on the taste/aroma of the mixture of Alchemilla vulgaris and/or Myrtus communis.
• Tobacco substitutes based on a mixture of plant parts derived from Ilex paraguayensis, Thea sinensis and Alchemilla vulgaris and/or Myrtus communis are therefore highly effective in suppressing/alleviating both the physical and the psychological craving.
• Smoking/ingestion of these tobacco substitutes is not hazardous to health or considerably less hazardous than tobacco, with the result that there is (virtually) no damage to health during the period after stopping smoking, and therefore during smoking/ingestion of these tobacco substitutes. Moreover, it is only necessary to use these tobacco substitutes until the tobacco smoker is free of the tobacco addiction. This takes an average of 6 to 8 weeks.
• the mixture comprises at least 10% by weight of Althea officinalis leaves.
• the Althea officinalis leaves have a technically interesting leaf structure. This is particularly important for processing of the tobacco substitute. Specifically, these leaves allow the mixture of plant parts to be formed in a simple and rapid manner.
• the cut Althea officinalis leaves When these Althea officinalis leaves are cut to form the mixture of plant parts, the cut Althea officinalis leaves form a mass that is capable of holding in place the smaller parts, such as those derived from the leaves of other plants having a finer leaf structure.
• Thea sinensis leaves have this type of fine structure and therefore make it more difficult to process the mixture.
• processing of tobacco substitutes that constitute a mixture of plant parts per se and are used for example, in the production of cigarettes/cigars, etc. and/or rolling tobacco/pipe tobacco, etc., it is particularly important that processing take place in a favourable manner. For example, if the mixture is to be used in a cigarette, it is transferred onto the cigarette paper via a ventilated flow in the machine.
• Althea officinalis leaves are used in the mixture, the above risk is avoided without requiring extra compression, as these leaves form a mass that holds the smaller parts together. In order to take optimum advantage of the benefits of Althea officinalis, at least 10% by weight of Althea officinalis leaves must be present in the mixture.
• a tobacco substitute comprising a mixture composed of plant parts wherein the mixture does not comprise Althea officinalis leaves is less homogeneous and results in greater loss during production of the cigarettes and falling out after production of the cigarettes, particularly during handling of the packaging containing the cigarettes.
• the Althea officinalis leaves also contribute to the favourable taste of the tobacco substitute.
• these leaves also have a favourable effect on respiratory health. This plant is therefore traditionally used in tea or compositions used to treat respiratory disorders.
• a tobacco substitute for the production of smoking products and/or smoking product substitutes based on a mixture of plant parts can be provided, wherein said mixture comprises at least 5% by weight of caffeine-containing plant parts, wherein the caffeine-containing plant parts are substantially derived from Ilex paraguayensis and Thea sinensis, and wherein the mixture comprises at least 10% by weight of Althea officinalis leaves.
• the caffeine-containing plant parts provide the required caffeine without imparting any adverse taste or aroma properties to the mixture.
• the Althea officinalis leaves provide favourable workability of the mixture and contribute to the favourable taste of the mixture.
• the favourable and pleasant taste of the mixture can be provided in this case by plant parts other than plant parts derived from Alchemilla vulgaris and/or Myrtus communis.
• the ratio of the percentage by weight of plant parts derived from Ilex paraguayensis to the sum of the percentage by weight of plant parts derived from Ilex paraguayensis and the percentage by weight of plant parts derived from Thea sinensis is between 0.285 and 0.57. From this it follows that the ratio of the percentage by weight of plant parts derived from Thea sinensis with respect to the sum of the percentage by weight of plant parts derived from Ilex paraguayensis and the percentage by weight of plant parts derived from Thea sinensis is preferably between 0.43 and 0.715.
• the plant parts of Thea sinensis and the plant parts of Ilex paraguayensis have the most favourable effect on one another, and the adverse aroma and taste properties derived from both types of plant parts are most favourably neutralized.
• the caffeine-containing plant parts have virtually no effect on the taste and aroma of the tobacco substitute and therefore mainly play the role of contributing to the caffeine supply.
• the extent of the preferred range of these ratios is due in part to the fact that the caffeine content of these plants is season-dependent, location-dependent and climate-dependent.
• the mixture more preferably comprises 1 to 94% by weight of Alchemilla vulgaris plant parts, 1 to 94% by weight of Myrtus communis plant parts and at least 5% by weight of caffeine-containing plant parts.
• the tobacco substitute based on this mixture.
• the final ratios of the mixture are season-dependent and climate-dependent. The reason is that the composition of plants is also season-dependent and climate-dependent. If at least 10% by weight of Althea officinalis is also present in the mixture, the preferred percentages by weight of plant parts of Alchemilla vulgaris and plant parts of Myrtus communis are between 1 and 84. Further preferably, the leaves of Alchemilla vulgaris and/or Myrtus communis are used. These leaves are the most suitable for use in the mixture of plant parts as they do not cause any technical problems in drying, remoistening and then cutting into tobacco substitutes for use, for example, in cigarettes, cigars, etc. In the production of tobacco leaves are also used, such that the leaves of other plants can be dried, cut and processed in a similar manner to leaves of the tobacco plant. In cigars, cigarettes, etc., the tobacco substitute will therefore primarily comprise the mixture of the plant parts per se.
• the mixture comprises 20 to 50% by weight of Althea officinalis leaves. These percentages by weight allow the most favourable results to be obtained with respect to processing of the mixture, for example in the machine production of cigarettes. If Myrtus communis leaves, which provide smaller parts during processing, are used, the Althea officinalis leaves make sure, among other things, that these smaller parts are not lost. The percentage by weight of Althea officinalis leaves may be 30 or 40, for example.
• a content of Althea officinalis ranging from 20 to 50% by weight also has a favourable effect on the taste of the tobacco substitute and has a favourable effect on the respiratory tract health.
• the mixture preferably comprises 2 to 20% by weight of plant parts of Ilex paraguayensis. At these percentages, a tobacco substitute containing sufficient caffeine is obtained, and optimum taste of the tobacco substitute is also achieved.
• the extent of the preferred range of percentages by weight is due in part to the fact that the caffeine content of the plant Ilex paraguayensis is season-dependent, location-dependent and climate-dependent.
• the mixture preferably comprises 5 to 15% by weight of plant parts of Thea sinensis. At these percentages, a tobacco substitute is obtained with sufficient caffeine, and an optimum taste of the tobacco substitute is also achieved. At percentages of more than 15% by weight of plant parts of Thea sinensis, deviations in taste will be too great. The extent of the preferred range of percentages by weight is due in part to the fact that the caffeine content of the plant Thea sinensis is season-dependent, location- dependent and climate-dependent.
• the caffeine-containing plant parts are derived from Ilex paraguayensis leaves and Thea sinensis leaves.
• the leaves of the abovementioned plants are the most effective for use in the mixture, as they do not cause any technical problems in drying and cutting thereof into tobacco substitutes for cigarettes and cigars, for example.
• leaves are also used, therefore the leaves of other plants can also be processed in a similar manner. In this way it is possible to obtain a tobacco substitute that is a mixture of cut leaves and therefore has a uniform appearance as cut tobacco.
• additional antioxidants will be contained in the mixture of plant parts.
• These anti-oxidants are primarily present in Thea sinensis, and these anti-oxidants can neutralize the radicals which are formed on burning of the tobacco substitute and which can be inhaled via the smoke.
• the mixture preferably comprises at least 1% by weight of plant parts derived from Myrtus communis.
• Myrtus communis comprises myrtenol, a volatile oil.
• Myrtenol neutralizes the harmful free radicals released on burning of the tobacco substitute, with the result that no or far fewer free radicals enter the respiratory tract.
• Myrtenol also has an antitussive effect.
• the mixture preferably comprises 2 to 20% by weight of Myrtus communis.
• the mixture comprises an average of 7 to 35% by weight of caffeine-containing plant parts.
• the percentage by weight of the caffeine - containing plant parts is preferably greater than 7% by weight so that sufficient caffeine is present to suppress/alleviate the craving for nicotine.
• the caffeine content should preferably not be too high in order to prevent adverse affects caused by excessively high caffeine content such as cardiac rhythm disorders.
• An excessively high content of caffeine-containing plant parts also has an adverse effect on the taste and aroma of the tobacco substitute based on this mixture.
• an ideal content is 15 to 20% by weight of caffeine-containing plant parts in the mixture of plant parts. The caffeine content is then optimal, and there is no risk of deviations in the taste and/or aroma of the tobacco substitute based on this mixture.
• the mixture comprises plant parts of aromatic plants, extracts of aromatic plants and/or synthetic equivalents of aromas of aromatic plants.
• aromatic plants refers to plants comprising components that can contribute to a certain favourable taste and/or favourable aroma of the mixture. If the mixture also comprises aromatic plants, extracts of aromatic plants, and/or synthetic equivalents of aromatic plants, it is possible to obtain a broad spectrum of various odours and/or tastes so that the tobacco substitute based on the mixture takes on the odour and/or taste properties of the most popular tobacco varieties, such as classic blonde Virginia tobacco, dark strong African tobacco, or aromatic Turkish tobacco.
• the aromatic plants are preferably selected from the group Trifolium pratense, Asperula odorata, petals of the genus Rosa (Rosa (flos)), Vanilla planifolia, Glycyrrhiza glabra, Mentha piperita, Salvia officinalis, Thymus vulgaris and Eucalyptus globulus.
• Asperula odorata and petals of the genus Rosa in particular, are highly suitable for obtaining a tobacco substitute having the desired aroma and taste properties.
• the percentage by weight of the plant parts of Trifolium pratense can account for between 6 and 10% by weight of the mixture
• the percentage by weight of the plant parts of Asperula odorata can account for 1 to 10% by weight or 6 to 10% by weight of the mixture
• the petals of the genus Rosa can account for 1 to 20% by weight or 4 to 8% by weight of the mixture, etc.
• the addition of aromatic plants to the mixture from the group Mentha piperita, Salvia officinalis, Thymus vulgaris and Eucalyptus globulus is advantageous in that the smoke of the tobacco substitute based on the above mixture has an analgesic, expectorant and/or antiseptic action depending on the respective properties of the plants added and their ratio by weight.
• This action can significantly alleviate the common disorders suffered by smokers. For example, morning cough, susceptibility to respiratory infections and bad breath can be alleviated/improved.
• the mixture in this specific embodiment comprises caffeine-containing plant parts and/or Myrtus communis and/or Alchemilla vulgaris and one or more plant parts of aromatic plants, extracts of aromatic plants and/or synthetic equivalents of aromatic plants, it is possible in this way to obtain various types of mixture, each having its own taste and/or aroma, with the result that the user of the tobacco substitute based on this mixture can select his or her favourite taste and/or aroma. With certain mixtures, even the unpleasant effect of smoking tobacco products after having smoked a smoking product containing a tobacco substitute, is intensified.
• the mixture preferably comprises plant parts of aromatic plants, wherein said plant parts of each aromatic plant make up a maximum of 20% by weight of the tobacco substitute.
• the extracts of aromatic plants and/or synthetic equivalents of the aromas of aromatic plants make up a maximum of 5% by weight of the mixture.
• extracts and/or synthetic equivalents it is not necessary to add more to the mixture in order to obtain a tobacco substitute based on this mixture having a favourable aroma and/or taste. If too much is added, the aroma will be too penetrating.
• these extracts and/or synthetic equivalents can cause an increase in the content of tar and carbon monoxide when the tobacco substitute comprising this mixture is smoked. In order to limit such an increase, therefore, it is preferable not to add more of these extracts and/or synthetic equivalents to the mixture.
• the mixture comprises
• the mixture comprises
• the aforementioned object of the present invention is also achieved by providing a method for the production of smoking products and/or smoking product substitutes, wherein a tobacco substitute based on plant parts is provided and wherein the tobacco substitute is a tobacco substitute as described above.
• the present invention also provides smoking products and/or smoking product substitutes comprising the tobacco substitute as described above.
• Smoking products may include cigarettes, cigars, pipe filling and roll tobacco.
• smoking products comprising a tobacco substitute all of the ordinary tobacco or part of the ordinary tobacco is replaced by the tobacco substitute.
• the tobacco substitute is therefore the mixture, such as that described above, per se.
• Smoking of the tobacco substitute described above is significantly less hazardous to health than smoking of tobacco.
• smoking product substitutes refers to chewing gums, sweets, oral sprays, etc. that suppress the craving for tobacco products.
• the tobacco substitute according to the invention may be composed of a powdered mixture of plant parts and be included in the smoking product substitutes in powder form, or the tobacco substitute may be an extract of the mixture of plant parts according to the invention, and this extract may be included in the smoking product substitutes. Extraction is conducted using a suitable solvent. The extract may then, for example, be dissolved in a liquid or mixed with a powder and then used in an aerosol device, metered aerosol device (puffer), powder inhaler, etc. Aerosol devices, puffers, and powder inhalers are advantageous in that they can be used without violating non-smoking regulations.
• the tobacco substitute is the mixture of the plant parts per se.
• the tobacco substitute is therefore highly suitable for smoking and use as a tobacco substitute in cigarettes, cigars and pipes, etc. This is because the appearance of the tobacco substitute, with the exception of its colour, is similar to the appearance of cut tobacco, and because the processing/production process of smoking products comprising the tobacco substitute is similar to the production process of smoking products comprising tobacco. This is due to the fact that cut tobacco is also formed from leaves.
• the tobacco substitute may also be an extract of the mixture.
• the tobacco substitute according to this example comprises caffeine-containing plant parts. Specifically plant parts of Ilex paraguayensis and Thea sinensis. These caffeine-containing plant parts cause caffeine to be present in the tobacco substitute taken in by the user of said tobacco substitute. Therefore, persons wishing to stop smoking tobacco products by using smoking products and/or smoking product substitutes containing the tobacco substitute according to the present invention will absorb caffeine when using said products or substitutes. This caffeine is important in suppressing the craving for nicotine and the craving for the nicotine kick. The caffeine present in the tobacco substitute helps to suppress/alleviate this craving for nicotine as caffeine has effects on the human body that are similar to certain aspects of the nicotine effect. In these smoking products/smoking product substitutes, all of the tobacco or only part of the tobacco may be replaced by the tobacco substitute.
• the tobacco substitute is therefore beneficial in helping the person make it through these crucial first days after stopping smoking tobacco products.
• the total percentage by weight of these caffeine-containing plant parts is 15% by weight of the total weight of the tobacco substitute.
• the content is therefore greater than 7% by weight, with the result that sufficient caffeine is present to provide the body with a caffeine kick, with the result that the craving for nicotine is suppressed/alleviated.
• the content is also less than 35% by weight, with the result that possible adverse effects resulting from an excessively high caffeine concentration in the body are prevented.
• the content of caffeine- containing plant parts, in this case leaves is between 15 and 20% by weight, and the percentage by weight of leaves of Thea sinensis is not greater than 15% by weight, so that the aroma and taste of the tobacco substitute are not adversely affected.
• the ratios of the caffeine-containing plant parts Ilex paraguayensis and Thea sinensis are selected in such a manner that these substances have a favourable effect on each other, with the result that they have little effect on the taste of the tobacco substitute.
• the mixture of caffeine-containing plant parts consists of 1/3 Ilex paraguayensis and 2/3 Thea sinensis.
• the tobacco substitute comprises 25% by weight of Alchemilla vulgaris leaves and 20% by weight of Myrtus communis leaves. Because tobacco substitutes are used that comprise Alchemilla vulgaris and Myrtus communis, not only the nicotine addiction is suppressed, but also the psychological addiction. This is due to the fact that tobacco smokers will perceive smoking of a tobacco substitute containing plant parts of Alchemilla vulgaris and/or Myrtus communis to be pleasant and agreeable. The taste and aroma of smoking these plant parts is indeed comparable with the taste and aroma of smoking actual tobacco products. The percentage by weight of Alchemilla vulgaris and the percentage by weight of Myrtus communis are similar.
• the percentage by weight of Alchemilla vulgaris and the percentage by weight of Myrtus communis with respect to the mixture of Alchemilla vulgaris and Myrtus communis alone is less than 60% by weight, with the result that the tobacco substitute in this case does not have a distinctly mild or strong taste, but is more comparable to a neutral tobacco taste.
• the contents of Alchemilla vulgaris and Myrtus communis may be adjusted in order to obtain a more distinct light and/or heavy taste.
• Myrtenol a volatile oil contained in Myrtus communis
• the tobacco substitute comprises 26% by weight of Althea officinalis leaves.
• the use of leaves of this plant in the tobacco substitute thus also has a favourable effect on the respiratory tract health.
• the Althea officinalis leaves have a technically interesting leaf structure. When these leaves are cut to form the tobacco substitute, a mass is formed that is capable of holding in place the smaller parts, such as those derived from the leaves of Myrtus communis and Asperula odorata.
• a tobacco substitute composed of a mixture of plant parts, wherein the mixture comprises Althea officinalis leaves, is also more homogeneous than a mixture that does not, with the result that there is less loss during production of the cigarettes and less waste after they are produced.
• the presence of 26% by weight of Althea officinalis leaves has a favourable effect on the production process provided in the machine manufacturing of cigarettes comprising the tobacco substitute.
• the tobacco substitute comprises additional plant parts of Asperula odorata and petals of the genus Rosa (Rosa (flos)). These are plants containing components that contribute to a favourable aroma and/or favourable taste of the tobacco substitute (aromatic plants), and they impart an even better taste and aroma to the tobacco substitute, wherein the aroma and taste of the tobacco substitute more closely resembles the aroma and taste of tobacco.
• the mixture comprises:
• the tobacco substitute also comprises extracts of aromatic plants. It is important that the percentage of each of these extracts be from 0.01 to 5% by weight of the total tobacco substitute without the total percentage by weight of these extracts exceeding 5% by weight of the tobacco substitute. In the example given here, this is indeed the case. These small amounts of extracts contribute toward providing an even better taste and aroma without increasing the content of tar and carbon monoxide when the tobacco substitute is smoked.
• the mixture comprises:
• Smoking products comprising a tobacco substitute which is a mixture according to the above alternative embodiment were given to 10 test subjects. Two of the test subjects reported that the taste and aroma of the smoking product differed too greatly from their usual tobacco smoking products and that it was therefore difficult to get used to the new products. However, all test subjects found that after about 10 days of using only the smoking products containing the tobacco substitute, the need for their usual tobacco products was sharply reduced or even eliminated completely.
• the mixture comprises:
• Trifolium pratense • 1 to 5% by weight of Trifolium pratense.
• Smoking products comprising a tobacco substitute which is a mixture according to the above alternative embodiment were given to 10 test subjects. Only one test subject reported that the taste and aroma of the smoking product differed too greatly from his usual tobacco smoking product and that it was therefore difficult to get used to the new product. However, all test subjects found that after 3 to 5 days of using only these smoking products, the need for their usual tobacco products was sharply reduced or even eliminated completely.

Landscapes

• Chemical & Material Sciences (AREA)
• Chemical Kinetics & Catalysis (AREA)
• General Chemical & Material Sciences (AREA)
• Manufacture Of Tobacco Products (AREA)

Priority Applications (9)

Applications Claiming Priority (4)

Publications (1)

Family

ID=50070633

Family Applications (1)

Country Status (12)

Cited By (11)

Citations (14)

• 2014
  • 2014-01-02 PL PL14703418T patent/PL2941135T3/pl unknown
  • 2014-01-02 PT PT14703418T patent/PT2941135T/pt unknown
  • 2014-01-02 ES ES14703418T patent/ES2706740T3/es active Active
  • 2014-01-02 DK DK14703418.5T patent/DK2941135T3/en active
  • 2014-01-02 WO PCT/IB2014/058022 patent/WO2014106819A1/en active Application Filing
  • 2014-01-02 RS RS20190089A patent/RS58457B1/sr unknown
  • 2014-01-02 LT LTEP14703418.5T patent/LT2941135T/lt unknown
  • 2014-01-02 SI SI201431054T patent/SI2941135T1/sl unknown
  • 2014-01-02 HU HUE14703418A patent/HUE041933T2/hu unknown
  • 2014-01-02 EP EP14703418.5A patent/EP2941135B1/en active Active
• 2019
  • 2019-01-24 HR HRP20190167TT patent/HRP20190167T1/hr unknown
  • 2019-01-24 CY CY20191100093T patent/CY1122594T1/el unknown

Patent Citations (14)

Non-Patent Citations (1)

Also Published As

Similar Documents

Legal Events