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Invention relates to a method of opening a cigarette casing, which comprises cutting the cigarette transported in a guiding chute of the machine feeder to extract tobacco from damaged and/or defective cigarettes, at that the cigarettes are cut at least with one revolving disc knife located above the feeder, in which at least one rotating circular knife is applied to the cigarette such that the axis, on which the said disc knife is perpendicular mounted lies in a plane parallel to the plane in which the axis of the cigarette extends; at that the plane of the disk knife does not contain the cigarette axis and is parallel to the said axis of cigarette, the cigarette rotation around its axis in the guiding chute is blocked, as a result the in the cigarette casing tensile stress is created which facilitates its opening. |
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Flavoured tobacco blend production method Method envisages tobacco and peppermint mixing, the produced mixture impregnation with liquid carbon dioxide with simultaneous pressure boost, depressurisation to atmosphere value with simultaneous freezing of the mixture, the carbon dioxide subliming and removal with simultaneous swelling of the mixture. |
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Flavoured tobacco blend production method Method envisages tobacco and nutmeg flowers mixing, the produced mixture impregnation with liquid carbon dioxide with simultaneous pressure boost, depressurisation to atmosphere value with simultaneous freezing of the mixture, the carbon dioxide subliming and removal with simultaneous swelling of the mixture. |
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Method of production of flavoured tobacco blend Invention relates to the method of production of the flavoured tobacco blend, providing mixing tobacco and balm lemon, impregnating the resulting mixture with liquid carbon dioxide while simultaneous increasing the pressure, relief to atmospheric pressure with simultaneous freezing the mixture, and sublimation and removal of carbon dioxide with simultaneous swelling of the mixture. |
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Method of production of flavoured tobacco blend Invention relates to a method of production of the flavoured tobacco blend, comprising mixing tobacco and sweetgrass, impregnating the resulting mixture with liquid carbon dioxide while simultaneous increasing the pressure, relief to atmospheric pressure with simultaneous freezing the mixture, and sublimation and removal of carbon dioxide with simultaneous swelling of the mixture. |
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Method of production of flavoured tobacco blend Invention relates to the method of production of flavoured tobacco blend, comprising mixing tobacco and lemon balm, impregnating the resulting mixture with liquid carbon dioxide while simultaneous increasing the pressure, relief to atmospheric pressure with simultaneous freezing the mixture, and the sublimation and removal of carbon dioxide with simultaneous swelling the mixture. |
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Method of production of flavoured tobacco blend Invention relates to a method of production of the flavoured tobacco blend, which provides mixing tobacco and rose flowers, impregnation of the resulting mixture with liquid carbon dioxide while simultaneous increasing the pressure, relief to atmospheric pressure with simultaneous freezing the mixture, and sublimation and removal of carbon dioxide with simultaneous swelling of the mixture. |
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Method of production of flavoured tobacco blend Tobacco and lavender are mixed. The resulting mixture is impregnated with liquid carbon dioxide while simultaneous increasing the pressure. The pressure is released to atmospheric pressure with simultaneous freezing the mixture, sublimation and removing the carbon dioxide is carried out with simultaneous swelling of the mixture. |
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Method of production of flavoured tobacco blend Method comprises mixing tobacco and tarragon, impregnation of the resulting mixture with liquid carbon dioxide with simultaneous increasing the pressure, relief to atmospheric pressure with simultaneous freezing the mixture, and sublimation and removal of carbon dioxide with simultaneous swelling of the mixture. |
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Method of production of flavoured sweetened tobacco blend Method comprises cutting and mixing tobacco and anise, impregnating the resulting mixture with liquid carbon dioxide while simultaneous increasing the pressure. The relief to atmospheric pressure with simultaneous freezing the mixture, heating the mixture for sublimation and removal of carbon dioxide with simultaneous swelling of the mixture. Spraying the mixture with sweetening and storing. |
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Method of production of flavoured tobacco blend Method provides mixing of tobacco and anise, impregnating the resulting mixture with liquid carbon dioxide while simultaneous increasing the pressure, relief to atmospheric pressure with simultaneous freezing the mixture, sublimation and removal of carbon dioxide with simultaneous swelling of the mixture. |
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Method of production of flavoured tobacco blend Method comprises mixing tobacco and fennel, impregnating the resulting mixture with liquid carbon dioxide while simultaneous increasing the pressure, relief to atmospheric pressure with simultaneous freezing the mixture, and sublimation and removal of carbon dioxide with simultaneous swelling of the mixture. |
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Method of production of flavoured tobacco blend Invention relates to a method of production of the flavoured tobacco blend, comprising mixing tobacco and jasmine flowers, impregnating the resulting mixture with liquid carbon dioxide while simultaneous increasing the pressure, relief to atmospheric pressure with simultaneous freezing the mixture, and sublimation and removal of carbon dioxide with simultaneous swelling of the mixture. |
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Method of production of flavoured sweetened tobacco blend Invention relates to the method of production of the flavoured sweetened tobacco blend, which provides cutting and mixing of tobacco and pepper mint, impregnating the resulting mixture with liquid carbon dioxide while simultaneous increasing the pressure, relief to atmospheric pressure with simultaneous freezing the mixture, sublimation and removal of carbon dioxide with simultaneous swelling of the mixture, its spraying with sweetening and storage. |
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Method of production of flavoured sweetened tobacco blend Invention relates to the method of production of the flavoured sweetened tobacco blend, which provides cutting and mixing of tobacco and mace, impregnating the resulting mixture with liquid carbon dioxide while simultaneous increasing the pressure, relief to atmospheric pressure with simultaneous freezing the mixture, sublimation and removal of carbon dioxide with simultaneous swelling of the mixture, its spraying with sweetening and storage. |
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Method of production of flavoured sweetened tobacco blend Invention relates to the method of production of the flavoured sweetened tobacco blend, which provides cutting and mixing of tobacco and linden flowers, impregnating the resulting mixture with liquid carbon dioxide while simultaneous increasing the pressure, relief to atmospheric pressure with simultaneous freezing the mixture, sublimation and removal of carbon dioxide with simultaneous swelling of the mixture, its spraying with sweetening and storage. |
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Method of production of flavoured sweetened tobacco blend Invention relates to the method of production of the flavoured sweetened tobacco blend, which provides cutting and mixing of tobacco and lavender, impregnating the resulting mixture with liquid carbon dioxide while simultaneous increasing the pressure, relief to atmospheric pressure with simultaneous freezing the mixture, sublimation and removal of carbon dioxide with simultaneous swelling of the mixture, its spraying with sweetening and storage. |
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Method of production of flavoured sweetened tobacco blend Invention relates to the method of production of the flavoured sweetened tobacco blend, which provides cutting and mixing tobacco and balm lemon, impregnating the resulting mixture with liquid carbon dioxide while simultaneous increasing the pressure, relief to atmospheric pressure with simultaneous freezing the mixture, sublimation and removal of carbon dioxide with simultaneous swelling of the mixture, its spraying with the sweetening and storage. |
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Method of production of flavoured tobacco blend Invention relates to the method of production of the flavoured tobacco blend, which provides cutting and mixing tobacco and geranium flowers, impregnating the resulting mixture with liquid carbon dioxide while simultaneous increasing the pressure, relief to atmospheric pressure with simultaneous freezing the mixture, and sublimation and removal of carbon dioxide with simultaneous swelling of the mixture. |
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Method of production of flavoured sweetened tobacco blend Method comprises cutting and mixing tobacco and sweetgrass, impregnating the resulting mixture with liquid carbon dioxide while simultaneous increasing the pressure with providing dissolution of the aromatic substances of sweetgrass and tobacco in liquid carbon dioxide, relief to atmospheric pressure with simultaneous freezing the mixture, heating the mixture for sublimation and removal of carbon dioxide with simultaneous swelling of the mixture, spraying it with sweetening and storing to obtain the target product. |
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Method of production of flavoured tobacco blend Method comprises mixing tobacco and coriander, impregnating the resulting mixture with liquid carbon dioxide while simultaneous increasing the pressure, relief to atmospheric pressure with simultaneous freezing the mixture, and sublimation and removal of carbon dioxide with simultaneous swelling of the mixture. |
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Method of production of flavoured tobacco blend Tobacco is mixed with basil, the resulting mixture is impregnated with liquid carbon dioxide with simultaneous increase in pressure, the pressure is relieved to the atmospheric pressure with simultaneous freezing the mixture, and then the mixture is heated for sublimation and removal of carbon dioxide with simultaneous swelling of the mixture. |
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Invention relates to a smoking product filter containing an elongated base part of the filtering material, an internal wrapper (having the first and the second areas of a non-porous material positioned around and with an interval along the filtering material length with formation of clearance acting as a ventilation zone) and an external wrapper positioned over the internal wrapper and designed so that ventilating air may be drawn through the ventilation zone and passed into the filtering material through the external wrapper and in a longitudinal direction between the internal and the external wrappers. |
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Sauce-dipped flavoured tobacco blend production method Method envisages tobacco and basil cutting and mixing, the produced mixture impregnation with liquid carbon dioxide with simultaneous pressure boost, depressurisation to atmosphere value with simultaneous freezing of the mixture, the carbon dioxide subliming and removal with simultaneous swelling of the mixture, the mixture spraying with a sauce and storing. |
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Flavoured tobacco blend production method Method envisages tobacco and linden flowers mixing, the produced mixture impregnation with liquid carbon dioxide with simultaneous pressure boost, depressurisation to atmosphere value with simultaneous freezing of the mixture, the carbon dioxide subliming and removal with simultaneous swelling of the mixture. |
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Sauce-dipped flavoured tobacco blend production method Method envisages tobacco and medang cutting and mixing, the produced mixture impregnation with liquid carbon dioxide with simultaneous pressure boost, depressurisation to atmosphere value with simultaneous freezing of the mixture, the carbon dioxide subliming and removal with simultaneous swelling of the mixture, the mixture spraying with a sauce and storing. |
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Sauce-dipped flavoured tobacco blend production method Method envisages tobacco and clary cutting and mixing, the produced mixture impregnation with liquid carbon dioxide with simultaneous pressure boost, depressurisation to atmosphere value with simultaneous freezing of the mixture, the carbon dioxide subliming and removal with simultaneous swelling of the mixture, the mixture spraying with a sauce and storing. |
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Sauce-dipped flavoured tobacco blend production method Method envisages tobacco and coriander cutting and mixing, the produced mixture impregnation with liquid carbon dioxide with simultaneous pressure boost, depressurisation to atmosphere value with simultaneous freezing of the mixture, the carbon dioxide subliming and removal with simultaneous swelling of the mixture, the mixture spraying with a sauce and storing. |
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Tobacco aroma releasing material and tobacco aroma inhalator of non-heating type containing material Tobacco aroma releasing material contains granules containing (a) milled tobacco material, (b) water, (c) a wetting agent containing a polyatomic alcohol, (d) at least one pH- regulating agent chosen from the group consisting of potassium carbonate and sodium hydrocarbonate, and (e) at least one binder chosen from the group consisting of pullulan and hydroxypropyl cellulose. |
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Proposed method used in tobacco industry comprises conveying filter rods from container into cutter drum grooves. Filter rods are cut to filter segments to be unloaded from said groove as a set of filter segments by pushers connected with unloading device to be directed along unloading path, first, by said pushers and, then, by feeder to separation device. Then, said segments are transferred to belt for grouping to be arranged in the order that ensures the production of filter from segments fed from several modules. In case gaps occur at said path of unloading said filter segments from cutter drum groove caused by absence of the rod in drum groove and detected by appropriate sensor, operation of the devices located downstream, of said gap is decelerated. At the same time, operation of the devices upstream of said gap are accelerated till elimination of said gap. |
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Photodegradable synthetic material and use thereof Invention relates to a photodegradable synthetic material containing a cellulose ester, characterised by that the photodegradable synthetic material contains photocatalytically active, carbon-modified titanium dioxide dispersed therein. |
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Invention relates to tobacco processing process including extraction of tobacco by water or organic solvent and extraction product filtration. Note here that both stapes of extraction and filtration are performed at horizontal band filter. |
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Cigarette extinguisher with cigarette storage box Invention relates to a cigarette extinguisher with a cigarette storage box; the extinguisher contains a body with a hole of appropriate length for accommodation of a glowing cigarette stub into the hole, with the burning part into the hole inside; the body is rigidly attached to the box butt-end part and is specifically noted for the fact that a device for prevention of air oxygen ingress is installed in the lower part of the hole, positioned at a distance of 2/3 of the glowing cigarette stub length from the extinguisher upper cavity and designed in the form of a conic frustrum shaped hole with downward conicity and ring-shaped projections, the distance between them is equal to or in excess of the sum total of the lengths of the pyrolysis zones, porous and solid oil-carbon sludge zones of the unextinguished cigarette; there are at least two grids rigidly fixed in the lower part of the body hole, their cells displaced relative each other. |
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Method for determination of mutual disposition of filter segment on the bearing element of the grouping unit in the process of manufacture of multi-segment filters used in tobacco industry for cigarettes; segments from multiple modules of the filter manufacture machine are supplied onto the bearing element of the grouping unit and positioned in a sequence corresponding to the cigarette filter structure; the modules sequence designation is assumed in the direction corresponding to the segments movement direction; when the manufacture process is stopped, the position and length of segment from every module on the bearing element of the grouping unit is registered; then mutual disposition of the segments and the distance between the segments are determined. |
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Method of controlling mass flow and apparatus for controlling mass flow Invention relates to a method of controlling mass flow in form of a multilayer stream of rod-like articles which fill a channel lying at an angle to the horizontal plane in which the stream of rod-like articles is created by force of gravity or in a forced manner, and the path of mass flow is changed by mobile elements which turn and/or are shifted with sliding, said elements forming fragments of opposite sidewalls of the channel lying at an angle, wherein, after displacement, said mobile elements stop mass flow in the channel lying at an angle with the possibility of restoring the previous flow after displacing the mobile elements to the previous position. |
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Installation station for cleaning device and cleaning device storage and input method Installation station (1, 1', 1") for equipment used for tobacco industry containing a storage means, (2, 2', 2") designed so that to enable the cleaning device (3) storage, is designed so that to enable reception of the signal of presence of the end surface of the product flow and of the signal of presence of the end surface of the cleaning device (3). The said installation station contains a means (14, 22) initiating the cleaning device (3) input or output after the storage means (2, 2', 2") introduction into the channel (4) of the equipment used in tobacco industry. The storage means (2, 2', 2") is designed so that to enable output from the said channel (4) of the equipment used in tobacco industry responding to the signal of presence of the end surface of the cleaning device (3) in the said channel (4) of the equipment used in tobacco industry. |
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Distribution device and method for feeding cut tobacco into cigarette making machines Invention relates to method for distribution of cut tobacco being fed into cigarette making machines. In this method, cut tobacco is fed into distribution chamber through supply channel and taken from distribution chamber by means of at least two intake channels feeding tobacco into cigarette making machines. Herewith, intensity of feeding through feeding channel and total amount of material received by intake channels temporarily differ thus causing temporary overstock of cut tobacco in distribution chamber. Note also that cut tobacco is fed into distribution chamber (2) onto eccentrically installed rotating element providing change of local apparent density and cut tobacco flow disturbance. Note also that this element is rotated around the axis virtually perpendicular to bottom of distribution chamber (2) so that cut tobacco apparent density is changed immediately before it is fed into intake channels (4). |
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Rotary knife, method of its assembly and disassembly Invention relates to rotary knife for, in particular, cutting of cigarette paper shell. Proposed knife has mounting bore to fit the knife at cutting unit shaft and multiple cutting teeth. Said teeth are arranged in disc circle. Mounting bore made at disc centre is connected with the knife cutting edge to make a break in knife edge at connection point. To install or to dismantle the rotary knife on or from cutting unit shaft equipped with several suck knives, free end of the knife are moved apart at disconnection point to fit it thereon or therefrom. |
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Pack for smoking articles with hole for their extension Pack comprises an inner part which is designed for receiving the smoking articles, and an outer part which is designed for receiving the inner part of the pack. At that the outer part of the pack has an open surface through which the inner part of the pack can be extended from the outer one through the opening for extension. At that, this opening for extension is located on the surface of the outer part of the pack, which is not opposite the open surface. At that the inner part of the pack has a pivotally mounted lid which, when the inner part of the pack is retracted, is located on the open surface of the outer part of the pack. The lid is made with the ability to tilt by the hinge type. At that, in the area of the line of articulation between the lid and the surface of the inner part of the pack, adjacent to the line of articulation, the tab is located, which opens the lid when the inner part of the pack is extended from the outer part of the pack. |
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Filter wrapper or tipping paper for smoking products Invention relates to a filter wrapper or tipping paper for smoking product that is represented by a sheet having the first and the second layers where the first layer contains a fibrous material while the second one contains a fibrous material and an adsorbing material. |
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Identification information containing product for usage in electrically heated smoking system Electrically heated smoking system contains the following elements: a smoking product containing identification information printed on the product; a cavity for at least partial reception of the smoking product; at least one heating element; an energy source for energy supply to the said at least one heating element; electrical means connected to the energy source and to the said at least one heating element and a detector able to detect the smoking product presence in the cavity and to differentiate the smoking product from other products designed for usage with the smoking system based on the identification information printed on the smoking product. |
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Cigarette extinguishment method and self-extinguishing cigarette Usage: invention relates to a cigarette extinguishment method and to a self- extinguishing cigarette for the method implementation. The specificity of the self- extinguishing cigarette (containing a tobacco core consisting of fragments with low and high tobacco stuffing density, a paper cartridge enveloping the core and a filter) is as follows: fragments with high stuffing density are placed along the tobacco core length from the open end to the filter in the form of a conic frustum, oriented with conicity towards the filter, while fragments with low stuffing density are placed along the periphery of the conic frustum between the latter and the paper cartridge. |
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Method of controlling formation of smoke components in electrical aerosol generating system Invention relates to a method of controlling release of volatile compounds by a heated system, which comprises a power source, a heating element connected to the power source and a base which forms an aerosol, wherein said base releases multiple volatile compounds when heated, each volatile compound having a minimum release temperature above which said volatile compound is released, wherein the method includes: selecting a given maximum operating temperature, controlling temperature of said at least one heating element so that at least one volatile compound is released, said controlling involving: measuring resistivity of said at least one heating element; deducing the value of the real operating temperature of said at least one heating element from the resistivity measurement; comparing the value of real operating temperature with the given maximum operating temperature; and controlling electrical energy fed to said at least one heating element to keep the real operating temperature of said at least one heating element below the given maximum operating temperature. |
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Method of extracting polycyclic aromatic hydrocarbons Invention relates to extraction of polycyclic aromatic hydrocarbons from smoking material or material obtained from it, such as tobacco or tobacco extracts, or from material, different from smoking material or obtained from it material, such as plant material, food product, and fragrance. Extraction of polycyclic aromatic hydrocarbons, processing of material by "molecularly imprinted polymer" (MIP), selective with respect to hydrocarbon, in presence of weakly polar medium with dielectric constant less than 8. |
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Invention relates to composite material, which is formed of polymer (P), which is acetylcellulose, and compounds (C), selected from precipitated silicon dioxide and mixture of precipitated silicon dioxide and activated carbon, as well as that it has average size of particles at least 150 mcm, pore volume, (Vd1) formed by pores with diameter 3.6-1000 nm, equal to at least 0.4 cm3/g, and cohesion index CIN, equal to ratio (number average particle size after impact of air pressure 4 bar)/(number average size of particles without impact with air pressure (0 bar)), higher than 0.40. |
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Flavoured tobacco blend production method Method involves tobacco and violet flowers mixing, the produced mixture impregnation with liquid carbon dioxide with simultaneous pressure boost, depressurisation to atmospheric value with simultaneous freezing of the mixture, the mixture heating up to the carbon dioxide sublimation temperature and carbon dioxide removal to produce a swollen mixture. |
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Invention relates to static elimination at chutes used to transfer rod-shape elements in tobacco fabric process lines with the help of ionised air forced into chute filled with said elements. Note here that, prior to unloading, ionised air is forced along turned-up chute bottom and, then, in unloading, said air is forced along the chute sidewalls. |
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Method for verification and improvement of core-shaped products positioning in cassettes or intermediate magazine cases used in tobacco industry production lines; the products location verification is performed by means of sensors while the products positioning improvement is performed by way of aligning the products butt-end surfaces plane. The core-shaped products positioning verification and correction are performed simultaneously by means of one aligning device equipped with sensors. |
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Electrically heated smoking system having liquid storage area Invention relates to an electrically heated smoking system containing a cartridge (101) and a replaceable tip (201); the cartridge (101) contains a source of power supply (103) and an electric circuit (105); the tip contains an area (203) for liquid storage, a capillary wick (207)(having the first end (207a) and the second end (207b), the first end stretching into the liquid storage area for contacting the liquid (205) contained in the area); at least one heating element (209) for heating the second end of the capillary wick, an air outlet (211) and an aerosol generation chamber (213) between the second end of the capillary wick and the air outlet; when the cartridge and the tip are connected; the said at least one heating element (209) is in electric connection with the source of power supply (103) via the said circuit (105); the said circuit (105) is designed for electric current pulse supply to the said at least one heating element when the user begins whiffing; the air flow way is designed from at least one air inlet (115) to the air outlet (211) through the aerosol generation chamber (213); this way directs air flow around the heating element (209) and the second end (207b) of the capillary wick. |
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Installation for tobacco drying Invention relates to an installation for tobacco leaves drying; the installation contains a drying chamber and an air-preparation system; the drying chamber has double side walls forming side air ducts; the outer walls are thermally insulated while the inner walls are made in the form of adjustable louvres; a tray with heating elements is placed under the floor; the heating elements are connected to the side air ducts via air valves placed along the chamber. |
Another patent 2513449.