DE1632249A1 - Spare cigarette - Google Patents

Description

n, 4 * 20 * Susi 496? W / Erss-t «cigarette ■ ^Λ 67 J6 Scfc / ScftT

resin cigarette

It is well known that smoking cigarettes represents a vice as it is with severe impairments the performance and considerable health Damage is connected, which also directly and indirectly burden the economy decisively.

The invention is based on the object of a smoke era To give aids to the hand in order to protect him from harmful To keep people from breathing normal cigarettes.

In solving this problem, the invention is based on consideration from that the breath of a normal cigarette as possible similar luxury items would have to be made available, the consumption of which, however, does not have the harmful effects inherent in normal cigarette use.

According to the invention, one of these considerations is output Ersatisigarette created, which consists of a tube, one with a flammable radiator and one with heat de «burning radiator, vaporizing fragrance or inhalant body contains, which via a channel with a mouthpiece in Connection. With the chemical and physical means available today, it is easy to

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to reproduce the taste effects of a normal cigarette to a large extent and also new ones with a normal cigarette to satisfy barely achievable flavors.

The inhalation body of the replacement cigarette is conveniently on the inside of the tube and the heating element on the outside of the body of the inhaler · This achieves that the body of the inhalant evaporates directly into the central suction channel of the tube, during the combustion the radiator's smoke to the outside into the open Atmosphere escapes.

The combustible radiator can preferably be like a normal one Cigarette enclosed in a tubular casing »a, those made from, for example, impregnated with stiffening * impregnation material Paper is made.

A filter is expediently provided in the mouthpiece of the Er sat ζ cigarette through which undesired inhalation vapors and also into the Traces of the smoke that reach the suction duct are intercepted by the radiator.

The radiator preferably consists of a mixture of. While the Inhalatkörper may predominantly consist of water-soluble inorganic salts Fermalit, carbon, glycerol, and cellulose, for example with Ammoniumchlorid§ NatrlUabikarbonat and an inert filler and a binding substance · - _D ^f 'Ö09849 / 0533

About the combustion gases of the radiator from the inhalation channel. · To keep away from the Ereatz cigarette, the heating element and the inhalation body are expediently arranged in relation to one another in such a way that the heating element remains shielded from the inhalation channel when the inhalation element burns down. In order to avoid that at the burning end of the ¹ cigarette smoke gases from the burning radiator are entrained into the inhalation channel due to excessive drafts, the mouthpiece can be connected to one or more air channels that are connected in parallel to the inhalation channel in the inhaler body and whose opening into the The free atmosphere is located at a point on the replacement cigarette, which is as far away as possible from the place where the cigarette is burnt. In this case, the inhalation duct and air ducts are both conveniently connected to the inside of the duct.

In order to simulate the properties (binary normal cigarette as much as possible) for the belly, the mouthpiece channel is expediently subject to a flow resistance, so that suction of the inhalant requires some suction force as with a normal cigarette. Behind and / or through a septum with an ornate fine through-holes for the inhalation and air to be formed * -. / ". _: - - ■ .. ■ .-"'..-. = - ., VV '? ii-f £ - - ■■'; ■ / .- ^-:: ■ ".-

The Eraatielgaretten invention also offers ^ tIe advantageous Possibility of separating the

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Lead the combustion smoke it and the. Inhalation vapors dem Smokers in a first weaning period using a combustion body consisting of tobacco a mixture of inhalation vapors and tobacco smoke and then through Transition to replacement cigarettes with increasingly sharper separation of the inhalation channel from the combustion smoke of the radiator the Weaning to increase and the belly more and more to the To get used to enjoying only harmless inhalation vapors · The predominantly Inorganic substances in inhalation vapors consist of easily absorbable salts that the human body puts in can handle significantly greater concentration without adverse consequences than they can from the consumption of such replacement cigarettes according to the invention is possible

It is also important that the replacement cigarette is in its exterior Appearance, including all properties when it burns down replicates a normal cigarette as faithfully as possible. This applies both to the dimensions, the for », the color, the Appearance of the outer shell as auoh in particular for the formation of the ash on the burning cigarette end in its color and their consistency. The burned end of ajchen does how with a normal cigarette with careful ", fearlessness Holding the cigarette for a certain length then falls off and can also be thrown off by lightly knocking or be wiped off on the ashtray · \. "■ '. BAD

009849/0633

Part of the drawing is the invention based on an exemplary embodiment illustrated

Pig. Fig. 1 shows a replacement cigarette according to the invention in side view,,

FIG. 2 is an end view of the replacement cigarette according to FIG. 1 seen from the right side,

3 shows a longitudinal section through the replacement cigarette, FIG. 4 shows a cross section along the line 4-4 of FIG. 3, Fig. 5 is a cross section along the line 5-5 of Fig. 3,

6 shows a longitudinal section through a modified embodiment the spare cigarette and

Fig. 7 is a cross-section along the line 7-7 of Fig. 6.

The illustrated replacement cigarette is provided with an outer cylindrical casing 10. This envelope "can be made from usual" Cigarette paper that is impregnated with sodium chloride. The cigarette paper can be impregnated in an aqueous one Solution to be dipped that is half saturated with sodium chloride is. The paper is then removed from the solution and dried before it is brought into the final cylindrical shape of the casing. Other substances can also be used for impregnation used as s.B. Calcium carbonate or bentonite sludge. These impregnation substances should be used after the

To stiffen the burning. A wreath of preferably six to eight / i holes with a diameter of about 5 ■ * is in the Sheath attached, closer to the mouthpiece end 12 than the opposite end 13. A cylindrical Body 14 is arranged in the shell, the one continuous The left end 15 of this cylinder is close to the perforated ring 11, while the other end 16 is preferably flush with the end 13 of the sheath 10. The cylinder 14 is made of combustible Material that continues to burn after lighting and contains a fuel that leaves inert residues and im is essentially non-toxic. For example, such Burning material left behind an ash residue, the inert white permalite particles in ordinary tobacco ash leaves behind. The following has been found for the manufacture of the combustion element Proven mixture:

Permalit " 6.0 g Charcoal 4.0 g glycerin 4 drops

Ethyl cellulose, 3.5 g - incorporated as 7% g Ethyl cellulose in toluene solution.

The mixing ratio can vary within the following limits:

Permalit 1 - 8 g BAD ORIGINAL Charcoal 1 - 9 g

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Glycerin 1 - IC drops Ethyl cellulose 1 - 7 g

The ethyl cellulose serves as a binding agent. '

For the preparation of the fuel, periaalite can be used first Charcoal to be ground. This should grind up to Powder fineness. Because glycerine becomes the powder " mixture added and then the whole thing after more thorough Mixture in the Äthylseiluloee-tiöeung · This composition is then on a flat, non-stick surface sprayed like Teflon, and the mass is allowed to harden to a fiIn or a disc of the desired thickness. The layer or the pin can then be cut into short strips of about V * mm Thickness to be cut. Then tobacco is added to the film, either in a homogeneous mixture or separately in placed near the film, un the heated air or the To give smoke arena and fragrance and to ensure good ash consistency and good burning of the fuel, 20 percent by weight of the fuel mixture can consist of this tobacco. The salary can be between 0 and 100% can be chosen freely.

Ea kSnce * eaoh other fuels can be used which are suitable for generating sufficient heat in the surrounding area. Torsuga, the combustion gases of such fuels should be non-toxic, because some combustion gases pass through the Eaushkanal

get into the mouth of the hawk.

The fuel mixture is formed into deir tubular body 14, the between sheath 10 and an inner, coaxial to sheath 10, a smoke pipe 18 forming a z-central smoke channel 17 is located. The smoke pipe 18 is made of one or more thin layers an "aromatic meteriales formed under the action evaporated from heat or evaporated into an aromatic smoke, which is free from many of the toxic components that are found in the cigarette smoke and still those for the breath Contains desired fragrances. This smoke tube 18 may be a material composition which in the first Line contains ammonium chloride and other · substances for modification the pH value, the taste and the mechanical properties of the pipe. A useful composition of this kind is obtained, for example, by mixing the following substances with the specified ones Weight aitelles:

laaa & iuHchlorid 5 _f 5 g

(fine powder)

. Sodium carbonate 4.5 g _;

Bentonite 2.0 g

Potassium carbonate 1.0 g

Ithylzelluloae from 3 - 2 g In the form of

low viscosity 7% ethyl cellulose

in toluene solution

Charcoal 2.0 g

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With such a composition, one can, different Properties with satisfactory overall behavior are obtained by varying the proportions by weight within the following limits

Ammonium chloride '2 - 10 g fine powder)

Sodium bicarbonate 1 - 10 g

Bentonite, 0 _r 2- 4.0 g (as-

, inert filling material)

Calcium carbonate 0.2 - 4.0 g (inert

Filling material)

Ethyl cellulose with a viscosity of less than 10 <- 40% by weight (approximately proaent on the 20% ethyl cellulose - solid powder (binding constituents on the pulverulent material) verified constituents)

Charcoal ~ - 0 - 4 g

In making this composition, amonium chloride, sodium bicarbonate, bentonite, and alkaline carbonate may first be mixed. This mixture is then added to the ethyl cellulose solution, which is then sprayed onto a non-stick surface, such as a Teflon sheet, to form a thin film that can be peeled off the Teflon sheet after the solvent has evaporated . The Ulm can then be cut into rectangular pieces from BeB. 5 e * · Joa cut and rolled over a core about 5 »m in diameter, a tube of about 5 ^^ layers of film with a length of

cm to, form,.

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A mouthpiece 20 is formed which has a cylindrical outer wall 21, the diameter of which is slightly smaller than the inner diameter of the casing 10. Inside the cylindrical wall 21, a chamber 22 is formed, which is closed at one end by a plug 23 with a central hole 24 is closed, through which the breath is drawn. At the other end of the mouthpiece, an annular projection 25 is provided, which is connected to the cylindrical wall 21 by a radial wall piece 26. A number of radially extending channels 28 are provided in this wall 26. The chamber, which is formed by the cylindrical wall 21, the plug 23 and the wall 26, is used to receive filter material, such as cotton fiber 30. The channels 28 are aligned with the holes in the casing 10 and form an unobstructed passage for air through the holes 11 of the shell 10, the channels 28 and through axial holes 27 of the wall 26, to entrain the through the central flue 31 of the projection or neck 25 coming smoke there into the interior of the mouthpiece to smoke occurs skanal 24- of the mouthpiece. The smoke channel neck 25 serves as a support for the smoke early ear 18, which is pushed onto the end of the neck 25 so that an alignment of its passage 17 with the smoke channel 31 in the smoke channel neck 25 results. A centering ring 40 is attached to the neck 28, which can be made of wood, plastic or other suitable material and serves as a delimitation between the combustion chamber and the mouthpiece channels in order to prevent the entrainment of fuel smoke into the mouthpiece. The distance

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rin <- 40 is at the end of the huni piece 20. A packing made of cotton or fiber material 41 is attached between the abbEtandsrinj · ^ O and the pipe 14. If desired, the mouthpiece 20 can rain dl / * inside of the shell 10 through several, preferably two layers of polystyrene foam of preferably about 0.1 - C ₁ ? run strength be isolated.

During use, the smoker lights the ErBetz cigarette and it smokes just like a common cigarette. During the combustion of the fuel cylinder 14, you develop heat evaporated the volatile chemical components of the fragrance tube «18, which through the channel 1 ?, JI, the filter material 30 and the Smoke channel 24 get into the mouth of the smoker. Some of the vaporized chemicals from the fragrance tube 18 are at Throughcans through the various channels condensed and then evaporated again when they turn to the warden Combustion of the mixture may be exposed. These are called ■ Vapors are released by the air sucked in through the opening 11 cooled down a bit. The bulk of the mouthpiece also ensures that the smoker's lips stay cool while keeping the keep hot flowing gases away from the smoker's lips

Is essentially built on the same principle as the Execution s form according to Fig. 1 "to 5" is also an eylin ^ Drische envelope 50 preferably made of conventional cigarette paper Provided in traditional strength. The mouthpiece 51 can be made from

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a reinforced piece of pipe made of cork or cork-like material consist of conventional filter tips or any one other cigarette filter tips available on the market. The sheath 50 and the mouthpiece are open at the ends and are related to each other. In the envelope is between A fuel body 53, which is ready-to-use for fuel, is arranged around the mouthpiece and the end to be ignited. The fuel should be of such a nature that it is roughly like a normal cigarette burns off at temperatures of about 650 ° C. 4 ^ Me speed the burning process and the firing temperatures can be different and depend on the properties of the chemicals chosen and the additives promoting or inhibiting combustion, the density of the fuel, the shape of the fuel body and its dimensions. During this combustion, the internal fragrance bodies continuously like one Cigarette vaporizes from the end to be lit to the mouthpiece A variety of fuels can be used, such as dried lettuce, sawdust and pressed tobacco with inert or combustible binders. Preferably the fuel contains a mixture of tobacco and potassium nitrate, the latter diszu 5 percent by weight of the total mixture.

Because the replacement cigarette is not lit by sucking in air can be like a normal cigarette to get extra Gaining air for ignition is the tip of the replacement cigarette provided with a suitable lighter 55 * This lighter contains enough oxygen to keep the tobacco burning

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© the other fuel .53, tint first, which then gradually burns down from the end to the left part 51. A wide variety of lighter materials can be used. Potassium nitrate in a range of 5 - 15% is particularly suitable for this purpose, preferably IG percent by weight, nitrocellulose with 5> 15%, preferably 10 percent by weight, and this material is with a fine tent tobacco gei ^ advises to a circular ring that sits in the i ^ de of the shell 50; so that it burns through A stroke or a lighter is exposed · This hanging has a pick of the order of magnitude tob 3 «■ · The potassium nitrate can be replaced by« in · equal · Ming · τοη IaliuBCkiorat and ethyl cellulose by an equal weight of ITitrocellulose. Potassium nitrate and lali chloride act as oxidizing agents, while ethyl cellulose and nitrocellulose act as flammable binders

The inner tube 60 is a four-layer tube that is calibrated from the end of the fire torzugßweiae "böfidi ^" it the free forehead "ei te of the lighter fifty-five hundred feet until Bum caught the handkerchief. Diasee inner tube has some property «» and finiktionan, di · Particularly important for the invention are * Eretlien forms this inner quiver an impenetrable · dividing waad between the combustion chamber and the smoke channel in the mouthpiece. aside from that This tube also prevents the evaporation products from escaping In the cremation raids. These dampers would reduce the combustion bring to a standstill. The inner tube is used furthermore »for stiffening and as a support for the various

vaporizable constituents. It also serves as a heat conductor to promote the progressive combustion. The tube is made of non-toxic materials, non-flammable, but able to dissolve just as the combustion proceeds through the Length of cigarette takes. This dissolution of the inner tube simulates the formation of cigarette ash in an area that is just behind the burn zone · The inner tube does not produce any noticeable breath or anything else volatile constituents or just generates inert vapors, which Do not affect the inhalation of the replacement cigarette.

The inside of the tube 60 is covered with vaporizable material, which creates a gaseous or aeruaol phase, as soon as it is heated by burning off the fuel. This gaseous phase must be non-toxic, non-irritating and im generally acceptable as a replacement inhalant for tobacco smoke. See below as a suitable material Ammenlumchlerid in Use powder form. If desired, ammonium chloride can be mixed with a volatile flavoring substance such as that used in the cigarette industry, for example with menthol products. The compound of ammonium chloride with the inner wall of the tube 60 can be done with the help of binders, adhesives or by applying pressure. That The layer is applied carefully after wetting the inner surface of the tube β 60. The layer 61 can have different thicknesses, but should in any case be as thick be that a usable aerosol phase arises when burning,

009849/0533

• .vas is achieved, for example, with a thickness of 2.5 inn "to 0.25 a . -

The layer 61 is carried by an annular body 62. This back body 62 thus serves to carry the ammonium chloride, acts as a heat conductor, and also as a separating body, including attenuating / transferring fuel and combustion gases into the smoke channel 63 and the transition of fragrances from the fragrance body 61 to the BrenakaBer to T'rhiBÄ'rm. The hanging body 62 only remains daring until one short piece of the end. The ring body 61 has therefore i «br rlel resemblance or deceives resemblance to the old dta burning end of a normal cigarette, since this ring reversal 62 similar to wt # the burned end of a normal cigarette can be trimmed or stripped off, but only up to near aa the braxu & ieae · Since furthermore the fixed part dta ring body "62 eiebeinkl" in the "β piece up to the distillery" extends xmä resists a disturbance beyond this area, it forms a permanent blockage over inhalation τοη Yerbreanungegaaea su rerhinder, the other I could take their way over the Baxieh Canal, 63.

A range of different fabrics have been thought out and tried out has been used to produce the partition wall 61 · Torsugsveise this wall is made up of a set of beetite in the size of a 250 mesh network, old 70 - 80 Ge "i" httprös "Bt in combination with talc or Kalaiti iserbonate of the same fineness and enough water for the porsung. This prayer will be

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in tight helical form; pressed, the turns of the \, screw touching each other closely. The shaping can take place on a mandrel with a diameter which corresponds approximately to the diameter of the channel 63. Compartment of the molding, the body is fired in a furnace at 1 OGO ⁰ C over about 30 »see Thereafter, the fired body is covered with a thin layer of bentonite slurry and then again at i 00o ⁰ C for 30 see fired" The strength of this body can depending on the species; of the bentonite used vary and also depends on the temperature and the burning time and is also dependent on the desired strength of the drilling. In general, a thickness of about 2.5 to 0.75 mb is used. The diameter of the tube3 can also vary in size, for example from 2 ram to 4 mm.

If desired, the partition wall 62 knows on its outside covered with potassium carbonate and potassium nitrate or letrium filtrate. This topping, which also consists of a mixture of equal weight proportions as potassium carbonate can exist, serves to accelerate the combustion by creating a the layer favoring oxidation and also serves as a southern barrier against the passage of vapors or oases from one side of the wall 62 to the other.

The outer surface of the wall 62 can also or additionally with be covered with a thin elastic layer, including the wall to consolidate and maintain until the burn zone is passed.

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Usable elastic materials can be used as ethyl cellulose, Polyisobutylene or polyethylene are formed.

Various constructions for the inner tube 60 are possible ■ has been considered. It became a flammable fiber material such as Cotton wound in a helical shape in the shape of a little ear and then on the inside «4 * * with bentonite or calcium carbonate or calcium sulfate or other suitable »inorganic Covered material that has a low structural strength »once the combustible fibers have burned off. At the Burning off the fuel The load-bearing fibers also burn nastily away, making the wall weak and brittle, so that it can be removed like the ashes of a cigarette »:

Bikaleiumailikat can also be used to form the wall 62.

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which is powdery at room temperature. This T dicalcium silicate has di "Eigensehaft _r ea that is metastable at heating above about 1 450 ⁰ O and .for quickly collapses cooling. Thus, the di-calcium silicate is shaped in a metastable state as a tube to form the partition wall 622u, as it was previously described, when the di-calcium silicate is heated by the burning burner ring, it returns to its original powdery state and crumbles or can be crumbled easy to wipe off like

the ashes of a normal cigarette. . -:; ■ -.

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The ring wall 62 can also be made of calcium oxide and silicon dioxide are made with calcium oxide of 1.87 plus or migus 50% to one part by weight of silicon dioxide.

Another executive horn! for the inner tube 60 2US consisting of an inner layer 61 of volatile substances from 90 to 98 percent by weight ammonium chloride with two to ten Percentage by weight of bentonite or another suitable binding agent, which serves as a carrier material for the compact ammonium chloride powder. Including this inner layer, which is preferably made of Ammonium chloride consists, ie an annular ring of alalsium carbonate is attached, through which the burning processes are extinguished. by. Passage of vapors from passage 63 is prevented. A further coaxial layer around the wall 62, preferably made of potassium nitrate or sodium nitrate and buckets of elastic binding material, can be provided in order to make the transfer more organic To prevent vapors in the quay carbonate layer

A seal 66 is provided at the end of the fuel body 53. Can Thus, the E & de of the combustion Körpere is disconnected from the mouthpiece 51 ', so that no air ode * (but from the combustion chamber into the Ifcindstück reach. Before trains because e are eingebetet two or vapor or gasundurchdringliche discs whose AuBenränder contact the inner wall of the sheath 50 , while the inner edges of these disks 66 touch the outer wall of the inner tube 60.

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One or more holes 6? provided to admit Xuft into the hair between the ends of the client. These holes 67 are made between the seal 66 and a separating wall 68. The separating wall 68 causes a pressure drop from the seal 66 to the protruding end of the mouthpiece 51. The separating wall 68 thus creates a resistance to a suction flow and thereby creates the feeling or the impression of when "breathing" a normal cigarette. The partition is purposefully aue

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made of a "non-intrusive" material like aluminum, which also serves as a temperature gauge and burning limit « It should be noted that under exceptional conditions there is a possibility that an Fftlmm · from the sinner through the channel 63 au streit et. By arranging the partition 68 with one or more small holes 691 which are not aligned with the channel 63, the penetration of inhibitions to the mouthpiece is effectively prevented. The increase the resistance through the septum can be a factor of 2 to 10 correspond. A flange 70 is provided on the outside of the partition be provided to ensure a good seal around the mouthpiece cause.

Sin filter sieve 71, preferably a large unit, is attached to the outer end of the mouthpiece. This filter can have openings of 0.75 β »in order to reduce the resistance of the filter. This filter should pass larger pieces of ammonium chloride

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be retained so they do not get into the smoker's mouth.

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Claims (1)

Claims:., T. "Replacement cigarette, consisting of a tube (10, Fig. to 5 and 50, Fig. 6, 7) with combustible radiator (14 in ! "ig. 1 to 5 and 53 in Pig. 6,?) and one by the heat The fuel vaporizes fragrance or inhalation bodies (18 Fig, 2, 3 and 6 in Fig. 6), which has a channel (17.31.24 or 63.69) with a mouthpiece (20 or 53) in Connected 2. Replacement cigarette according to claim 1, characterized da3 the inhalation body (18 | 61) on the inside d ·· Tube and the radiator on the outside of the in vhalate bodies are arranged 3. Replacement cigarette according to claim 1 and 2, characterized draws that the combustible radiator tob · 1β # 3? round cover ($ 10 50) is enclosed. 4. Replacement cigarette according to claim 3, characterized that the envelope (10 (50) ans old -reretelföndta fabric made of pyypapered paper « 5 *. He s at ζ cigarette according to claim 2 Hl 4, dad & seh net that shell (10 (50) and content body «r (18 (61) mutually coaxial sjlindrisohen bodies », toeetehei! · - BAD ORiQlNAL 009849/0533 6. Eraatz cigarette according to claim 1 to 5 t, characterized in that a filter (22) for in the mouthpiece (20ι51) Inhalation fumes and smoke is provided. 7. Replacement cigarette according to claim 1 to 6, characterized in that the smoke or inhalation channel (17 »63) extends over the entire length of the inhaler body (18j61). 8. Replacement cigarette according to claim 1, characterized in that that the radiator (14 $ 53) is made from a mixture of permalite, Is made up of coal, glycerine, and cellulose. 9 replacement cigarette according to claim 1, marked with *, that the inhalation body (18 | 61) consists mainly of water-soluble inorganic salts 10. Replacement cigarette according to spoke 1 and 9 t characterized in that the Inhalatkflrpe »(18j61) Aaaonluaehlerid, Sodium bicarbonate, an inert filler and a Binding stick contains 11. Ereatz cigarette according to claim 1 to 51, characterized in that the hot body (14} 53) in the ring roughness »between Sheath (10 | 50) and inhalation body (18; 61) are arranged 12. Replacement cigarette according to claim 1 to 11, characterized in that the heating element (14; 53) when »burn through the inhalation body (18} 61) remains shielded from the inhalation channel (17j63). ' BATH 009849/0531 " ² 13. Replacement ·· »^ arette according to claim 12, characterized in that that the mouthpiece (20; 51) wit one or more air channels (11, 28} 67) is connected to the inhalation channel (17; 63) are connected in parallel in the inhalation body (18561). 14. Ersatzzi ^ arette according to claim 13, characterized in that The inhalation channel (17i63) and the air channel (11.28 $ 67) both open connected to the inside of the mouthpiece channel. 15 * Replacement table according to claim 14, characterized in that the mouthpiece channel bit of a flow resistance Cfi2 | " 68.69) is afflicted. 16. £ rsatzzi arette according to claim 15 »characterized in that that ier flow resistance is formed by the filter (22) is. 17. Replacement cigarette according to claim 15 _f, characterized in that. let the flow resistance be formed by a partition (68) with one or more fine passageways (69) for the mixture of inhalant and air. 18 «. Replacement cigarette according to Claim 17, characterized in that that the through holes (69) against the septum (68) the inlet opening of the inhalation channel (63) in the dog piece (51) are rerated. 19 · Replacement cigarette according to claims 1 and 2, characterized in that the heating element space (14-) is against the mouthpiece (20) and its air ducts (28) through a Diohtung (40,41) 009849/0533 -24- is delimited. 20. Replacement cigarette according to claim 12> is 19 »characterized in that an igniter body at its igniter end (55) is arranged. BATH 009843/0533 Blank page