TH14174A - Method for producing filtered cigarettes - Google Patents

Claims (6)

1. Methods for producing filtered cigarettes (104) with insulated fuel part (18), providing the cigarette lighter end, substrate (20), tobacco part (34) and personal. Filter (44,47) provided to the end of the cigarette lighter. Where at least two of these elements are combined with the cladding material. The method cycles are characterized by a procedure of (a) providing a continuous (18) insulating fuel portion (b) providing a substrate (20) connected. (C) the combination of the insulating fuel part with the said substrate. (32) to form the fuel-substrate part (65) (d) provide such tobacco section (34) continuously (e) the alignment of the section. The fuel - the substrate (65) and the tobacco section (34) is continued so that the substrate is aligned and converged with the tobacco portion. And combining the fuel-substrate part with the tobacco section with the surrounding material (42) to form the fuel-tobacco unit (88) (f) to provide the filter element (44,47) continuously and (g) Continuous alignment of the fuel-tobacco unit (88) with the filter part (44,47) and the integration of the unit with it. To form a filtered cigarette (104) 2. Method of claim 1 in which the said tobacco part (34) is a tobacco reduction filter 3. Method of claim 1, which Such tobacco sections (34) were formed by a procedure of (a) providing a continuous roll of (38) tobacco reducing filter (b) providing a continuous (36) tobacco-containing paper plugs. And (c) the continuous combination of the tobacco reducing filter coil (38) with the tobacco-containing paper plug (36) with the wrap-around part (40) 4. Method of claim 1, in which the substrate section That (20) is formed by a procedure of (a) providing continuous (50) rolls of substrate material (b) cutting of substrate material. (50) consecutive to the required length to form a substrate plug (22,24) (c) the alignment and separation of the substrate plug (22, 24) At the desired range (d) continuous tube formation (26) around the straight and spaced substrate plug (22,24) (e) continuous tube cutting ( 26) At the selected location to form a substrate set (64) with at least one substrate plug (22,24) with a It is empty (28,30) on the opposite side of the substrate plug (22,24). 5. The method of claim 4 also includes a procedure for dispensing of aerosol materials. (50) 6. The Claim No. 4 method also includes the dispensing process that results in the formation of a continuous stream of substrate material. Aerosol away Also the substrate plug (22,24) inside the substrate tube assembly (64) 7. The method of claim 1 in which the insulated fuel part is provided with (a A) continuous extrusion of the carbon cork (51) to achieve the desired appearance within The encapsulation of a continuous insulating wrap (12,14) to obtain a continuous (52) of insulated fuel roll and (b) continuous cutting of an insulated fuel roll. (52) To obtain the length required to provide (18) of the insulating fuel portion (18) 8. The method of claim 7 also includes the drying process of the insulating fuel portion. Insulated fuel (18) to the required moisture content 9. Method of claim 8 in which the insulated fuel portion (18) is dried to a moisture content between 12% and 14% by weight. 1 0. Method of Claim 8 in which the drying procedure is performed in two. Separate phase during cigarette manufacturing process 1 1. Method of claim 7 in which the insulated fuel roll (52) is cut to The 6-up section also includes a step of (a) cutting the 6-up section to the insulated fuel section (18) (b). (18) removed (c) inserting 2-up substrate (64) between the insulating fuel part (18) (d). Direct and confluence of 2-up substrates (64) and insulated fuel sections (18) and (e) 2-up substrates. (64) and insulating fuel part (18) with encapsulation material (32) to form a 2-up fuel-substrate part (65) 1 2. Method of claim The third, in which the roll of the tobacco reducing filter (38) is provided, is a 2-up length, and such a plug of tobacco-containing paper (36) is provided with a 2-up length and which (a) rolls. Of the said tobacco-reducing filter (38) and the paper plug containing such tobacco (36) are aligned in the sequence of alternating convergence (b), the coil and plug of such alternating convergence. In this way, the encapsulated elements (81) and (c) are obtained, cutting the encased elements (81) into identical parts of the tobacco (87) 2. The section which has a 2-up roll of the tobacco reducing filter (38) in the center with a paper plug. Containing tobacco (36) on the opposite end 1 3. The 11th or 12th claim method also consists of the procedure of (a) a 2-up fuel-substrate (65) division. At its midpoint (b) fuel-substrate separation (c) insertion of tobacco sections (34,87) between fuel-substrate sections (d) straightening and converging. Of the tip of the fuel section - each substrate With a 2-up tobacco section and (e) wrapping around a set of elements. To form a fuel-tobacco unit (88) 2-Up 1 4. Method of claim 13 where the aforementioned part of the filter (44,47) is provided for a 2-up length. It also includes the procedure of (a) a 2-up fuel-tobacco unit division (88) at its midpoint (b) inserting a 2-up (98) filter element between the units. Two fuel-tobacco units (c) wrapping around a series element with a wrap to form a 2-up filter cigarette (102) and (d) filtered cigarette cutting (102). Type 2-Up at the center of the filter part (98) Type 2-Up to form a filtered cigarette (104) 1 5. Method of manufacturing a filtered cigarette (104) with a part. Insulated fuel (18) provided with tip The cigarette lighter side, the substrate (20), the tobacco section (34) and the filter part (44,47) that provide the tip. The end of the cigarette In which at least two such elements are combined with the surrounding cladding material, the method is characterized by the process of (a) the continuous formation of the insulating fuel roll (52) and the cutting. That roll (B) the continuous formation of the substrate roll (50) consisting of the substrate layer (22) and the cutting of the roll to be The specified length (c) the combination of the insulating fuel roll (18) with the said substrate (50) is continued with the wrap material (32) to form a section. Fuel - Substrate (65) (d) Provide continuous (38) Tobacco Reduction Filter Rolls (e) Continuous (44,47) Filter Elements (f) The alignment and combining of the filter sections (44,47) and the tobacco reduction filter rolls (38) to form the tobacco-filter sections (206) and (g) the alignment of the fuel-substrate sections. Tret (65) and continuous tobacco-filter part (206) So that the rolls of the substrate are aligned And converging with the tobacco-reducing filter roll and combining it with the wrap-around material (49) to form a filtered cigarette (104) 1 6. Method of claim 15 where the fuel is Insulation (52) will be provided to be extruded. Roll the combustible fuel material (51) into the insulating material (12,14) 1 7. Method of claim 15 where the insulating fuel part (18) consists of fuel material. Carbon fire And where the insulated fuel portion is dried to the desired moisture content 1 8. Method of claim 15, in which the substrate is provided as a substrate (20). By the formation of a substrate material pattern plate (50) 1 9. Method of claim 18 where substrate sheets are cut as a reducing filter. Before rolling (50) 2 0. Method of claim 15 in which the insulating fuel part (18) contains insulating material (12,14) formed by splice (14) ) Of the flavoring material between the insulating layer (12) two layers 2 1. Method of claim 20, in which the insulating layer (12) consists of glass wool 2. 2. The method of claim 15 also includes a procedure for dispensing materials that generate aerosols. To substrate material (22) while forming a continuous substrate (50) 2 3. Method of claim 15 in which the insulated fuel roll (52) is eliminated. The 6-up insulated fuel portion and the substrate (50) were cut into the 2-up substrate (50), and also consisted of the steps of (a) cutting. Part of the 6-up insulated fuel portion to be the insulated fuel section (18) (b) the insulated fuel section (18) removed (c) the insulating substrate (50) type 2-up between the insulated fuel portion (18) (d) the alignment and convergence of the 2-up substrate (50) and the insulated fuel section (18); and (e) the encapsulation around the 2-up substrate (50) and the insulating fuel part (18) with the encapsulation (32) to form the fuel-substrate (65). ) Type 2-Up 2 4. Method of claim 23, in which the roll of the tobacco reducing filter (38) is provided with a 2-up length, and the aforementioned filter (44,47) is arranged with a 2-up length and which Such rolls and Such filters will be (a) the alignment of the alternating convergence sequence (b) the wrapper of the tobacco reducing filter and the alternating convergence filter. And (c) cutting of the encapsulated element into the (206) 2-up mouth end with a 2-up filter section in the center, with the filter roll reduced. Tobacco on opposite ends 2 5. The method of claim 24 also includes a procedure of (a) a 2-up fuel-substrate (65) split at its midpoint (b) fuel-liner separation. Outlet (c) Insertion of the mouth end (206) between the fuel-substrate part (d) the alignment and confluence of the end of the fuel-substrate part with (206) 2-Up and (e) 2-Up Mouth Ends to form a uniform element to form a filter cigarette (202) 2-up. 6. The method of claim 25 also includes a process of cutting the filtered cigarette (202) 2-up at the center of the filter body to form a filtered cigarette (104).