WO2019114725A1 - 一种非传统烟丝型烟支生产设备 - Google Patents

一种非传统烟丝型烟支生产设备 Download PDF

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Publication number
WO2019114725A1
WO2019114725A1 PCT/CN2018/120451 CN2018120451W WO2019114725A1 WO 2019114725 A1 WO2019114725 A1 WO 2019114725A1 CN 2018120451 W CN2018120451 W CN 2018120451W WO 2019114725 A1 WO2019114725 A1 WO 2019114725A1
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Prior art keywords
tobacco
double
composite filter
traditional
drum
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PCT/CN2018/120451
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English (en)
French (fr)
Inventor
杨明权
潘永华
王永康
陆光钰
汤建国
王清平
周玉玲
李彦军
常国新
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红塔烟草(集团)有限责任公司
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Publication of WO2019114725A1 publication Critical patent/WO2019114725A1/zh

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    • A—HUMAN NECESSITIES
    • A24—TOBACCO; CIGARS; CIGARETTES; SIMULATED SMOKING DEVICES; SMOKERS' REQUISITES
    • A24C—MACHINES FOR MAKING CIGARS OR CIGARETTES
    • A24C5/00—Making cigarettes; Making tipping materials for, or attaching filters or mouthpieces to, cigars or cigarettes
    • A24C5/14—Machines of the continuous-rod type
    • A24C5/28—Cutting-off the tobacco rod
    • A—HUMAN NECESSITIES
    • A24—TOBACCO; CIGARS; CIGARETTES; SIMULATED SMOKING DEVICES; SMOKERS' REQUISITES
    • A24C—MACHINES FOR MAKING CIGARS OR CIGARETTES
    • A24C5/00—Making cigarettes; Making tipping materials for, or attaching filters or mouthpieces to, cigars or cigarettes
    • A24C5/32—Separating, ordering, counting or examining cigarettes; Regulating the feeding of tobacco according to rod or cigarette condition
    • A24C5/34—Examining cigarettes or the rod, e.g. for regulating the feeding of tobacco; Removing defective cigarettes
    • A24C5/345—Removing defective cigarettes
    • A—HUMAN NECESSITIES
    • A24—TOBACCO; CIGARS; CIGARETTES; SIMULATED SMOKING DEVICES; SMOKERS' REQUISITES
    • A24C—MACHINES FOR MAKING CIGARS OR CIGARETTES
    • A24C5/00—Making cigarettes; Making tipping materials for, or attaching filters or mouthpieces to, cigars or cigarettes
    • A24C5/52—Incorporating filters or mouthpieces into a cigarette rod or a tobacco rod

Definitions

  • the invention relates to a non-traditional tobacco-type cigarette production facility.
  • the cigarette cigarette has a complicated structure, and the filter section adopts two-stage composite (two different material combinations), three-stage composite (three different material combinations) or more composites (three or more different material combinations), and the tobacco rod segments are not It is then filled with a mixture of traditional cut tobacco, cut stem, and expanded cut tobacco.
  • the demand for such cigarette products for size requirements, filter segment construction requirements, and non-traditional cut tobacco exceeds that of conventional standard cigarette makers.
  • the existing contemplated production equipment such as the model of the "Assembling Machine and Method for Manufacturing Rod Shaped Products in the Tobacco Processing Industry" described in the patent No. CN105410991A, is filed by the company.
  • the envisaged apparatus and method can produce a cigarette bundle composed of two or more rod-shaped sections on one side of the machine center line, and is formed by one-side splicing and wrapping of the tipping paper.
  • the main disadvantage that the envisaged equipment cannot avoid is that the mode of the one-side splicing of the tipping paper is very high, and the positional positioning between the tipping paper and the cigarette rod is extremely high. In the high-speed operation of the equipment, the tipping paper cannot be avoided.
  • the misalignment of the side that is required to be aligned with the filter rod results in an unacceptable appearance quality of the cigarette, resulting in waste consumption and an uncontrollable quality risk.
  • the envisaged device is based on a complete series connection in the cigarette package forming stage, compared to the addition of a suitable parallel link, in particular to a double length cigarette splicing and two cuts compared to the design of the present invention, the device Production efficiency is low. If the equipment is to increase production, it is necessary to increase the operating speed of the machine motor proportionally. High-speed operation may bring unstable product quality.
  • the object of the present invention is to provide a structurally proven non-traditional tobacco-type tobacco production facility capable of realizing a composite tobacco product having a geometrical size and a cigarette structure which are distinct from conventional geometrical dimensions and cigarette structures.
  • the production solves the problems of unqualified quality, waste consumption, and low production efficiency caused by the mode of forming the one-side splicing package of the existing tipping paper.
  • the present invention provides the following technical solutions:
  • An unconventional cut tobacco type tobacco production apparatus comprising a plurality of drums, the non-conventional tobacco rod section 40 and the composite filter section 41 are conveyed to the wrapping area 33 by a drum, and the central symmetry plane MU is attached along the double width
  • the supply of tipping paper is carried out, and the non-traditional tobacco rod segment 40 and the composite filter segment 41 are wrapped and formed, characterized in that the double-width tipping paper center symmetry plane MU, the double-length composite filter segment central symmetry plane MF, double The distance between the central symmetry plane MK of the final cutter and the machine center plane MM is 0.
  • an end of the non-conventional tobacco rod segment near the machine center surface MM is disposed at a position of CF + ⁇ t1 from the machine center plane MM when entering the wrapping area (33), ⁇ t1>0.
  • a production track is arranged on each side of the machine center surface MM, and the rails on both sides are filled with materials.
  • the parcel area is provided with a seesaw 11 and the area of the seesaw 11 can be adjusted.
  • non-conventional tobacco rod segment 40 is supplied by the supply device 31, and the composite filter segment 41 is supplied by the supply device 32.
  • non-conventional tobacco rod segment 40 is directly supplied, and the composite filter segment 41 is supplied by the supply device 32.
  • a pre-feed device 29 is provided in front of the supply device 31.
  • the working principle of the invention is as follows: the center symmetry plane MU of the double-width splicing paper, the central symmetry plane MF of the double-length composite filter section, the distance between the central symmetry plane MK of the double cigarette final cutter and the machine center plane MM Both are 0 for the manufacture of cigarettes having a longer composite filter segment and a shorter tobacco rod segment.
  • the machine center plane MM refers to the center plane or symmetry plane of a set of rotating drums for conveying materials used by the apparatus.
  • the rails on both sides are filled with materials.
  • the cigarette product produced by the production equipment can effectively avoid the quality risk of the misalignment of the side of the tipping paper and the filter rod that the envisaged device may produce as described in the CN 105410991 A patent.
  • it has a higher production rate at the same tipping drum speed.
  • the production equipment integrates an improvement of the slab (splicing device) for the final wrapping of the cigarette, by designing a slab 11 with adjustable splicing area for flexible adaptation to the different lengths of smoke produced. Forming.
  • the supply device 31, the supply device 32, and one or more pre-material supply devices 29 that can be added can supply non-traditional tobacco rod segments or composite filter rod segments or ordinary filter rod segments to achieve different Non-traditional tobacco-type cigarettes of different sizes, different filter rod segments, and different cigarette structures.
  • the present invention has the following beneficial effects:
  • the invention solves the problem that the side of the tipping paper and the filter rod which are required to be aligned is misaligned due to the mode of the one-side splicing of the tipping paper, which improves the appearance quality of the cigarette and reduces the waste consumption and quality. risk.
  • the double length cigarette splicing used in the design of the invention is cut into two pieces, which improves the production efficiency of the equipment.
  • Figure 1 shows a schematic view of a non-traditional cut tobacco type
  • Figure 2a shows an embodiment of a production plant according to the invention
  • Figure 2b shows a schematic plan view of the production flow in the production facility according to Figure 2a as viewed from above.
  • Fig. 1 schematically shows a non-traditional cut tobacco type which has a structure which is very different from a conventional filter cut tobacco branch.
  • the cigarette consists of a longer composite filter segment 41 and a shorter non-conventional tobacco rod segment 40.
  • the composite filter segment 41 here consists of three segments 38, 39, 38a, and may also consist of more segments or more segments.
  • the length CF of the composite filter segment 41 is greater than the length CT of the non-conventional tobacco rod segment 40, and the composite filter segment 41 is secured to the non-conventional tobacco rod segment 40 by means of a tipping sheet 37 having a width CU > CF.
  • Figures 2a and 2b show an embodiment of a production plant according to the invention.
  • the six-fold long non-conventional tobacco rod 40a is supplied by the supply device 31.
  • the storage container 25t supplies six times longer unconventional tobacco rod segments 40a to the cutting drum 24t, and the cutters 26t, 27t cooperate to form a three-cut to form a double-length non-conventional tobacco rod segment 40b.
  • the double-length unconventional tobacco rod segments 40b are all transferred to the position where the machine center plane MM is symmetrical, and the double length is unconventional.
  • the central symmetry plane MT of the tobacco rod section 40b along the transverse axis coincides with the machine center plane MM, passes through the conveying drum 13t, the conveying drum 17, and the conveying drum 16, and the cutting drum 15 is slit by the cutter 14 into a non-traditional Pipe rod section 40.
  • the two-stage non-conventional tobacco rod section 40 is innovatively and vertically separated from the machine center plane MM to the machine center plane MM.
  • the distance between the one end surface and the machine center plane MM is (CF + ⁇ t1).
  • ⁇ t1 &gt to facilitate subsequent splicing of the non-conventional tobacco rod segment 40 and the composite filter segment 41.
  • the two-stage symmetrical non-conventional tobacco rod section 40 maintains this position into the merge drum 13 .
  • the four-fold composite filter segment 41a is supplied by the supply device 32.
  • the storage container 25 supplies a four-fold length composite filter segment 41a to the cutting drum 24, and the cutters 26, 27 are adjusted to form a two-division cut to form a double-long composite filter segment 41b.
  • the double-length composite filter segment 41b is all transported to a position where the machine center plane MM is symmetrical, and the double-length composite filter segment 41b at this time
  • the central symmetry plane MF along the transverse axis coincides with the machine center plane MM and remains in this position into the merge drum 13.
  • the double long composite filter segment 41b merges with the non-conventional tobacco rod segments 40 on both sides, and the distance between the two end faces is ⁇ t1.
  • the cigarette formation is achieved by the wrapping area 33.
  • the combination of the double-long composite filter segment 41b and the non-conventional tobacco rod segment 40 is brought closer together on the close-up drum 12, so that the distance from the side closer to each other is reduced from ⁇ t1 to 0, and the overall position remains at the machine center plane MM.
  • the position of the symmetry plane is achieved by the wrapping area 33.
  • the pick-up paper 18 is extracted, glued, and heated, it is cut on the cut-off drum 20 by the drum cutter 19 into double-width tipping paper sheets 42 of the same length, and the double-width attached paper sheets 42 are along the horizontal axis.
  • the central symmetry plane MU coincides with the machine center plane MM.
  • the combination of the double width attachment paper sheet 42 and the double length composite filter segment 41b and the non-conventional tobacco rod segment 40 enters between the paper cutting drum 20 and the jaw 11 in the opposite direction of the cutting drum 20 and the jaw 11 Under the motion and pressure, the roll is formed into a double-length non-traditional cut tobacco type 43a.
  • the take-up drum 10 receives the double-length unconventional cut tobacco type 43a which is formed by splicing and is passed to the knockout drum 9.
  • the elimination drum 9 rejects the cigarettes lacking the composite filter and the problem of the joint paper, and transfers the double-length unconventional tobacco-type cigarette 43a to the cutting drum 8.
  • Double cigarette final knife 7 will double the length of the non-traditional tobacco-type cigarette 43a to two, become two-two rows of non-traditional tobacco-type cigarettes 43, and then separate the drums 6, second in the first rear
  • the rear separation drum 5 is separated to a predetermined distance and then transmitted to the selection drum 4, the detection drum 3, the reject drum 2, and the conveying drum 1.
  • the double cigarette end of the final cutter 7 coincides with the machine center plane MM along the central symmetry plane MK of the transverse axis.
  • the inner and outer rows of the non-traditional tobacco-type cigarettes 43 are still in a position with the machine center plane MM as a symmetry plane.
  • the final output of the inner and outer rows of non-traditional tobacco-type cigarettes 43 can be turned around so that the side of the composite filter exiting the non-conventional tobacco rods faces in the same direction, inward or outward, depending on the needs of the subsequent processing equipment.
  • a feed material supply device 29 can be added to the supply device 31, which is similar to the supply device 31.
  • the supply device 31 can also be omitted, and the supply device 32 directly interfaces with the non-traditional tobacco-type cigarette production facility, thereby achieving continuous production.

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  • Manufacturing Of Cigar And Cigarette Tobacco (AREA)
  • Cigarettes, Filters, And Manufacturing Of Filters (AREA)

Abstract

一种非传统烟丝型烟支生产设备，包括多个鼓轮，非传统烟丝棒段（40）和复合过滤嘴段（41）通过鼓轮传送至包裹区域（33），沿着双倍宽度接装纸片中心对称面MU进行供给接装纸（18），将非传统烟丝棒段（40）和复合过滤嘴段（41）包裹成形，双倍宽度接装纸片中心对称面MU、双倍长的复合过滤嘴段中心对称面MF、双倍烟支最终切刀中心对称面MK三者与机器中心面MM的距离均为0；通过保证双倍宽度接装纸片中心对称面MU、双倍长复合过滤嘴段中心对称面MF、双倍烟支最终切刀中心对称面MK三者与机器中心面MM的距离均为0，解决设备高速运转中接装纸（18）与滤嘴棒要求对齐一侧产生错位导致的烟支外观质量不合格和废品消耗的问题，达到控制烟支质量美观的目的，同时提高生产效率。

Description

一种非传统烟丝型烟支生产设备 技术领域
本发明涉及一种非传统烟丝型烟支生产设备。
背景技术
随着烟草行业发展，市场消费者对于非传统烟丝型(多段复合型)烟支的需求逐渐出现，例如所谓的加热不燃烧卷烟制品(Heat-Not-Burn-Artikel)。这种卷烟烟支结构复杂，过滤嘴段采用二段复合(两段不同物料组合)、三段复合(三段不同物料组合)或更多段复合(三段以上不同物料组合)，烟丝棒段不再使用传统烟丝、梗丝、膨胀烟丝的混合物填充。这种卷烟制品对于尺寸要求、过滤嘴段结构要求、非传统烟丝的使用需求超出传统标准香烟制造机的机器结构。
现有设想的生产设备，例如豪尼机械制造股份公司申请公布号为CN105410991A的专利所述“用于制造烟草加工行业的棒形制品的装配机和方法”的机型。该设想设备和方法可在机器中心线一侧生产装配二段或多段棒形分部构成的烟支，并且成型方式为接装纸单侧一次搓接包裹成型。该设想设备无法避免的主要缺点在于，接装纸单侧搓接包裹成型的模式，对于接装纸与烟支棒之间的位置定位要求极高，在设备高速运转中，不能避免接装纸与滤嘴棒要求对齐的一侧产生错位的现象，导致烟支外观质量不合格，由此带来废品消耗和难以控制的质量风险。
另外，该设想设备在烟支包裹成型阶段是基于完全的串联方式，相比于加入适当并联环节，尤其是相比于本发明设计的双倍长度烟支拼接再切割为两支的方式，设备生产效率较低。该设备如果要提升产量，则需成比例提高机器电机运行转速，高转速运行可能带来产品质量不稳定。
发明内容
本发明的任务在于提供一种结构上已被验证的非传统烟丝型烟支生产设备，它能够实现具有明显与传统的几何尺寸、烟支结构不同的几何尺寸、烟支结构的复合型烟草制品的生产，解决现有接装纸单侧搓接包裹成型的模式导致的质量不合格、废品消耗、生产效率低的问题。
为实现以上目的，本发明提供以下技术方案：
一种非传统烟丝型烟支生产设备，包括多个鼓轮，非传统烟丝棒段40和复合过滤嘴段41通过鼓轮传送至包裹区域33，沿着双倍宽度接装纸片中心对称面MU进行供给接装纸，将非传统烟丝棒段40和复合过滤嘴段41包裹成形，其特征在于双倍宽度接装纸片中心对称面MU、双倍长的复合过滤嘴段中心对称面MF、双倍烟支最终切刀中心对称面MK三者与机器中心面MM的距离均为0。
进一步地，所述非传统烟丝棒段靠近机器中心面MM的一端在进入所述包裹区域(33)时布置在与机器中心面MM的距离为CF+Δt1的位置，Δt1＞0。
进一步地，所述机器中心面MM两侧分别布置有一生产轨道，两侧轨道均有物料填充。
进一步地，所述包裹区域设置有搓板11，搓板11面积大小可以调节。
进一步地，所述非传统烟丝棒段40通过供给装置31供给、复合过滤嘴段41通过供给装置32供给。
进一步地，所述非传统烟丝棒段40直接供给、复合过滤嘴段41通过供给装置32供给。
进一步地，所述供给装置31前设置有前置供给装置29。
本发明的工作原理如下：通过双倍宽度接装纸片中心对称面MU、双倍长的复合过滤嘴段中心对称面MF、双倍烟支最终切刀中心对称面MK与机器中心面MM的距离均为0，用于制造具有较长复合过滤嘴段和较短烟丝棒段组成的烟支。
在本发明中机器中心面MM是指，设备所使用的一组传递物料的旋转鼓轮的中心面或对称面。机器中心面MM两侧分别具有一生产轨道，设备运行过程中，两侧轨道均有物料填充。
该生产设备生产的烟支产品能够有效避免CN 105410991 A专利所描述的设想设备可能产生的接装纸与滤嘴棒要求对齐的一侧不对齐的质量风险。同时相较于CN105410991 A专利所描述设备，具备同等接装鼓轮转速下更高的生产速率。
该生产设备集成了对烟支最终包裹成型的搓板(搓接装置)的改进，通过设计一种可实现搓接面积大小可调的搓板11，用于灵活地适应所生产的不同长度尺寸的烟支成型。
在本发明中，供给装置31、供给装置32、以及可添加的一个或多个前置物料供给装置29，都可以供给非传统烟丝棒段或复合过滤嘴棒段或普通过滤嘴棒段，以实现不同尺寸、不同滤嘴棒段结构、不同烟支结构的非传统烟丝型烟支。
与现有技术相比，本发明具有以下有益效果：
1、本发明解决了接装纸单侧搓接包裹成型的模式所导致的接装纸与滤嘴棒要求对齐的一侧产生错位的问题，提高了烟支外观质量，降低了废品消耗和质量风险。
2、本发明设计所采用的双倍长度烟支拼接再切割为两支的方式，提高了设备生产效率。
附图说明
图1示出了一非传统烟丝型烟支的示意图；
图2a示出了根据本发明的生产设备的一种实施例；
图2b示出了从上方观察的根据图2a的生产设施中的生产流程示意性俯视图。
图中标记：1-传送鼓轮、2-剔除鼓轮、3-检测鼓轮、4-选择鼓轮、5-第二后分离鼓轮、6-第一后分离鼓轮、7-双倍烟支最终切刀、8-切割鼓轮、9-淘汰鼓轮、10-取出鼓轮、11-搓板、12-靠拢鼓轮、13-汇合鼓轮、13t-传送鼓轮、13a-第一分离鼓、14-切刀、14a-第二分离鼓、15-切割鼓轮、16-传送鼓轮、17-传送鼓轮、18-接装纸、19-滚筒式切刀、20-切纸鼓轮、21-并行鼓轮、21t-并行鼓轮、22-错位鼓轮、22t-错位鼓轮、23-传送鼓轮、23t-传送鼓轮、24-切割鼓轮、24t-切割鼓轮、25-储存容器、25t-储存容器、26-切刀、26t-切刀、27-切刀、27t-切刀、29-供给装置、31-供给装置、32-供给装置、33-包裹区域、34-双倍烟支切割及输出装置、37-接装纸片、38-复合过滤嘴段中的一段、38a-复合过滤嘴段中的一段、39-复合过滤嘴段中的一段、40-非传统烟丝棒段、40a-六倍长的非传统烟丝棒段、40b-双倍长的非传统烟丝棒段、41-复合过滤嘴段、41a-四倍长的复合过滤嘴段、41b-双倍长的复合过滤嘴段、42-双倍宽度接装纸片、43-非传统烟丝型烟支。
具体实施方式
下面结合具体实施例对本发明的技术方案做进一步详细说明，但本发明并不局限于以下技术方案。
实施例一
图1示意性示出了一非传统烟丝型烟支，其具有与传统过滤嘴烟丝烟支很不相同的结构。该烟支由较长的复合过滤嘴段41和较短的非传统烟丝棒段40组成。复合过滤嘴段41在此由三个分段38、39、38a组成，也可以由更多段或更多种分段组成。复合过滤嘴段41的长度CF大于非传统烟丝棒段40的长度CT，复合过滤嘴段41借助于宽度CU＞CF的接装纸片37固定在非传统烟丝棒段40上。
图2a和图2b示出了根据本发明的生产设备的一种实施方式。
六倍长的非传统烟丝棒40a通过供给装置31进行供给。储存容器25t供给六倍长的非传统烟丝棒段40a至切割鼓轮24t，切刀26t、27t共同作用形成三分切，形成双倍长的非传统烟丝棒段40b。经过传送鼓轮23t、错位鼓轮22t、并行鼓轮21t后，双倍长的非传统烟丝棒段40b被全部传送到以机器中心面MM为对称面的位置，此时双倍长的非传统烟丝棒段40b沿横轴向的中心对称面MT与机器中心面MM重合，经过传送鼓轮13t、传送鼓轮17、传送鼓轮16，在切割鼓轮15被切刀14分切为非传统烟丝棒段40。经过第一分离鼓13a、第二分离鼓14a，创新性地采用二级分离导轨装置，将两段非传统烟丝棒段40向机器中心面MM两侧对称垂直地分离至其靠近机器中心面MM的一侧端面与机器中心面MM的距离为(CF+Δt1)的位置。特别地，为方便后续非传统烟丝棒段40与复合过滤嘴段41的拼接，Δt1＞0。两段对称的非传统烟丝棒段40保持此位置进入汇合鼓轮13。
四倍长的复合过滤嘴段41a通过供给装置32供给。储存容器25供给四倍长的复合过滤嘴段41a至切割鼓轮24，切刀26、27经过调整作用形成二分切，形成双倍长的复合过滤嘴段41b。经过传送鼓轮23、错位鼓轮22、并行鼓轮21后，双倍长的复合过滤嘴段41b被全部传送到以机器中心面MM为对称面的位置，此时双倍长的复合过滤嘴段41b沿横轴向的中心对称面MF与机器中心面MM重合，并保持此位置进入汇合鼓轮13。最终汇合在汇合鼓轮13，双倍长复合过滤嘴段41b与两侧的非传统烟丝棒段40汇合，二者相互靠近的一侧端面距离为Δt1。
烟支成型通过包裹区域33实现。双倍长复合过滤嘴段41b与非传统烟丝棒段40的组合在靠拢鼓轮12上靠拢，使其互相靠近的一侧端面距离由Δt1缩小为0，总体位置仍然保持在以机器中心面MM为对称面的位置。
接装纸18经抽取、上胶、加热后在切纸鼓轮20上被滚筒式切刀19切断成长度相同的双倍宽度接装纸片42，双倍宽度接装纸片42沿横轴向的中心对称面MU 与机器中心面MM重合。双倍宽度接装纸片42和双倍长复合过滤嘴段41b与非传统烟丝棒段40的组合，共同进入切纸鼓轮20和搓板11之间，在切纸鼓轮20和搓板11的相对运动和压力下，滚搓成形，成为双倍长的非传统烟丝型烟支43a。
取出鼓轮10接收搓接成形的双倍长的非传统烟丝型烟支43a，传给淘汰鼓轮9。淘汰鼓轮9将缺少复合过滤嘴和有接头纸问题的烟支剔除，将双倍长的非传统烟丝型烟支43a传送给切割鼓轮8。双倍烟支最终切刀7将双倍长的非传统烟丝型烟支43a一切为二，成为两两一排的非传统烟丝型烟支43，然后在第一后分离鼓轮6、第二后分离鼓轮5上被分开到预先设置的距离，再传送到选择鼓轮4、检测鼓轮3、剔除鼓轮2和传送鼓轮1。双倍烟支最终切刀7沿横轴向的中心对称面MK与机器中心面MM重合。此时，内、外排非传统烟丝型烟支43仍然处在以机器中心面MM为对称面的位置。
最终输出的内、外排非传统烟丝型烟支43可被调头，使复合过滤嘴离开非传统烟丝棒的一侧朝向同一方向，向内或向外，这根据后续处理设备的需求而定。
实施例二
根据本发明，如需制造结构更为复杂、灵活的非传统烟丝型烟支，供给装置31前可添加前置物料供给装置29，该装置类似于供给装置31。
实施例三
根据本发明，也可舍去供给装置31，由供给装置32直接与非传统烟丝型烟支生产设备对接，从而实现连续生产。

Claims (7)

  1. 一种非传统烟丝型烟支生产设备，包括多个鼓轮，非传统烟丝棒段(40)和复合过滤嘴段(41)通过鼓轮传送至包裹区域(33)，沿着双倍宽度接装纸片中心对称面MU进行供给接装纸，将非传统烟丝棒段(40)和复合过滤嘴段(41)包裹成形，其特征在于双倍宽度接装纸片中心对称面MU、双倍长的复合过滤嘴段中心对称面MF、双倍烟支最终切刀中心对称面MK三者与机器中心面MM的距离均为0。
  2. 如权利要求1所述的一种非传统烟丝型烟支生产设备，其特征在于，所述非传统烟丝棒靠近机器中心面MM的一端在进入所述包裹区域(33)时布置在与机器中心面MM的距离为CF+Δt1的位置，Δt1＞0。
  3. 如权利要求1所述的一种非传统烟丝型烟支生产设备，其特征在于，所述机器中心面MM两侧分别布置有一生产轨道，两侧轨道均有物料填充。
  4. 如权利要求1所述的一种非传统烟丝型烟支生产设备，其特征在于，所述包裹区域(33)设置有搓板(11)，搓板(11)面积大小可以调节。
  5. 如权利要求1-4任一所述的一种非传统烟丝型烟支生产设备，其特征在于，所述非传统烟丝棒段(40)通过供给装置(31)供给，复合过滤嘴段(41)通过供给装置(32)供给。
  6. 如权利要求1-4任一所述的一种非传统烟丝型烟支生产设备，其特征在于，所述非传统烟丝棒段(40)直接供给，复合过滤嘴段(41)通过供给装置(32)供给。
  7. 如权利要求5所述的一种非传统烟丝型烟支生产设备，其特征在于，所述供给装置(31)前设置有前置供给装置(29)。
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