WO2021179239A1 - 环保吸管的结构及其制造装置与制造方法 - Google Patents

环保吸管的结构及其制造装置与制造方法 Download PDF

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Publication number
WO2021179239A1
WO2021179239A1 PCT/CN2020/078947 CN2020078947W WO2021179239A1 WO 2021179239 A1 WO2021179239 A1 WO 2021179239A1 CN 2020078947 W CN2020078947 W CN 2020078947W WO 2021179239 A1 WO2021179239 A1 WO 2021179239A1
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module
roll
coated paper
layer
forming module
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PCT/CN2020/078947
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English (en)
French (fr)
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白立杰
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绿境科技开发股份有限公司
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Priority to PCT/CN2020/078947 priority Critical patent/WO2021179239A1/zh
Publication of WO2021179239A1 publication Critical patent/WO2021179239A1/zh

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    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47G—HOUSEHOLD OR TABLE EQUIPMENT
    • A47G21/00—Table-ware
    • A47G21/18—Drinking straws or the like

Definitions

  • the invention relates to a structure of an environmental protection straw that can improve the overall manufacturing efficiency and is safe and hygienic, as well as a manufacturing device and a manufacturing method thereof.
  • the straw is used to suck the liquid in the container. Most of it is hollow cylindrical. It mainly uses atmospheric pressure to achieve the purpose of sucking liquid. In an atmospheric environment, when one end of the straw is inserted into the liquid and the other end is sucked out of the air or liquid in the straw, The pressure in the tube will be reduced to lower than the pressure of the atmospheric environment, so that the atmospheric pressure outside the straw acts on the surface of the liquid outside the straw, and then pushes the liquid into the straw to balance the pressure in the tube and the pressure outside the tube.
  • the manufacturing speed is slow, and only about 200 paper straws can be manufactured in one minute.
  • the main purpose of the present invention is to heat and press the first coating layer and the second coating layer to each other through the hot pressing module, so that the base paper layer can be tubular without using glue, thereby achieving the effect of safety and sanitation.
  • Another main purpose of the present invention is to make the first joining edge and the second joining edge overlap and butt each other through the forming module, so that the base paper layer can be quickly formed, thereby improving the overall manufacturing efficiency.
  • the environmental protection straw of the present invention is made of a large roll of coated paper, including: a base paper layer, one side of the base paper layer is defined with a first joint edge, the base paper layer is away from the first joint edge A second joint edge is defined on one side of the base paper layer, a first coating film layer is provided on one side of the base paper layer, and a second coating film layer is provided on the side of the base paper layer facing away from the first coating film layer.
  • the present invention also includes an environmental protection straw manufacturing device, including: at least one feeding module, at least one forming module is provided on one side of the feeding module, and at least one hot pressing module is provided on the side of the forming module away from the feeding module .
  • the user sets the roll of coated paper on the feeding module, and operates the feeding module to make the roll of coated paper set on the feeding module in a continuous flat state or continuous sheet spiral and convey it out, and enter the forming module ,
  • the forming module will bend the base paper layer on the roll of coated paper, and make the first joining edge and the second joining edge overlap and butt each other, and the base paper layer after bending and forming will be transported into the heat.
  • the hot pressing module will heat press the first coating layer and the second coating layer located on both sides of the base paper layer, so that the first coating layer on the first joint side and the second coating layer
  • the second coating layers on the joint edges are combined with each other, so that the roll of coating paper presents a continuous tube shape, which is then cut to form a single straw, so as to become the environmental protection straw of the present invention.
  • Fig. 1 is a perspective view 1 of a preferred embodiment.
  • Figure 2 is a second perspective view of the preferred embodiment.
  • Figure 3 is a three-dimensional view of the preferred embodiment.
  • Figure 4 is a flow chart of the steps of the preferred embodiment.
  • Fig. 5 is the first forming schematic diagram of the preferred embodiment.
  • Fig. 6 is a cross-sectional view taken along line A-A in Fig. 5 of the preferred embodiment.
  • Fig. 7 is a second schematic diagram of forming of the preferred embodiment.
  • Fig. 8 is a cross-sectional view taken along line A-A in Fig. 7 of the preferred embodiment.
  • Fig. 9 is a schematic view of the hot pressing of the preferred embodiment.
  • Figure 10 is a perspective view of yet another preferred embodiment.
  • Fig. 11 is a production diagram of another preferred embodiment.
  • roll coated paper 1, 1a, 1b, base paper layer, 11, first joining edge, 111, second joining edge, 112, first coating layer, 12, second coating layer, 13, Feeding module, 2, 2a, 2b, forming module, 3, 3a, first forming module, 31, 31b, second forming module, 32, 32b, hot pressing module, 4, 4a, 4b, positioning module, 5b, Cutting module, 6b, packaging module, 7b, single sub-packing unit, 71b, bagging unit, 72b.
  • the present invention includes:
  • a first joining edge 111, the first joining edge 111 is defined at one side of the base paper layer 11;
  • a second joining edge 112 the second joining edge 112 is defined at the side of the base paper layer 11 away from the first joining edge 111, the base paper layer 11 is bent so that the first joining edge 111 and the first joining edge 111 The second joining edges 112 overlap and butt each other;
  • a first coating layer 12, the first coating layer 12 is provided on one side of the base paper layer 11;
  • a second coating layer 13, the second coating layer 13 is provided on the side of the base paper layer 11 away from the first coating layer 12, the first coating layer 12 on the first joint 111, The second coating layer 13 on the second joining edge 112 is thermally and press-bonded to each other, so that the roll of coating paper 1 has a tubular shape.
  • an environmental protection straw manufacturing device including:
  • At least one feeding module 2 for winding at least one roll of coated paper 1 in a sheet shape
  • At least one forming module 3 the forming module 3 is arranged at one side of the feeding module 2, and the forming module 3 is used for bending and forming at least one base paper layer 11 on the roll of coated paper 1, and At least one first joining edge 111 and at least one second joining edge 112 on the base paper layer 11 overlap and butt with each other; and
  • At least one hot-pressing module 4 the hot-pressing module 4 is arranged at the side of the forming module 3 away from the feeding module 2, and the hot-pressing module 4 makes at least one first coating layer 12 on the base paper layer 11 It is combined with at least one second coated film layer 13 by heat and pressure to make the roll coated paper 1 appear tubular.
  • the roll coated paper 1 of this embodiment is food grade paper.
  • the diameter of the roll coated paper 1 in this embodiment is 150cm-200cm as an example, and the width is 2.4cm as an example, but it is not limited.
  • first joining edge 111 and the second joining edge 112 take the long side of the base paper layer 1 as an example.
  • the feeding module 2 of this embodiment takes a rotating bearing bracket as an example.
  • the forming module 3 of this embodiment has at least one first forming module 31 and at least one second forming module 32.
  • the first forming module 31 is located at one side of the feeding module 2, and the second forming module 32 is located in the first forming module.
  • the module 31 is at a side away from the feeding module 2 and is located between the first forming module 31 and the hot pressing module 4.
  • the first forming module 31 takes two rollers corresponding to the concave and convex as an example, and the second forming module 32 takes two semi-circular concave rollers as an example.
  • the sheet shape of this embodiment takes a continuous flat state as an example, but it is not limited.
  • the base paper layer that has been bent and formed is transported into at least one hot-pressing module, and at least one first coating layer on the first joint side and the second joint side by the hot-pressing module At least one second coating layer is hot-pressed, so that the first joining edge and the second joining edge are butted and combined with each other, so that the roll of coated paper is tubular.
  • the user when the user wants to make an environmentally friendly straw, he needs to install the roll of coated paper 1 on the feeding module 2 first, and drive the feeding module 2 to make the feeding module 2 start to rotate , And drive the roll of coated paper 1 to spiral and transport out in a continuous flat state.
  • the second coating layer 13 Located on the upper side of the base paper layer 11, the second coating layer 13 is located on the lower side of the base paper layer 11, and the first joining edge 111 is located on the left side of the base paper layer 11, and the second joining edge 112 is located on the bottom of the base paper layer 11.
  • the concave roller located below in the first forming module 31 will make the roll coated paper 1 in the original flat state.
  • the joining edge 111 and the second joining edge 112 are gradually bent upwards, so that the roll coated paper 1 is transported forward in a U shape, and is matched with the convex roller located above, and the concave and convex rollers are squeezed against each other to make the roll coated
  • the paper 1 enters the second forming module 32 firmly in a U-shaped sheet shape.
  • the upper and lower semicircular concave rollers in the second forming module 32 conflict with each other and present a round shape. Therefore, the roll of coated paper 1 in the state of a U-shaped sheet enters Later, the first joining edge 111 and the second joining edge 112 will protrude the round shape of the two semicircular concave rollers, so that the first joining edge 111 and the second joining edge 112 are squeezed and bent by the semicircular concave roller above. And gradually move closer to each other until the two overlap and butt each other, so that the roll of coated paper 1 is transformed from a U shape to an O shape, thereby forming a round tube.
  • the first joining edge 111 and the second joining edge 112 overlap each other, they are not joined to each other, and at this time, the first coating layer 12 of the first joining edge 111 is attached to the second joining edge 112.
  • the roll coated paper 1 of the transport tube enters the hot press module 4.
  • the hot press module 4 will use the temperature and pressure changes to heat and press the roll coated paper 1.
  • the first coating layer 12 on the first bonding edge 111 and the second coating layer 13 on the second bonding edge 112 will be combined with each other by heat and pressure through the material characteristics of the heat bonding, thereby making the first bonding
  • the side 111 and the second joint side 112 are overlapped and combined to make the roll of coated paper 1 form a round tube stably, so as to become the environmental protection straw of the present invention.
  • the roll coated paper 1 that is heated and pressed will not lose its adhesiveness due to the temperature of the liquid, so as to prevent the roll coated paper 1 from softening or the first joining edge 111 and the second joining edge 112 are separated. It happened.
  • the above-mentioned roll coated paper 1 the composite material is coated on the surface of the paper by a special machine to form the above-mentioned first coating layer 12 and the second coating layer 13, and the first coating layer 12 formed by the composite material
  • the second coating layer 13 and the second coating layer 13 have the characteristics of oil-proof, waterproof, and heat-sealable. In this way, the first coating layer 12 and the second coating layer 13 heated and pressed will be combined with each other.
  • the above composite material can be one of polyethylene (PE), polypropylene (PP), polylactic acid (PLA), chlorinated polyethylene (CPE), or polybutylene succinate (PBS), but not Set limits.
  • each roll of coated paper 1 can be continuously produced for 40-50 minutes, and the production efficiency of about 1,000 environmentally friendly straws per minute can be achieved.
  • the structure of the above-mentioned roll coated paper 1 with a diameter of 150cm to 200cm can produce 27,000 to 40,000 circular straws with a length of 20cm and an inner diameter of 0.6cm. This not only improves the overall manufacturing efficiency, but also transparent Due to the material characteristics of the first coating layer 12 and the second coating layer 13, the present invention can be combined into a tube without using glue, thereby achieving the effect of safety and sanitation.
  • the respective numbers of the roll coated paper 1a, the feeding module 2a, the forming module 3a, and the hot pressing module 4a are all two as an example and arranged side by side, so as to show that the present invention does not limit the machine If there is enough space for the respective number of tables, each machine can be docked side by side to convey multiple rolls of coated paper 1a at the same time, and perform the processes of feeding, forming and hot pressing, thereby greatly improving the overall Manufacturing efficiency.
  • At least one positioning module 5b is provided between the feeding module 2b and the first forming module 31b, and at least one cutting module 6b is provided on the side of the hot pressing module 4b away from the second forming module 32b, At least one packaging module 7b is provided on the side of the cutting module 6b away from the hot pressing module 4b, and the packaging module 7b further includes a single dispensing unit 71b and a bagging unit 72b provided on the side of the single dispensing unit 71b .
  • the positioning module 5b takes a rectangular parallelepiped with flat perforations as an example, and the cutting module 6b takes a circular cutting blade as an example.
  • step (b1) can be performed after step (b) in the above preferred embodiment, and step (e) can be performed after step (d), as described below:
  • the roll of coated paper is transported into at least one forming module, and at least one base paper layer is bent and formed by the forming module, so that at least one first joining edge and at least one The second joint edges are butted with each other;
  • the base paper layer that has been bent and formed is transported into at least one hot-pressing module, and at least one first coating layer on the first joint side and the second joint side by the hot-pressing module At least one second coating layer is hot-pressed, so that the first joining edge and the second joining edge are butt-coupled to each other, thereby making the roll of coated paper appear tubular;
  • the flat roll of coated paper 1b can enter the perforation of the positioning module 5b to assist in positioning the roll of coated paper 1b.
  • the initial conveying process of the film paper 1b is so as to smoothly enter the subsequent forming module 3b, thereby avoiding the occurrence of the situation that the roll coated paper 1b deviates from the preset route.
  • the roll coated paper 1b is hot pressed with the help of the hot pressing module 4b, so that the roll coated paper 1b has a continuous tube shape.
  • the roll coated paper 1b is sequentially conveyed into the cutting module 6b and the single packing unit 71b, and then the conveyor belt is used to make the separately packed roll coated paper 1b into the bag packing unit 72b.
  • the circular blade of the cutting module 6b is used to cut the continuous tube-shaped roll of coated paper 1b to a fixed length to produce a plurality of environmental protection straws of equal length.
  • the single packaging unit 71b can individually package each environmental protection straw.
  • the bagging unit 72b can pack the packaged environmental protection straws into bags according to the required quantity.

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Abstract

本发明公开一种环保吸管的结构及其制造装置与制造方法，环保吸管由一卷筒淋膜纸所制成，包括一基纸层、一界定于基纸层一侧的第一接合边、一界定于基纸层另一侧的第二接合边、一设于基纸层一面的第一淋膜层、及一设于基纸层另一面之第二淋膜层。采用上述结构，利用至少一进料模块将卷筒淋膜纸旋绕进入至少一成形模块中，接着依靠成形模块对基纸层进行弯折，以使第一接合边与第二接合边相抵触，再来透过至少一热压模块使第一淋膜层与第二淋膜层相互热压结合，以成为上述环保吸管，借此达到安全卫生，且提升整体制造效率的效果。

Description

环保吸管的结构及其制造装置与制造方法 技术领域
本发明涉及一种得以提升整体制造效率,且安全卫生的环保吸管的结构及其制造装置与制造方法。
背景技术
吸管,用于吸取容器中的液体,大多为中空圆柱状,主要利用大气压力来达成吸取液体的目的,在大气环境下,当吸管一端插入液体,另一端抽走吸管中的空气或液体时,管内的压力会降低至低于大气环境的压力,使吸管外部的大气压力作用于吸管外液体的表面上,进而将液体推进吸管中,使管内压力与管外压力达到平衡。
从前最普遍的吸管系使用塑料所制成,而随着环保意识抬头,纸制吸管已逐渐取代曾经的塑料吸管。以一次性使用吸管而言,纸吸管不论是制造过程造成的污染,或是使用完毕后的分解,所造成的环境负担相较于塑料吸管较轻,因此对于各大餐饮业者、饮料店面,皆是一个用于替代塑料吸管的良好方案。
然上述纸吸管于使用时,存在下列问题与缺失尚待改进:
第一,主要以三卷式相互螺旋环绕制成,制造速度慢,一分钟仅能制造约200根纸吸管。
第二,三卷纸片螺旋环绕形成吸管后须予以黏胶固定,而若用于吸食热饮,黏胶即会溶于饮品中,进而影响人体健康。
第三,黏合后须花3～5分钟进行烘干,降低制造效率。
发明内容
本发明的主要目的在于:透过热压模块使第一淋膜层与第二淋膜层相互热压结合,令基纸层无需使用黏胶即可呈现管状,进而达到安全卫生的效果。
本发明的另一主要目的在于:透过成形模块使第一接合边与第二接合边相互重叠对接,使基纸层快速成形,进而提升整体制造效率。
为达上述目的,本发明环保吸管由一大型卷筒淋膜纸所制成,包括:一基纸层,基纸层的一侧处界定有一第一接合边,基纸层背离第一接合边的一侧处界定有一第二接合边,基纸层的一面处设有一第一淋膜层,基纸层背离第一淋膜层的一面处设有一第二淋膜层。
本发明还包括一环保吸管的制造装置,包括:至少一进料模块,进料模块的一侧处设有至少一成形模块,成形模块背离进料模块的一侧处设有至少一热压模块。
用户将卷筒淋膜纸设于进料模块上,操作进料模块,使设于进料模块上的卷筒淋膜纸以连续平坦状态或连续片状旋绕输送而出,并进入成形模块中,成形模块会对卷筒淋膜纸上的基纸层进行弯折成形,并且令第一接合边与第二接合边相互重叠对接,而弯折成形并对接后的基纸层会输送进入热压模块中,热压模块即会对设于基纸层两面处的第一淋膜层与第二淋膜层进行热压,以使第一接合边上的第一淋膜层,与第二接合边上的第二淋膜层相互结合,进而令卷筒淋膜纸呈现连续管状,再进行裁切而形成单根吸管,以成为本发明的环保吸管。
借此,不仅得以提升整体的制造效率,同时还可借由第一淋膜层与第二淋膜层相互热压结合的结构,达到安全卫生的效果。
附图说明
图1为较佳实施例的立体图一。
图2为较佳实施例的立体图二。
图3为较佳实施例的立体图三。
图4为较佳实施例的步骤流程图。
图5为较佳实施例的成形示意图一。
图6为较佳实施例图5的A-A线剖视图。
图7为较佳实施例的成形示意图二。
图8为较佳实施例图7的A-A线剖视图。
图9为较佳实施例的热压示意图。
图10为再一较佳实施例的立体图。
图11为又一较佳实施例的生产示意图。
其中：卷筒淋膜纸、1、1a、1b，基纸层、11，第一接合边、111，第二接合边、112，第一淋膜层、12，第二淋膜层、13，进料模块、2、2a、2b，成形模块、3、3a，第一成形模块、31、31b，第二成形模块、32、32b，热压模块、4、4a、4b，定位模块、5b，裁切模块、6b，包装模块、7b，单一分装单元、71b，袋装单元、72b。
具体实施方式
请参阅图1至图3所示,本发明包括:
一基纸层11；
一第一接合边111,该第一接合边111界定于该基纸层11的一侧处；
一第二接合边112,该第二接合边112界定于该基纸层11背离该第一接合边111的一侧处,该基纸层11受弯折而使该第一接合边111与该第二接合边112相互重叠对接；
一第一淋膜层12,该第一淋膜层12设于该基纸层11的一面处；及
一第二淋膜层13,该第二淋膜层13设于该基纸层11背离该第一淋膜层12的一面处,该第一接合边111上的该第一淋膜层12,与该第二接合边112上的该第二淋膜层13相互热压结合,以供该卷筒淋膜纸1呈现管状。
而本发明还包括一环保吸管的制造装置,包括:
至少一进料模块2,该进料模块2供将至少一卷筒淋膜纸1以片状旋绕而出；
至少一成形模块3,该成形模块3设于该进料模块2的一侧处,该成形模块3供对该卷筒淋膜纸1上的至少一基纸层11进行弯折成形,并使该基纸层11上的至少一第一接合边111及至少一第二接合边112相互重叠对接；及
至少一热压模块4,该热压模块4设于该成形模块3背离该进料模块2的一侧处,该热压模块4使该基纸层11上的至少一第一淋膜层12与至少一第二淋膜层13相互热压结合,以使该卷筒淋膜纸1呈现管状。
本实施例的卷筒淋膜纸1为食用级纸。
本实施例的卷筒淋膜纸1的直径以150cm～200cm为例,而宽度以2.4cm为例,但不予以设限。
本实施例中,第一接合边111与该第二接合边112以基纸层1的长边为例。
本实施例的进料模块2以一得以转动的承载支架为例。
本实施例的成形模块3上具有至少一第一成形模块31及至少一第二成形模块32,第一成形模块31位于进料模块2的一侧处,而第二成形模块32位于第一成形模块31背离进料模块2的一侧处,且位于第一成形模块31与热压模块4之间。第一成形模块31以凹凸对应的两滚轮为例,而第二成形模块32以两半圆凹状滚轮为例。
本实施例的片状以连续平坦状态为例,但不予以设限。
请参阅图1至图9所示,本发明的制造方法,其步骤包括:
(a)将至少一卷筒淋膜纸设于至少一进料模块上；
(b)操作该进料模块,使该卷筒淋膜纸以片状旋绕输送而出；
(c)该卷筒淋膜纸输送进入至少一成形模块中,并借该成形模块对至少一基纸层进行弯折成形,以令该基纸层上的至少一第一接合边与至少一第二接合边相互对接；及
(d)受弯折成形的该基纸层输送进入至少一热压模块中,并借该热压模块对该第一接合边上的至少一第一淋膜层与该第二接合边上的至少一第二淋膜层进行热压,使该第一接合边与该第二接合边相互对接结合,进而令该卷筒淋膜纸呈现管状。
借由上述步骤说明可得知,当使用者欲制作环保吸管时,需先将上述卷筒淋膜纸1装设于进料模块2上,驱动进料模块2以使进料模块2开始旋转,并带动卷筒淋膜纸1以连续平坦状态旋绕输送而出,此时,若以进料模块2的位置作为前侧,热压模块4的位置作为后侧,则第一淋膜层12位于基纸层11的上侧,第二淋膜层13位于基纸层11的下侧,而第一接合边111位于基纸层11的左侧,第二接合边112位于基纸层11的右侧。
当平坦状态的卷筒淋膜纸1进入成形模块3的第一成形模块31时,第一成形模块31中位于下方的凹滚轮,会使原先平坦状态的卷筒淋膜纸1,其第一接合边111与第二接合边112逐渐向上弯折,以使卷筒淋膜纸1呈U形向前输送,并且配合位于上方的凸滚轮,凹凸两滚轮相互夹挤,以令卷筒淋膜纸1稳固的以U形片状进入第二成形模块32。
而当卷筒淋膜纸1进入第二成形模块32后,第二成形模块32中的上下两半圆凹状滚轮相互抵触呈现圆形,因此,在U形片状态样的卷筒淋膜纸1进入后,其第一接合边111与第二接合边112会因突出两半圆凹状滚轮呈现的圆形,而使第一接合边111与第二接合边112受上方的半圆凹滚轮挤压弯折,并逐渐向彼此靠拢至两者相互重叠对接,进而令卷筒淋膜纸1由U形转变为O形,借以形成圆管。
此时第一接合边111与第二接合边112虽相互搭接,但并未彼此结合,且此时第一接合边111的第一淋膜层12贴附于第二接合边112的第二淋膜层13上,接着输送圆管的卷筒淋膜纸1进入热压模块4中,热压模块4会利用温度及压力的变化,对卷筒淋膜纸1进行热压合,此时,第一接合边111上的第一淋膜层12,及第二接合边112上的第二淋膜层13,会透过其得以热合的材质特性,相互热压结合,进而令第一接合边111与第二接合边112相互搭接结合,使卷筒淋膜纸1稳固的形成圆管状,以成为本发明的环保吸管。
此外,受热压结合的卷筒淋膜纸1不会因液体的温度高低而失去其黏着性,借以避免卷筒淋膜纸1软化、或第一接合边111与第二接合边112分离的情况发生。
上述卷筒淋膜纸1,将复合材料通过专用机器涂布于纸张表面上,以形成上述第一淋膜层12及第二淋膜层13,而复合材料所形成的第一淋膜层12及第二淋膜层13具有防油、防水、及可热合的特点,如此,受热压的第一淋膜层12及第二淋膜层13即会彼此结合。上述复合材料可为聚乙烯(PE)、聚丙烯(PP)、聚乳酸(PLA)、氯化聚乙烯(CPE)、或聚丁二酸丁二醇酯(PBS)其中之一,但不予以设限。
采用上述结构与步骤,即可令每个卷筒淋膜纸1能够持续生产40～50分钟,并达到每分钟约1000根环保吸管之生产效率。此外,上述卷筒淋膜纸1直径为150cm～200cm的结构,可制作出27000～40000根长度为20cm,内径为0.6cm的圆形吸管,如此,不仅提升了整体的制造效率,同时还透过第一淋膜层12与第二淋膜层13的材质特性,令本发明无需使用黏胶亦可结合成管状,进而达到安全卫生的效果。
请参阅图10所示,卷筒淋膜纸1a、进料模块2a、成形模块3a、及热压模块 4a之各别数量皆以两个为例且并排设置,借以表明本发明不设限机台的各别数量,若具有足够的空间,即可将各个机台并排靠接,以同时输送多个卷筒淋膜纸1a,执行进料、成形与热压的工序,进而大幅提升整体的制造效率。
请参阅图11所示,进料模块2b与第一成形模块31b之间设有至少一定位模块5b,热压模块4b背离第二成形模块32b的一侧处设有至少一裁切模块6b,而裁切模块6b背离热压模块4b的一侧处设有至少一包装模块7b,包装模块7b更包括一单一分装单元71b,及一设于单一分装单元71b侧处的袋装单元72b。
定位模块5b以具有扁平穿孔的长方体为例,而裁切模块6b以圆形切割刀片为例。
本实施例的制造方法,于上述较佳实施例中步骤(b)后可进行步骤(b1),而步骤(d)后可进行步骤(e),如下所述:
(a)将至少一卷筒淋膜纸设于至少一进料模块上；
(b)操作该进料模块,使该卷筒淋膜纸以片状旋绕输送而出；
(b1)使该卷筒淋膜纸进入至少一定位模块中,以稳定该卷筒淋膜纸的输送；
(c)该卷筒淋膜纸输送进入至少一成形模块中,并借该成形模块对至少一基纸层进行弯折成形,以令该基纸层上的至少一第一接合边与至少一第二接合边相互对接；
(d)受弯折成形的该基纸层输送进入至少一热压模块中,并借该热压模块对该第一接合边上的至少一第一淋膜层与该第二接合边上的至少一第二淋膜层进行热压,使该第一接合边与该第二接合边相互对接结合,进而令该卷筒淋膜纸呈现管状；及
(e)使该卷筒淋膜纸输送进入至少一裁切模块中,以对该卷筒淋膜纸进行分 段裁切,再将该卷筒淋膜纸输送进入至少一包装模块中,以对受裁切的该卷筒淋膜纸进行包装。
当用户操作进料模块2b,使卷筒淋膜纸1b以连续平坦状态旋绕输送而出后,可令平坦状态的卷筒淋膜纸1b进入定位模块5b的穿孔中,以辅助定位卷筒淋膜纸1b的初始输送过程,以便于平整的进入后续成形模块3b中,进而避免卷筒淋膜纸1b偏离预设路线的情况发生。
在受弯折成形的基纸层输送进入热压模块4b中,并借助热压模块4b对卷筒淋膜纸1b进行热压,以使卷筒淋膜纸1b呈现连续管状后,可再令卷筒淋膜纸1b依序输送进入裁切模块6b及单一分装单元71b中,而后再利用输送带使已各别分装的卷筒淋膜纸1b进入袋装单元72b中。
利用裁切模块6b的圆形刀片,得以对连续管状的卷筒淋膜纸1b进行固定长度的裁切,以产生复数长度相等的环保吸管。而单一分装单元71b可将每一环保吸管进行各别包装。另外,袋装单元72b则能够将受包装的环保吸管,依照需求数量分装成袋。借此,透过裁切模块6b、单一分装单元71b及袋装单元72b的结构,得以提升整体便利性,进而方便操作者后续使用。

Claims (9)

  1. 一种环保吸管的结构,该环保吸管由一卷筒淋膜纸制成,其特征在于，该环保吸管包括:
    一基纸层；
    一第一接合边,该第一接合边界定于该基纸层的一侧处；
    一第二接合边,该第二接合边界定于该基纸层背离该第一接合边的一侧处,该基纸层受弯折而使该第一接合边与该第二接合边相互重叠对接；
    一第一淋膜层,该第一淋膜层设于该基纸层的一面处；及
    一第二淋膜层,该第二淋膜层设于该基纸层背离该第一淋膜层的一面处,该第一接合边上的该第一淋膜层,与该第二接合边上的该第二淋膜层相互热压结合,以供该卷筒淋膜纸呈现管状。
  2. 一种环保吸管的制造装置,其特征在于，包括:
    至少一进料模块,该进料模块供将至少一卷筒淋膜纸以片状旋绕而出；
    至少一成形模块,该成形模块设于该进料模块的一侧处,该成形模块供对该卷筒淋膜纸上的至少一基纸层进行弯折成形,并使该基纸层上的至少一第一接合边及至少一第二接合边相互重叠对接；及
    至少一热压模块,该热压模块设于该成形模块背离该进料模块的一侧处,该热压模块使该基纸层上的至少一第一淋膜层与至少一第二淋膜层相互热压结合,以使该卷筒淋膜纸呈现管状。
  3. 如权利要求2所述的环保吸管的制造装置,其特征在于，该进料模块与该成形模块之间设有至少一定位模块。
  4. 如权利要求2所述的环保吸管的制造装置,其特征在于，该成形模块上具有至少一第一成形模块及至少一第二成形模块,该第一成形模块位于该进料模块 的一侧处,而该第二成形模块位于该第一成形模块背离该进料模块的一侧处。
  5. 如权利要求2所述的环保吸管的制造装置,其特征在于，该热压模块背离该成形模块的一侧处设有至少一裁切模块,而该裁切模块背离该热压模块的一侧处设有至少一包装模块。
  6. 一种环保吸管的制造方法,其特征在于，步骤包括:
    (a)将至少一卷筒淋膜纸设于至少一进料模块上；
    (b)操作该进料模块,使该卷筒淋膜纸以片状旋绕输送而出；
    (c)该卷筒淋膜纸输送进入至少一成形模块中,并借该成形模块对至少一基纸层进行弯折成形,以令该基纸层上的至少一第一接合边与至少一第二接合边相互对接；及
    (d)受弯折成形的该基纸层输送进入至少一热压模块中,并借该热压模块对该第一接合边上的至少一第一淋膜层与该第二接合边上的至少一第二淋膜层进行热压,使该第一接合边与该第二接合边相互对接结合,进而令该卷筒淋膜纸呈现管状。
  7. 如权利要求6所述的环保吸管的制造方法,其特征在于，于步骤(b)之后可进行步骤(b1),使该卷筒淋膜纸进入至少一定位模块中,以稳定该卷筒淋膜纸的输送。
  8. 如权利要求6所述的环保吸管的制造方法,其特征在于，该成形模块上具有至少一第一成形模块及至少一第二成形模块,该第一成形模块位于该进料模块的一侧处,而该第二成形模块位于该第一成形模块背离该进料模块的一侧处。
  9. 如权利要求6所述的环保吸管的制造方法,其特征在于，于步骤(d)之后可进行步骤(e),使该卷筒淋膜纸输送进入至少一裁切模块中,以对该卷筒淋膜纸 进行分段裁切,再将该卷筒淋膜纸输送进入至少一包装模块中,以对受裁切的该卷筒淋膜纸进行包装。
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TWM355980U (en) * 2008-12-31 2009-05-01 guan-zhong Fang Structure of cutting and edge trimming strip for floor
US20180160831A1 (en) * 2015-06-12 2018-06-14 Joo An Yoo Washable straw
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