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    • 2. 发明申请
    • Plastic Bag Making Apparatus
    • US20170266905A1
    • 2017-09-21
    • US15597327
    • 2017-05-17
    • Totani Corporation
    • Mikio TOTANI
    • B31B19/26
    • B31B70/18B31B70/262B31B70/266B31B70/64B31B2155/00B31B2155/0014B31B2155/002B31B2160/20
    • In order to provide an apparatus for successively making plastic bags each of which includes panel portions and a bottom gusset portion, in a way different from the prior art, upper and lower webs of panel material are superposed on each other and fed longitudinally thereof. A web of bottom gusset material is supplied to one of the webs of panel material to be superposed on the outer surface thereof, the web of bottom gusset material having opposite side edges one of which extends along ones of the opposite side edges of the webs of panel material. The web of bottom gusset material and the other web of panel material are temporarily fixed to each other at ones of the opposite side edges thereof after the webs of panel material are superposed and the web of bottom gusset material is supplied. One of the webs or the other web of panel material and the web of bottom gusset material are then guided so that one of the webs or the other web of panel material can be folded at a position adjacent to ones of the opposite side edges of the webs of panel material when the webs of panel material are fed. The web of bottom gusset material is combined with the webs of panel material. The panel portions are formed by the webs of panel material while the bottom gusset portion is formed by the web of bottom gusset material.
    • 3. 发明申请
    • Plastic Bag Making Apparatus
    • US20170203532A1
    • 2017-07-20
    • US15473673
    • 2017-03-30
    • Totani Corporation
    • Mikio TOTANI
    • B31B19/26B31B49/04
    • B31B70/18B31B70/262B31B70/266B31B70/64B31B2155/00B31B2155/0014B31B2155/002B31B2160/20
    • In order to provide an apparatus for successively making plastic bags each of which includes panel portions and a bottom gusset portion, in a way different from the prior art, upper and lower webs of panel material are superposed on each other and fed longitudinally thereof. A web of bottom gusset material is supplied to one of the webs of panel material to be superposed on the outer surface thereof, the web of bottom gusset material having opposite side edges one of which extends along ones of the opposite side edges of the webs of panel material. The web of bottom gusset material and the other web of panel material are temporarily fixed to each other at ones of the opposite side edges thereof after the webs of panel material are superposed and the web of bottom gusset material is supplied. One of the webs or the other web of panel material and the web of bottom gusset material are then guided so that one of the webs or the other web of panel material can be folded at a position adjacent to ones of the opposite side edges of the webs of panel material when the webs of panel material are fed. The web of bottom gusset material is combined with the webs of panel material. The panel portions are formed by the webs of panel material while the bottom gusset portion is formed by the web of bottom gusset material.
    • 6. 发明授权
    • Method for manufacturing angulated bottom paper bag with handle in rotary type bag manufacturing machine
    • 旋转式制袋机制造带柄的方形底纸袋方法
    • US06932754B2
    • 2005-08-23
    • US10431620
    • 2003-05-07
    • Masaki FujishiroTatsuya Ijiro
    • Masaki FujishiroTatsuya Ijiro
    • B31B19/14B31B19/16B31B19/26B31B19/36B31B19/86B31B29/00B31B1/86
    • B31B70/00B31B70/024B31B70/14B31B70/16B31B70/261B31B70/266B31B70/36B31B70/864B31B70/868B31B2150/00B31B2150/0012B31B2160/10B31B2160/20Y10S493/926
    • The invention concerns a rotary type bag manufacturing machine which feeds continuously material paper (R) to form angulated bottom bags (B) with handles (T) in which a top edge (S2) with the handles (T) pasted can be folded toward an inside in the manufacturing process. Material paper (R) wound in a roll is continuously fed out. After forming lateral slits (15) and Letter-J-shaped nicks (16) on the material paper (R) by an incising device (4), reinforcing papers (T1) for handles (T) formed by a handle forming device 2 are pasted. Then, a cutting device (6) cuts off the material paper (R) on a cut line aligned with the lateral slits (15) to thereby form the material paper (R) with the handles (T) which remains unfolded in a plane. A cut end portion (S2) with each handle (T) pasted is folded toward an inside to invisibly cover each reinforcing paper (T1) for the handle (T). Thereafter, angulated bottom paper bags (B) are formed through a paper tube forming process and a bottom folding process.
    • 本发明涉及一种旋转式袋制造机,其连续输送材料纸(R)以形成具有手柄(T)的成角度的底部袋(B),其中具有粘贴的把手(T)的顶部边缘(S 2)可以朝向 在制造过程中的一个内部。 卷绕在卷筒上的材料纸(R)被连续送出。 通过切割装置(4)在材料纸(R)上形成横向狭缝(15)和Letter-J形切口(16)之后,由把手形成装置2形成的手柄(T)的加强纸(T 1) 被粘贴。 然后,切割装置(6)在与横向狭缝(15)对齐的切割线上切割材料纸(R),从而形成材料纸(R),手柄(T)在平面中保持展开。 将每个手柄(T)粘贴的切割端部(S 2)向内侧折叠,以不可见地覆盖用于手柄(T)的每个增强纸(T 1)。 此后,通过纸管形成工艺和底部折叠工艺形成经角度的底部纸袋(B)。
    • 7. 发明授权
    • Manufacturing method of square bottom containers
    • 方底容器的制造方法
    • US5236531A
    • 1993-08-17
    • US621020
    • 1991-01-08
    • Naoomi Yokoyama
    • Naoomi Yokoyama
    • B31B3/28B31B19/26B31B29/00
    • B31B29/00B31B2219/2672B31B2221/20Y10T156/1051
    • This invention relates to the method for manufacturing a variety of square bottom containers by folding to the same side both of two brims of a sheet-shaped container of raw material of paper, aluminum foil, plastic laminate film and the like such that the brims mutually abut each other, forming a bonding agent or heat-seal layer on the outsides of both these butted brims, then forming the lower portion into a W-shape with an inverted V-shaped fold being provide in the midway, and then press-fitting the bonding agent or heat-seal layer from the outside of the formed sheet for its bonding or deposition, the press fit formed sheet defining a square bottom container having a bottom laminate which is flat with no overlap and having a heat seal film or the like which doesn't come inside the container. The method is efficient and the containers can be manufactured quite easily.
    • 本发明涉及通过将纸,铝箔,塑料层压膜等的原料的片状容器的两个边缘折叠到同一侧而制造各种方形底部容器的方法,使得边缘相互 彼此邻接,在这两个对接的边缘的外侧上形成粘合剂或热封层,然后在中间形成具有倒V形折叠的W形的下部,然后压配合 粘合剂或热封层从成形片的外部进行粘合或沉积,压配成型片限定了一个方形底部容器,该底部容器具有平坦的,没有重叠的并具有热封膜等的底部层压体 它不会进入容器内。 该方法是有效的,容器可以很容易地制造。
    • 8. 发明授权
    • Process and apparatus for making shopping bag
    • 制造购物袋的工艺和装置
    • US3554099A
    • 1971-01-12
    • US3554099D
    • 1968-10-10
    • FREDERICK T RODLEY
    • RODLEY FREDERICK T
    • B31B1/25B31B1/80B31B19/10B31B19/26B31B19/86B31B19/98B31B29/00B31B37/00B31B1/86
    • B31F1/10B31B50/256B31B50/80B31B70/024B31B70/10B31B70/261B31B70/864B31B70/98B31B2150/00B31B2150/001B31B2150/0012B31B2150/003B31B2160/20
    • A handled shopping bag having a full turned top edge and reinforcing patches for each of the handles. A continuous process for its manufacture comprises providing a continuous supply of shopping bag material to a constant tensioning means, folding and unfolding a portion of one side of the constant tension shopping bag material to prepare a continuous fold line along one side of the material, applying adhesive to the unfolded material adjacent to the continuous fold line, refolding and sealing the material along the prepared fold line to make a sealed continuous folded edge, applying adhesive at uniform spaced locations along the sealed continuous folded edge, attaching alternately a prepared short and a prepared long shopping bag handle to each uniformly spaced adhesive location, notching and slitting alternately the unfolded edge of the shopping bag material opposite each handle, separating a desired length having two attached handles from the continuous shopping bag material, preparing three fold lines substantially perpendicular to the sealed folded edge across the separated length at two locations, one of the locations being between the two attached handles and the other location being between the handle adjacent to the trailing end and the trailing end of the separated length, applying adhesive across the width of the separated length on the surface adjacent to the leading end of the separated length, holding the separated length by the sixth fold from the leading end and folding the trailing end at the sixth fold on top of the separated length, holding the separated length by the third fold from the leading end and folding the leading end at the third fold on top of the separated length to form a flattened shopping bag tube, rotating the unbottomed shopping bag tube approximately 90* to have the open bottom leading and the handles trailing, forming a gusset in each side of the unbottomed tube by infolding the sides of the tube at the first and second fold lines from the leading edge on one side and at the third and fourth fold lines from the leading edge on the other side, and folding and sealing the bottom of the gusseted shopping bag tube. The apparatus comprises a series of inline machine stations comprising a first station for mounting at least two rolls of shopping bag material to provide a continuous web of shopping bag material to subsequent inline machine stations, a second machine station having a constant tensioning means for the continuous web, a third machine station having means for continuously folding and unfolding the advancing web along the edge, a fourth machine station having means to print at least one color on the surface of the advancing web, a fifth machine station having means to fold and seal the edge of the continuous web at the prepared fold line to prepare a continuous folded sealed edge along one side of the continuous web, a sixth machine station comprising means for attaching shaped handles with reinforcing patch to the advancing web, a seventh machine station having means for notching the edge of the advancing web opposite one handle and means for slitting the edge of the advancing web opposite the next handle, an eighth machine station having means for forming an unbottomed shopping bag tube, a ninth machine station having means for rotating the handled shopping bag tube substantially 90* to cause the notched and slit end of the unbottomed shopping bag tube to lead in the inline direction of the machIne, and a tenth machine station for folding and sealing the leading notched and slit end of the handled shopping bag tube to form a sealed bottom in the tube to provide a handled shopping bag having a full turned top edge.