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    • 6. 发明公开
    • Method for manufacturing photograph slide sleeving material and slide storage files therefrom
    • 制造照相滑动材料和滑动存储文件的方法
    • EP0329316A3
    • 1991-11-21
    • EP89301121.3
    • 1989-02-06
    • PAKON INC.
    • Truc, James A.Lund-Nielsen, Nils
    • B31D1/00B31B41/00
    • B42F11/00B31B70/946B31B2150/002B31B2241/00Y10T156/1056Y10T156/1062Y10T156/1085
    • Photograph slide sleeving material (12) is manufactured by cutting pocket opening slots (26) in an elongated first web section (16A) of polymer film material as the web is continuously moved through a slot cutting station (82). The slotted first web section and an adjacent elongated second web section (16B) of polymer film material are continuously moved through a laminating station (78) where they are laminated at locations forming pocket bottom walls (20) and side walls (22,24). An elongated web of photograph slide sleeving material (12) having a plurality of rows of pockets (14) emerges from the laminating station (78) and is continuously moved through a perforating station (76) where it is perforated between adjacent rows of pockets (14). Ring binder storage files (42) and hanging storage files (40) are assembled by separating sheets of slide sleeving material (12) from the elongated web and attaching storage mounts (60,44) having adhesive edges (66,54).
    • 照片滑动套管材料(12)通过当纤维网连续地移动通过狭槽切割站(82)时在聚合物膜材料的细长的第一幅材部分(16A)中切割袋口开口槽(26)来制造。 开槽的第一腹板部分和聚合物薄膜材料的相邻细长的第二腹板部分(16B)连续移动通过层压站(78),在层压站(78)处,层压在形成袋底壁(20)和侧壁​​(22,24)的位置处, 。 具有多排袋(14)的细长幅材的照片滑动套管材料(12)从层压站(78)露出,并且连续地移动穿过穿孔站(76),在穿孔站(76)中相邻排的袋之间穿孔 14)。 通过将滑动套管材料(12)的片材与细长腹板分离并且具有粘合边缘(66,54)的附接存储安装件(60,44)来组装环形活页夹存储文件(42)和悬挂存储文件(40)。
    • 10. 发明公开
    • Photograph slide sleeving system
    • 摄影幻灯片系统
    • EP0350912A3
    • 1991-01-16
    • EP89112838.1
    • 1989-07-13
    • PAKON INC.
    • Gerrans, WilburTruc, James A.
    • G03D15/10
    • G03D15/10
    • A self-aligning sleever (10) for inserting photograph slides (22) into pockets (24) of an elongated web of sleeving material (26) having a plurality of rows with a predetermined number of pockets per row and spaced from one another by a predetermined row spacing distance. The web of sleeving material (26) is supported for movement in a direction perpendicular to the rows of pockets (24) by a chassis base (32). A slide shuttle (12) removes photograph slides (22) from a hopper (28) and moves the slides to a first position on a slide support. Photograph slides (22) at the first position are moved to second and subsequent positions in a row corresponding to positions of the pockets in the row of slide sleeving material (26). A slide counting mechanism mechanically counts the photograph slides (22) moved to the positions on the slide support. Pocket opening means such as coil springs arc the slide sleeving material (26) to open the pockets (24) of the row into which the photograph slides (22) are to be inserted. A slide pusher (14) is actuated when the predetermined number of slides (22) have been positioned on the support means, and push the slides (22) into the corresponding pockets (24) of the row of sleeving material (26) during a first stroke portion. During a second stroke portion the sleeved row of photograph slides (22) and sleeving material (26) are pushed beyond the pocket opening means by the row spacing distance so as to align a next-adjacent row of pockets (24) with the pocket opening means and slide support. A sleeve clamp (20) clamps the sleeving material (26) with respect to the chassis base (32) during the first stroke portion, and releases the sleeving material (26) during the second stroke portion.