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    • 7. 发明申请
    • Automatic draft length compensation for slicing machine system
    • 切片机系统自动进纸长度补偿
    • US20040016331A1
    • 2004-01-29
    • US10206881
    • 2002-07-26
    • Formax, Inc.
    • Thomas C. WolcottGlenn Sandberg
    • B26D007/06B26D005/00B27B003/00B27B019/02
    • B26D7/32B26D2210/02Y10S83/932Y10T83/0448Y10T83/0476Y10T83/178Y10T83/2042Y10T83/2192Y10T83/505Y10T83/525Y10T83/6476Y10T83/698
    • A slicing and conveying system forms a three or more flavor-combined draft. A first slicing machine slices a succession of first slices. A first output conveyor beneath the first slicing machine receives the first slices in a first draft. A second slicing machine slices a succession of second slices. A second output conveyor beneath the second slicing machine receives the second slices in a second draft. A pass-through conveyor transfers the first draft to the second output conveyor, wherein the second draft is added to the first draft to form a first combined draft. The first slicing machine also slices a succession of third slices in a third draft. An overlap conveyor receives the first combined draft and merges the first combined draft with the third draft on the overlap conveyor to form an elongated combined draft. A first optical sensor determines a length of the first draft. A second length sensor determines a length of the second draft. A third length sensor determines a length of the third draft. A combined sensor determines the length of the elongated combined draft. A control receives input from the first, second, third and combined sensors and outputs a control signal to the first and second output conveyors and the overlap conveyor to adjust the spacing of the slices within the first, second and third drafts and to control the length of the elongated combined draft. A draft length compensation system for a single slicing machine includes a length detector and an output conveyor speed control.
    • 切片和输送系统形成三种或更多种风味组合吃水。 第一个切片机切片一连串的第一个切片。 第一切片机下方的第一输出输送机接收第一吃水中的第一切片。 第二个切片机切片一连串的第二个切片。 在第二切片机下方的第二输出输送机在第二吃水中接收第二切片。 通过输送机将第一吃水传送到第二输出输送机,其中将第二吃水加到第一吃水中以形成第一组合吃水。 第一台切片机也在第三稿中切片一连串第三片。 重叠输送机接收第一组合吃水并将第一组合吃水与第三吃水通过重叠输送机合并以形成细长的组合吃水。 第一光学传感器确定第一稿的长度。 第二长度传感器确定第二吃水的长度。 第三长度传感器确定第三稿的长度。 组合传感器决定细长组合吃水的长度。 控制器接收来自第一,第二,第三和组合的传感器的输入,并且向第一和第二输出输送机和重叠输送机输出控制信号,以调整第一,第二和第三牵伸中的切片的间距并控制长度 的细长组合吃水。 单个切片机的牵伸长度补偿系统包括长度检测器和输出输送机速度控制。
    • 9. 发明授权
    • Bimodal film cutter adapted to handle different film widths
    • 双面胶膜切片适用于不同的膜片宽度
    • US3763728A
    • 1973-10-09
    • US3763728D
    • 1972-02-02
    • EASTMAN KODAK CO
    • BLACKMAN R
    • G03D15/04B26D5/34
    • G03D15/046Y10T83/446Y10T83/4534Y10T83/461Y10T83/505Y10T83/531Y10T83/533Y10T83/536Y10T83/543Y10T83/5815Y10T83/6574Y10T83/741Y10T83/745
    • A film cutter adapted to sever individual customer orders of varying film types, i.e., different width and perforation spacing, from a continuous film roll into a number of segments. Each film type has regularly spaced perforations of a particular pitch along one edge thereof. Depending upon the mode of operation (whether the splice frame leads the individual customer orders or trails the orders) the perforations may enter the cutter on alternate sides. A plurality of pin arrangements, one for each operational mode and film type, are provided to lock the film in position and initiate cutting. Depending upon the location of the film perforations and the widths of the film, a proper pin arrangement is selected. At the time at which it is desired to make a cut in the film, the selected pin arrangement is caused to engage the film for insertion within the next following perforation. The insertion of the pin will activate switches which stop the film drive and actuate the film cut-off knife to accomplish the desired film cutting.
    • 一种胶片切割器,其适于将不同胶片类型的单个客户订单(即,不同的宽度和穿孔间隔)从连续胶片卷切割成多个片段。 每种胶片类型沿其一个边缘具有特定间距的规则间隔的穿孔。 根据操作模式(接头框架是否引导单个客户订单或跟踪订单),穿孔可能在另一侧进入切割机。 提供多个针布置,每个针对每种操作模式和胶片类型,以将胶片锁定就位并开始切割。 取决于胶片穿孔的位置和胶片的宽度,选择适当的销排列。 在期望在胶片上切割的时候,使所选择的销排列与下一个穿孔中的胶片接合以插入。 引脚的插入将激活开关,其停止胶片驱动并致动胶片切割刀以完成所需的胶片切割。
    • 10. 发明授权
    • Insert dispenser
    • INSERT DISPENSER
    • US3706247A
    • 1972-12-19
    • US3706247D
    • 1970-12-04
    • BABCOCK & WILCOX CO
    • CLARK FRANK EMMONS
    • B26D7/34B65B55/20B26D5/34B65H35/06
    • B65B55/20B26D7/34Y10T83/0453Y10T83/2066Y10T83/4458Y10T83/4592Y10T83/4637Y10T83/505Y10T83/533Y10T83/536
    • A method of automatically supplying a cushioning sheet to a shaped refractory as an overlay insert prior to packaging so that the sheet functions as a cushion between such items to retard the abrasion of the surfaces thereof during handling and shipment. The web of cushioning material is cut in a predetermined length in response to the presence of an item at a predetermined location relative to a cutting station. Also, the web of cushioning material is fed to the cutting station in response to the free-fall travel of a severed sheet in an intersecting course with that of a shaped refractory moving along a conveyor at a predetermined velocity. An apparatus for the aforesaid function wherein the feed and cutting are sequentially responsive to a plurality of sensing means, one of which is mounted intermediate a drag means and the shaped refractory to actuate feed and the other of which is mounted at a specified location relative to the cutting station adjacent the conveyor in order to actuate cutting.
    • 一种在包装之前将缓冲片自动地供应到成形耐火材料作为覆盖插入件的方法,使得片材在这些物品之间起到缓冲作用,从而在处理和运输过程中延缓其表面的磨损。 响应于在相对于切割站的预定位置处的物品的存在,缓冲材料的网被预定长度地切割。 此外,缓冲材料网被响应于切断的片材在与预定速度沿着输送机移动的成形耐火材料的交叉过程中的自由落体行进而被馈送到切割站。