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    • 1. 发明公开
    • ACTIVE PROSPECTIVE INTELLIGENT MONITORING METHOD FOR LIQUID FILM AND DEVICE THEREOF
    • ACTIVE前瞻性智能控制方法的液膜及其装置
    • EP2578410A4
    • 2014-11-26
    • EP10851925
    • 2010-05-28
    • YAN ANDREW TAK KIN
    • YAN TAK CHUNG
    • B05B12/08
    • B05C19/00B05B12/084B41F31/022B41F33/0063
    • An active prospective intelligent monitoring method and device thereof through measuring liquid film to control a production system in the process of grinding materials to make liquid are provided. The method includes actuating a reservoir to output raw materials to a grinding system (52) for average grinding to make films, and passing through a sampling rotation shaft (9); operating a monitor (5) to measure the films on the sampling rotation shaft (9), obtaining data information and sending it to an analysis instrument (6), for comparing it with set liquid film reference target; transmitting a film modified value in real time to a producing apparatus console (7) through the analysis instrument (6), and controlling the feeding of the reservoir by the raw materials grinding production system, in order to modify the thickness of the produced film circularly and repeatedly. The device is composed of a monitor (5), a sampling rotation shaft (9), a data conversion system, a reference comparing system and a production control system. The method and device can be used in the print industry and others, in order to achieve best paint weight and minimum tolerance error, highly exactly monitor producing products with good quality, and reduce loss of time and materials.
    • 4. 发明公开
    • ACTIVE PROSPECTIVE INTELLIGENT MONITORING METHOD FOR LIQUID FILM AND DEVICE THEREOF
    • ACTIVE前瞻性智能控制方法的液膜及其装置
    • EP2578410A1
    • 2013-04-10
    • EP10851925.7
    • 2010-05-28
    • Yan, Andrew Tak Kin
    • YAN, Tak Chung
    • B41M1/14B05C5/00G03F7/16B41C1/00
    • B05C19/00B41F31/022B41F33/0063
    • An active prospective intelligent monitoring method and device thereof through measuring liquid film to control a production system in the process of grinding materials to make liquid are provided. The method includes actuating a reservoir to output raw materials to a grinding system (52) for average grinding to make films, and passing through a sampling rotation shaft (9); operating a monitor (5) to measure the films on the sampling rotation shaft (9), obtaining data information and sending it to an analysis instrument (6), for comparing it with set liquid film reference target; transmitting a film modified value in real time to a producing apparatus console (7) through the analysis instrument (6), and controlling the feeding of the reservoir by the raw materials grinding production system, in order to modify the thickness of the produced film circularly and repeatedly. The device is composed of a monitor (5), a sampling rotation shaft (9), a data conversion system, a reference comparing system and a production control system. The method and device can be used in the print industry and others, in order to achieve best paint weight and minimum tolerance error, highly exactly monitor producing products with good quality, and reduce loss of time and materials.
    • 提供通过测量液体的电影来控制研磨材料,使液体的过程的生产系统或其活性前瞻性智能监控方法和设备。 该方法包括致动的储存器,以输出原料至研磨系统(52),用于平均磨削,使薄膜,并穿过一个采样旋转轴(9); 操作的监视器(5),以测量在采样旋转轴的膜(9)获得的数据信息,并在分析仪将其发送到(6),用于将其与集液膜参考目标进行比较; 实时传输的膜修改值通过分析仪器(6)的制造装置的控制台(7),以及由生料研磨生产系统控制贮存器的供给,以改变所生产的膜圆的厚度 反反复复。 该装置是由(5),一个取样旋转轴(9),一数据转换系统,一个基准进行比较系统和生产控制系统。可以在印刷行业和其他人所使用的方法和装置的监视器时,为了 以达到最佳的涂料重量和最小的容许误差,非常正确地监视生产的产品以其优良的品质,并减少时间和材料的损失。
    • 5. 发明公开
    • PACKAGING MATERIAL, MANUFACTURING METHOD AND PACKAGING TOOL MADE THEREOF
    • VERPACKUNGSMATERIAL,HERSTELLUNGSVERFAHRENDAFÜRUND DARAUS HERGESTELLTES VERPACKUNGSWERKZEUG
    • EP2535186A1
    • 2012-12-19
    • EP10845433.1
    • 2010-02-12
    • Yan, Andrew Tak Kin
    • Yan, Andrew Tak Kin
    • B32B29/08B32B1/02B32B37/00B32B37/12
    • B31D5/0069B31B2105/001B32B1/00B32B3/04B32B3/18B32B3/28B32B7/14B32B29/005B32B29/08B32B2250/05B32B2250/40B32B2307/718B32B2439/00Y10T156/1052Y10T428/24744
    • A packaging material, a manufacturing method and a packaging tool thereof are provided. Said packaging material comprises an inner structural material (1) and an outer layer material (2), wherein said inner structural material (1) is a hollow material, and said outer layer material (2) is adhered to the outside surface of said inner structural material (1). The inner structural material (1) comprises a middle layer material (22), and, provided on two sides thereof, a surface layer material (21) and an inner layer material (23). Said packaging tool, made from said packaging material, comprises an inner structure (1) formed by folding the inner structural material (1) and an outer layer provided on the outside surface of said inner structure. In this invention, environmentally friendly and renewable hollow materials are used to produce inner structure by folding, and by incorporating an outer layer to produce a packaging tool which is suitable for containing goods.
    • 提供包装材料,制造方法和包装工具。 所述包装材料包括内部结构材料(1)和外层材料(2),其中所述内部结构材料(1)是中空材料,所述外层材料(2)粘附到所述内部材料 结构材料(1)。 内部结构材料(1)包括中间层材料(22),并且在其两侧设置有表层材料(21)和内层材料(23)。 由所述包装材料制成的所述包装工具包括通过折叠内部结构材料(1)和设置在所述内部结构的外表面上的外层形成的内部结构(1)。 在本发明中,环境友好和可再生的中空材料用​​于通过折叠产生内部结构,并且通过结合外层来生产适于容纳货物的包装工具。