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    • 3. 发明授权
    • Apparatus and method for storage and reaction treatment of textile
material in web form
    • 用于纸幅形式的纺织材料的储存和反应处理的装置和方法
    • US4310113A
    • 1982-01-12
    • US132105
    • 1980-03-20
    • Johannes KutzManfred Moser
    • Johannes KutzManfred Moser
    • D06B3/16D06B17/02D06B3/10
    • D06B3/16D06B17/02
    • In a device for the storage and reaction treatment of textile material in web form for continuous passage which includes a cylinder, a transporting device for transporting the textile material onto the surface of the cylinder in the circumferential direction thereof, a pleating device for pleating the textile material in several layers with folds parallel to the axis of the cylinder onto the top of the cylinder, a depositing device arranged underneath the cylinder, and a pulling off device for pulling the textile material off at a point following the lower crest of the cylinder in the travel direction, dissolving the folded layers, the velocities of the transporting device and the pleating device and the stroke of the pleating device are controlled such that the folded layers extend at least one-third on both sides of the upper crests of the cylinder and that the length of a folded layer from one fold to another fold is one-quarter to one-half of the cylinder circumference, and that the folded layers cover each other on at least two-thirds of their length.
    • 在用于连续通过的用于连续通道的织物材料的储存和反应处理的装置中,包括用于将织物材料沿圆周方向传送到圆筒表面上的输送装置,用于打褶织物的打褶装置 多层材料,其平行于圆柱体的轴线折叠到圆柱体的顶部上,沉积装置布置在圆筒下方,以及拉出装置,用于在跟随圆柱体下部顶部的点处拉动织物材料 控制折叠层的行进方向,溶解折叠层,运送装置和打褶装置的速度以及打褶装置的行程,使得折叠层在圆柱体的上部顶部的两侧延伸至少三分之一, 折叠层从一个折叠到另一个折叠的长度是圆筒周长的四分之一到五分之一 折叠层的长度至少有三分之二相互覆盖。
    • 7. 发明授权
    • Installation for positioning and welding body parts of different types of motor vehicles
    • 安装用于定位和焊接不同类型机动车辆的车身部件
    • US06293454B1
    • 2001-09-25
    • US09601378
    • 2000-07-26
    • Yimin ZhangScott RhoadsManfred MoserJean-Luc Trenchant
    • Yimin ZhangScott RhoadsManfred MoserJean-Luc Trenchant
    • B23K3704
    • B23K37/047
    • An installation for positioning and welding body parts of different types of motor vehicles. The installation includes a mounting frame (5) which is guided on a conveyor line and which has receiving elements for at least some vehicle body parts. Positioning devices (8) are provided for the vehicle body parts (6) and at least one robot is provided for carrying out welding work. The invention is very flexible in terms of product modifications. The mounting frame (5) has positioning devices for at least some vehicle body parts (6) and clamping devices for the vehicle body parts. An additional (lower) conveyor line (10) is located under the first conveyor (2). One of several auxiliary mounting frames (12) is guided on the additional conveyor line. Parking positions (13) for the auxiliary mounting frames (12) are provided next to the lower conveyor line (10). The auxiliary mounting frames (12) each have receiving elements for other vehicle body parts of different types of vehicles and devices for positioning and clamping with the mounting frame (5). A lifting device (17) is also provided for the auxiliary mounting frame (12).
    • 用于定位和焊接不同类型机动车辆的车身部件的安装。 该安装包括安装框架(5),该安装框架(5)在输送线路上被引导并且具有用于至少一些车身部件的接收元件。 为车身部件(6)提供定位装置(8),并且提供至少一个用于进行焊接作业的机器人。 本发明在产品修改方面非常灵活。 安装框架(5)具有至少一些车身部件(6)和用于车身部件的夹紧装置的定位装置。 另外(较低)的输送线(10)位于第一输送机(2)下方。 几个辅助安装框架(12)中的一个在附加输送线上被引导。 辅助安装框架(12)的停放位置(13)设置在下部输送线(10)的旁边。 辅助安装架(12)各自具有用于不同类型车辆的其他车身部件的接收元件和用于与安装框架(5)定位和夹紧的装置。 还为辅助安装框架(12)提供提升装置(17)。
    • 10. 发明申请
    • Method for predicting a development over time of a system quantity
    • 用于预测系统数量随时间变化的方法
    • US20050080892A1
    • 2005-04-14
    • US10943200
    • 2004-09-16
    • Manfred MoserSonja FritzeMichael Pfeiffer
    • Manfred MoserSonja FritzeMichael Pfeiffer
    • G06F15/173G06Q10/00
    • G06Q10/06
    • A method for predicting a development over time of a system quantity (WP, 41, 42, 43, 44, 6) of a system (2), to which a number of system quantities (WP, 41, 42, 43, 44, 6) are assigned, a sequence of one of the system quantities (WP, 41, 42, 43, 44, 6) in each case being characterized by at least one event, wherein a delay of the at least one event is detected. On this basis, at least one actual value (I) over time for at least one event of at least one system quantity (WP, 41, 42, 43, 44, 6) is calculated within one measurement period to be predicted. The present invention makes it possible to provide a prediction of the system (2) or of one or a plurality of system quantities (WP, 41, 42, 43, 44, 6) based on flexible measurement periods. A future development of the system (2) or of the at least one system quantity (WP, 41, 42, 43, 44, 6) may not only be estimated roughly but instead may be calculated reliably under consideration of measurable data. The method makes reliable planning for future sequences of the at least one system quantity (WP, 41, 42, 43, 44, 6) and even of the entire system (2) possible.
    • 一种用于预测系统(2)的系统数量(WP,41,42,43,44,6)随时间推移的方法,多个系统数量(WP,41,42,43,44,6) 6)被分配,在每种情况下,系统数量(WP,41,42,43,44,6)之一的序列的特征在于至少一个事件,其中检测到所述至少一个事件的延迟。 在此基础上,在要预测的一个测量周期内计算至少一个至少一个系统数量的事件(WP,41,42,43,44,6)的实际值(I)。 本发明使得可以基于灵活的测量周期来提供系统(2)或一个或多个系统数量(WP,41,42,43,44,6)的预测。 系统(2)或至少一个系统数量(WP,41,42,43,44,6)的未来发展不仅可以大致估计,而且可以在可测量数据的考虑下可靠地计算。 该方法可以对至少一个系统数量(WP,41,42,43,44,6)甚至整个系统(2)的未来序列进行可靠的规划。