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    • 1. 发明申请
    • DEVICE AND METHOD FOR FILLING CANS
    • 装置和方法填充CANS
    • WO2009132467A3
    • 2010-03-25
    • PCT/CH2009000123
    • 2009-04-20
    • RIETER AG MASCHFGRIESSHAMMER CHRISTIAN
    • GRIESSHAMMER CHRISTIAN
    • B65H54/78B65H54/80B65H75/16
    • B65H54/78B65H54/80B65H75/16B65H2701/31
    • The invention relates to a device for filling rectangular cans (33) with a fibre band (3) or roving. The device comprises a rotary plate (7, 31) above the can (33), a band channel (6) arranged in the rotary plate (7, 31) and means for the translational movement of the can (33), wherein the end of the band channel (6), which is facing the can (33), is arranged eccentrically to a rotational axis (8) of the rotary plate (7, 31). The rotary plate (7, 31) can be set by a drive in a rotational movement (9) about the rotational axis (8). Cans (33) having a length ratio (A/B) of 3 or less, preferably 2 or less, in particular preferably 1.5, can be filled and the translational movement of the can (33) during filling can be carried out in two axes (42, 43) which are perpendicular to one another, the axes (42, 43) being arranged at a right angle to the rotational axis (8) of the rotary plate (7, 31).
    • 本发明涉及一种装置,用于与纱条(3)或粗纱填充矩形罐(33)。 罐(33)上面的所述装置包括一个转盘(7,31),并包括一个转盘(7,31),其布置带通道(6)和用于所述罐(33)的平移位移,即面对锅(33) 中,带外信道(6)偏心于旋转轴的端部(8)的转盘(7,31)被布置。 转盘(7,31)是可移动的以围绕枢转轴线(8)驱动成旋转运动(9)。 在这种情况下的罐(33)具有3个或更少,优选为2或更小的纵横比(A / B),特别优选为1.5,可被填充并布置在两个相互垂直的轴线的填充期间罐(33)的平移位移(42 ,43)可被进行,其特征在于,垂直的旋转轴的轴线(42,43)(8)的转盘(7,31)的布置。
    • 2. 发明申请
    • VORRICHTUNG UND VERFAHREN ZUR ABLEGE EINES FASERKABELS
    • DEVICE AND METHOD FOR丢弃光缆
    • WO2007065626A1
    • 2007-06-14
    • PCT/EP2006/011638
    • 2006-12-05
    • SAURER GMBH & CO. KGSCHWARZ, OlafSCHOENNAGEL, BernhardSTREBE, Matthias
    • SCHWARZ, OlafSCHOENNAGEL, BernhardSTREBE, Matthias
    • B65H54/78
    • B65H54/78B65H2701/31
    • Die Erfindung betrifft eine Vorrichtung und ein Verfahren zur Ablege eines Faserkabels (6) in mehrere Kannen (3.1,3.2) eines Kannengatters (1) mittels einer verfahrbaren Ablegeeinrichtung (4). Die Ablegeeinrichtung weist ein beweglich gehaltenes Fördermittel (5) auf, welches in mehrere Ablegepositionen führbar ist, wobei dem Fördermittel das Faserkabel kontinuierlich zugeführt wird und wobei aus jeder Ablegeposition der Ablegeeinrichtung zumindest eine der Kannen des Kannengatters durch das Fördermittel befüllbar ist. Um eine schnelle und möglichst flexible Befüllung der Mehrzahl von Kannen im Kannengatter zu ermöglichen, weist erfindungsgemäß die Ablegeeinrichtung einen Roboter (7) mit einem mehrachsigen Roboterarm (8) auf, welcher Roboter am freien Ende seins Roboterarmes das Fördermittel (5) trägt. Somit lässt sich das Fördermittel sowohl zur Positionierung als auch zur Bewegung zum Befüllen der Kanne durch den mehrachsigen Roboterarm führen.
    • 本发明涉及一种装置和用于沉积纤维电缆(6)成多个的罐(3.1,3.2)的可通过的可移动敷设装置(4)的装置筒子架(1)的方法。 所述沉积装置包括一个可移动地保持传送装置(5),其可在多个沉积位置的方法,其中所述传送所述光缆连续进料,并且其中从所述沉积装置的任何存储位置被引导是的罐中的至少一个可以由输送机筒子架填充。 为了实现快速和灵活的,因为在罐晶格所述多个罐中的可能的填充已根据本发明,该衬垫装置包括机器人(7)配有一个多轴机器人臂(8),其上机器人他的机器人臂的自由端的传送装置(5)。 因此,两个输送器装置,用于定位以及用于罐的填充运动可以通过多轴机器人臂被引导。
    • 3. 发明申请
    • DEVICE AND PROCESS FOR LAYING BAND OR STRIP MATERIAL
    • 装置和方法用于铺设带或条带材料
    • WO1998018706A1
    • 1998-05-07
    • PCT/DE1997001443
    • 1997-07-09
    • KORTEC GMBHRAHN, Roberto, E.LENK, Christian
    • KORTEC GMBH
    • B65H54/78
    • B65H54/78B65H2301/42162B65H2701/18242B65H2701/31
    • This invention concerns a device for laying band or strip material (1) with a supporting structure (2) and a platform (3), with at least one of device for laying the material (4) associated with the supporting structure (2), with at least one material feed (5) associated with the device for laying the material (4) and with at least one receptacle (6) associated with the platform (3) for the material (1) to be laid by the device for laying the material (4). The platform (3) and the laying arm (7) are movable at least horizontally and mutually perpendicular and with a reversible orientation. It is therefore possible to lay band or strip material of different widths without having to mechanically adjust the device. Despite the differing widths, the device delivers optimal use of measurements determined by a feed. Said device is characterised in that the feed of material (5) can be moved in the horizontal direction (B) of the platform (3) but also in reverse orientation to the platform (3). The laying arm (7) has a horizontal material-feed area over the entire breadth (8) of which the material (1) can be transported. In addition, a process is described which carries out the above measures using the device of the disclosure.
    • 用于铺设带状或条状材料(1)到支撑结构(2)和平台(3),与相关的支撑结构中的至少一项所述的设备(2)定位装置(4),用于铺设材料(1),具有至少一个 敷设装置(4)与所述材料进给相关联的(5)和与所述平台中的至少一个相关联的(3)接收装置(6),用于所述固定装置(4)的网材料(1),其中,所述固定装置(4)包括接收器(6 )与铺设臂(7)相关联,并且其中,所述平台(3)和铺设臂(7)至少水平的,相互正交,并与可逆取向,移动,从而使不同的宽度尺寸的铺设带状或条带形材料,具有分配 该装置的机械转换和由此确保尽管在记录扪所述一组不同的宽度尺寸最佳利用 Ungen,在平台的移动(B)的水平方向上的材料进料(5)(3),但在相反的定向到平台(3),被changierend可动并且在铺设臂(7)具有一个水平的材料引导区域,在其整个宽度 (8)材料(1)是可运输的。 此外,一种方法是根据实现本发明使用该设备指定的,上述附带条件,尤其如此。
    • 4. 发明申请
    • FESTOONING APPARATUS
    • 装饰设备
    • WO2011010216A1
    • 2011-01-27
    • PCT/IB2010/001815
    • 2010-07-23
    • TUCCI, ElisabettaTUCCI, Luciano
    • TUCCI, ElisabettaTUCCI, Luciano
    • B65H45/105B65H54/78
    • B65H45/105B65H51/10B65H54/78
    • A festooning apparatus (10) for drawing a continuous web material (1) from a source (5) and for depositing it on respective support base creating blocks (3) of web portions (2) transversally folded and zigzag stacked on one another (11,12). According to a first aspect of the invention, the festooning apparatus (30) comprises a drawing and depositing unit (40) that has a couple of conveying rollers (47,48), mounted to pinch and draw the web (1), and a couple of guide rollers (52,53) for depositing the web; the guide rollers are arranged downstream of the conveying rollers (47,48), and define a passageway (60) that allows establishing a sliding contact with the web; the guide rollers generally may have a linear speed larger than the conveying rollers. This allows to drastically reduce the traction forces, thus preventing distortion and breaking of the web. In particular, in case of a web material that is not capable of elastic deformation before breaking point; moreover, it is possible to avoid the use of a web transport band, making it possible to use a web material that has a sticky surface that has been treated with an adhesive and/or a web material that has an electrostatically charged surface. According to another aspect of the invention, two drawing and depositing unit (40) are provided that slide along guides (14) of a frame (13), and are aligned and symmetrically arranged with respect to each other; they constantly have positions and speed opposite to each other, such that drawing and depositing unit (40) transmits to the frame (13) inertial forces, which are caused by the reciprocating movement, that constantly balance each other. Accordingly, a lighter bearing structure of the apparatus is achieved, than in the case of prior art festooning apparatuses, vibrations are less likely to arise and the fixed and movable components of the apparatus are less subject to wear.
    • 一种用于从源(5)拉伸连续纤维网材料(1)并用于将其沉积在相应的支撑基底上的起毛装置(10),其产生横向折叠并之间相互叠加的锯齿形部分(2)的块(3)(11 ,12)。 根据本发明的第一方面,花束装置(30)包括具有几个输送辊(47,48)的图形和沉积单元(40),所述输送辊安装成夹紧和拉伸幅材(1),并且 一对用于沉积网的导辊(52,53); 引导辊布置在输送辊(47,48)的下游,并且限定允许与卷材形成滑动接触的通道(60); 导辊通常可以具有比输送辊大的线速度。 这样可以大大降低牵引力,从而防止卷筒纸的变形和断裂。 特别是在断裂点不能弹性变形的网状材料的情况下, 此外,可以避免使用幅材传送带,使得可以使用具有已经用粘合剂和/或具有带静电表面的卷筒纸材料处理的粘性表面的纤维网材料。 根据本发明的另一方面,提供了两个拉伸和沉积单元(40),其沿着框架(13)的引导件(14)滑动并且相对于彼此对准和对称布置; 它们总是具有彼此相对的位置和速度,使得绘图和沉积单元(40)将由往复运动引起的惯性力传递到框架(13),这些惯性力彼此不断地相互平衡。 因此,与现有技术的花式装置的情况相比,实现了更轻的轴承结构,因此不太可能发生振动,并且装置的固定和可移动部件不易磨损。
    • 6. 发明申请
    • A PACKAGE OF STRAND AND A METHOD AND APPARATUS FOR MANUFACTURING THE SAME
    • 一种捆扎件及其制造方法和装置
    • WO0164569A3
    • 2002-07-25
    • PCT/US0106303
    • 2001-02-28
    • OWENS CORNING FIBERGLASS CORPLUENEBURGER CHRISTOPHFAZIO MICHAEL BSTRAIT MICHAEL AFORBES CLARK TGREEN RICHARD AGRUBE FRED CRAMEY ERIC H
    • LUENEBURGER CHRISTOPHFAZIO MICHAEL BSTRAIT MICHAEL AFORBES CLARK TGREEN RICHARD AGRUBE FRED CRAMEY ERIC H
    • B65D75/00B65H54/76B65H57/28C03B37/03D01D7/00F26B3/347F26B13/00F26B25/14B65H51/005B65H51/015B65H54/78B65H54/80B65H69/06B65H71/00C03B37/12C03C25/64
    • F26B25/14B65D75/004B65H54/76B65H57/28B65H2701/3122C03B37/03D01D7/00F26B3/347F26B13/003
    • A self-supporting package of strand is disclosed. The disclosed method of manufacturing a package of strand (40) is directed to the bulk collection of the strand. The disclosed strand collection system includes an attenuator (100) that attenuates filaments (20) from a bushing. The attenuator includes a pair of belts (112, 132) between which the strand is pinched to pull the filaments from the bushing. The attenuator directs the strand to a deflector assembly (200) that slows down and imparts a degree of movement to the strand. The deflector assembly includes primary and secondary deflector surfaces (222, 214) which the strand engages. After the strand deflects off the secondary deflector surface, it is directed into a container assembly (300). The attenuator and deflector assembly traverse above the container assembly to deposit the strand. The container assembly is periodically vibrated by a vibrating mechanism (400) as it collects strand. The vibrations settle and shift the strand in the container assembly for better strand distribution. The container assembly includes an outer container (310) with perforations (336) through which air and water can flow to remove moisture from the package. The container assembly also includes an inner container (370) that provides support during the shipping of the package after the outer container is removed. After the strand has filled the container assembly, the container assembly and strand is dielectrically dried. The package (500) may include intra-package splices (698) of the strand if the strand breaks during the collection process. The strand collection system couples filaments or strands together to reduce or eliminate slippage of the strands when they are pulled from the package. The links are referred to as authentic links. When the strands have been coupled, the strands are easily and accurately run out of the package.
    • 公开了一种自支撑包装。 所公开的制造线股(40)包装的方法涉及股线的批量收集。 所公开的股线收集系统包括衰减器(100),该衰减器(100)从衬套衰减细丝(20)。 衰减器包括一对皮带(112,132),在该皮带之间夹持股线以从套筒拉出细丝。 衰减器将引线引导到偏转器组件(200),该偏转器组件(200)减慢并向该股施加一定程度的移动。 偏转器组件包括股线接合的主和偏转器表面(222,214)。 在股线偏转第二偏转器表面之后,其被引导到容器组件(300)中。 衰减器和偏转器组件穿过容器组件上方以沉积股线。 当收集线束时,容器组件由振动机构(400)周期性地振动。 振动会使容器组件中的股线移动并更换股线,从而更好地分配股票。 容器组件包括具有穿孔(336)的外部容器(310),空气和水可以通过该容器流动以从包装中去除水分。 容器组件还包括在外部容器被移除之后在包装运输期间提供支撑的内部容器(370)。 在股线填充容器组件之后,容器组件和股线被介电干燥。 如果在收集过程中股线断裂,包装(500)可以包括股线的包装内接头(698)。 股线收集系统将细丝或股线连接在一起以减少或消除股线从包装中拉出时的滑动。 链接被称为真实链接。 当股线已经联接时,股线容易且准确地从包装中流出。
    • 7. 发明申请
    • A PACKAGE OF STRAND AND A METHOD AND APPARATUS FOR MANUFACTURING THE SAME
    • 一种捆扎件及其制造方法和装置
    • WO01064569A2
    • 2001-09-07
    • PCT/US2001/006303
    • 2001-02-28
    • B65D75/00B65H54/76B65H57/28C03B37/03D01D7/00F26B3/347F26B13/00F26B25/14B65H51/005B65H51/015B65H54/78B65H54/80B65H69/06B65H71/00C03B37/12
    • F26B25/14B65D75/004B65H54/76B65H57/28B65H2701/3122C03B37/03D01D7/00F26B3/347F26B13/003
    • A self-supporting package of strand is disclosed. The disclosed method of manufacturing a package of strand (40) is directed to the bulk collection of the strand. The disclosed strand collection system includes an attenuator (100) that attenuates filaments (20) from a bushing. The attenuator includes a pair of belts (112, 132) between which the strand is pinched to pull the filaments from the bushing. The attenuator directs the strand to a deflector assembly (200) that slows down and imparts a degree of movement to the strand. The deflector assembly includes primary and secondary deflector surfaces (222, 214) which the strand engages. After the strand deflects off the secondary deflector surface, it is directed into a container assembly (300). The attenuator and deflector assembly traverse above the container assembly to deposit the strand. The container assembly is periodically vibrated by a vibrating mechanism (400) as it collects strand. The vibrations settle and shift the strand in the container assembly for better strand distribution. The container assembly includes an outer container (310) with perforations (336) through which air and water can flow to remove moisture from the package. The container assembly also includes an inner container (370) that provides support during the shipping of the package after the outer container is removed. After the strand has filled the container assembly, the container assembly and strand is dielectrically dried. The package (500) may include intra-package splices (698) of the strand if the strand breaks during the collection process. The strand collection system couples filaments or strands together to reduce or eliminate slippage of the strands when they are pulled from the package. The links are referred to as authentic links. When the strands have been coupled, the strands are easily and accurately run out of the package.
    • 公开了一种自支撑的绞合包。 所公开的制造线股(40)包装的方法涉及股线的批量收集。 所公开的股线收集系统包括衰减器(100),衰减器(100)从衬套衰减细丝(20)。 衰减器包括一对带(112,132),在该带之间夹持股线以从套管拉出细丝。 衰减器将引线引导到偏转器组件(200),该偏转器组件(200)减慢并向该股赋予一定程度的运动。 偏转器组件包括股线接合的主偏转器表面(222,214)。 在股线偏转第二偏转器表面之后,其被引导到容器组件(300)中。 衰减器和偏转器组件在容器组件上方移动以沉积股线。 当收集线束时,容器组件由振动机构(400)周期性地振动。 振动会使容器组件中的绞线松动并转动,从而更好地分配线材。 容器组件包括具有穿孔(336)的外部容器(310),空气和水可以通过该容器流动以从包装中去除水分。 容器组件还包括在外部容器被移除之后在包装运输期间提供支撑的内部容器(370)。 在股线填充容器组件之后,容器组件和股线被介电干燥。 如果在收集过程中股线断裂,则包装(500)可以包括股线的包装内接头(698)。 股线收集系统将细丝或股线联合在一起以减少或消除股线从包装中拉出时的滑动。 链接被称为真实链接。 当股线已经联接时,股线容易且准确地从包装中流出。