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    • 1. 发明申请
    • VORRICHTUNG ZUM VERBINDEN VON AUFEINANDERFOLGEND IN EINE BANDBEHANDLUNGSANLAGE EINLAUFENDEN METALLFLACHPRODUKTEN
    • 装置于连接相继于一带钢处理厂进水END金属平板产品
    • WO2014114541A1
    • 2014-07-31
    • PCT/EP2014/050734
    • 2014-01-15
    • ANDRITZ SUNDWIG GMBH
    • BOGUSLAWSKY, KlausSTÖRMER, Patrick
    • B21C47/24B21D39/03B21B15/00
    • B21D35/001B21C47/247B21D39/031B21D39/035Y10T29/49915Y10T29/49936Y10T29/53709Y10T29/53996
    • Eine erfindungsgemäße Vorrichtung zum Verbinden von aufeinanderfolgend in eine Bandbehandlungsanlage (A) einlaufenden Metallbändern (Ml,M2) umfasst zwei Schneidstempel (4,5) mit jeweils einer Schneidkante (18- 20), die einer Schneidkante (18-20) des jeweils anderen Schneidstempels (4,5) zugeordnet ist. Die Schneidstempel (4,5) sind in einer Schneidbewegung entlang einer Schneidachse (S) bewegbar, um in zwei aufeinanderliegende Endabschnitte der Metallbänder (M1,M2) einen Schnitt einzubringen und in einem angrenzenden Bereich durch Verformung eine unlösbare Verbindung herzustellen. Die Schneidkanten (18-21) der Schneidstempel (4,5) begrenzen bei gleicher Stellung in Bezug auf die Schneidachse (S) einen Schneidspalt (22,23), der sich in Querrichtung (Q) erstreckt und in einer zur Querrichtung (Q) und zur Schneidachse (S) rechtwinklig ausgerichteten Breitenrichtung (B) eine Spaltbreite (BS) einnimmt. Erfindungsgemäß ist eine optimale Schnittführung dadurch erreicht, dass die Schneidkanten ( 18, 20; 19, 21 ) aus der Schneidrichtung (S) betrachtet mit der Querrichtung (Q) einen spitzen Winkel (ß) einschließen und dass die Schneidstempel (4,5) für eine Veränderung der Spaltbreite (BS) in Querrichtung (Q) des Schneidspalts (22,23) relativ zueinander verstellbar sind.
    • 一种用于在带材处理装置(A)进入的金属条(ML,M2)顺序地连接本发明的装置还可以包括其他的切割冲头的两个切割冲头(4,5)每一个都具有一个切削刃(18 20)的切削刃(18-20) 被分配(4.5)。 剪切冲头(4,5)都在沿切割轴线(S)的切割运动可动,在金属带(M1,M2)以引入切口,并通过永久连接的变形在相邻的区域准备的两个连续的端部。 切割冲头(4,5)的切削刃(18-21)在相同的位置限定相对于在横向方向(Q)上延伸的切割轴线(S)具有一个切割间隙(22,23)和在横向方向(Q) (B)占据,并在右对齐所述切割轴线(S)角宽度方向的间隙宽度(BS)。 根据本发明的最佳切割的实现在于,切削刃(18,20; 19,21)与所述横向方向(Q)形成锐角(SS)中观察到的切割方向(S)的和,所述切割冲头(4,5)用于 在的切割间隙(22,23)在横向方向(Q)的间隙宽度(BS)的变化是相对于彼此可调节的。
    • 2. 发明申请
    • MANUAL TOO FOR APPLICATION OF A TILE LAYING DEVICE AND SIMILAR ARTICLES ON A SURFACE TO COAT
    • 手工用于将层状设备和类似文章应用于表面涂层
    • WO2011012994A2
    • 2011-02-03
    • PCT/IB2010001902
    • 2010-08-02
    • MOLLIFICIO APUANO S R LBONDIELLI MAURO
    • BONDIELLI MAURO
    • E04F15/02E04F21/00E04F21/20
    • E04F21/20E04F15/02022E04F21/0092E04F21/1838Y10T29/53709Y10T29/53909Y10T29/53943
    • Manual tool (1) for application of a tile laying device (100) to tiles (150a, 150b) on a surface (200) to coat comprises a working head (15) having a support surface (16) that is arranged, in use, next to a face (122) of a portion (120) of the device (100). In particular, the working head (15) has a side opening (20) through which the band member (160), connected to a portion (110) of the device (100) and protruding from the second portion (120) through the tiles (150a and (150b), is arranged according to the working head (15). The tool (1) comprises, furthermore, tensioning means (50) that is adapted to engage with the band member (160) and to apply on it a tension Tl in order to arrange the device (100) between a first position, in which the distance between the first portion (110) and the second portion (120) is larger than the thickness of the tiles (150a, 150b), and a second position, in which the distance between the first portion (110) and the second portion (120) is equal to the thickness of the tiles (150a, 150b) and the second portion (120) pushes the tiles (150a, 150b) against the first portion (110) in such a way that it brings them to a same level.
    • 用于将表面(200)上的瓷砖铺设装置(100)应用于瓷砖(150a,150b)的手工工具(1)包括具有在使用中布置的支撑表面(16)的工作头(15) 紧邻设备(100)的一部分(120)的面(122)。 特别地,工作头(15)具有侧开口(20),带状构件(160)通过该侧开口连接到装置(100)的部分(110)并且从第二部分(120)穿过瓷砖 (150a)和(150b)根据工作头(15)布置,工具(1)还包括适于与带构件(160)接合并且在其上施加的张紧装置(50) 张力T1以将装置(100)布置在第一部分之间,第一部分(110)和第二部分(120)之间的距离大于瓦片(150a,150b)的厚度,并且 第二位置,其中第一部分(110)和第二部分(120)之间的距离等于瓷砖(150a,150b)的厚度,第二部分(120)将瓷砖(150a,150b)推压抵靠 第一部分(110)以它使它们达到相同的水平。
    • 7. 发明申请
    • TOOL AND METHOD FOR JOINING SIDELAPPED JOINTS OF DECK PANELS
    • 用于加工面板的边缘接头的工具和方法
    • WO2007095138A2
    • 2007-08-23
    • PCT/US2007/003612
    • 2007-02-09
    • VERCO DECKING, INC.
    • MORTON, Virgil, R.
    • B23D29/005B21D39/021Y10T29/49623Y10T29/49625Y10T29/49634Y10T29/53709Y10T29/53791Y10T29/539Y10T29/53909
    • A punching tool (22) for forming an attachment in a side-lapped seam (20) of steel decking (10) includes four cutting jaws (40) each having a cutting edge (80, 84, 88, 92). Two jaws (78, 86) are positioned against one side of the seam, and two jaws (82, 90) are positioned on the opposite side of the seam. An actuator (54) selectively pivots the cutting edges of opposing jaws generally toward each other to a closed position, driving the cutting edges of a first pair of jaws (78, 82) partially past each other for cutting a first slot (65) through the seam, and driving the cutting edges of a second pair of jaws (86, 90) partially past each other for cutting a second slot (66) through the seam. Also disclosed are a method for forming such an attachment, as well as the attachment structure which results therefrom.
    • 一种用于在钢板(10)的侧面接缝(20)中形成附件的冲压工具(22)包括四个切割爪(40),每个切割爪具有切割边缘(80,84,88,92)。 两个夹爪(78,86)位于接缝的一侧,两个钳口(82,90)位于接缝的相对侧。 致动器(54)选择性地将相对的钳口的切割刃彼此相对枢转到闭合位置,驱动第一对钳口(78,82)的切割边缘部分地彼此过渡以切割第一槽(65)穿过 接缝,并且驱动第二对夹爪(86,90)的切割边缘部分地彼此相交以通过接缝切割第二槽(66)。 还公开了形成这种附件的方法以及由此产生的附接结构。
    • 9. 发明申请
    • METHOD FOR INSTALLING BLIND THREADED INSERTS
    • 安装螺纹螺纹插件的方法
    • WO2004098826A2
    • 2004-11-18
    • PCT/US2004/011217
    • 2004-04-12
    • PEM MANAGEMENT, INC.HARLOW, GaryDISE, Ronald, S.
    • HARLOW, GaryDISE, Ronald, S.
    • B23P
    • B21J15/285B25B27/0014F16B37/067Y10T29/49764Y10T29/49771Y10T29/49776Y10T29/49915Y10T29/49938Y10T29/49947Y10T29/49954Y10T29/53065Y10T29/53709Y10T403/4966
    • A spin-pull blind insert tool utilizes a control system that generates a stop signal based on the relationship between the force values and the motion values derived from the action of the tool mandrel. The improved control system utilizes the shape of the force-deformation curve and nor just a given pre-set force value or pull distance. Hence, the control system of the present invention does not require any set-up for changes in panel thickness unless the mandrel is also changed to install a different thread size. This control system develops a force-deformation curve as the fastener is being installed. The stop signal is generated when a pre-set deformation point has been exceeded and the shape of the force curve can be characterized by either of two types. For either type, an algorithm is followed which establishes an optimum stopping point for the installation tool regardless of the panel thickness into which the blind rivet is being installed.
    • 旋转式盲插入工具利用控制系统,其基于力值和从工具心轴的作用导出的运动值之间的关系产生停止​​信号。 改进的控制系统利用力 - 变形曲线的形状,也不仅仅是给定的预设力值或牵引距离。 因此,本发明的控制系统不需要对面板厚度的改变进行任何设置,除非心轴也被改变以安装不同的螺纹尺寸。 该控制系统在安装紧固件时产生力 - 变形曲线。 当超过预先设定的变形点时,产生停止信号,并且可以通过两种类型中的任一种来表征力曲线的形状。 对于任一类型,遵循一种算法,为安装工具建立一个最佳停止点,无论安装盲铆钉的面板厚度如何。
    • 10. 发明申请
    • SWAGE COLLAR WITH INTERNAL SEALING INSERT
    • SWAGE COLLAR与内部密封插件
    • WO02001085A1
    • 2002-01-03
    • PCT/US2001/019983
    • 2001-06-22
    • F16B19/05F16B37/00F16B39/02
    • F16B19/05F16B37/005F16B39/026Y10T29/49826Y10T29/53709Y10T29/53735Y10T29/53765Y10T29/53839Y10T29/53996
    • A swage collar (3) and an internal sealing insert (5) form a swage collar assembly used in combination with a structural fastener to prevent leakage through a connection of workpieces fastened together by the structural fastener. The swage collar (3) has a hollow, generally cylindrical main body portion (1) with a main central bore (2), and a base portion (4) with an internal shoulder (6) formed in the main central bore (2) so as to form a seal receiving guide. The shaft (8) of the fastener typically includes a threaded section and an unthreaded section, and the internal sealing insert interfaces with the threaded section and the unthreaded section of the shaft of the pin. In an alternate embodiment, the internal sealing insert interfaces with the unthreaded section of shaft of the pin. The swage collar assembly is fitted over the fastener, a swaging tool is fitted over the swage collar assembly, and the swaging tool is forced over the swage collar assembly with sufficient force to cause plastic deformation in the swaging collar to force the swaging collar and internal sealing insert into engagement with the shaft of the fastener.
    • 模锻套环(3)和内部密封插入件(5)形成与结构紧固件组合使用的模具套环组件,以防止通过由结构紧固件紧固在一起的工件的连接而泄漏。 模锻套环(3)具有中空的大致圆筒形的主体部分(1),主体部分具有主中心孔(2),底座部分​​(4)具有形成在主中心孔(2)中的内肩部(6) 以形成密封接收引导件。 紧固件的轴(8)通常包括螺纹部分和无螺纹部分,并且内部密封插入件与销的轴的螺纹部分和无螺纹部分接合。 在替代实施例中,内部密封插入件与销的轴的无螺纹部分相接。 模具套环组件安装在紧固件上,一个模锻工具安装在模具套环组件上,并且模锻工具以足够的力被迫穿过模具套环组件,以在模锻套环中引起塑性变形,以迫使模锻套环和内部 密封插入件与紧固件的轴接合。