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    • 4. 发明申请
    • HAND-OPERATED RIVET SETTING TOOL
    • 手动工具设置工具
    • US20100257713A1
    • 2010-10-14
    • US12420712
    • 2009-04-08
    • Jack Gregory
    • Jack Gregory
    • B23P11/00
    • B21J15/205Y10T29/5373Y10T29/53743Y10T29/53757
    • A hand-operated rivet setting tool, having an upper handle, a lower handle, a housing which is connected to the lower handle at its first end and houses a pump assembly and a flexible reservoir, the pump assembly, connected to a flexible reservoir, the front assembly for setting a rivet, having a nose tube connected to a hydraulic cylinder of the pump assembly, a lever assembly, wherein the lever assembly and at least one of the handles are operationally connected to the pump assembly, wherein the pump assembly is sufficiently designed to advance the hydraulic cylinder with the nose tube to set the rivet when the lever of the lever assembly is in a first position, and wherein the pump assembly is sufficiently designed to open a passage for oil to return into the flexible reservoir and the hydraulic cylinder with the nose tube to retrieve toward the housing when the lever of the lever assembly is in a second position.
    • 一种手动铆钉固定工具,其具有上手柄,下手柄,壳体,其第一端连接到下手柄并容纳泵组件和柔性储存器,所述泵组件连接到柔性储存器, 用于设置铆钉的前组件,其具有连接到所述泵组件的液压缸的鼻管,杠杆组件,其中所述杆组件和所述手柄中的至少一个可操作地连接到所述泵组件,其中所述泵组件 充分设计成当杆组件的杆处于第一位置时,用鼻管推进液压缸以设置铆钉,并且其中泵组件被充分设计成打开用于油返回到柔性容器中的通道,并且 当杠杆组件的杠杆处于第二位置时,具有鼻管的液压缸朝向壳体回收。
    • 6. 发明授权
    • Hydraulic pulling tool
    • 液压牵引工具
    • US4489471A
    • 1984-12-25
    • US556920
    • 1983-12-01
    • Jack T. Gregory
    • Jack T. Gregory
    • B21J15/06
    • B21J15/105Y10T29/53743Y10T29/5383
    • A hydraulic pulling tool comprising a piston slidable within a cylinder and having a co-axial bore therein. Lateral passages open from the bore through the piston to the leading face thereof and a screw piston is pushed in the bore by threading a screw pusher so that the hydraulic fluid in the bore is forced out into the cylinder to retract the piston. For a blind riveter, a pair of jaws is driven by a pusher piston also carried at the leading end of the bore so that the build up of pressure causes the jaws to grip a blind rivet firmly.
    • 一种液压牵引工具,包括可在气缸内滑动并在其中具有同轴孔的活塞。 横向通道从孔穿过活塞开放到其前表面,并且螺钉活塞通过螺纹推动器穿过孔被推入孔中,使得孔中的液压流体被迫流出到气缸中以使活塞缩回。 对于盲铆钉,一对钳口由也被承载在孔的前端的推动器活塞驱动,使得压力的增加使得钳口牢固地夹紧盲铆钉。
    • 8. 发明授权
    • Apparatus and method for installing blind fasteners
    • 装置和方法用于安装黑色紧固件
    • US3654792A
    • 1972-04-11
    • US3654792D
    • 1969-07-25
    • BRILES MFG
    • MEAD DANIEL R
    • B21J15/04B21J15/06B25B27/00B21D9/05
    • B25B27/0014B21J15/105Y10T29/53743
    • An automatically sequencing, hydraulically powered pre-entry pull-up tool for upsetting blind fastener sleeves on the blind side of a structure, and a novel sequencing method employed by said tool to assure complete and uniform fastener upsetting. The tool includes a hand gun having a protruding threaded mandrel insertable into a blind fastener sleeve to be upset, the mandrel rotating in one direction to engage with the sleeve, axially retracting to pull up and upset the sleeve, and then rotating in the opposite direction to disengage from the sleeve, these three steps being hydraulically powered in the hand gun by hydraulic power from a remote source, and being electrically controlled. According to the method of the disclosure uniform upsetting is assured by effecting the automatic shifting from stage to stage of the operation by sensing back pressure in the hydraulic system.
    • 一种自动排序的液压动力预入口上拉工具,用于在结构的盲侧镦锻盲紧固件套筒,以及所述工具采用的新型测序方法,以确保完整和均匀的紧固件镦锻。 该工具包括手枪,该手枪具有可插入盲链紧固件套筒中的突出的螺纹心轴,心轴沿一个方向旋转以与套筒接合,轴向缩回以拉紧和压扁套筒,然后沿相反方向旋转 为了脱离套筒,这三个步骤通过来自远程源的液压动力在手枪中液压动力并被电控制。 根据本公开的方法,通过检测液压系统中的背压来实现从操作阶段到阶段的自动换档来确保均匀镦锻。
    • 10. 发明申请
    • Electro-Hydraulic Device With An Electronic Control For Deforming Fastening Elements
    • 具有用于变形紧固元件的电子控制的电液装置
    • US20110271504A1
    • 2011-11-10
    • US12866846
    • 2009-07-16
    • Giuseppe Preti
    • Giuseppe Preti
    • B21J15/12B21J15/28B21J15/20
    • B21J15/20B21J15/26B25B27/0014Y10T29/53743
    • The electro-hydraulic pistol device (100) comprises: a first electric micro-motor (1), for setting in right-wise or left-wise rotation a threaded rod (2), respectively for engaging or disengaging the rod (2) from a rivet (3); a hydraulic system (4) in which a fluid (F) pushes a cursor (40), associated to the rod (2) for impressing thereon an axial translation which causes plastic deformation of a predetermined portion of the rivet (3), such as to block the rivet (3) to a corresponding wall (P); a second electric micro-motor (5), for commanding a piston (50) destined to compress the fluid (F). An electrical circuit (6) is associated to the above organs, which electrical circuit (6) is managed by a control unit (60), to which are connected: a first micro-switch (61) activated by tie rod (2) for activation of the first micro-motor (1) in a right-wise direction; a second micro-switch (62), destined to be activated by a trigger (63) after deactivation of the first micro-switch (61), for activating the second micro-motor (5), first in a direction, for compressing the fluid (F), and then in another direction, for reducing the pressure of the fluid (F), as well as for activating, in g1hase relation, the first micro-motor (1) in a left-wise rotation; supply means (7) for the circuit (6) and the micro-motors (1, 5). The left-wise rotation of the first micro-motor (1) and the rod (2) proceeds as long as the trigger (63) is kept pressed.
    • 电动液压手枪装置(100)包括:第一电动微型电动机(1),用于分别将螺杆(2)右旋或左旋转地设置成用于使杆(2)与杆 铆钉(3); 液压系统(4),其中流体(F)推动与杆(2)相关联的光标(40),用于在其上施加使得铆钉(3)的预定部分发生塑性变形的轴向平移,例如 将铆钉(3)阻挡到相应的壁(P)上; 第二电动微型电动机(5),用于指示用于压缩流体(F)的活塞(50)。 电路(6)与上述器官相关联,该电路(6)由控制单元(60)管理,控制单元(60)被连接到:由拉杆(2)激活的第一微动开关(61),用于 第一微型马达(1)沿右方向的激活; 第二微型开关(62),其在去激活第一微型开关(61)之后被首先由触发器(63)激活,用于启动第二微型电动机(5),首先沿一个方向压缩 流体(F),然后在另一个方向上,用于降低流体(F)的压力,以及以相对于第一微型马达(1)在左旋方向上的相互作用来启动; 用于电路(6)和微型电动机(1,5)的供应装置(7)。 只要触发器(63)保持按压,第一微型电动机(1)和杆(2)的左旋转就进行。