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    • 41. 发明公开
    • FORK TRIMMING DEVICE PROVIDED WITH FULL-AUTOMATIC FORK CONVEYING SYSTEM
    • FORK TRIMMING DEVICE提供全自动叉式输送系统
    • EP3299092A1
    • 2018-03-28
    • EP15892297.1
    • 2015-07-14
    • Luo, Rong
    • LU, HuiZHAO, BaolinLUO, Rong
    • B21D28/02B21D28/04B21D43/05B21D43/10B65G25/02
    • B21D28/04B21D28/02B21D43/05B21D43/10B21K1/74B21K1/765B21K27/04B65G25/02Y10T29/51Y10T29/5136Y10T83/6492
    • A fork trimming device provided with a full-automatic fork conveying system comprises a blanking machine (10, 20) for trimming a fork (90), a fork input mechanism (30), a middle carrying mechanism (40), and a fork output mechanism (50). The middle carrying mechanism (40) comprises guide rails (42), two sliders (431,432) slidably mounted on the guide rails, a cylinder (441,442) for driving the sliders, and two groups of manipulators (45, 46, 47, 48) fixed respectively onto the two sliders (431,432). The fork input mechanism (30) and the fork output mechanism (50) are located at two ends of the middle carrying mechanism (40). The fork input mechanism (30) conveys forks to be machined to the direction of the middle carrying mechanism (40) one by one in a stepping manner. The middle carrying mechanism (40) carries the forks in the machining process by using two moving modules and the two groups of manipulators (45, 46, 47, 48). The fork output mechanism (50) carries the machined forks (90) outwards from the middle carrying mechanism (40) one by one in the stepping manner. Therefore, the forks (90) are automatically input, carried and output, and the fork trimming efficiency is improved.
    • 一种设置有全自动叉式输送系统的叉式修剪装置,包括用于修剪叉(90),叉式输入机构(30),中间输送机构(40)和叉式输出器的下料机(10,20) 机制(50)。 中间输送机构40包括导轨42,可滑动地安装在导轨上的两个滑块431,432,用于驱动滑块的缸体441,442以及两组机械手45,46,47,48, 分别固定在两个滑块(431,432)上。 叉式输入机构(30)和叉式输出机构(50)位于中间输送机构(40)的两端。 叉式输入机构(30)将要被加工的叉以步进的方式一个接一个地加工到中间输送机构(40)的方向。 中间输送机构(40)通过使用两个移动模块和两组机械手(45,46,47,48)在加工过程中承载叉。 叉式输出机构50将加工后的叉90从中间输送机构40逐步以逐步的方式向外输送。 因此,货叉(90)被自动地输入,携带和输出,叉叉修整效率得到提高。
    • 45. 发明公开
    • Undercut tool assembly
    • Hinterschnittene Werkzeuganordnung
    • EP2711113A2
    • 2014-03-26
    • EP13185416.8
    • 2013-09-20
    • Cousineau, Robert
    • Cousineau, Robert
    • B23B51/00
    • B23P17/04B23B51/0027B23B2226/75Y10T29/51
    • An undercut tool assembly utilizing a seismic drilling bit designed for insertion for use in enlarging an upper end of a pre-drilled hole for receiving and securely retaining an anchor therein. The bit is mounted onto a drill and has a pivot ring which permits limited tilting movement of the bit body during a drilling process to enlarge the lowermost end of the drill hole. The undercut tool assembly can be used in conjunction and locked engagement with a setting tool in a process to position an anchor in position within the bore hole. In this manner, an anchor can be inserted within the pre-drilled hole, and, when the anchor has been flanged outwardly by conventional means within the hole, the flange portions of the anchor will rest within the enlarged area, thus securely retaining the anchor in place.
    • 一种利用设计用于插入的地震钻头的底切工具组件,用于扩大预钻孔的上端,用于接收并可靠地保持锚固件。 该钻头安装在钻头上并且具有枢转环,其允许钻头体在钻孔过程中的有限倾斜运动以扩大钻孔的最下端。 底切工具组件可以在将锚固件定位在钻孔内的位置的过程中与安装工具结合使用并锁定接合。 以这种方式,锚固件可以插入在预钻孔中,并且当锚固件已经通过孔内的常规装置向外凸出时,锚固件的凸缘部分将放置在扩大区域内,从而可靠地保持锚固件 到位。
    • 50. 发明公开
    • MANUFACTURING-WORK MACHINE
    • 制造工作机器
    • EP2566314A1
    • 2013-03-06
    • EP11774744.4
    • 2011-03-29
    • Fuji Machine Mfg. Co., Ltd.
    • KODAMA, SeigoIWAKI, NoriakiFURUKAWA, KazuyaITO, TakashiTSUTSUMI, Hideyuki
    • H05K13/04
    • H05K13/04G05B19/0421G05B19/41805G05B19/41865G05B2219/31421G05B2219/32283G05B2219/34418G05B2219/36195G05B2219/45026H05K13/0495Y02P90/04Y02P90/10Y02P90/14Y02P90/20Y02P90/28Y10T29/51
    • It is an object to enhance practical utility of a manufacture work machine configured to perform a manufacture work by a plurality of work-element performing apparatuses. In the manufacture work machine including a plurality of work-element performing apparatuses 40, 28, 32, etc., and a central control device 130, 136 configured to control the work-element performing apparatuses in a centralized manner, such that a plurality of motion commands are sequentially transmitted, each work-element performing apparatus has an individual control device 90, 100, 104, etc., configured to control an operation of each work-element performing apparatus and an operating device 58, 72, 78, etc., for performing a work element corresponding to each work-element performing apparatus. Each individual control device is configured to recognize a matter of the motion command transmitted from the central control device and is configured to control an operation of the operating device such that a motion corresponding to the motion command is performed. In this structure, the central control device need not change a programming language of the motion command, depending upon the work-element performing apparatus to which the motion command is transmitted, thereby enhancing practical utility of the manufacture work machine.
    • 其目的在于提高被多个作业要素执行装置进行制造作业的制造作业机械的实用性。 在包括多个作业要素执行装置40,28,32等的制造作业机械中,集中地控制作业要素执行装置的中央控制装置130,136构成为, 运动指令被顺序地发送,每个作业要素执行装置具有被配置为控制每个作业要素执行装置和操作装置58,72,78等的操作的单独的控制装置90,100,104等 ,用于执行与每个工作要素执行装置对应的工作要素。 每个单独的控制装置被配置为识别从中央控制装置传送的动作命令的事件,并且被配置为控制操作装置的操作,使得执行与动作命令对应的动作。 在该结构中,中央控制装置根据发送动作指令的作业要素执行装置,不需要变更动作指令的编程语言,能够提高作业机械的实用性。