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    • 21. 发明公开
    • HOT PRESS FORMING DEVICE AND HOT PRESS FORMING METHOD
    • HEISSPRESSFORMVORRICHTUNG UND HEISSPRESSFORMVERFAHREN
    • EP2236225A1
    • 2010-10-06
    • EP08860447.5
    • 2008-09-26
    • Aisin Takaoka Co., Ltd.
    • ISHIGURO, KatsunoriFURUHASHI, Masaki
    • B21D22/20B21D24/00B21D43/05
    • C21D1/673B21D22/022B21D43/04C21D1/34C21D1/42C21D1/667C21D9/48F27D11/04Y02P10/253
    • To provide a hot press forming apparatus and a hot press forming method which are capable of shortening time required from start of heating a blank to termination of forming the blank, that is suitable for die quenching, and a hot press forming apparatus downsizable and a hot press forming method suitably executed in the downsized hot press forming apparatus. A hot press forming apparatus 1 that hot press forms a blank to process the blank into a formed product comprises: a conduction heating mechanism 3 installed in the hot press forming apparatus 1, the conduction heating mechanism clamping the fed blank at a predetermined conducting position P1 so as to be in a conveyance-stopped state, and performs conduction heating onto the blank; a die quenching type hot press mechanism 4 installed in the hot press forming apparatus 1 and disposed thermally isolated downstream of the conduction heating mechanism 3, the hot press mechanism 4 hot pressing the blank subjected to conduction heating at a predetermined processing position P2; and a conveying mechanism 5 installed in the hot press forming apparatus 1. The conveying mechanism 5 conveys the blank subjected to conduction heating at least from the conducting position P1 to the processing position P2, to supply the blank to the hot press mechanism 4.
    • 为了提供一种热压成型装置和热压成型方法,其能够缩短开始加热坯料至终止成型坯料所需的时间,适合于模具淬火,以及热压成形装置可缩小和热 压缩成型方法适当地在小型热压成型装置中执行。 一种热压成型装置1,其特征在于,热压成型坯料以将坯料加工成成形品包括:传导加热机构3,安装在热压成形装置1中,传导加热机构将进料坯料夹持在预定的导通位置P1 以便处于输送停止状态,并对坯料进行传导加热; 热压机构4安装在热压成形装置1中并设置在通电加热机构3的下游隔热的模淬火型热压机构4,热压机构4在预定的处理位置P2热压经过传导加热的坯料; 以及安装在热压成形装置1中的输送机构5.输送机构5至少从导通位置P1将处于通电加热状态的坯料输送到加工位置P2,将坯料供给到热压机构4。
    • 26. 发明公开
    • Synchronized control system of a line of machines, particularly presses
    • 设备,用于多个机器的同步控制,特别是印刷机
    • EP1615090A1
    • 2006-01-11
    • EP04380144.8
    • 2004-07-10
    • FAGOR, S.Coop
    • Agirrezabal Ondarra, Pedro
    • G05B19/418B21D43/05
    • G05B19/41815G05B2219/39105G05B2219/45142Y02P90/08Y02P90/087
    • "Synchronized control system of a line of presses or analogous machines with said line of presses comprising a plurality of presses (P1,P2,...,Pn), with each line of presses (P1,P2,...,Pn) comprising a slide (M1,M2,...,Mn) that performs a cyclical movement that can be represented by a cyclogram, and a plurality of piece transfer devices (C1,C2,...,Cn-1) positioned between the presses (P1,P2,...,Pn). For each piece transfer device (Ci) an optimal piece collection path (rori) in relation to cyclogram of the slide (Mi) of the press (Pi) immediately upstream is set in addition to an optimal piece positioning path (roci) in relation to the cyclogram of the slide (Mi+1) of the press (Pi+1) immediately downstream so that synchronisation is achieved by adjusting the path (ri) of each piece transfer device (Ci) to said piece collection path (rori) and to said piece positioning path (roci)."
    • 线压力机或类似机器与所述线压力机包括压力机的多个(P1,P2,...,Pn)的中的“同步控制系统,具有压力机的每条线(P1,P2,...,Pn)的 包括滑动(M1,M2,...,Mn)的那样进行周期性运动也可以由环克来表示,并且所述定位之间传送片装置(C1,C2,...,CN-1)的多元 压力机(P1,P2,...,Pn)的。对于相对于在最佳片收集路径(rori)每片传送装置(次),以环克滑动压机(MI)(PI)紧邻上游被设定的 相对于环克滑动的除最佳片定位路径(ROCI)压机(MI + 1)(PI + 1)紧接在下游所以也同步是通过调节每个片传送设备的路径(RI)取得 (次)向所述片收集路径(rori)和所述片定位路径(ROCI)“。
    • 28. 发明公开
    • Mechanical module applied to a part-transferring system
    • Einem转运系统中的机制Baugruppe zur Anwendung
    • EP1502674A2
    • 2005-02-02
    • EP04010311.1
    • 2004-04-30
    • de Sousa Monteiro, Luciano Trindade
    • de Sousa Monteiro, Luciano Trindade
    • B21D43/05
    • B65G47/901B21D43/05F16H19/06
    • The module under focus herein to be applied mainly in presses is made up of a drive axis (1) in charge of operating a toothed belt (3) whose ends are fixed to a lifter (9) that displaces the upper part of the module in question until it reaches point "B", whereby a horizontal limiter travel (11) transfers the movement of the toothed belt (3) towards the vertical axis until the programmed position "C" after which the known operating of the non-described-herein "X" axis occurs. After this stage, the said module starts returming by inverting the direction in which it was going (so as to turn clockwise), the toothed belt (3) thereby returning down to the vertical axis until reaching point "B", where the vertical limiter travel is; this way, the abovementioned belt carries on its movement back to the module in question until the starting point "A".
    • 这里主要应用在压力机中的模块由负责操作齿形带(3)的驱动轴(1)组成,齿形带(3)的端部固定在升降器(9)上,该升降器将模块的上部 直到达到点“B”,由此水平限制器行进(11)将齿形带(3)的移动朝向垂直轴传送,直到编程位置“C”,此后已知的操作不在此描述 出现“X”轴。 在该阶段之后,所述模块通过反转其进行方向(顺时针旋转)开始重新起动,齿形带(3)由此返回到垂直轴直到到达点“B”,其中垂直限制器 旅行是 这样一来,上述皮带就将其运动回到所讨论的模块,直到出发点“A”。
    • 30. 发明公开
    • Overload protection for a finger in a press
    • 对印刷机中的手指进行过载保护
    • EP1358952A3
    • 2003-11-26
    • EP03076302.3
    • 2003-05-02
    • Scania CV AB
    • Salomonsson, Ulf
    • B21D43/05B30B15/30
    • B21D43/055
    • The invention relates to overload protection for a finger 2 in a press, and to a press provided with overload protection for a finger 2, which overload protection incorporates a finger holder 4, a first recess 6 in the finger 2, a second recess 8 and a spring-loaded ball 10. The finger 2 is arranged to slide in the finger holder 4 in the axial direction of the finger 2 so that the finger 2 is moved from its normal working position by a translation movement in the finger holder 4 in the axial direction of the finger 2 when the overload protection is actuated by the workpiece 1 which the finger 2 is intended to move having reached an incorrect position in the press whereby the finger 2 is subjected to a force acting in the axial direction A of the finger 2. The second recess 8 is arranged either in the finger holder 4 or in a beam in the press.
    • 本发明涉及用于压力机中的手指2的过载保护,并且涉及具有用于手指2的过载保护的压力机,该过载保护装置包括手指保持器4,手指2中的第一凹槽6,第二凹槽8以及 弹簧加载的球10.手指2被布置为在手指2的轴向方向上在手指保持器4中滑动,使得手指2通过手指保持器4中的平移运动而从其正常工作位置移动 当手指2意图移动的工件1致动过载保护时,手指2的轴向方向已经到达压机中的不正确位置,由此手指2受到沿手指的轴向方向A作用的力 第二凹部8或者布置在手指保持器4中或者布置在冲压机中的梁中。