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    • 2. 发明授权
    • Multistation working machine
    • 多工作机
    • US4833763A
    • 1989-05-30
    • US145563
    • 1988-01-19
    • Kurt Jauch
    • Kurt Jauch
    • B23Q16/08B23Q37/00B23Q39/04
    • B23Q39/044B23Q16/08B23Q37/00Y10T29/513Y10T29/5154Y10T29/5155Y10T29/5168
    • An indexing plate (9) is mounted on a shaft (7) which is supported against axial displacement on a machine frame (1) and is stepwise rotatably drivable, said plate carrying clamping devices (10) arranged around the shaft and each intended for one workpiece (11). On either side of the indexing plate (9) a unit carrier (20) is arranged axially displaceably with respect to the shaft (7). For displacement of the unit carriers (20) towards the indexing plate (9) into a stop position and for displacement of the unit carriers (20) away from the indexing plate a displacement drive (31) is associated with each of said carriers. The two unit carriers (20) are guided solely on the shaft (7) and are supported on the machine frame (1) only against rotation. Each of the unit carriers (20) comprises a crown wheel type serration or toothing (29) which faces the indexing plate (9) and which in the stop position of the respective unit carrier is in torque-transmitting engagement with a crown wheel type serration (28) formed on the indexing plate (9) and defining the stop position. Arranged on each of the unit carriers (20) are a plurality of working units (45). For executing feed movements the working units (45) are guided displaceably on the associated unit carriers (20) and each connected to a feed unit (53) activatable in the stop position thereof.
    • 分度板(9)安装在轴(7)上,轴(7)支撑在机架(1)上的轴向位移,并且可逐步旋转地驱动,所述板承载夹紧装置(10)围绕轴布置并且各自用于一个 工件(11)。 在分度板(9)的任一侧,单元托架(20)相对于轴(7)轴向移位。 为了使单元载体(20)朝向分度板(9)移动到停止位置并且使单元载体(20)从分度板移开,位移驱动器(31)与每个所述载体相关联。 两个单元托架(20)仅在轴(7)上被引导,并且仅被支撑在机架(1)上以防旋转。 每个单元托架(20)包括一个与齿轮分度板(9)相对的冠轮式锯齿或齿形(29),并且在相应的单元托架的停止位置处,与齿轮型齿轮 (28),其形成在所述分度板(9)上并限定所述停止位置。 布置在每个单元托架(20)上的是多个工作单元(45)。 为了执行进给运动,工作单元(45)在相关联的单元托架(20)上可移动地引导,并且每个连接到在其停止位置可激活的进给单元(53)。
    • 4. 发明授权
    • Automatic lathe for machining work bars
    • 自动车床加工工作台
    • US4998455A
    • 1991-03-12
    • US391529
    • 1989-07-06
    • Kurt Jauch
    • Kurt Jauch
    • B23B7/02B23B7/06B23B13/02
    • B23B7/06Y10T82/2502Y10T82/2521Y10T82/2527Y10T82/2529
    • A tool head (12) through which work bars (35) to be machined can be pushed and which is adapted to be driven in rotation is supported on a head stock (11). The head stock (11) is disposed between a rear feeding means (57) and a front chuck means (25). The rear feeding means (57) is designed for steadily advancing one work bar (35) at a time up to the chuck means (25) and is movable into a position ready to take up another work bar (35) before the preceding work bar (35) has been used up. The front chuck means (25) is designed to grip a portion of the work bar (35) pushed through the head stock (11) and the tool head (12) and to exert forwardly directed axial pull on the same, and it can be pushed axially back and forth by its own feed drive means (27) independently of the rear feeding means (57). That makes it possible to replace a used up work bar (35) by a new one in simple manner, in little time, and without any risk of an accident.
    • PCT No.PCT / EP88 / 01011 Sec。 371日期:1989年7月6日 102(e)日期1989年7月6日PCT提交1988年11月8日PCT公布。 出版物WO89 / 04227 日期:1989年5月18日。工具头(12)支撑在头架(11)上,工具头(12)可通过该工具头(12)被驱动并被驱动旋转。 头部坯料(11)设置在后馈送装置(57)和前卡盘装置(25)之间。 后馈送装置(57)被设计成一直到卡盘装置(25)一直稳定地推进一个工作杆(35),并且可移动到准备好在前一工作条(35)之前卷取另一个工作条(35)的位置 (35)已经用尽。 前卡盘装置(25)被设计成夹紧推动通过头架(11)和工具头(12)的工件(35)的一部分,并向其上施加向前的轴向拉力,并且可以是 独立于后馈送装置(57),通过其自身的进给驱动装置(27)轴向地前后推动。 这样可以在很短的时间内以简单的方式更换旧的工作栏(35),并且没有任何意外的风险。
    • 6. 发明授权
    • Rotary piston engine
    • 旋转活塞发动机
    • US4697999A
    • 1987-10-06
    • US807033
    • 1985-12-09
    • Kurt Jauch
    • Kurt Jauch
    • F02B53/00F01C1/12F01C1/20F01C1/18
    • F01C1/126F01C1/20
    • A casing (10) is formed with two cylinder chambers (21, 22) in overlapping arrangement between an inlet (43) and an outlet (44). A rotary piston (27, 28) each is fixed to a respective one of two shafts (17, 18) extending through a cylinder chamber (21, 22) each and being interconnected for rotation in opposite sense. The rotary pistons (27, 28) are complementary and each have an exterior face (29, 30) coaxial with the corresponding shaft (17, 18), the exterior faces periodically forming sealing zones with the casing (10) and with a respective exterior face (38, 37) of respective sleeve (35, 36) each which is coaxial with the shaft (18, 17) of the complementary rotary piston (28, 27). Each sleeve (35, 36) is sealingly arranged and rotatable between a respective one of the rotary pistons (27, 28) and the corresponding shaft (17, 18). The exterior faces (29, 30) of each complementary rotary piston periodically engage the exterior faces (37, 38) of each sleeve to periodically drive in rotation each sleeve (35, 36) at a speed greater than that of the corresponding rotary piston (27, 28) and shaft (17, 18). In this manner flow losses and control problems caused by the same are largely avoided.
    • 壳体(10)形成有两个在入口(43)和出口(44)之间重叠布置的气缸室(21,22)。 旋转活塞(27,28)各自固定到延伸穿过气缸室(21,22)的两个轴(17,18)中的相应一个,并且以相反的方式相互连接。 旋转活塞(27,28)是互补的,并且每个具有与相应的轴(17,18)同轴的外表面(29,30),外表面周期性地与壳体(10)形成密封区域,并且具有相应的外部 各个套筒(35,36)的表面(38,37)各自与互补旋转活塞(28,27)的轴(18,17)同轴。 每个套筒(35,36)在相应的一个旋转活塞(27,28)和相应的轴(17,18)之间被密封地布置和旋转。 每个互补旋转活塞的外表面(29,30)周期性地接合每个套筒的外表面(37,38),以相对于相应的旋转活塞(35,36)的速度周期性地驱动每个套筒(35,36) 27,28)和轴(17,18)。 以这种方式,大大地避免了由此引起的流动损失和控制问题。
    • 7. 发明授权
    • Method and apparatus for the production of turned workpieces on
multi-station machine tools
    • 在多工位机床上生产转向工件的方法和装置
    • US4301581A
    • 1981-11-24
    • US63162
    • 1979-08-03
    • Eugen BaderKurt Jauch
    • Eugen BaderKurt Jauch
    • B23B11/00B23B13/02B23B31/20B23Q7/04B23Q7/16B23Q39/04B23P17/00B23P23/00B23Q41/00
    • B23Q7/047B23B11/00B23B13/027B23B31/204B23Q39/046B23Q7/165Y10T29/49798Y10T29/513Y10T29/5136
    • The method and apparatus relates to the production of turned workpieces on multi-station machine tools. In such machines rod stock is introduced into a clamping device (collet chuck) of the machine and is clamped thereby. A rod section is severed at a distance from the clamping device and the free end protruding from the clamping device is turned. In such a process a section from the rod stock is introduced into the clamping device, clamped fast there and severed, which section comprises a multiple of the machining length and in addition a clamping section sufficing for the clamping of one single machining length section. This multiple section is moved by sections corresponding in each case to the machining length section out of the clamping device. The rod stock is clamped fast during turning over a following machining length section in each case, the last machining length section being clamped fast by means of the provided additional clamping section. The machined workpiece is sawn from the clamped-fast residue of the multiple section in each case.
    • 该方法和装置涉及在多工位机床上生产转动的工件。 在这种机器中,棒材被引入机器的夹紧装置(夹头卡盘)中并被夹紧。 杆部分在夹紧装置的一定距离处被切断,并且从夹紧装置伸出的自由端被转动。 在这种过程中,将棒材的部分引入夹紧装置中,快速夹紧并切断,该部分包括加工长度的倍数,此外还有一个足够用于夹紧单个加工长度部分的夹紧部分。 在这种情况下,这个多段通过相应的部分移动到夹紧装置的加工长度部分之外。 在每种情况下翻转后续加工长度部分时,棒料被快速夹紧,最后一个加工长度部分通过提供的附加夹紧部分快速夹紧。 在每种情况下,从多段的夹紧快速残渣中锯切加工的工件。