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    • 1. 发明授权
    • Device for integrally joining a metal block that can be made up of plates
    • 用于整体连接可由板构成的金属块的装置
    • US06677054B1
    • 2004-01-13
    • US10019806
    • 2001-12-24
    • Jakob HermannEckehart Schulze
    • Jakob HermannEckehart Schulze
    • B32B1501
    • B23K1/0008Y10T428/12639
    • A device for integrally joining a metal block (11′) that can consist of a number of plates, by hard-soldering or brazing. The hard-solder provides a connection covering a large surface and with a minimal thickness in solder gaps (17j; j=1, 2, . . . , n−1) located between adjacent segment plates (12i; i=1, 2, . . . , n). At least one capillary solder inflow path (14) is provided. Said solder inflow path starts at a solder depot containing a supply of hard solder or braze material (42), which melts as the stack (11) of plates is heated. The melted solder material flows directly to the individual, also capillary solder gaps (17j; j=1, 2, . . . , n−1) via said solder inflow path, the solder gaps being provided between surfaces of the segment plates (12i) that face towards each other.
    • 一种用于通过硬钎焊或钎焊将由多个板组成的金属块(11')整体连接的装置。 硬焊料提供覆盖大面积并具有最小厚度的连接,位于相邻的分段板(12i; i = 1,2,...,n-1)之间的焊料间隙(17j; j = 1,2,...,n-1) ...,n)。 提供至少一个毛细焊锡流入路径(14)。 所述焊料流入路径从包含硬焊料或钎焊材料(42)的焊料库开始,当焊盘(11)被加热时,焊料熔化物熔化。 熔融的焊料材料通过所述焊料流入路径直接流到单独的,也是毛细焊料间隙(17j; j = 1,2,...,n-1),焊料间隙设置在分段板(12i )面对彼此。
    • 3. 发明授权
    • Hydraulic idling-regulating valve
    • 液压怠速调节阀
    • US4901627A
    • 1990-02-20
    • US192507
    • 1988-05-04
    • Eckehart Schulze
    • Eckehart Schulze
    • F15B9/09F15B9/12
    • F15B9/12
    • A hydraulic idling-regulating valve comprising at least two mechanically operated through-flow valves which can be controlled to move alternatively into a flow position and a closure position and which are both closed in a neutral central position. An electromechanical specified-value setting system positions the piston of a hydraulic drive cylinder, which system comprises a hollow shaft that can be rotated by a number of revolutions correlated with the specified value, and an actual-value feedback system is provided which comprises a feedback spindle which is in engagement with an internal thread of the hollow shaft and which performs a number of revolutions correlated with the piston movement. The valve-actuating element is subjected to the same displacements as the specified-value setting shaft. A casing is provided with a circular cylindrical core having a first longitudinal bore for accommodating the pistons of a pair of valves for displacement between longitudinally movable stop elements, and another bore accommodating the hollow shaft in rotatable and displaceable relationship. The stop elements are axially and radially supported at the hollow shaft by pivot pads. The casing is provided with a circular cylindrical envelope. The connection spaces on the pressure-source side and on the consumer side are delimited by external grooves in the cylindrical core, inlet and outlet ducts are defined by radial bores in the core and in the envelope.
    • PCT No.PCT / DE87 / 00403 Sec。 371日期:1988年5月4日 102(e)日期1988年5月4日PCT提交1987年9月4日PCT公布。 出版物WO88 / 01697 日期:1988年3月10日。液压空转调节阀,其包括至少两个机械操作的通流阀,其可以被控制以交替地移动到流动位置和关闭位置,并且都在中性中心位置关闭。 机电指定值设定系统将液压驱动缸的活塞定位,该系统包括能够旋转与指定值相关的转数的中空轴,并且提供实际值反馈系统,其包括反馈 主轴与中空轴的内螺纹接合并且执行与活塞运动相关的转数。 阀致动元件受到与指定值设定轴相同的位移。 壳体设置有圆柱形芯,其具有第一纵向孔,用于容纳用于在纵向可移动止动元件之间移位的一对阀的活塞,以及以可旋转和可移位关系容纳空心轴的另一孔。 止动元件通过枢转垫轴向和径向地支撑在中空轴上。 壳体设置有圆形圆形外壳。 压力源侧和消费者侧的连接空间由圆筒形芯中的外部凹槽界定,入口和出口通过芯部和外壳中的径向孔限定。
    • 4. 发明授权
    • Hydraulic driving arrangement
    • 液压驱动装置
    • US4873912A
    • 1989-10-17
    • US502552
    • 1983-06-09
    • Eckehart Schulze
    • Eckehart Schulze
    • B23Q5/26B30B1/32B30B15/16B30B15/18B30B15/20F15B11/028F15B11/15
    • B30B15/16B30B15/161
    • A hydraulic drive system for a machine element performing in one work cycle a sequence of motions comprising a rapid feed motion, a working stroke under load and an oppositely directed rapid-return motion. The drive element includes a hydraulic cylinder having three working surfaces A.sub.1, A.sub.2, A.sub.3. Motion control is effected by an electro-hydraulic follow-up control valve with a pre-setting device controlled by a stepping motor and a mechanical actual-value feed-back device. During rapid feed motion, the relatively small working surface A.sub.1 is subjected to the output pressure of the follow-up control valve only, while during the working stroke the pressure acts additionally on the working surface A.sub.3. The rapid-return movements of the piston of the cylinder are controlled by applying pressure to the working surface A.sub.2, or by relieving pressure from the two other working surfaces A.sub.1 and A.sub.3. A pressure-controlled reversing valve is moved by the output pressure of a pilot valve control arrangement into its operating position corresponding to the working stroke when the output pressure P.sub.A of the follow-up control valve exceeds a pre-determined threshold value P.sub.sl, and returned to its operating position corresponding to the rapid motion conditions when the output pressure P.sub.A of the follow-up control valve has dropped to a value P.sub.s2 below or at least equal to the value P.sub.s1.A.sub.1 /A.sub.L, wherein in the particular case described L.sub.L =(A.sub.1 +A.sub.3).
    • 一种用于机器元件的液压驱动系统,其在一个工作循环中执行一系列运动,其包括快速进给运动,负载下的工作冲程和相反的快速返回运动。 驱动元件包括具有三个工作表面A1,A2,A3的液压缸。 运动控制由具有由步进电机和机械实际值反馈装置控制的预设装置的电动液压跟随控制阀来实现。 在快速进给运动期间,相对较小的工作表面A1仅受到后续控制阀的输出压力的影响,而在工作行程期间,压力另外作用在工作表面A3上。 通过向工作面A2施加压力,或者通过减轻来自其它两个工作面A1和A3的压力来控制气缸的活塞的快速返回运动。 当跟随控制阀的输出压力PA超过预定阈值Ps1时,压力控制换向阀通过先导阀控制装置的输出压力移动到与工作行程相对应的操作位置,并返回 到后续控制阀的输出压力PA已经降到低于或至少等于值Ps1.A1 / AL的值Ps2时对应于快速运动条件的操作位置,其中在所描述的特定情况下LL = (A1 + A3)。
    • 5. 发明授权
    • Workpiece processing machine with retractable clamping device
    • 工件加工机带伸缩夹紧装置
    • US5701791A
    • 1997-12-30
    • US531777
    • 1995-09-21
    • Eckehart SchulzePeter Bytow
    • Eckehart SchulzePeter Bytow
    • B21D28/02B21D28/04B21D28/24B21D43/11B26D7/02
    • B21D43/11B21D28/04Y10T83/4632Y10T83/6563Y10T83/754Y10T83/7547
    • A workpiece being processed on a machine tool is moved by control devices to the tool head or work station of the machine mechanically or automatically. A stop defines an area around the work station from which the holding devices must be kept to prevent damage. As soon as a holding device reaches the limit of the danger zone around the tool head, it is switched into a setting releasing the workpiece and moves into a position away from the work station. The machine has a switching element connected to each holding device to be so movable, and the switching element has a switching slide which is acted on by an applied force and is supported in a first position until it abuts the stop when one slide position connects the energy source to the drive of the holding device to move it away from the stop. In another slide position, the connection to the energy source is broken and the holding device returns to the workpiece holding position.
    • 在机床上加工的工件由机械或自动地由控制装置移动到机器的工具头或工作台上。 停止定义工作站周围的区域,必须保持保持装置以防止损坏。 一旦保持装置达到工具头周围的危险区域的极限,则切换到释放工件并移动到远离工作站的位置的设置。 该机器具有连接到每个保持装置的开关元件以使其能够移动,并且开关元件具有通过施加的作用力的开关滑动件,并且当一个滑动位置连接到第一位置时被支撑在第一位置,直到其抵靠止动件 能量源到保持装置的驱动器以将其从停止点移开。 在另一个滑动位置,与能量源的连接断开,保持装置返回到工件保持位置。
    • 6. 发明授权
    • Hydraulic drive
    • 液压驱动
    • US5379678A
    • 1995-01-10
    • US946480
    • 1992-11-10
    • Eckehart Schulze
    • Eckehart Schulze
    • F03C1/06F03C1/36F03C1/40F15B9/14F15B9/03
    • F15B9/14F03C1/0657F03C1/0665F03C1/0678
    • A hydraulic drive in accordance with the invention includes an axial piston hydraulic motor provided for forming a power drive with a follow-up control valve provided for controlling the pressure medium supply with the follow-up control valve being electronically controlled by a desired position value presetting and mechanical actual position value acknowledgement. An electric motor is provided for the desired position value presetting which can be activated by output signals of a central CN or CNC control unit. The rotor of the axial-piston hydraulic motor is rotatably supported with a circular-cylindrical tubular section of an output shaft thereon on an outer casing surface of an axial extension which is a hollow tubular shape and forms a pivot pin for the rotor of a housing section accommodating the electric motor provided for the desired value positioning control.
    • PCT No.PCT / EP91 / 00859 371日期:1992年11月10日 102(e)日期1992年11月10日PCT 1991年5月8日PCT PCT。 WO91 / 18204 PCT出版物 日本1991年11月28日。根据本发明的液压驱动器包括轴向柱塞液压马达,用于形成具有随动控制阀的功率驱动器,所述随动控制阀被设置用于控制压力介质供给与后续控制阀的电子 由预期的位置值和机械实际位置值确认控制。 提供电动机用于可由中央CN或CNC控制单元的输出信号激活的期望位置值预设。 轴向活塞液压马达的转子在其轴向延伸部的外壳表面上以其中的输出轴的圆柱形管状部分可旋转地支撑,轴向延伸部的外壳表面为中空管状,并形成用于壳体的转子的枢轴销 部分容纳为所需值定位控制提供的电动机。
    • 7. 发明授权
    • Hydraulic drive mechanism
    • 液压驱动机构
    • US4958548A
    • 1990-09-25
    • US368318
    • 1989-06-16
    • Eckehart Schulze
    • Eckehart Schulze
    • B26F1/00B21D28/00B23Q5/26B30B15/16F15B11/02
    • B21D28/002B30B15/16
    • A hydraulic drive mechanism for a punching or an embossing tool, with a double-acting drive hydrocylinder with differently large piston areas, the rapid feed operation, the working feed operation, as well as the rapid retraction operation being controllable by the joint or alternative pressurization of these piston areas. For effecting switchover, an area switching valve is provided which switches over, once the driving pressure exceeds, for example, 90% of the maximum initial pressure of the pressure supply unit, from differential operation to unilateral pressurization of the larger drive area. The area switching valve comprises a check valve acted upon, in the opening direction, by the operating pressure in the smaller driving pressure chamber. A locking spring force of the check valve is equivalent to an opening pressure of about 90% of the supply pressure. The area switching valve comprises a pressure-regulated slide valve having a valve body constructed as a stepped piston urged against the check valve body by a return spring. With the check valve being closed, the smaller drive pressure chamber is pressurized. With the check valve being opened, the smaller drive pressure chamber is pressure-relieved, and the larger piston step of the stepped piston is under the pressure ambient in the larger drive pressure chamber. The ratio of the area of the larger piston step to the cross-sectional area defined by the valve seat of the check valve is larger than the ratio of the larger piston area to the smaller piston area of the hydro-cylinder.
    • PCT No.PCT / DE88 / 00635 Sec。 371日期:1989年6月16日 102(e)日期1989年6月16日PCT提交1988年10月15日PCT公布。 出版物WO89 / 03484 日本1989年4月20日。一种用于冲压或压花工具的液压驱动机构,具有不同大活塞面积的双作用驱动液压缸,快速进给操作,工作进给操作以及快速缩回操作 可通过这些活塞区域的接头或替代加压来控制。 为了实现切换,提供一个区域切换阀,一旦驱动压力例如超过压力供给单元的最大初始压力的90%,则从差速运转到较大驱动区域的单侧加压,切换。 区域切换阀包括在打开方向上作用在较小驱动压力室中的操作压力的止回阀。 止回阀的锁定弹簧力相当于供给压力的约90%的开启压力。 区域切换阀包括压力调节滑阀,其具有构造为通过复位弹簧推靠在止回阀体上的阶梯式活塞的阀体。 在止回阀关闭的情况下,较小的驱动压力室被加压。 在止回阀打开的情况下,较小的驱动压力室被释压,并且阶梯式活塞的较大的活塞阶梯在较大的驱动压力室内的压力环境下。 大活塞台阶面积与由止回阀的阀座限定的横截面积的比例大于活塞面积与活塞面积较小的比例。
    • 8. 发明授权
    • Hydraulic drive unit
    • 液压驱动单元
    • US5829336A
    • 1998-11-03
    • US646229
    • 1996-05-09
    • Eckehart Schulze
    • Eckehart Schulze
    • F15B9/12F15B9/10
    • F15B9/12
    • A hydraulic drive unit has a tracking regulator valve (19) for controlling a servo drive (18) of a main control valve (16), where the main control valve controls flow to a hydraulic motor (11). The tracking regulator valve is controlled by an actuating element (42), which is controlled by a comparison of a nominal position value, set by an electric motor (36), and an actual position valve, generated by a mechanical feedback (53) connected to the hydraulic motor. The main control valve includes a slide valve piston (87), which forms a housing for the tracking regulator valve, which has two piston slide valve elements (39, 41). The slide valve piston (87) of the main control valve (16) has an axial through-bore (122) through which passes the actuating element. The servo drive (18) is a dual-action hydraulic cylinder, which includes drive pressure chambers (33, 34) formed by axial blind bores (118, 118') in the valve piston (87) of the main control valve (16) and pistons (138, 138') accommodated in the blind bores.
    • PCT No.PCT / EP95 / 00884 Sec。 371日期:1996年5月9日 102(e)日期1996年5月9日PCT提交1995年3月9日PCT公布。 出版物WO95 / 24565 日期1995年9月14日液压驱动单元具有用于控制主控制阀(16)的伺服驱动器(18)的跟踪调节阀(19),主控制阀控制流向液压马达(11)。 跟踪调节阀由致动元件(42)控制,致动元件(42)通过由电动机(36)设定的标称位置值与通过连接的机械反馈(53)产生的实际位置阀的比较来控制 到液压马达。 主控制阀包括滑阀活塞(87),其形成用于跟踪调节阀的壳体,该壳体具有两个活塞滑阀元件(39,41)。 主控制阀(16)的滑阀活塞(87)具有通过致动元件的轴向通孔(122)。 伺服驱动器(18)是双作用液压缸,其包括由主控制阀(16)的阀活塞(87)中的轴向盲孔(118,118')形成的驱动压力室(33,34) 以及容纳在盲孔中的活塞(138,138')。
    • 9. 发明授权
    • Hydraulic driving arrangement for positioning workpieces in correct
relationship to tool heads of a multi-station machine tool
    • 用于定位与多工位机床的工具头正确关系的工件的液压驱动装置
    • US4837912A
    • 1989-06-13
    • US18401
    • 1987-02-25
    • Eckehart Schulze
    • Eckehart Schulze
    • B23Q16/06
    • B23Q16/065Y10T29/513Y10T29/5167Y10T74/1494
    • A hydraulic driving arrangement for circular indexing tables for the precise positioning of workpieces, with the exact position of the workpieces being determined by an index. A hydraulic motor is provided with an electro-hydraulic follow-up governor using a stepping motor for setting the desired values and a mechanical actual value indication arrangement. A monitoring arrangement positively coupled with the circular indexing table and/or a driving gear of the hydraulic motor indicates whether or not the circular indexing table is in a position suitable for bringing the indexing gear into engagement and, if so, emits a signal triggering the indexing process or, if the circular indexing table is not in the desired position, deactivates the indexing mechanism. The monitoring arrangement comprises a cam disk coupled with the circular indexing table via a gearing so that it performs exactly one rotation by 360.degree. between two desired positions.
    • 用于圆形分度台的液压驱动装置,用于精确定位工件,工件的精确位置由索引确定。 液压马达设置有使用步进马达设置所需值的电动液压跟随调速器和机械实际值指示装置。 与液压马达的圆形分度台和/或驱动齿轮正向耦合的监视装置指示圆形分度台是否处于适于使分度齿轮啮合的位置,如果是,则发出触发 索引过程,或者如果循环索引表不在所需位置,则停用索引机制。 监视装置包括一个通过齿轮与圆形分度台联接的凸轮盘,使得它在两个所需位置之间正好一个旋转360度。
    • 10. 发明授权
    • Hydraulic shock absorption in punch or cutting presses
    • 冲压或切割压力机中的液压减震
    • US4233872A
    • 1980-11-18
    • US953384
    • 1978-10-23
    • Eckehart Schulze
    • Eckehart Schulze
    • B23D15/14B21D28/20B30B1/32B30B15/22B30B15/28F16F9/44B30B15/00
    • B21D28/20F16F9/44Y10T83/8827
    • There is provided a hydraulic shock absorption cutting and/or punching system which may be applied to a pre-existing press with said system having at least one damping cylinder that is under preset pressure supplied by a pump with the pressure chamber of the cylinder being connected with a damping valve. The damping valve has a piston-type displacing element including a throttle member, the construction and design of which provides for pressure-dependent adjustment of said throttle member in a housing on axial movement of said throttle member so that the cross section of a throttle gap is finely controlled and pressure-dependent adjustment of said gap is attained while also providing for practically constant flow through said throttle gap.
    • 提供了一种液压冲击吸收切割和/或冲孔系统,其可以应用于预先存在的压力机,所述系统具有至少一个阻尼缸,所述阻尼缸处于由泵连接的预设压力下,其中气缸的压力室被连接 带阻尼阀。 阻尼阀具有包括节流构件的活塞式移动元件,其结构和设计在所述节流构件的轴向运动时提供所述节流构件在壳体中的压力相关调节,使得节流阀间隙的横截面 被精细控制并且获得所述间隙的压力依赖性调节,同时还提供通过所述节流间隙几乎恒定的流量。