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    • 1. 发明申请
    • Clamping device
    • 夹紧装置
    • US20060251487A1
    • 2006-11-09
    • US10559693
    • 2004-09-09
    • Josef GreifWolfgang Wenk
    • Josef GreifWolfgang Wenk
    • B23C1/00
    • B23B31/261B23B2231/24B23B2260/136Y10S279/90Y10T408/953Y10T409/309464
    • The invention relates to a device for clamping a hollow shaft tool (1) or tool holder provided with a conical hollow shaft (3) in a machine spindle (2) provided with a taper bore (4), especially for use in a machine tool. Said device comprises a clamping sleeve (7), axially displaceable inside the machine spindle (2), a tow-rod (8) for displacing the clamping sleeve (7) and being movable between a release position and a clamping position, and a plurality of pincer elements (19) associated with the clamping sleeve (7). Said pincer elements are radially displaced by the displacement of the clamping sleeve (7) and have clamping faces (21, 24) to be placed on a conical inner surface (22) of the conical hollow shaft (3) and an opposite surface (26) on the work spindle (1). The aim of the invention is to provide a clamping device of the aforementioned kind wherein the hollow shaft tool is reliably retained in the machine spindle even when the tow-bar is already released. For this purpose, the clamping sleeve (7) can be axially displaced relative to the tow-bar (8) and is axially biased by a compression spring (14) against the motion of release of the tow-bar (8).
    • 本发明涉及一种用于在设置有锥形孔(4)的机器主轴(2)中夹紧设置有锥形空心轴(3)的中空轴工具(1)或工具夹具的装置,特别是用于机床 。 所述装置包括可在机器主轴(2)内部轴向移动的夹紧套筒(7),用于移动夹紧套筒(7)并可在释放位置和夹紧位置之间移动的拖杆(8) 与所述夹紧套筒(7)相关联的钳形元件(19)。 所述钳形元件通过夹紧套筒(7)的位移而径向位移,并具有夹紧面(21,24),以被放置在锥形空心轴(3)的锥形内表面(22)上,并且相对表面(26 )在工作主轴(1)上。 本发明的目的是提供一种上述类型的夹紧装置,即使拖杆已被释放,中空轴工具可靠地保持在机床主轴上。 为此,夹紧套筒(7)可以相对于拖杆(8)轴向移位,并且通过压缩弹簧(14)被轴向偏置以抵抗拖杆(8)的释放运动。
    • 2. 发明授权
    • Clamping device
    • 夹紧装置
    • US07195431B2
    • 2007-03-27
    • US10559693
    • 2004-09-09
    • Josef GreifWolfgang Wenk
    • Josef GreifWolfgang Wenk
    • B23C5/26
    • B23B31/261B23B2231/24B23B2260/136Y10S279/90Y10T408/953Y10T409/309464
    • The invention relates to a device for clamping a hollow shaft tool (1) or tool holder provided with a conical hollow shaft (3) in a machine spindle (2) provided with a taper bore (4), especially for use in a machine tool. The device comprises a clamping sleeve (7), axially displaceable inside the machine spindle (2), a tow-rod (8) for displacing the clamping sleeve (7) and being movable between a release position and a clamping position, and a plurality of pincer elements (19) associated with the clamping sleeve (7). The pincer elements are radially displaced by the displacement of the clamping sleeve (7) and have clamping faces (21, 24) to be placed on a conical inner surface (22) of the conical hollow shaft (3) and an opposite surface (26) on the work spindle (1). The aim of the invention is to provide a clamping device of the aforementioned kind wherein the hollow shaft tool is reliably retained in the machine spindle even when the tow-bar is already released. For this purpose, the clamping sleeve (7) can be axially displaced relative to the tow-bar (8) and is axially biased by a compression spring (14) against the motion of release of the tow-bar (8).
    • 本发明涉及一种用于在设置有锥形孔(4)的机器主轴(2)中夹紧设置有锥形空心轴(3)的中空轴工具(1)或工具夹具的装置,特别是用于机床 。 该装置包括可在机器主轴(2)内轴向移动的夹紧套筒(7),用于移动夹紧套筒(7)并可在释放位置和夹紧位置之间移动的拖杆(8) 与所述夹紧套筒(7)相关联的钳形元件(19)。 钳形元件通过夹紧套筒(7)的位移而径向位移,并具有夹紧面(21,24),以被放置在锥形空心轴(3)的锥形内表面(22)上,并且相对表面(26) )在工作主轴(1)上。 本发明的目的是提供一种上述类型的夹紧装置,即使拖杆已被释放,中空轴工具可靠地保持在机床主轴上。 为此,夹紧套筒(7)可以相对于拖杆(8)轴向移位,并且通过压缩弹簧(14)被轴向偏置以抵抗拖杆(8)的释放运动。
    • 3. 发明申请
    • CLAMPING DEVICE
    • 夹紧装置
    • US20080193243A1
    • 2008-08-14
    • US12017664
    • 2008-01-22
    • Peter MOHRWolfgang BechtelerStephan GastJosef GreifConrad Rosch
    • Peter MOHRWolfgang BechtelerStephan GastJosef GreifConrad Rosch
    • B23D7/06
    • B23Q17/005B23B31/265Y10T409/309464
    • The subject matter of the present invention relates to a clamping device for clamping a tool or a tool holder (2) in a machine spindle (1), comprising a drawbar (6) that can axially move back and forth between a clamping position and a release position, a clamping spring (18) for actuating the drawbar (6) in the direction of the clamping position, a minimum of one sensor (20) for monitoring the clamping force, and a clamping cone (8) having a plurality of clamping elements (13 [sic; 9]) that rest against its outside surface, which clamping elements, via the axial movement of the clamping cone (8) by means of the drawbar (6), can be moved back and forth between a clamping position in which the tool or tool holder (2) is retained and a release position in which the tool or tool holder (2) is released. To make possible an easy and reliable transmission of the measured data acquired by the sensor throughout the operating range of the clamping device, a transponder assembly (26, 27) with a stationary stator ring (27) and a rotor ring (26) that can be axially moved by the lifting movement of the drawbar (6) within the stator ring (27) is dedicated to the sensor (20) for the wireless transmission of data and energy.
    • 本发明的主题涉及一种用于在工具主轴(1)中夹紧工具或工具架(2)的夹紧装置,包括:牵引杆(6),其能够在夹紧位置和 释放位置,用于在夹紧位置的方向上致动牵引杆(6)的夹紧弹簧(18),用于监测夹紧力的至少一个传感器(20),以及具有多个夹紧的夹紧锥(8) 元件(13 [sic; 9]),其抵靠其外表面,通过夹紧锥(8)通过牵引杆(6)的夹紧锥体(8)的轴向运动,夹紧元件可以在夹紧位置 其中工具或工具保持器(2)被保持,并且释放工具或工具夹具(2)的释放位置。 为了使传感器在夹紧装置的整个操作范围内获得的测量数据容易且可靠地传输,具有固定定子环(27)和转子环(26)的应答器组件(26,27)可以 通过专用于传感器(20)的定子环(27)内的牵引杆(6)的提升运动来轴向移动,用于数据和能量的无线传输。
    • 4. 发明申请
    • CHUCK
    • CH
    • US20070001407A1
    • 2007-01-04
    • US11427794
    • 2006-06-30
    • Wolfgang BECHTELERJosef Greif
    • Wolfgang BECHTELERJosef Greif
    • B23B31/40
    • B23Q1/0081B23B31/26B23B31/36B23Q3/18Y10T279/1033Y10T279/1045Y10T279/17471Y10T403/7066
    • The invention pertains to a chuck for detachable connection of two machine parts, with a chuck assembly arranged on or in a first machine part and a cooperating complementary part on or in a second machine part. The chuck assembly contains an axially displaceable tensioning element and several gripper elements associated with the tensioning element and radially movable by axial displacement of the latter, with a clamping surface for contact with a corresponding opposing surface of the complementary part. In order to allow a subsequent alignment or adjustment of the chucked machine part, the complementary part contains an outer part, an intermediate part arranged in the outer part, and an inner part arranged in the intermediate part, which are connected to one another by flexible outer and inner webs and are otherwise separated by outer and inner gaps. The intermediate and inner parts are adjustable in different directions relative to the outer part.
    • 本发明涉及一种用于两个机器部件的可拆卸连接的卡盘,其中卡盘组件布置在第一机器部件上或第一机器部件中,以及在第二机器部件上或第二机器部件中配合的互补部件。 卡盘组件包含可轴向移动的张紧元件和与张紧元件相关联的几个夹持器元件,并且可通过后者的轴向位移径向移动,夹紧表面用于与互补部分的对应相对表面接触。 为了允许夹持机器部件的随后的对准或调整,互补部分包含外部部分,布置在外部部分中的中间部分和布置在中间部分中的内部部分,其通过柔性彼此连接 外部和内部腹板,另外由外部和内部间隙分开。 中间部分和内部部分可以相对于外部部分在不同的方向上调节。
    • 5. 发明授权
    • Chuck
    • 查克
    • US07770900B2
    • 2010-08-10
    • US11427794
    • 2006-06-30
    • Wolfgang BechtelerJosef Greif
    • Wolfgang BechtelerJosef Greif
    • B23Q1/00B23B31/26B23B31/177
    • B23Q1/0081B23B31/26B23B31/36B23Q3/18Y10T279/1033Y10T279/1045Y10T279/17471Y10T403/7066
    • The invention pertains to a chuck for detachable connection of two machine parts, with a chuck assembly arranged on or in a first machine part and a cooperating complementary part on or in a second machine part. The chuck assembly contains an axially displaceable tensioning element and several gripper elements associated with the tensioning element and radially movable by axial displacement of the latter, with a clamping surface for contact with a corresponding opposing surface of the complementary part. In order to allow a subsequent alignment or adjustment of the chucked machine part, the complementary part contains an outer part, an intermediate part arranged in the outer part, and an inner part arranged in the intermediate part, which are connected to one another by flexible outer and inner webs and are otherwise separated by outer and inner gaps. The intermediate and inner parts are adjustable in different directions relative to the outer part.
    • 本发明涉及一种用于两个机器部件的可拆卸连接的卡盘,其中卡盘组件布置在第一机器部件上或第一机器部件中,以及在第二机器部件上或第二机器部件中配合的互补部件。 卡盘组件包含可轴向移动的张紧元件和与张紧元件相关联的几个夹持器元件,并且可通过后者的轴向位移径向移动,夹紧表面用于与互补部分的对应相对表面接触。 为了允许夹持机器部件的随后的对准或调整,互补部分包含外部部分,布置在外部部分中的中间部分和布置在中间部分中的内部部分,其通过柔性彼此连接 外部和内部腹板,另外由外部和内部间隙分开。 中间部分和内部部分可以相对于外部部分在不同的方向上调节。
    • 6. 发明申请
    • DEVICE FOR THE WIRELESS TRANSMISSION OF SIGNALS BETWEEN TWO PARTS OF A PROCESSING MACHINE
    • 无线传输加工机器两部分之间信号的设备
    • US20090280743A1
    • 2009-11-12
    • US12400498
    • 2009-03-09
    • Stephan GastJosef GreifStefan BonerzMarkus FuhrmannWinfried Horger
    • Stephan GastJosef GreifStefan BonerzMarkus FuhrmannWinfried Horger
    • H04B7/00
    • B23Q17/00B23Q1/0027H01F38/18H01F2038/143H04B7/0682
    • In a device for wireless transmission of signals between two parts (17, 23) of a processing machine, wherein, when the processing machine is operating, one of these parts rotates relative to the other part about an axis (18), several antennas (8A, 8B, 8C; 108A, 108B, 108C; 13A, 13B, 13C) are arranged on at least one of the two parts (17, 23) in an at least approximately regular distribution with respect to the peripheral direction of rotation. The antennas (8A, 8B, 8C; 108A, 108B, 108C; 13A, 13B, 13C) are connected in parallel to a transmit device (7) and/or receive device (12) allocated to each part (17, 23). The lengths of the individual antennas (8A, 8B, 8C) overlap in the peripheral direction of rotation, and the antennas are arranged at least partially offset radially and/or in the longitudinal direction of the rotational axis (18). Phase-shifted signals are fed to the individual antennas (108A, 108B, 108C) by the transmit device, and/or signals received by the antennas (13A, 13B, 13C) are superimposed with a phase shift by the receive device.
    • 在用于在处理机器的两个部件(17,23)之间无线传输信号的装置中,其中当处理机器运行时,这些部件之一相对于另一部分围绕轴线(18)旋转几个天线 8A,8B,8C; 108A,108B,108C; 13A,13B,13C)相对于周向的旋转方向以至少近似规则的分布布置在两个部分(17,23)中的至少一个上。 天线(8A,8B,8C; 108A,108B,108C; 13A,13B,13C)并联连接到分配给每个部件(17,23)的发送设备(7)和/或接收设备(12)。 各个天线(8A,8B,8C)的长度在周向的旋转方向上重叠,并且天线至少部分地偏离旋转轴线(18)的径向和/或沿着纵向的方向偏移。 相移信号由发送装置馈送到各个天线(108A,108B,108C),和/或由天线(13A,13B,13C)接收的信号由接收装置以相移叠加。
    • 7. 发明申请
    • Clamping Device
    • 夹紧装置
    • US20080315535A1
    • 2008-12-25
    • US11816991
    • 2006-01-21
    • Peter MohrJosef Greif
    • Peter MohrJosef Greif
    • B23B31/107B23B31/26B23B31/10
    • B23B31/265B23B31/02B23B2231/52Y10T279/17564Y10T279/17632Y10T279/17752Y10T409/309296Y10T409/309464Y10T409/30952
    • The invention relates to a clamping device for removably mounting a tool (3) or a tool fixture in a receiving part (1). Said clamping device comprises several pincers elements (33) which are concentrically arranged around a central axis (32) within the receiving part (1) and are impinged upon by a tension spring (39) so as to be moved into a clamping position in order to brace the tool (3) or the tool fixture. In order to be able to automatically replace a tool without using much force and energy, an axially movable closing element (17) is assigned to the pincers elements (33). Said closing element (17) impinges the pincers elements (33) in a forward position that is advanced in the direction of the pincers elements (33) for mounting purposes in the clamping position thereof, which is swiveled inward by means of the tension spring (39), while being movable into a retracted position with the aid of a detaching device (12, 16, 45, 46, 47) in order to release the pincers elements (3).
    • 本发明涉及一种用于将工具(3)或工具夹具可拆卸地安装在接收部件(1)中的夹紧装置。 所述夹紧装置包括多个夹持器元件(33),其围绕接收部分(1)内的中心轴线(32)同心地布置并且被拉伸弹簧(39)撞击,以便按顺序移动到夹紧位置 支撑工具(3)或工具夹具。 为了能够在不用太多力和能量的情况下自动地更换工具,轴向移动的关闭元件(17)被分配给钳子元件(33)。 所述关闭元件(17)将所述钳元件(33)向前方施力,所述向前位置在所述钳元件(33)的方向上前进,用于在其夹紧位置进行安装,所述夹紧位置通过所述拉伸弹簧 39),同时借助于分离装置(12,16,45,46,47)可移动到缩回位置,以便释放钳元件(3)。
    • 8. 发明授权
    • Device for monitoring the position of a tool or machine element
    • 用于监视工具或机器元件位置的装置
    • US08259004B2
    • 2012-09-04
    • US12685899
    • 2010-01-12
    • Stefan BonerzJosef GreifWolfgang Bechteler
    • Stefan BonerzJosef GreifWolfgang Bechteler
    • G01S13/42
    • B23Q17/003B23Q1/70B23Q17/2476Y10T408/95
    • In a device for monitoring the position of a tool or machine element on or in a work spindle or tool chuck, in particular, in a machining apparatus, the work spindle or tool chuck has at least one channel that defines a waveguide, which is suitable for propagating electromagnetic waves, that leads from an external surface of the work spindle or tool chuck to the tool or machine element. At least one radar system is provided and arranged outside the work spindle or tool chuck in such a manner that it is capable of irradiating a radar signal from the outer surface into the channel and or receiving a radar signal reflected back from the channel. The radar signal is connected to a signal-processing device that determines a measure of the position of the tool or machine element relative to the work spindle or tool chuck based on at least one radar signal irradiated into the channel and reflected back from the channel.
    • 在用于监测工具或机器元件位于工作主轴或工具卡盘中的位置的装置中,特别是在加工装置中,工作主轴或工具卡盘具有限定波导的至少一个通道,其适合于 用于传播电磁波,其从工作主轴或工具卡盘的外表面引导到工具或机器元件。 至少一个雷达系统被设置并布置在工作主轴或工具卡盘的外部,使得其能够将来自外表面的雷达信号照射到通道中,或者接收从通道反射回来的雷达信号。 雷达信号连接到信号处理设备,该信号处理设备基于照射到通道中并从通道反射回的至少一个雷达信号来确定工具或机器元件相对于工作主轴或工具卡盘的位置的测量。
    • 9. 发明申请
    • Clamping Device
    • 夹紧装置
    • US20070217882A1
    • 2007-09-20
    • US11576893
    • 2005-10-14
    • Josef GreifWolfgang Bechteler
    • Josef GreifWolfgang Bechteler
    • B23C5/26
    • B23B31/265B23B2260/044B23B2260/062Y10T408/95Y10T409/309464
    • The invention relates to a clamping device for clamping a tool (8), or tool holder in a working spindle (4), in particular, of a machine tool, comprising a drawbar (10), arranged to be displaced within the working spindle (4), a clamping set (12), arranged in the working spindle (4) and displaceable between a clamping position and a released position by means of the drawbar (10), a spring arrangement (14) provided for the drawbar (10) to generate the drawing force for the clamping set (12) and a releasing unit (17; 49), by means of which the clamping set (12) may be moved into the released position by the drawbar (10) against the force of the spring arrangement (14). According to the invention, a simplified operation of the clamping device may be achieved, whereby the releasing unit (17; 49) may be operated by an electrical actuator (62, 63, 53, 54).
    • 本发明涉及一种夹紧装置,用于将工具(8)或特别是机床的工作主轴(4)中的工具夹具夹紧,该工具包括一个设置成在工作主轴内移位的牵引杆(10) 4),夹紧组件(12),布置在工作主轴(4)中,并通过牵引杆(10)在夹紧位置和释放位置之间移动,为抽拉杆(10)设置的弹簧装置(14) 以产生用于夹紧组件(12)和释放单元(17; 49)的拉力,夹紧组件(12)可借助于牵引杆(10)抵抗拉杆 弹簧装置(14)。 根据本发明,可以实现夹紧装置的简化操作,由此释放单元(17; 49)可以由电致动器(62,63,53,54)操作。
    • 10. 发明授权
    • Rotary feed-through
    • 旋转馈通
    • US06929099B2
    • 2005-08-16
    • US10763065
    • 2004-01-21
    • Ludwig JakobJosef GreifWolfgang Bechteler
    • Ludwig JakobJosef GreifWolfgang Bechteler
    • F16L27/093F16L27/08F16L27/00
    • F16L27/082F16L27/0828Y10T137/2559Y10T409/304032
    • A rotary feed-through, which contains a hollow shaft, which is supported in a first housing part so that it can rotate, with a first sealing surface and a sealing bushing, which is arranged rotationally fixed within a second housing part and which is coaxial with the hollow shaft, with a second sealing surface for contact to the first sealing surface. In order to also enable lower leakage losses, in addition to less wear, with the supply of cooling lubricants and compressed air, the second housing part contains a first lateral supply channel, which can be attached to a coolant supply line or a compressed air supply line, for the supply of cooling lubricant or compressed air via at least one radial opening of the sealing bushing and a second supply channel, which is charged during the supply of cooling lubricant, for the supply of cooling lubricant to a pressure piston, which closes the rear end of the sealing bushing, to increase the contact pressure of the sealing surfaces.
    • 旋转馈通,其包含中空轴,其被支撑在第一壳体部分中以使其能够旋转,第一密封表面和密封衬套被旋转地固定在第二壳体部分内并且是同轴的 具有中空轴,具有用于接触第一密封表面的第二密封表面。 为了减少泄漏损失,除了更少的磨损之外,通过冷却润滑剂和压缩空气的供应,第二壳体部分包含第一横向供应通道,该第一横向供应通道可附接到冷却剂供应管线或压缩空气供应 线路,用于通过密封衬套的至少一个径向开口供应冷却润滑剂或压缩空气,以及第二供应通道,其在供应冷却润滑剂期间被填充,用于向压缩活塞供应冷却润滑剂,所述压力活塞关闭 密封衬套的后端,以增加密封表面的接触压力。