会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Swaging machine
    • 模锻机
    • US06244087B1
    • 2001-06-12
    • US09456004
    • 1999-12-07
    • Gottfried BlaimscheinAlfred Seeber
    • Gottfried BlaimscheinAlfred Seeber
    • B21J716
    • B21J7/14
    • A swaging machine (1) comprises hammering units (5) vertically movably guided in radial recesses (4) of a forging box (3) rotatably and drivably mounted about the axis of movement (A) and pressure members supported on a coaxial supporting ring (8) surrounding the forging box (3), where the forging box (3) and/or the supporting ring (8) can be driven so as to rotate relative to each other, and during the respective passage the pressure members act on the hammering units (5) whose head portions protrude into the path of rotation of the pressure members, in the sense of an inwardly directed pressure pulse. To achieve a rugged, hard wearing lifting drive, the pressure members are comprised of a pressure plate (10), which like a rocker is pivotally mounted at a plunger (9) non-rotatably seated in the supporting ring (8) so as to be swivelled in a stop-limited way about a rocking axis (B) parallel to the axis of movement (A), and as head portion the hammering units (5) have a counter-pressure plate (13) associated to the pressure plates (10), which like a rocker can be swivelled in a stop-limited way about a rocking axis (C) parallel to the axis of movement (A), where pressure plates (10) and counter-pressure plates (13) form cooperating slide faces (16, 17) and via restoring springs (18, 19) can be pressurized in the direction of a starting position forwardly inclined with respect to the respective relative rotation (R) of forging box (3) and supporting ring (8).
    • 一个型锻机(1)包括锤击单元(5),该锤击单元(5)可垂直地可移动地被引导在锻造箱(3)的径向凹槽(4)中,所述锻造机构围绕所述运动轴线(A)可旋转地和可驱动地安装,并且压力构件被支撑在同轴支撑环 8)围绕锻造箱(3),其中锻造箱(3)和/或支撑环(8)能够被驱动以相对于彼此旋转,并且在相应的通道期间,压力构件作用于锤击 单元(5)的头部突出到压力构件的旋转路径中,在向内指向的压力脉冲的意义上。 为了实现坚固,耐磨的提升驱动,压力构件包括压板(10),其如摇臂枢转地安装在不可旋转地安置在支撑环(8)中的柱塞(9)上,以便 围绕平行于运动轴线(A)的摇摆轴线(B)以止动限制的方式旋转,并且作为头部部分,锤击单元(5)具有与压力板相关联的反压板(13) 10),其中摇杆可以围绕平行于运动轴线(A)的摇摆轴线(C)以止动限制的方式旋转,其中压力板(10)和反压板(13)形成协作滑块 可以在相对于锻造箱(3)和支撑环(8)的相应相对旋转(R)向前倾斜的起始位置的方向上加压面(16,17)和通过复原弹簧(18,19)。
    • 2. 发明授权
    • Forging machine
    • 锻造机
    • US06308552B1
    • 2001-10-30
    • US09452994
    • 1999-12-02
    • Gottfried BlaimscheinAlfred Seeber
    • Gottfried BlaimscheinAlfred Seeber
    • B21D4100
    • B30B1/26B30B1/263F16C3/28
    • A forging machine (1) comprises eccentric-driven connecting rods (6), which are vertically movably guided in a forging box (3) radial to the eccentric shaft axis (E), and for a drive connection have a connecting rod small end (12) with a sliding surface at their end facing the eccentric for a non-rotating sliding cooperation with a bearing body (13) rotatably seated at the eccentric (11). To achieve a rugged and nevertheless simple adjustment of the vertical position, the sliding surface (20) of the connecting rod small end (12) forms a sliding path (G) normal to the axial plane defined by the eccentric shaft axis (E) and the connecting rod axis (P) and inclined with respect to the eccentric shaft axis (E), and via an actuator (22) the bearing body (13) forming a corresponding inclined surface (21) is movably arranged relative to the connecting rod (6) firmly supported in the direction of the eccentric shaft axis.
    • 锻造机(1)包括偏心驱动的连接杆(6),该偏心驱动的连接杆(6)沿着偏心轴线(E)径向移动地被引导到锻造箱(3)中,并且驱动连接具有连杆小端 12),其端部面向偏心件的滑动表面,用于与可偏转地安装在偏心轮(11)上的支承体(13)的非旋转滑动配合。 为了实现对垂直位置的坚固且简单的调整,连杆小端(12)的滑动表面(20)形成与由偏心轴线(E)限定的轴向平面垂直的滑动路径(G)和 所述连杆轴线(P)相对于所述偏心轴线(E)倾斜,并且通过致动器(22),形成相应的倾斜表面(21)的所述轴承体(13)相对于所述连接杆 6)在偏心轴轴线的方向上牢固地支撑。
    • 3. 发明授权
    • Swaging machine
    • 模锻机
    • US06308546B1
    • 2001-10-30
    • US09456006
    • 1999-12-07
    • Gottfried BlaimscheinAlfred Seeber
    • Gottfried BlaimscheinAlfred Seeber
    • B21J732
    • B21J7/14B21J9/18
    • A swaging machine (1) for swaging rod-shaped or tubular workpieces is comprised of an annular forging box (3) mounted in a machine frame (2) so as to be rotated and driven about the axis of movement (A) of the workpiece, where in radial recesses (4) of said forging box forging punches (5) are accommodated, which are acting against each other and are vertically movable via a lifting drive (7) while the forging box rotates at the same time. To achieve an economic adjustment of the vertical position also during the forging operation, the forging punches comprise two parts screw-connected with each other, a drive-end, rotatably guided upper part (51) and a tool-end, non-rotatably guided lower part (52), where the upper part (51) has associated thereto a transmission (20) with a gear rim (21) non-rotatably, but axially movably seated at the upper part (51) and rotatably, but axially immovably mounted in the forging box (3), and a drive gear (23) rotatably mounted in the forging box (3), which drive gears (23) are part of a planetary gear system (25).
    • 用于锻造棒状或管状工件的型锻机(1)由安装在机架(2)中的环形锻造箱(3)组成,以围绕工件的运动轴线(A)旋转和驱动 其中,所述锻造箱锻造冲头(5)的径向凹部(4)被容纳,所述锻造箱锻造冲头(5)在锻造箱同时旋转的同时彼此作用并且可通过提升驱动装置(7)垂直移动。 为了在锻造操作期间实现垂直位置的经济调节,锻造冲头包括彼此螺纹连接的两个部件,驱动端,可旋转地引导的上部(51)和工具端,不可旋转地引导 下部(52),其中上部(51)与其相关联的传动装置(20)具有不可旋转的齿轮边缘(21),但轴向可移动地安置在上部(51)处并且可旋转地但轴向地不可移动地安装 以及可旋转地安装在锻造箱(3)中的驱动齿轮(23),驱动齿轮(23)是行星齿轮系统(25)的一部分。
    • 4. 发明授权
    • Swaging machine
    • 模锻机
    • US6070446A
    • 2000-06-06
    • US187668
    • 1998-11-06
    • Gottfried BlaimscheinAlfred SeeberRupert Wieser
    • Gottfried BlaimscheinAlfred SeeberRupert Wieser
    • B21J7/14B21J7/16B21J9/18
    • B21J7/16B21J7/145
    • A swaging machine (1) for swaging rod-shaped workpieces (W) has a ring-shaped forging box (3) supported in a machine frame (2) so as to be driven and rotated about the travel axis (A) of the workpiece (W), where in radial recesses (4) of the forging box forging punches (5) are accommodated which act against each other and can be lifted via a lifting drive (7) while the forging box rotates at the same time. To ensure swaging with a non-rotating workpiece (W) subjected to a pure longitudinal feed, the forging punches (5) are supported in the recesses (4) of the forging box (3) via pivotally mounted longitudinal guideways (13), and oscillating movements with a direction of movement lying in a normal plane (N) with respect to the travel axis (A) can be superimposed on the lifting movements of the forging punches (5) for swinging back the associated forging tools (6) relative to the forging box (13) during their contact with the workpiece at an angular velocity corresponding to the angular velocity of the rotation of the forging box, but directed in the opposite direction.
    • 用于锻造棒状工件(W)的型锻机(1)具有支撑在机架(2)中的环形锻造箱(3),以便围绕工件的行进轴线(A)被驱动和旋转 (W),其中容纳锻造箱锻造冲头(5)的径向凹部(4),其相互作用并且可以在锻造箱同时旋转的同时通过提升驱动器(7)提升。 为了确保用经受纯粹纵向进给的不旋转工件(W)进行锻造,锻造冲头(5)通过枢轴安装的纵向导轨(13)支撑在锻造箱(3)的凹部(4)中,并且 相对于移动轴线(A)位于正常平面(N)的运动方向的摆动运动可以叠加在锻造冲头(5)的提升运动上,以使相关的锻造工具(6)相对于 锻造箱(13)在以与锻造箱的旋转的角速度相对应但以相反方向指向的角速度的工件接触工件时。
    • 6. 发明授权
    • Cutting installation for cutting out blanks from sheet material bands
    • 切割安装从切割材料桶切出空白
    • US5080297A
    • 1992-01-14
    • US481867
    • 1990-02-20
    • Gottfried Blaimschein
    • Gottfried Blaimschein
    • B26D7/01B26D7/18B26F1/38
    • B26F1/3813B26D7/018B26D7/18B26D7/1827
    • A cutting installation for cutting out blanks from a sheet material band comprises a cutting table comprising a conveyor band forming a working surface and operable to move in a conveying direction, and a source of low pressure applicable thereto, a cutting head movable over the working surface of the conveyor band, the cutting head comprising a cutting tool, a sheet material band supply station arranged upstream of the conveyor band in the conveying direction, and a sheet material band receiving station arranged downstream of the conveyor band in the conveying direction. To rationalize the cutting operation and enable the waste to be separated automatically, the installation has a waste collector received on the cutting table, the waste collector comprising a carriage reciprocably movable along the conveyor band and including a guide roller extending transversely to the conveying direction and placeable upon the sheet material band, and a driven, rotatable storage roller arranged above the guide roller.
    • 用于从片材料带切割坯料的切割装置包括切割台,该切割台包括形成工作表面并可操作以沿输送方向移动的输送带和可应用于其的低压源,切割头可在工作表面上移动 所述切割头包括切割工具,沿输送方向布置在输送带的上游的片材料供给站,以及布置在输送带沿输送方向下游的片材料带接收站。 为了使切割操作合理化并使废物自动分离,该装置具有容纳在切割台上的废物收集器,废物收集器包括可沿输送带往复运动的托架,并且包括横向于输送方向延伸的引导辊, 可放置在片材带上,以及布置在导辊上方的可驱动的可旋转存储辊。
    • 8. 发明授权
    • Device for milling long workpieces
    • 用于铣削长工件的装置
    • US4443142A
    • 1984-04-17
    • US373345
    • 1982-04-30
    • Gottfried Blaimschein
    • Gottfried Blaimschein
    • B23C3/06B23Q1/76
    • B23Q1/76Y10T409/303752Y10T409/30756Y10T409/308736Y10T82/19Y10T82/2597
    • The workpiece is initially held in a position in which it has a free sag near the center of its length, where it is subsequently supported by a backrest for milling so as to eliminate only the elastic deformation of the workpiece which is due to the free sag. The backrest comprises a supporting jaw, adapted to be disposed under the workpiece, and to be vertically raised to engage the workpiece from below in a position of initial contact, at least one retaining jaw, adapted to be disposed above the workpiece and to be moved downwardly toward the workpiece to clamp the latter against the supporting jaw, and a detector arranged to detect and store the position in which the supporting jaw initially contacts the workpiece. A first drive is operable to raise the supporting jaw and the workpiece to a preselected extent above the position of initial contact. A second drive is operable to move the retaining jaw into engagement with the workpiece which has thus been raised.
    • 工件最初被保持在其长度中心附近具有自由下垂的位置,其随后由用于铣削的靠背支撑,以便仅消除由于自由下垂引起的工件的弹性变形 。 靠背包括支撑夹爪,其适于设置在工件下方并且被竖直升高以在初始接触的位置从下方接合工件,至少一个保持夹爪,适于设置在工件上方并被移动 向下朝向工件以将其夹紧在支撑爪上;以及检测器,被布置成检测并存储支撑爪最初接触工件的位置。 第一驱动器可操作以将支撑夹爪和工件升高到初始接触位置之上的预选程度。 第二驱动器可操作以将保持夹爪移动成与已经升高的工件接合。
    • 10. 发明授权
    • Forging machine
    • 锻造机
    • US06240759B1
    • 2001-06-05
    • US09456005
    • 1999-12-07
    • Gottfried Blaimschein
    • Gottfried Blaimschein
    • B21J716
    • B21J9/18B21J7/14B21J9/025
    • A forging machine (1) comprises at least two forging punches (3) acting against each other and longitudinally guided in a forging box (1), which forging punches each have separate mechanical lifting drives and preferably vertical position adjusting means. To achieve a rugged lifting drive with high machine rigidities and a simplified construction, the lifting drives are comprised of a wobble plate drive (5) including a wobble plate (6) rotatably and drivably, but immovably mounted in the forging box (1) about a wobble axis (T) offset in parallel to the respective forging punch axis (S), and a pressure plate (9) associated to the wobble plate (6) and supported in the manner of a ball-and-socket joint on the end face of the associated forging punch (3) facing the wobble plate, where preferably the forging punches (3) can be pressurized via pressure springs (11) in the sense of a frictional connectoin of wobble plates (6) and pressure plates (9).
    • 锻造机(1)包括至少两个彼此作用并在锻造箱(1)中纵向引导的锻压冲头(3),锻造冲头各自具有单独的机械提升驱动装置,并且优选地是垂直位置调节装置。 为了实现具有高机械刚度和简化结构的坚固的提升驱动器,提升驱动器包括摆动板驱动器(5),其包括可旋转地和可驱动地摆动的摆动板(6),但是不可移动地安装在锻造箱(1)中 平行于相应锻造冲头轴线(S)偏移的摆动轴(T)和与摆动板(6)相关联并以端部的球窝接头的方式支撑的压板(9) 相应的锻造冲头(3)的面对摆盘的表面,其中优选地,锻造冲头(3)可以在摆盘(6)和压板(9)的摩擦连接的意义上通过压力弹簧(11)加压, 。