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    • 45. 发明授权
    • Rotary hopper for an attaching apparatus
    • 用于连接装置的旋转料斗
    • US5603442A
    • 1997-02-18
    • US522764
    • 1995-09-01
    • Volker SchmidtErich A. Schmidt
    • Volker SchmidtErich A. Schmidt
    • A41H37/00B65G47/14B65G29/02
    • A41H37/00B65G47/1478
    • A rotary hopper includes a door, which is pivotally mounted on the main mounting plate for pivoting about a vertical axis, having a transparent element to enable viewing of the interior of the rotary hopper. The pivotally mounted door enables easy access to the interior of the hopper. On the opposite side of the main mounting plate from the door, a shaft is supported for rotatably supporting a cone having a gauging ring with gauging grooves mounted thereon. A recess in the cone, the interior of the gauging ring, and the interior of the transparent element on the door form a reservoir in the rotary hopper for the fastener elements. On the side of the main mounting plate having the door, the main mounting plate has a vertical groove to receive the fastener element in each of the gauging grooves when each of the gauging grooves is aligned therewith during rotation of the gauging ring. The vertical groove communicates with a setting station of an attaching apparatus.
    • 旋转料斗包括门,其可枢转地安装在主安装板上用于围绕竖直轴线枢转,具有透明元件以能够观察旋转料斗的内部。 枢轴安装的门能够容易地进入料斗的内部。 在主安装板的与门相反的一侧,轴被支撑以可旋转地支撑具有安装在其上的测量槽的具有测量环的锥体。 锥体中的凹槽,测量环的内部和门上的透明元件的内部在用于紧固件元件的回转料斗中形成储存器。 在具有门的主安装板的侧面上,当安装在测量环的旋转期间,每个测量槽与其对准时,主安装板具有垂直的槽,用于在每个测量槽中容纳紧固元件。 垂直沟槽与连接装置的设置站连通。
    • 46. 发明授权
    • Fastener attaching apparatus
    • 紧固件连接装置
    • US4985987A
    • 1991-01-22
    • US463488
    • 1990-01-11
    • Volker SchmidtEric A. Schmidt
    • Volker SchmidtEric A. Schmidt
    • A41H37/02
    • A41H37/02Y10T29/53387
    • A two prong symmetrical shaped element is connected to a non-symmetrical shaped element on opposite sides of a material by disposing the two prongs in two holes in the non-symmetrical shaped element, which is a hook or an eye. The non-symmetrical shaped element is supplied from a hopper through a feed chute to a guide channel in which it is advanced to a setting station where it is attached to the two prong element by cooperation of an anvil and a ram. When the non-symmetrical shaped element is a hook, its orientation is changed by a rotatable transport stop disposed betwen two portions of the feed chute during advancement of the hook through the feed chute. When the non-symmetrical shaped element is an eye, its orientation is changed during its advancement through the guide channel prior to its disposition at the setting station.
    • 通过将两个插脚设置在作为钩或眼的非对称形状的元件中的两个孔中,将两脚对称形状的元件连接到材料的相对侧上的非对称形状的元件。 非对称形状的元件从料斗通过进料槽提供到引导通道,在该引导通道中,进给到通过砧和冲头的配合将其附接到两个叉形元件的固定位置。 当非对称形状的元件是钩子时,其取向通过在钩子通过进料槽推进期间设置在进料槽的两个部分之间的可旋转运输停止件来改变。 当非对称形状的元件是眼睛时,其定向在其在设置位置之前通过引导通道改进。
    • 47. 发明授权
    • Apparatus for cutting strips of material
    • 用于切割材料条的装置
    • US4033215A
    • 1977-07-05
    • US683080
    • 1976-05-04
    • Volker Schmidt
    • Volker Schmidt
    • B26D5/20
    • B26D5/20Y10T83/4445Y10T83/4458Y10T83/4491Y10T83/543
    • Selected lengths of a strip of material are cut either continuously in an automatic mode or each selected length is cut in a manual mode by manual activation of a switch. When the thickness of the strip of the material being cut exceeds a predetermined thickness or is less than a predetermined thickness, this difference is sensed so that this portion of the strip of the material is cut as soon as it ceases to exceed the predetermined thickness or be less than the predetermined thickness. In the automatic mode, automatic cutting may be stopped after this portion of different thickness has been cut either every time or every other time, and manual activation is required to start another automatic cutting.
    • 材料条的选定长度在自动模式下连续切割,或者通过手动激活开关在手动模式中切割每个选定的长度。 当待切割材料的条带的厚度超过预定厚度或小于预定厚度时,感测到该差异,使得材料条带的该部分一旦停止超过预定厚度即被切割,或 小于预定厚度。 在自动模式下,可以在每次或每隔一段时间切割不同厚度的部分之后自动切割,并且需要手动启动以开始另一次自动切割。
    • 49. 发明授权
    • Valve drive of an internal combustion engine
    • 内燃机的阀驱动
    • US07617806B2
    • 2009-11-17
    • US11718667
    • 2005-10-12
    • Volker SchmidtMichael Berger
    • Volker SchmidtMichael Berger
    • F01L1/34
    • F01L1/2405F01L1/143F01L13/0031F01L13/06F01L2800/10
    • A valve drive (1) of an internal combustion engine which is used to actuate a gas exchange valve (6) is provided. Displacement of the valve takes place when a cam (9) is lifted and when a hydraulic force applying device (12) is lifted. A piston (13) of the force applying device can be displaced from a first end position (A) to a second end position by feeding a hydraulic medium, which can be pressure-adjusted, from a hydraulic medium line (24) into a pressure chamber (21). The pressure chamber (21) can be connected to the hydraulic medium line (24) via a shut-off element (20) which is open towards the pressure chamber (21) and which is arranged in the housing (15) and also by means of at least one passage (26) in the housing (15). The passage (26) is at least partially blocked by an external casing surface (16) of the piston (13) in the first end position (A) thereof.
    • 提供了用于致动气体交换阀(6)的内燃机的阀驱动器(1)。 当凸轮(9)被提起并且当液压力施加装置(12)被提升时,阀的位移发生。 通过将可以被压力调节的液压介质从液压介质管线(24)馈送到压力中,所述施力装置的活塞(13)可以从第一端部位置(A)移动到第二端部位置 室(21)。 压力室(21)可以经由关闭元件(20)连接到液压介质管线(24),所述切断元件(20)朝向压力室(21)开口并且被布置在壳体(15)中,并且还通过装置 在壳体(15)中的至少一个通道(26)。 在第一端部位置(A)中,通道(26)至少部分地被活塞(13)的外部壳体表面(16)阻挡。
    • 50. 发明授权
    • Variable valve drive of an internal combustion engine
    • 内燃机的可变阀驱动
    • US07568460B2
    • 2009-08-04
    • US11718678
    • 2005-10-12
    • Volker Schmidt
    • Volker Schmidt
    • F01L1/18
    • F01L13/0031F01L1/2405Y10T74/2107
    • A variable valve drive (1) of an internal combustion engine is provided which is used to actuate a gas exchange valve (5). Displacement thereof takes place via a cam (7) generated lift and via a lift generated by a piston (14, 32) of a hydraulic force applying device (4a, 4b), which is superimposed on the cam lift and which is independent thereof. The hydraulic force applying device is connected to a hydraulic fluid line (S-P) which provides an adjustable hydraulic pressure medium and includes a pressure chamber (24a, 24b) which is limited on one side by the piston (14, 32), in addition to a hydraulic valve lash compensation device (23a, 23b) which includes a working chamber (22a, 22b) which is radially defined by a housing (13a, 13b). The housing (13a, 13b) is also used to radially define the pressure chamber (24a, 24b).
    • 提供内燃机的可变气门驱动器(1),其用于致动气体交换阀(5)。 其位移通过凸轮(7)产生的升降机并经由液压施加装置(4a,4b)的活塞(14,32)产生的升力而发生,该液压力施加装置叠加在凸轮升降机上并与其独立。 液压施加装置连接到液压流体管线(SP),该液压流体管线(SP)提供可调节的液压介质,并且包括压力室(24a,24b),压力室(24a,24b)在一侧被活塞(14,32)限制, 液压阀间隙补偿装置(23a,23b),其包括由壳体(13a,13b)径向限定的工作室(22a,22b)。 壳体(13a,13b)也用于径向地限定压力室(24a,24b)。