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    • 3. 发明授权
    • Clamping-force transducer for rotating clamping devices
    • 用于旋转夹紧装置的夹紧力传感器
    • US4487078A
    • 1984-12-11
    • US425035
    • 1982-09-27
    • Karl-Heinz SchmitzJosef Steinberger
    • Karl-Heinz SchmitzJosef Steinberger
    • B23B31/24B23Q17/00G01L5/24G01L5/16
    • G01L5/24B23Q17/005
    • A clamping force relates to a clamping-force transducer for rotating clamping devices which has at least two opposite pressure pieces adapted to be placed on the clamping elements of the corresponding clamping device and arranged in a support member, at least one of which pressure pieces acts on a force transducer the measurement values of which are taken from the rotating clamping-force transducer housing via a stationary transfer housing. To adapt the clamping-force transducer simply to clamping devices having a different number of clamping elements and to different clamping diameters without the rigidity of the clamping-force transducer being changed thereby, the pressure pieces are arranged replaceably but fixed on the arms of a multi-arm measurement member, at least one arm of the measurement member being developed as the force transducer. The measurement member preferably has a star shape with six arms, each of which has a connection for a pressure piece. In order to determine the corresponding speed of rotation at the same time as the clamping force, a pulse transmitter for a pulse receiver arranged on the fixed transfer housing is arranged on the rotating clamping-force transducer housing.
    • 夹紧力涉及用于旋转夹紧装置的夹紧力传感器,该夹紧装置具有至少两个相对的压力片,其适于放置在相应的夹紧装置的夹持元件上并且布置在支撑构件中,其中至少一个压力片作用 在力传感器上,其测量值经由固定转印壳体从旋转夹紧力传感器壳体获取。 为了将夹紧力传感器简单地适应于具有不同数量的夹紧元件的夹紧装置和不同的夹紧直径,而夹持力传感器的刚性不会改变,压力片可更换地布置,但固定在多臂 - 测量构件,测量构件的至少一个臂被显影为力传感器。 测量构件优选地具有六个臂的星形,每个臂具有用于压力件的连接。 为了在夹紧力的同时确定相应的旋转速度,布置在固定转印壳体上的脉冲接收器的脉冲发射器布置在旋转夹紧力传感器壳体上。
    • 8. 发明授权
    • Manufacture of tray holder from single molded article
    • 从单个模制品制造托盘支架
    • US4616754A
    • 1986-10-14
    • US593874
    • 1984-03-27
    • Burno HeinzlHerbert FroweinHartmut StieglerJoachim WurzHorst SchmidtWilli HuttelKarl-Heinz Schmitz
    • Burno HeinzlHerbert FroweinHartmut StieglerJoachim WurzHorst SchmidtWilli HuttelKarl-Heinz Schmitz
    • A47B31/00A47B31/06A47G29/00
    • A47B31/06B65D11/10
    • An article for mixing a tray holder has a generally rectangular side panel having upper and lower edges and inner and outer faces, a generally rectangular roof panel projecting generally perpendicular from the inner face of the side panel along the upper edge thereof, and a generally rectangular floor panel projecting generally perpendicular from the inner face of the side panel along the lower edge thereof. These panels are formed along a plane perpendicularly to and bisecting all panels with a weakened region and the roof and floor panels have straight outer edges remote from the side panel that are complementarily shaped to opposite sides of the plane. Thus according to the invention the article can be subdivided into two complementary and interfitting pieces along the plane adn joined together to make a half-depth holder by bonding together the complementary outer edges. A full-depth holder can be made by bonding together the outer edges of two such articles. Thus it is possible with a single such article made by a single mold to make single or double-depth holders. Manufacturing costs are thereby held down.
    • 用于混合托盘保持器的物品具有大致矩形的侧板,其具有上边缘和下边缘以及内外表面,大致矩形的顶板,其大致垂直于侧板的内表面沿着其上边缘突出, 大致垂直于侧板的内表面沿其下边缘突出的地板面板。 这些面板沿着垂直于和平分切割具有弱化区域的所有面板的平面形成,并且屋顶和地板镶板具有远离侧板的直的外边缘,其互补地成形为平面的相对侧。 因此,根据本发明,制品可以沿着连接在一起的平面被细分为两个互补的和相互连接的部件,以通过将互补的外边缘粘合在一起来制造半深的保持器。 可以通过将两个这样的物品的外边缘粘合在一起来制造全深度保持器。 因此,通过单个模具制成的单个这样的制品可以制成单一或双重深度的支架。 制造成本由此下降。
    • 9. 发明授权
    • Power-operated chuck
    • 动力卡车
    • US5060957A
    • 1991-10-29
    • US375394
    • 1989-07-03
    • Hans StolzenbergKarl-Heinz Schmitz
    • Hans StolzenbergKarl-Heinz Schmitz
    • B23B31/00B23B31/14B23B31/177
    • B23B31/14B23B31/00B23B31/16266B23B2250/12Y10T279/1973Y10T279/24Y10T279/247
    • A power-operated chuck having a chuck body and clamping jaws that are displaceably guided in radial guides of the chuck body and that are adapted to be actuated by at least one drive element, which is displaceably guided in the chuck body and is actuated by a force producer that is operated with pressure medium. At least one chamber for receiving lubricating grease is provided in the chuck body, with lubricating bores establishing communication between the chamber and at least some glide surfaces provided for the chuck. At least one chuck component is provided that is moved during actuation of the clamping jaws, with this at least one chuck component extending into the chamber for the production of a pump movement that presses lubricating grease into the lubricating bores.
    • 一种具有卡盘主体和夹爪的动力操作卡盘,卡盘主体和夹爪在卡盘体的径向引导件中被可移动地引导,并且适于由至少一个驱动元件致动,驱动元件可移动地被引导到卡盘主体中并由卡盘主体 用压力介质操作的力生产者。 用于容纳润滑脂的至少一个腔室设置在卡盘体中,其中润滑孔在腔室与为卡盘提供的至少一些滑动面之间建立连通。 提供至少一个卡盘部件,其在夹爪的致动期间移动,其中至少一个卡盘部件延伸到腔室中,用于产生将润滑脂润滑到润滑孔中的泵运动。