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    • 2. 发明授权
    • Apparatus for pressing flat materials onto a transport module
    • 用于将扁平材料压在传送模块上的装置
    • US07810810B2
    • 2010-10-12
    • US12257918
    • 2008-10-24
    • Ulrich HantelWolfgang MuhlMichael WinckDieter Wölm
    • Ulrich HantelWolfgang MuhlMichael WinckDieter Wölm
    • B65H5/00
    • B41J13/12
    • An apparatus for pressing flat materials onto a transport module includes pressing elements acting on the flat material with a spring force through an opening in a feed table for flat materials. The feed table is mounted above a lower housing shell. The pressing elements are configured as spring elements which can be lowered and are anchored in the lower housing shell. An actuating element is disposed in an indentation of a front wall of the lower housing shell in order to actuate a lowering apparatus disposed in the lower housing shell. The lowering apparatus has a lever connected mechanically to the actuating element and a slide coupled to the lever for lowering the spring elements upon actuation of the actuating element.
    • 用于将扁平材料压在传送模块上的装置包括通过弹簧力作用在扁平材料上的按压元件通过用于平坦材料的进料台中的开口。 进料台安装在下壳体的上方。 按压元件被构造为可以降低并且锚固在下壳体壳体中的弹簧元件。 致动元件设置在下壳体壳体的前壁的凹陷中,以便致动设置在下壳体壳体中的下降装置。 下降装置具有与致动元件机械连接的杠杆和联接到杠杆的滑块,用于在致动元件致动时降低弹簧元件。
    • 5. 发明申请
    • Apparatus for Pressing Flat Materials onto a Transport Module
    • 用于将平坦材料压入输送模块的装置
    • US20090152802A1
    • 2009-06-18
    • US12257918
    • 2008-10-24
    • Ulrich HantelWolfgang MuhlMichael WinckDieter Wolm
    • Ulrich HantelWolfgang MuhlMichael WinckDieter Wolm
    • B65H3/24
    • B41J13/12
    • An apparatus for pressing flat materials onto a transport module includes pressing elements acting on the flat material with a spring force through an opening in a feed table for flat materials. The feed table is mounted above a lower housing shell. The pressing elements are configured as spring elements which can be lowered and are anchored in the lower housing shell. An actuating element is disposed in an indentation of a front wall of the lower housing shell in order to actuate a lowering apparatus disposed in the lower housing shell. The lowering apparatus has a lever connected mechanically to the actuating element and a slide coupled to the lever for lowering the spring elements upon actuation of the actuating element.
    • 用于将扁平材料压在传送模块上的装置包括通过弹簧力作用在扁平材料上的按压元件通过用于平坦材料的进料台中的开口。 进料台安装在下壳体的上方。 按压元件被构造为可以降低并且锚固在下壳体壳体中的弹簧元件。 致动元件设置在下壳体壳体的前壁的凹陷中,以便致动设置在下壳体壳体中的下降装置。 下降装置具有与致动元件机械连接的杠杆和联接到杠杆的滑块,用于在致动元件致动时降低弹簧元件。
    • 9. 发明授权
    • Vasometric test apparatus for testing blood supply to the toe of a
patient
    • 用于测试患者脚趾供血的血管测试装置
    • US4873988A
    • 1989-10-17
    • US194463
    • 1988-05-16
    • Karl-Heinz AffeldtUlrich Hantel
    • Karl-Heinz AffeldtUlrich Hantel
    • A61B5/00A61B5/024A61B5/0295
    • A61B5/02427A61B5/0059
    • To provide for adjusted positioning of a pulse sensor (50) against the selected toe of a patient, while the patient is relaxed, and without applying substantial pressure of the sensor against the toe, a base plate is formed with a depression to receive the heel of the foot of the user, and a support element (20) is adjustably positioned on a pair of parallel vertically extending posts (17, 18), projecting from the base plate. The support element is a transverse structure, slidable on the posts, and having a shaft (30) to which a bail (42) is attached. The pulse sensor (50) is mounted on the horizontal portion (48) of the bail, and is slidable along and rotatable about the portion (48). In addition, the bail (42) is slidable sideways (B) with respect to the foot of the user, i.e. across the toes, movable back and forth with respect to the toe to be tested while the pulse sensor (50) is retained against the toe by a spring (34) biasing the shaft, and hence the bail, towards the toe. This permits movement of the pulse sensor in three dimensions as well as tilting and rotating the pulse sensor with respect to the toe (61).
    • 为了提供脉冲传感器(50)对患者的所选择的脚趾的调整定位,同时患者松弛,并且在不施加传感器抵抗脚趾的显着压力的情况下,形成具有凹陷部的底板,以接收脚跟 和支撑元件(20)可调节地定位在从基板突出的一对平行的垂直延伸的支柱(17,18)上。 支撑元件是可在柱上滑动的横向结构,并且具有安装吊环(42)的轴(30)。 脉冲传感器(50)安装在吊环的水平部分(48)上,并且能够围绕部分(48)滑动并且可旋转。 此外,吊环(42)可相对于使用者的脚侧(B)滑动,即跨过脚趾,相对于待测试的趾部可前后移动,同时脉冲传感器(50)保持抵抗 脚趾由弹簧(34)偏压轴,并因此将吊环朝向脚趾。 这允许脉冲传感器在三维中移动,以及相对于脚趾倾斜和旋转脉冲传感器(61)。