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    • 2. 发明申请
    • Adjusting System for a Tool
    • 工具调整系统
    • US20130152745A1
    • 2013-06-20
    • US13696369
    • 2011-04-12
    • Hans-Joachim Pohl
    • Hans-Joachim Pohl
    • B25B23/142
    • B25B23/1422B25B23/141B25B23/1425B25B23/1427
    • The invention relates to a tool with a housing (3) and a handle (2), a working part (5) which is connected to the housing (3) and serves for opening or closing a screw connection and a coupling which has an adjustment (12) and uncouples the working part (5) from the housing (3) when a working value that can be set by way of the adjustment (12) is reached and/or signals the reaching of the working value that can be set by way of the adjustment. Such a tool in which a correct adjustment of the torque value or tightening torque is retained with a high degree of certainty over a relatively long period of time is created by the adjustment having an adjusting screw with a tensioning system.
    • 本发明涉及一种具有壳体(3)和手柄(2)的工具,连接到壳体(3)并用于打开或关闭螺钉连接的工作部分(5)和具有调节 (12),并且当通过调节(12)可以设定的工作值达到和/或发出可以设定的工作值的信号时,将工作部件(5)从壳体(3)拆开,并且/ 调整方式。 通过具有具有张紧系统的调节螺钉的调节,产生了在相当长的时间段内以高度确定性保持扭矩值或紧固扭矩的正确调节的这种工具。
    • 4. 发明授权
    • Apparatus for cutting profile strips formed of rubber mixtures
    • 用于切割由橡胶混合物形成的轮廓条的装置
    • US5325754A
    • 1994-07-05
    • US106192
    • 1993-08-12
    • Hans-Joachim Pohl
    • Hans-Joachim Pohl
    • B26D1/00B29D30/46B26D1/18
    • B26D3/003B29D30/46Y10T83/778Y10T83/7863Y10T83/8748Y10T83/8749
    • Apparatus for cutting profile strips of rubber mixture produced by extrusion and/or calendering and transported to the cutting apparatus by a conveyor which is intermittently stopped for making a cut has a motor driven rotating knife which is moved transversely of the profile strip by a roll-ring drive and is raised to a height above the profile strip for return movement of the knife. In one embodiment, the knife, its driving motor and the mechanism for moving the knife transversely of the profile strip are mounted on a seesaw which is pivoted on horizontal axis and is moved pivotally by a pneumatic servo-motor to raise and lower the knife. In other embodiments the knife and transverse movement mechanism are mounted on a movable carriage, which is raised and lowered by a pneumatic servo motor while the motor for driving the knife in rotation is mounted on the frame of the apparatus and connected to the shaft of the knife by a flexible or telescopic connecting shaft. The carriage runs on a track or is supported by a parallelogram linkage.
    • 用于切割通过挤出和/或压延产生的轮廓带的橡胶混合物的设备,通过间歇地停止用于切割的输送机输送到切割装置,具有马达驱动的旋转刀,其通过辊状横向移动, 环形驱动器并且被升高到型材条上方的高度以使刀的返回运动。 在一个实施例中,刀,其驱动电机和用于使刀片横向于型材条移动的机构安装在跷跷板上,该跷跷板在水平轴线上枢转并由气动伺服电动机枢转地移动以升高和降低刀具。 在其他实施例中,刀和横向运动机构安装在可移动的托架上,该托架通过气动伺服马达升高和降低,而用于驱动刀片旋转的马达安装在设备的框架上并连接到 刀由柔性或伸缩连接轴组成。 滑架在轨道上运行或由平行四边形连杆支撑。
    • 5. 发明授权
    • Arrangement for control of aerial cameras
    • 空中摄像机的控制安排
    • US3997795A
    • 1976-12-14
    • US571008
    • 1975-04-23
    • Hans-Joachim PohlOtto WeibrechtUlrich Wiesenburg
    • Hans-Joachim PohlOtto WeibrechtUlrich Wiesenburg
    • G03B15/00
    • G03B15/00
    • In an arrangement for control of aerial cameras an objective for imaging a surveyed area onto a projection plane is employed. The image frequency and the drift are determined from the speed and the direction of the image motion on the projection plane, whereas the grey values are exploited for the exposure setting of the camera. The obtained parameters are used for controlling the camera. The projection plane is covered at least partially by one or more than one digital photo detector matrix. The signals produced are fed into an information processing stage connected to the photodetector matrix for being processed in accordance with a preselected program. An output unit controls the camera in dependence of the processed signals. The projection plane can be arranged in the image plane of the camera objective and can be employed to evaluate the entire photogram.
    • 在用于控制空中摄像机的布置中,采用将测量区域成像到投影平面上的目标。 图像频率和漂移根据投影平面上的图像运动的速度和方向确定,而灰度值用于相机的曝光设置。 获得的参数用于控制摄像机。 至少部分地由一个或多于一个数字光电检测器矩阵覆盖投影平面。 产生的信号被馈送到连接到光电检测器矩阵的信息处理级,以便根据预先选择的程序进行处理。 输出单元根据处理后的信号控制相机。 投影平面可以布置在相机物镜的图像平面中,并且可以用于评估整个照相图。