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    • 2. 发明授权
    • Post-tensioning anchorages for aggressive environments
    • 对于侵略性环境,后张紧锚地
    • US4773198A
    • 1988-09-27
    • US904173
    • 1986-09-05
    • Peter Reinhardt
    • Peter Reinhardt
    • E04C5/12
    • E04C5/122
    • Tendon anchorages for aggressive environments. Tendon anchors according to the present invention include forward and rear connection means for fluid-resistant connection to adjacent members to protect the tendon strand from corrosive elements. A fixed anchorage according to the present invention includes a connector connected to the anchor plate rear connection means and the strand sheath in a fluid-resistant relationship and a cap threaded onto the anchor plate forward connection means to form a fluid-resistant connection after the strand has been tensioned. An intermediate anchorage according to the present invention replaces the cap with an adaptor which is threaded onto the anchor plate front connection means. The adaptor not only secures the anchor plate to the structure formed druing pouring of the structure, but also forms a fluid-resistant connection with a second connector which in turn forms a fluid-resistant connection with the strand sheath. The invention further includes a mount for securing an anchor plate to a structure form for forming a fixed anchorage. The mount includes a spindle with a nose piece which cooperates with the wedge-gripper cavity of the anchor plate to prevent the wedge-gripper cavity from becoming occluded with concrete or other foreign material during pouring of the structure.
    • 用于侵略性环境的肌腱锚固。 根据本发明的肌腱锚固件包括用于与相邻构件进行流体阻力连接的前后连接装置,以保护腱绳免受腐蚀性元件的侵害。 根据本发明的固定锚固件包括以防流体关系连接到锚板后连接装置和绞线鞘的连接器,以及螺纹连接到锚板前连接装置上的帽,以在绞线之后形成耐流体连接 已经紧张。 根据本发明的中间锚固件用适配器取代盖子,该适配器螺纹连接在锚板前连接装置上。 适配器不仅将锚定板固定到形成为排出结构的结构上,而且还与第二连接器形成耐流体连接,第二连接器又与绞线鞘形成耐流体连接。 本发明还包括用于将锚板固定到用于形成固定锚固件的结构形式的安装件。 安装座包括具有鼻部件的心轴,其与锚定板的楔形夹持器腔配合,以防止楔形夹持器腔在浇筑结构期间与混凝土或其它异物封闭。
    • 10. 发明授权
    • Method for measuring ink density
    • 油墨浓度测量方法
    • US4712918A
    • 1987-12-15
    • US671629
    • 1984-11-14
    • Helmut WeigendBernd MorgensternPeter Reinhardt
    • Helmut WeigendBernd MorgensternPeter Reinhardt
    • B41F33/00G01N21/86
    • B41F33/0063
    • In a method for measuring ink density of printed sheets by means of photodiodes which scan light reflection from measuring marks provided on printed sheets, the start of a dynamic measuring process during the running of the printing machine is released by the control of impulse flanks, and the reflected light is scanned by sensors having a short response time. A medium reflection value of the surface of the measuring mark is determined. The control of impulse flanks takes place by a leading edge of the mark printed on the sheet, and the signal, released by that control, switches on the photodiodes and the light source. A changed voltage occurring at the output of each photodiode is amplified, and its peak value is stored; and the photodiodes and the light source are switched off thereafter.
    • 在通过光电二极管测量打印片材的墨密度的方法中,其通过扫描从打印片材上提供的测量标记的光反射来测量打印机运行过程中的动态测量过程的开始是通过脉冲侧面的控制来释放的, 反射光被具有较短响应时间的传感器扫描。 确定测量标记的表面的中等反射值。 脉冲侧面的控制由打印在纸张上的标记的前缘进行,并且由该控制释放的信号打开光电二极管和光源。 在每个光电二极管的输出处发生的变化的电压被放大,并且其峰值被存储; 此后,光电二极管和光源被关闭。