公开(公告)号：US4483199A

公开(公告)日：1984-11-20

申请号：US421115

申请日：1982-09-20

Applicant: Norbert Beiermann ,  Manfred Scheller ,  Horst Kretschmer ,  Jurgen Noack ,  Klaus-Dieter Blaschke ,  Lothar Heinz ,  Peter Gohler ,  Hans-Joachim Schweigel ,  Hanshans-Heinrich Deicke ,  Klaus-Peter Rudolph ,  Johannes Flachowsky

Inventor： Norbert Beiermann ,  Manfred Scheller ,  Horst Kretschmer ,  Jurgen Noack ,  Klaus-Dieter Blaschke ,  Lothar Heinz ,  Peter Gohler ,  Hans-Joachim Schweigel ,  Hanshans-Heinrich Deicke ,  Klaus-Peter Rudolph ,  Johannes Flachowsky

IPC: G01F1/708 ,  G01F1/74 ,  G01F1/86 ,  G01F1/70

CPC classification number: G01F1/74

Abstract: A method of measuring a solid matter mass flow during conveying of solid matter-gas suspensions in tubular conduits, particularly during conveying in a dense stream with high pressure, comprises the steps of changing in a pulse mode a solid matter concentration of a solid matter-gas suspension at one location of the conduit through which the suspension flows, continuously measuring a solid matter concentration of a solid matter-gas suspension or a value corresponding thereto at two measuring locations downstream of the first-mentioned changing location and spaced from one another in the conduit, determining a difference between time points at which a difference of the solid matter concentration or the corresponding value is indicated after one another at the measuring locations downstream of the first-mentioned changing location and spaced from one another, determining a per-unit-time average value of the solid matter concentration of the solid matter-gas suspension in a conduit portion corresponding to the measuring location, generating a signal which is proportional to a quotient from the time per unit average value of the solid matter concentration divided by the difference of the time points at which the change of the solid matter concentration at the measuring locations after one another is indicated, and using this signal as a measure for the solid matter mass flow in the conduit.

Abstract translation: 一种测量在管状管道中固体物质 - 气体悬浮液输送期间固体物质质量流量的方法，特别是在以高压流动的密集流体输送过程中，包括以下步骤：以固体物质 - 固体物质 - 气体悬浮液在悬浮液流过的管道的一个位置处，连续地测量固体物质 - 气体悬浮液的固体物质浓度或与之相对应的值，位于第一个提到的改变位置下游的两个测量位置处，并彼此间隔开 导管，确定固体物质浓度差异或相应值的时间点之间的差异，在彼此之间在第一个提到的改变位置的下游的测量位置彼此间隔开并确定每单位 固体物质 - 气体悬浮液在导管口中的固体物质浓度的时间平均值 n对应于测量位置，产生与从固体物质浓度的每单位平均值的时间除以商品的比例的信号除以测量位置之后的固体物质浓度的变化的时间点的差异 并且使用该信号作为导管中固体物质流量的量度。

公开(公告)号：US4467722A

公开(公告)日：1984-08-28

申请号：US495638

申请日：1983-05-18

Applicant: Hannsgeorg Klingelhoefer ,  Klaus-Peter Rudolph

Inventor： Hannsgeorg Klingelhoefer ,  Klaus-Peter Rudolph

IPC: B41F27/00 ,  B41F27/12

CPC classification number: B41F27/005 ,  B41F27/1275 ,  B41N6/00

Abstract: Individual blocks with the register elements provided on one of their sides are fitted to corresponding register pins on a strip-like mounting device and are optionally affixed with small double adhesive tape portions. The mounting device is then fitted to the printing roller, where it engages in bores with corresponding pin-like alignment means. The printing blocks are affixed in conventional manner with double adhesive tape and the mounting device is removed again. In other embodiments, the register elements can also comprise projections on the block and corresponding recesses on the mounting device.

Abstract translation: 具有设置在其一侧上的对准元件的单独块被安装在带状安装装置上的相应的对准销上，并且可选地附接有小的双胶带部分。 然后将安装装置安装到印刷辊上，其中它与相应的针状对准装置接合在孔中。 印刷块以双重胶带以常规方式固定，并且再次移除安装装置。 在其他实施例中，对准元件还可以包括块上的突起和安装装置上的相应凹部。