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1·With the optimized filtration fabric, a GZ model drum filter is empoldered.

采用优选出的驻极体过滤材料研发出GZ型鼓式过滤器。

2·In the plant’s control room, Penrice’s workers watch crystals form on the outside of a vacuum-drum filter.

在Penrice公司车间的控制室，工人们可以看到晶形在真空鼓过滤器表面凝结。

3·A packed drum filter can be used for sand filtration and is a good way of providing limited quantities of safe water quickly (for example, for a health center).

充满转鼓的过滤器可以用作沙子过滤并且这是一种快速提供有限安全水量的好方法(例如，用于卫生所)。

4·The designed instances show that the program has considerably high accuracy for design calculation of rotary drum vacuum filter processing compressible material.

设计实例表明该程序对于处理可压缩性物料的转鼓真空过滤机的设计计算具有较高的准确度。

5·Air recoil and pnermatic auxiliary scraper: this technology effectively reduces the solids remained in the drum and effective resume the performance of the filter cloths.

气体反冲及气体辅助刮刀装置：这种新技术的应用，可以使残余滤饼降低最少，以便滤布再生。

6·The series centrifuge drum wall holes without filter, filter, is not required to operate.

该系列离心机转鼓壁无滤孔，操作时不需滤布。

7·Using the mathematical model of filtration process analyses the production capacity of the continuous revolving drum vacual filter and the filtration efficiency.

应用过滤过程数学模型分析了连续转鼓式真空过滤机的生产能力机理，对过滤效率进行了分析。

8·The static analysis including external drum, internal drum, distribution head etc, provides a reliable basis for designing the components of rotary pressure filter.

包括对外转鼓、内转鼓、分配头等进行静力分析，为加压转鼓过滤机零部件设计的可靠性提供一定的依据。

9·This paper briefly introduces the whole design thought of the new-type vacuum filter and the design and development of some main structure parts: rotary-drum and back-flushing valve.

简要介绍了新型真空过滤机的整体设计思路及其主要结构部件转鼓和反吹阀的设计研制。

10·Pneumatic auxiliary scraper and air recoil device could completely clean the solid materials remained in the drum, good for the filter cloth recycling.

气体反冲及气体辅助刮刀装置：这种新技术的应用，可以使残余滤饼降低最少，以便滤布再生。