. Modern mechanism, exhibiting the latest progress in machines, motors, and the transmission of power, being a supplementary volume to Appletons' cyclopaedia of applied mechanics . Fig. 3.—Hines Fig. 4. These adhere to the sur-face, so that the water runs down continuously in a thin sheet around the outer shell into thereceptacle below, while the steam, following a spiral course to the bottom of the internalpipe, abruptly entei-s it, and passes upwards and out of the separator. Robertsons Centrifugal Separator is shown in Fig. 2. In this separator the steam is com-pelled to take
. Modern mechanism, exhibiting the latest progress in machines, motors, and the transmission of power, being a supplementary volume to Appletons' cyclopaedia of applied mechanics . Fig. 3.—Hines Fig. 4. These adhere to the sur-face, so that the water runs down continuously in a thin sheet around the outer shell into thereceptacle below, while the steam, following a spiral course to the bottom of the internalpipe, abruptly entei-s it, and passes upwards and out of the separator. Robertsons Centrifugal Separator is shown in Fig. 2. In this separator the steam is com-pelled to take a whirling motion by the spiral passages around the central tube. Hines Eliminator.—The Hine eliminator is shown in section in Figs. 3 and 4. The in-terior surfaces have deep, sharp corrugations throughout, extending transversely to the cur-rent, by which the steam is thoroughly brokenup upon entering. In Fig. 3 a sharply corru-gated vertical diaphragm is interposed betweenthe inlet and outlet side. By the force of theincoming current the steam is driven down-ward against this diaphragm, and by impingingthe transverse corrugated surfaces in the body,the initial separation takes place before theturni
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