![]() ![]() In a rotary syphon assembly as in claim 1, a plurality of ports defined in said shoe, said plurality of ports being arranged in a generally annular configuration about said shoe longitudinal axis, each port having an outlet in said shoe central plenum disposed toward said condensate flow surface opening and an inlet communicating with the steam within the drum.ģ. A low differential rotary syphon assembly for use with steam heated drying drums having an interior wall and condensate therein, comprising in combination, a shoe having a longitudinal axis, said shoe having a condensate flow surface and flow surface spacing means, said condensate flow surface having an opening receiving condensate, said spacing means adapted to maintain said condensate flow surface in opposed juxtaposition to the drying drum interior wall, said shoe including an open unobstructed central plenum in communication with said condensate flow surface opening receiving condensate and having an axis coaxial with said shoe longitudinal axis, at least one steam port defined in said shoe having a steam inlet spaced from said flow surface and an outlet discharging steam into said central plenum toward said condensate flow surface and the drying drum interior wall, whereby, steam ejected from said port mixes with the condensate within said central plenum thereby forming a condensate mass of reduced density which enhances removal of said condensate, and condensate removal means attached to said shoe in communication with said central plenum.Ģ. ![]()
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