Hanging reaction frame assembly

Claim 2

A reaction frame assembly for restraining movement of the end closure pieces of a cylindrical vessel along the vertically orientated axis of the cylinder, said assembly comprising (a) a pair of horizontal track rails, spaced to each side of the vessel (b) a carriage having wheels resting on said horizontal tracks guided thereby (c) a reaction frame extending between and over said rails comprising upper and lower semi-circular end pieces and a plurality of bands each wrapped around the said end pieces to form a plurality of wraps, the end pieces and bands defining a generally rectangular inner space, said upper end piece being supported by the carriage with the lower piece hanging free by the bands, (d) a horizontal stationary platform fixed axially away from the horizontal track rails, said platform sized for passing though said rectangular inner space in said reaction frame, said platform engaging the cylindrical vessel and holding it fixed relative to the said horizontal tracks and in a position such that movement of the carriage on its horizontal tracks carries the generally rectangular inner space of the reaction frame over the platform and pressure vessel in a position to secure the end closure pieces thereof or carries the reaction frame clear of the reaction vessel.

Claim 3

A reaction frame assembly according to claim 1 wherein the pressure vessel is mounted on the platform with its upper and lower end closure pieces spaced on either side of the platform.

Claim 4

A reaction frame assembly according to claim 1 wherein extensible means mounted to the platform can raise and lower the lower end closure of the pressure vessel.

Claim 5

A reaction frame assembly according to claim 1 wherein the reaction frame comprises a plurality of substantially identical modules, each module comprising semi-circular end pieces, spacers and a band wrapped about the end pieces to form a plurality of wraps.

Claim 6

A module for combining with a plurality of other identical modules to form a reaction frame, said module comprising upper and lower end pieces, said end pieces having planar sides and having a semi-circular cylindrical edge face and a diametral edge face, said diametral faces of said upper and lower end pieces being generally parallel and confronting across a space, two channel beam spacers between said end pieces perpendicular to the diametral faces, said channel beam spacers and diametral faces enclosing a rectangular space, means securing the channel beams to the upper end piece and means releasably securing the channel beams to the lower end piece, plates abutting each planar side of the upper and lower end pieces and extending radially outward of the semi-circular cylindrical edge faces, said plates and cylindrical edge faces defining guideways, said plates secured to said upper end pieces extending outwardly of the end pieces parallel to the diametral edge face providing cantilevered extensions for securing the frame to a carriage, a single band wrapped about the end pieces in a plurality of overlapping wraps nested with the guideways, the innermost wrap being secured to one of said channel beam spacers, and the outermost wrap of said band being secured to a bar fixed between two of said plates.

Claim 7

A module for combining with a plurality of other identical modules to form a reaction frame, said module comprising upper and lower end pieces, said end pieces having planar sides and having a semi-circular cylindrical edge face and a diametral edge face, said diametral faces of said upper and lower end pieces being generally parallel and confronting across a space, two channel beam spacers between said end pieces perpendicular to the diametral faces, said channel beam spacers and diametral faces enclosing a rectangular space, means securing the channel beams to the upper end piece and means releasably securing the channel beams to the lower end piece, plates abutting each planar side of the upper and lower end pieces and extending radially outward of the semi-circular cylindrical edge faces, said plates and cylindrical edge faces defining guideways, said plates secured to said upper end pieces extending outwardly of the end pieces parallel to the diametral edge face providing cantilevered extensions for securing the frame to a carriage, a single band wrapped about the end pieces in a plurality of overlapping wraps nested with the guideways, the innermost wrap being secured to one of said channel beam spacers, and the outermost wrap of said band being secured to a bar fixed between two of said plates.