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A gasket for sealing between a water closet and the floor or other supporting structure. In cross section it includes a flat seat for the base of the closet, an outer flange for sealing against the outer edge of the base and an inner sealing rib formed for hinge-like deflection by and toward the bas

A gasket for sealing between a water closet and the floor or other supporting structure. In cross section it includes a flat seat for the base of the closet, an outer flange for sealing against the outer edge of the base and an inner sealing rib formed for hinge-like deflection by and toward the base as the latter is seated. The gasket is adapted to conform to various perimetrical shapes of bases, and may include an integral gasket and sealing section for annularly and sealingly engaging the drain joint of the water closet and the surface of the floor or other supporting structure.

대표청구항 ▼

A gasket for sealing between a water closet and the floor or other supporting structure. In cross section it includes a flat seat for the base of the closet, an outer flange for sealing against the outer edge of the base and an inner sealing rib formed for hinge-like deflection by and toward the bas

A gasket for sealing between a water closet and the floor or other supporting structure. In cross section it includes a flat seat for the base of the closet, an outer flange for sealing against the outer edge of the base and an inner sealing rib formed for hinge-like deflection by and toward the base as the latter is seated. The gasket is adapted to conform to various perimetrical shapes of bases, and may include an integral gasket and sealing section for annularly and sealingly engaging the drain joint of the water closet and the surface of the floor or other supporting structure. a recycle flow path extends over the overflow fence from the recycle manifold to the recirculation cavity for delivering subdivided pieces of material; and a pneumatic conveyor comprising a source of air and a pneumatic duct communicating with the recycle manifold, the pneumatic duct configured to deliver an air stream from the source of air into the recycle manifold to entrain subdivided pieces and move the subdivided pieces from the recycle manifold for further conveying and subdividing within the comminuting apparatus; wherein the airstream from the pneumatic duct impinges on accumulated subdivided pieces of material collecting above the recycle manifold to pneumatically move the subdivided pieces of material along the recycle flow path to the recirculation cavity for delivery to the scissor rolls for further sorting and/or subdividing. 2. The comminuting apparatus of claim 1 wherein the overflow fence is provided by a cross-member of the frame that nests along and above one of the scissor rolls. 3. The comminuting apparatus of claim 1 wherein a first one of the scissor rolls is parallel and elevated relative to a second one of the scissor rolls. 4. The comminuting apparatus of claim 1 further comprising a sorting plate having perforations and provided beneath the scissor rolls for sorting undersized smaller pieces of material of a size less than a predetermined size to pass through to a shear outtake manifold. 5. A comminuting apparatus, comprising: a frame having an enclosure with an entrance opening for receiving waste material; at least one drive motor carried by the frame; a set of overlapping scissor rolls including a first scissor roll and a second scissor roll carried within the enclosure for co-rotation and driven by the at least one drive motor, configured to draw material from beneath for delivery between the overlapping scissor rolls to subdivide the material; a recycle manifold provided above and downstream of the scissor rolls and configured to receive the subdivided material from between the overlapping scissor rolls; a pneumatic conveyor comprising a source of air and a pneumatic duct communicating with the recycle manifold, the source of air comprising a centrifugal fan and an outer volute duct extending from the centrifugal fan to an overflow air recirculation pipe that communicates with the pneumatic duct via an overflow outlet, the pneumatic duct comprising a plurality of overflow plenum slots communicating between the pneumatic duct and the recycle manifold and extending across the recycle manifold above and substantially parallel with the scissor rolls and configured to deliver an air stream from the source of air into the recycle manifold to entrain subdivided pieces and move the subdivided pieces from the recycle manifold for further conveying and subdividing within the comminuting apparatus; and a deflector downstream of the overflow plenum slots configured to direct the source of air to impinge against subdivided pieces of material that accumulate in the recycle manifold to further convey the subdivided pieces to cascade over an overflow fence of the frame extending between the recycle manifold and a recirculation cavity. 6. In a comminuting apparatus having intermeshing cutting blades carried by a frame within an enclosure and a recycle manifold provided above the blades for collecting material subdivided by the blades and an overflow fence along the recycle manifold over which subdivided material cascades for delivery back into the blades, the invention comprising: a pneumatic conveyor for generating a source of air; a recirculation air pipe communicating with the pneumatic conveyor at a first end; and an air delivery duct comprising a plurality of overflow plenum slots communicating with the pneumatic conveyor via the recirculation air pipe at a second end and configured to deliver a stream of air into the recycle manifold to impinge upon subdivided material that collects wit hin the recycle manifold behind and above the overflow fence so as to encourage movement of the recycled material over the overflow fence and into the recirculation cavity for further comminuting. 7. The comminuting apparatus of claim 6 wherein the pneumatic conveyor comprises a centrifugal fan. 8. The comminuting apparatus of claim 7 wherein the recirculation air pipe comprises an overflow inlet extending from the centrifugal fan and an overflow outlet communicating with the air delivery duct for delivering a source of air into the air delivery duct from the centrifugal fan. 9. The comminuting apparatus of claim 6 further comprising a flow deflector provided downstream of the air delivery duct and configured to direct delivery of the source of air into the recycle manifold to impinge upon the subdivided material collecting within and above the recycle manifold. 10. The comminuting apparatus of claim 6 wherein the air delivery duct is provided within a top portion of a recycle housing for the comminuting apparatus. 11. The comminuting apparatus of claim 6 wherein one of the overflow plenum slots is provided adjacent each end of the recycle manifold. 12. The comminuting apparatus of claim 11 wherein the plurality of overflow plenum slots are spaced equally apart from one end of the recycle manifold to another end of the recycle manifold. 13. In a comminuting apparatus having intermeshing cutting blades carried by a frame within an enclosure and a recycle manifold provided above the blades for collecting material subdivided by the blades and an overflow fence along the recycle manifold over which subdivided material cascades for delivery back into the blades, the invention comprising: a pneumatic conveyor for generating a source of air; a recirculation air pipe communicating with the pneumatic conveyor at a first end; an air delivery duct communicating with the pneumatic conveyor via the recirculation air pipe at a second end for delivering a source of air into the recycle manifold to impinge upon subdivided material that collects within the recycle manifold behind and above the overflow fence so as to move the recycled material over the overflow fence for further comminuting; and an entrance air duct provided adjacent an entrance slot of the comminuting apparatus configured to deliver a stream of air between a sheet of material being received within the entrance slot and an inner wall of an enclosure of the comminuting apparatus. 14. The invention of claim 13 wherein the entrance air duct comprises a plenum and at least one ejection slot for delivering a stream of air at a relatively high ejection velocity between the sheet of material and the inner wall of the enclosure. 15. An air recirculation system, comprising: a comminuting apparatus having a recycle housing and a recycle manifold with an overflow fence where subdivided pieces of material cascade from the recycle manifold over the overflow fence for further comminuting via intermeshing cutting blades; a source of air providing a pneumatic conveyor including a pneumatic fan; an overflow air recirculation pipe communicating with the source of air; and a recycling air delivery duct cooperating with the recycle housing to provide an overflow plenum including a plurality of overflow plenum slots and communicating with the source of air via the overflow air recirculation pipe and configured to eject the source of air at an increased velocity to impinge the source of air upon subdivided material collecting in and above the recycle manifold to encourage moving the subdivided material over the overflow fence for further comminuting between the intermeshing cutting blades; and a flow deflector provided downstream of the plurality of overflow plenum slots and configured to direct the source of air leaving the overflow plenum slots so as to impinge upon the subdivided material collecting above the recycle manifold to cause cascading of the recycled material over the