US2005196295A1PendingUtilityA1

Centrifugal air compressor

Priority: Apr 20, 1995Filed: Apr 25, 2005Published: Sep 8, 2005
Est. expiryApr 20, 2015(expired)· nominal 20-yr term from priority
Inventors:Floyd Wheeler
F04D 29/0566F02B 39/04F02B 33/40F16H 7/023F04D 25/02F04D 29/059
44
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Claims

Abstract

A centrifugal supercharger is disclosed that includes an internal drive mechanism which embodies the present invention. A pair of sprockets are connected to parallel input and output drive shafts and drivingly connected by a taut, high tension, endless cog-belt seated and running on the two sprockets. A plurality of belt stabilizing components are incorporated therein to provide maintenance-free, low-temperature operation of the drive mechanism. These stabilizing components include air ducts formed in the output sprocket, tensioning members formed in the belt, heat-resistant and high-speed ceramic ball bearings and shock absorbing springs that alone and in combination provide a highly efficient drive mechanism.

Claims

exact text as granted — not AI-modified
1 - 15 . (canceled)  
   
   
       16 . An air compressor adapted as an internal combustion engine supercharger having an internal drive mechanism comprising: 
 input and output shafts rotatably mounted in a drive chamber;    said input and output shafts each extending through said drive chamber;    input and output positive drive cog sprockets mounted, respectively, on said input and output shafts;    an endless positive drive cog belt trained around and drivingly mating with said input and output positive drive cog sprockets enclosed in said drive chamber;    fiberglass longitudinal tensioning members formed within said belt; and    said output shaft connected directly to an impeller disposed in a compression chamber;    
   
   
       17 . An air compressor adapted as an internal combustion engine supercharger having an internal drive mechanism comprising: 
 input and output shafts rotatably mounted in a drive chamber;    said input and output shafts each extending through said drive chamber;    input and output positive drive cog sprockets mounted, respectively, on said input and output shafts;    an endless positive drive cog belt trained around and drivingly mating with said input and output positive drive cog sprockets enclosed in said drive chamber;    the endless belt having at least one fiberglass tensioning member adapted to provide minimum strength necessary for operation; and    said output shaft connected directly to an impeller disposed in a compression chamber;

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