POWER TRANSMISSION PRODUCTS

Brand Owner (click to sort) Address Description
HUB CITY HUB CITY, INC. 2914 Industrial Avenue Aberdeen SD 57401 POWER TRANSMISSION PRODUCTS, NAMELY, WORM GEAR SPEED REDUCERS, POWER DRIVE MOTORS, HELICAL GEAR SPEED REDUCERS, BEVEL GEAR DRIVES, COOLING TOWER DRIVES, PARALLEL SHAFT DRIVES, METRIC DRIVES, BALL AND TAPERED ROLLER BEARINGS, COUPLERS, SPLINED ADAPTORS, SPLINED SHAFTS, AND DRIVE SHAFT ASSEMBLIES, ALL BEING PARTS OF LAND VEHICLES;POWER TRANSMISSION PRODUCTS - NAMELY, WORM GEAR, SPEED REDUCERS, POWER DRIVE MOTORS, HELICAL GEAR SPEED REDUCERS, BEVEL GEAR DRIVES, COOLING TOWER DRIVES, PARALLEL SHAFT DRIVES, METRIC DRIVES, BALL AND TAPERED ROLLER BEARINGS, COUPLERS, SPLINED ADAPTORS, SPLINED SHAFTS AND DRIVE SHAFT ASSEMBLIES, ALL BEING PARTS OF, AND VEHICLES;
HUB3 HUB CITY, INC. 2914 Industrial Avenue Aberdeen SD 57401 Power transmission products, specifically stainless steel worm speed reducers, bevel gear drives, helical bevel gear drives and concentric gear drives;
POWERGEAR SAFEGUARD POWERTECH SYSTEMS P. O. BOX 1089 ABERDEEN SD 57401 POWER TRANSMISSION PRODUCTS;
STRONGHOLD FASTENAL IP COMPANY 2001 Theurer Blvd. Winona MN 55987 Power transmission products, namely, Cogged Belts, V-belts, Radial Bearings, Tapered Bearings, Pillow block bearings, Flanged bearings, Insert Bearings, Retaining Rings, E-Clips, Snap Rings, Shaft collars, Roller and Drive Chain, Bronze Bearings and Bushings; HVAC Motors, Blower Motors;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A transmission power control apparatus includes a transmission power control signal extracting section, transmission power control signal storage section, transmission power control determination section, and transmission power changing section. The transmission power control signal extracting section extracts a transmission power control signal from a reception signal containing a transmission power control signal. The transmission power control signal storage section sequentially stores transmission power control signals output from the transmission power control signal extracting section. The transmission power control determination section determines whether an instruction to increase/decrease transmission power based on a plurality of transmission power control signals stored in the transmission power control signal storage section is repeatedly generated. The transmission power changing section stops transmission power updating operation if the determination result from the transmission power control determination section indicates that the transmission power is repeatedly increased/decreased. A transmission power control method is also disclosed.