POWER CHANGE

Brand Owner (click to sort) Address Description
THE POWER OF CHANGE, AVIDXCHANGE AVIDXCHANGE, INC. 1210 AvidXchange Lane Charlotte NC 28206 THE POWER OF CHANGE, AVID EXCHANGE;Software as a service (SaaS) services featuring software for use by businesses for accounts payable invoicing and payment functions via a hosted, online service;
THE POWER TO CHANGE IS AT YOUR FINGERTIPS Metro Industries, Inc. 651 North Washington Street Wilkes-Barre PA 18705 THE POWER TO CHANGE IS AT YOUR FINGER TIPS;shelves, shelving systems and accessories, namely, support frames, shelves, brackets, storage baskets for domestic and commercial use, not of metal, sliding drawer assembly in the nature of drawer slides, self-adhesive polyurethane floor protector caps for placement on the underside of shelves and shelving systems to prevent sliding and/or scratching, non-metal casters, non-metal hooks, non-metal post-to-post connectors, non-metal posts, non-metal add-on-shelves and connectors; shelving accessories, namely, clothes hanger tubes, clothes hanger rails, non-metal casters, wire organizers, namely, plastic ducts and couplings for organizing and holding fiber optic and similar cable and wiring, shelf inlays, and drop shelves;
 

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

    
Technical Examples
  1. A method and apparatus are provided for controlling the power consumption of a semiconductor device such as a CPU or other form of processor that is operable to process a sequence of instructions. The device includes a monitor for checking the power consumption of the device, in order to detect any significant change in power consumption (which can cause problems for the power supply circuitry). In order to mitigate such change, one or more dummy instructions are inserted into the sequence of instructions. The dummy instructions do not affect the logical processing, but are selected in order to limit the change in power consumption. Thus if the change in power consumption represents an increase, then dummy instructions are selected that do not require much current. Conversely, if the change in power consumption represents a decrease, then dummy instructions are selected that draw a relatively large amount of current.