AUTO MAGIC

Brand Owner (click to sort) Address Description
AUTOMAGIC Glover, Jean F. 8733 W. Seldon Lane Peoria AZ 85345 AUTO MAGIC;Dispensers for liquid hand soaps, lotions, hand cleaning preparations, hair shampoos, and hair conditioners using a infrared sensor to detect hand movement to dispense liquids;
AUTOMAGIC Fell Technology NEDRE STORGATE 46 DRAMMEN 3015 Norway AUTO MAGIC;Technical consultation services in the field of electronics, namely, computer hardware, employed in residences, offices, warehouses, and manufacturing facilities to perform various building monitoring and control functions; Technical consultation in the field of integration of home automation systems using computer networks and monitoring systems; Technical consulting services in the field of design, selection, implementation and use of electro-mechanical systems and computer hardware and software systems to assist the operation of electro-mechanical equipment employed in residential and commercial buildings; Providing temporary use of non-downloadable computer software used to operate, manage and monitor electro-mechanical equipment installed in residential, office, warehouse, and manufacturing buildings, and used to transmit electronic messages and data via communications networks; Remote monitoring of technological functions of computer systems for operating, managing and monitoring electro-mechanical equipment installed in residential, office, warehouse, and manufacturing buildings;
 

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

    
Technical Examples
  1. A technique verifies a that a module is from an approved vendor. The technique involves obtaining vendor data and a first magic code from a module (e.g., a small form factor pluggable component), and generating a second magic code based on the vendor data. The technique further involves outputting (i) a magic code valid signal when the second magic code matches the first magic code, and (ii) a magic code invalid signal when the second magic code does not match the first magic code. Operation of a computerized device having the module can be based on the valid and invalid signals (e.g., a voltage level, a bit that is set or cleared, a value in a register, etc.). For example, a supplier of the electronic device can configure software running on the computerized device to disable the module if the first and second magic codes do not match.