ALL STATE

Brand Owner (click to sort) Address Description
ALLSTATE ALLSTATE INSURANCE COMPANY Allstate Plaza Northbrook IL 60062 ALL STATE;brokering and underwriting title insurance;
ALLSTATE ALLSTATE INSURANCE COMPANY Allstate Plaza Northbrook IL 60062 ALL STATE;brokering and underwriting title insurance;
ALLSTATE Allstate Darts & Billiards 12600 Farley Rd. Redford MI 48239 ALL STATE;retail store services featuring pool tables, bars and barstools, poker tables, equipment for playing foosball, table hockey, dome hockey and table tennis, and patio and outdoor furniture;
ALLSTATE ALLSTATE INSURANCE COMPANY Allstate Plaza Northbrook IL 60062 ALL STATE;Color is not claimed as a feature of the mark.;Tires for motorcycles; tires for automobiles;
ALLSTATE Scott, David A 20 East Seventh Street Manchester OH 45144 ALL STATE;Display cases for merchandise;
ALLSTATE ALLSTATE INSURANCE COMPANY Allstate Plaza Northbrook IL 60062 ALL STATE;Business services, namely, providing insurance customers consumer information in the field of third-party providers of home improvement, repair and maintenance services, and not including electrical contracting or the installation, maintenance, or repair of electrical systems or equipment;
ALLSTATE ALLSTATE INSURANCE COMPANY Allstate Plaza Northbrook IL 60062 ALL STATE;Financial valuation of start-up business assets; venture capital investment and advisory services; facilitating and arranging for the financing of start-up businesses;Business management of start-up companies; business appraisals of start-up businesses;
 

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

    
Technical Examples
  1. A method for solving a constraint satisfaction problem (CSP) includes choosing a first state corresponding to a first set of values of a set of variables, and selecting a hop distance within a state space of the variables responsively to a random distance selection criterion. A second state corresponding to a second set of the values of the variables is selected, such that the second state is separated from the first state by the hop distance. Constraint costs of the first and second states are compared. If the cost of the second state is lower than the cost of the first state, the first state is redefined to correspond to the second set of the values of the variables. These steps are repeated until a solution of the CSP is found.