Abstract: An auxiliary sun shield for vehicles includes a shield, an adjustable pole having a flexible pole body, a swivel connection between the shield and the adjustable pole, and a fastening means configured to removably attach to an interior surface of a vehicle. The shield is generally a planar disk-shaped device approximately three inches in diameter. The flexible pole body can be bent, crimped, straightened, or curved to achieve optimal positioning. The fastening means may include a clip for attachment to a sun visor edge, hook-and-loop fasteners for attachment to various interior surfaces, or a suction cup for attachment to a windshield. The swivel connection allows independent pivoting movements between the shield and the adjustable pole. The auxiliary sun shield provides supplementary sun protection to block glare not adequately covered by conventional factory-installed sun visors, thereby enhancing driver visibility and safety.

Abstract: A method and system unifying existing data of a target industry from existing sources of the data by designing a data model by applying varying data integrity methods to define characteristics, features and/or functions of items in the target industry as data elements, electronically reading, parsing and transforming data from existing electronic data sources of the target industry to input to the data model, designing user interfaces to the data model, the user interfaces corresponding to user segments of the target industry, and dynamically maintaining normalization of the data model according to the varying data integrity methods during any type of access to the data model by the user segments. A data entry access to the data model comprises dynamically constructing search indexes, each search index defined as a unique data field and a text searchable concatenation of other fields' data in any given data table of the data model.

Abstract: A method and system unifying existing data of a target industry from existing sources of the data by designing a data model by applying varying data integrity methods to define characteristics, features and/or functions of items in the target industry as data elements, electronically reading, parsing and transforming data from existing electronic data sources of the target industry to input to the data model, designing user interfaces to the data model, the user interfaces corresponding to user segments of the target industry, and dynamically maintaining normalization of the data model according to the varying data integrity methods during any type of access to the data model by the user segments. A data entry access to the data model comprises dynamically constructing search indexes, each search index defined as a unique data field and a text searchable concatenation of other fields' data in any given data table of the data model.