Stud spacer and mounting system

Claim 1

A stud spacer and mounting system for a wall which comprises: a) a plurality of studs whereby each said stud is an elongated C-shaped homogeneous metal channel; b) an elongated track member positioned upon a flat horizontal surface, whereby said track member will substitute for a bottom sole plate, said elongated track member being a U-shaped homogeneous metal channel having ends and sized so that each end of each said elongated C-shaped homogeneous metal channel can fit into said U-shaped homogeneous metal channel, said U-shaped homogeneous metal channel being homogeneous so that for all intent and purposes it will keep the wall perfectly straight; c) means on said track member for positioning and retaining said studs vertically in stationary equally spaced apart locations therealong so that sheet rock boards can be secured flush to said studs when the wall is being constructed, said positioning and retaining means includes a plurality of upwardly extending flanges, each formed by punching and bending a portion of a base segment of said U-shaped homogeneous metal channel, in which two of said plurality of upwardly extending flanges are located at each of the equally spaced apart locations so that in a first instance an end of each said elongated C-shaped homogeneous channel can be secured to one of said flanges and in a second instance an end of each said elongated C-shaped homogeneous metal channel can be secured between two of said flanges; and d) a tie truck being homogeneous and the approximate length of a corresponding said U-shaped homogeneous metal channel, said homogeneous tie truck extending horizontally above said track member to keep said studs stabilized vertically in the stationary equally spaced apart locations, said tie truck includes an elongated homogeneous metal rectangular plate having a plurality of apertures, each formed by punching and bending a portion of said plate upwardly as a flange in which one said aperature is located at each of the equally spaced locations so that each said elongated C-shaped homogeneous metal channel will extend through one said aperture and can be secured to said respective flange, said homogeneous tie truck going over said C-shaped homogeneous metal channels so that for all intent and purposes it will help keep the wall perfectly straight as opposed to individual braces between each pair of said C-shaped homogeneous metal channels which can cause the wall to waiver.