Collapsible pocket door frame with folding cross braces

A collapsible pocket door frame having:

• a vertically extending gap jamb component, the gap jamb component having a vertically extending first jamb component that is oriented parallel to a vertically extending second jamb component, each of the first jamb component and the second jamb component having a vertically extending proximal surface and a vertically extending distal surface;
• a vertically extending spine component, the spine component arranged parallel to and spaced apart from the gap jamb component;
• and
• a plurality of pairs of transverse cross braces, each one of the pair of transverse cross braces having:
• a first cross brace component and a second cross brace component, each of the first cross brace component and the second cross brace component having a proximal end and a distal end, the proximal end of the first cross brace component having a flat surface and hingedly connected to the distal surface of one of the first jamb component and the second jamb component, the distal end of the second cross brace component hingedly connected to the spine component, the proximal end of the second cross brace component having a flat surface, the distal end of the first cross brace component having a flat surface and hingedly connected to the proximal end of the second cross brace component, the flat surface of the distal end of the first cross brace component abutting the flat surface of the proximal end of the second cross brace component when the transverse cross brace is in an installed position, the flat surface of the proximal end of the first cross brace component abutting the distal surface of one of the first jamb component and the second jamb component when the transverse cross brace is in the installed position, the first cross brace component being collinear with the second cross brace component when the transverse cross brace is in the installed position, a longitudinal surface of the first cross brace component abutting a longitudinal surface of the second cross brace component when the transverse cross brace is in a collapsed position,
• wherein the each one of the pair of transverse cross braces can be extended from the collapsed position to the installed position in a single movement.