Integrated slide-out vehicle work surface

A vehicle comprising:

• a dashboard;
• a retractable work surface apparatus integrated within the dashboard, the apparatus comprising:
• a plurality of guiderails, each installed within the dashboard, wherein each guiderail defines a longitudinal slot and comprises a curved portion having a specified radius that extends downward from a front surface region of the dashboard toward an inner region of the dashboard;
• a work surface assembly moveably coupled to and guided by the plurality of guiderails, the work surface assembly comprising:
• a structural support layer;
• a flexible touchscreen layer disposed on the structural support layer, wherein the flexible touchscreen layer is configured to receive input from a user;
• one or more roller guides mounted to the work surface assembly and configured to travel within the longitudinal slot of a corresponding guiderail;
• and
• a plurality of telescoping rails, each rail slidably coupled to a respective side of the work surface assembly and aligned with a corresponding one of the plurality of guiderails, the telescoping rails being structurally and functionally distinct from the plurality of guiderails, wherein each telescoping rail is configured to facilitate initial linear extension and retraction of the work surface assembly relative to the dashboard, and wherein each telescoping rail is further configured to transfer guidance of the work surface assembly to the curved portion of the corresponding guiderail as the roller guides exit linear guidance and enter and travel within the longitudinal slot of the corresponding guiderail while the work surface assembly moves between a use position and a stowed position, and wherein the telescoping rails are configured to allow the work surface assembly to extend beyond the front surface region of the dashboard to a use position and to retract into a stowed position within the dashboard.

A retractable work surface apparatus for a vehicle, comprising:

• a plurality of guiderails, each configured to be installed within a dashboard of a vehicle, wherein each guiderail defines a longitudinal slot and comprises a curved portion having a specified radius that extends downward from a front surface region of the dashboard toward an inner region of the dashboard;
• a work surface assembly moveably coupled to and guided by the plurality of guiderails, the work surface assembly comprising:
• a structural support layer;
• a flexible touchscreen layer disposed on the structural support layer, wherein the flexible touchscreen layer is configured to receive input from a user;
• a protective surface layer configured over a top surface of the flexible touchscreen layer, wherein the protective surface layer comprises a composite material configured to permit flexural deformation sufficient to conform to the curvature of the guiderails;
• one or more roller guides mounted to the work surface assembly and configured to travel within the longitudinal slot of a corresponding guiderail;
• and
• a plurality of telescoping rails, each rail slidably coupled to a respective side of the work surface assembly and aligned with a corresponding one of the plurality of guiderails, the telescoping rails being structurally and functionally distinct from the plurality of guiderails, wherein each telescoping rail is configured to facilitate initial linear extension and retraction of the work surface assembly relative to the dashboard, and wherein each telescoping rail is further configured to transfer guidance of the work surface assembly to the curved portion of the corresponding guiderail as the roller guides exit linear guidance and enter and travel within the longitudinal slot of the corresponding guiderail while the work surface assembly moves between a use position and a stowed position, and wherein the telescoping rails are configured to allow the work surface assembly to extend beyond the front surface region of the dashboard to a use position and to retract into a stowed position within the dashboard.