Pickup bed utility management system

A segmented panel assembly (105) for enhancing functionality of a pickup bed (101), wherein the assembly (105) comprises:

• (a) a planar first panel (110) having a first panel length (115) and a first panel width (116), wherein the first panel (110) comprises a first panel anterior edge (111) and a first panel posterior edge (112), wherein the first panel length (115) is measured from the first panel anterior edge (111) to the first panel posterior edge (112), wherein a first hinge component (150) is disposed on the first panel anterior edge (111), wherein a second hinge component (160) is disposed on the first panel posterior edge (112),
• wherein the first panel (110) is disposed on a pickup bed (101) via the first hinge component (150) of the first panel (110) pivotally connecting to a second hinge component (160) of the pickup bed (101),
• (b) a planar second panel (120) having a second panel length (125) and a second panel width (126), wherein the second panel length (125) is greater than the first panel length (115), wherein the second panel (120) comprises a second panel anterior edge (121) and a second panel posterior edge (122), wherein the second panel length (125) is measured from the second panel anterior edge (121) to the second panel posterior edge (122), wherein a first hinge component (150) is disposed on the second panel anterior edge (121),
• wherein a second hinge component (160) is disposed on the second panel posterior edge (122),
• wherein the second panel (120) is disposed on the first panel (110) via the first hinge component (150) of the second panel (120) pivotally connecting to the second hinge component (160) of the first panel (110), wherein a first joint (128) range of motion is between 0 and an angle less than about 180 degrees, wherein upon full extension, the first panel (110) and the second panel (120) never lie on the same plane,
• (c) a planar third panel (130) having a third panel length (135) and a third panel width (136), wherein the third panel length (135) is equal to the first panel length (115), wherein the third panel (130) comprises a third panel anterior edge (131) and a third panel posterior edge (132), wherein the third panel length (135) is measured from the third panel anterior edge (131) to the third panel posterior edge (132), wherein a first hinge component (150) is disposed on the third panel anterior edge (131), wherein a second hinge component (160) is disposed on the third panel posterior edge (132),
• wherein the third panel (130) is disposed on the second panel (120) via the first hinge component (150) of the third panel (130) pivotally connecting to the second hinge component (160) of the second panel (120), wherein a second joint (138) range of motion is between 0 and an angle less than about 180 degrees, wherein upon full extension, the second panel (120) and the third panel (130) never lie on the same plane, and
• (d) a planar fourth panel (140) having a fourth panel length (145) and a fourth panel width (146), wherein the fourth panel length (145) is greater than the first panel length (115), wherein the fourth panel (140) comprises a fourth panel anterior edge (141) and a fourth panel posterior edge (142), wherein the fourth panel length (145) is measured from the fourth panel anterior edge (141) to the fourth panel posterior edge (142), wherein a first hinge component (150) is disposed on the fourth panel anterior edge (141), wherein a second hinge component (160) is not disposed on the first panel posterior edge (112),
• wherein the fourth panel (140) is disposed on the third panel (130) via the first hinge component (150) of the fourth panel (140) pivotally connecting to the second hinge component (160) of the third panel (130), wherein a third joint (148) range of motion is between 0 and about 180 degrees, wherein upon full extension, the third panel (130) and the fourth panel (140) lie on the same plane,
• wherein the first panel (110), the second panel (120), the third panel (130), and the fourth panel (140) are hereinafter collectively referred to as panels (190) each having a panel first side (191) and a panel second side (192), wherein the first panel width (116), the second panel width (126), the third panel width (136), and the fourth panel width (146) are equal,
• wherein a plurality of linear extrusions (170) are disposed on the panels (190) from the panel first side (191) to the panel second side (192), wherein each extrusion (170) comprises a plurality of ridges (172) disposed on a convexly curved extrusion top surface (171) thereon, wherein each ridge (172),
• wherein the panel assembly (105) is pivotally disposed on the pickup bed (101),
• wherein in a first configuration, the panel assembly (105) is fully extended over the pickup bed (101) forming a bed cover structure to cover an open pickup bed top (102), wherein the panel assembly (105) is supported over the open pickup bed top (102),
• wherein in a second configuration, the panel assembly (105) is fully extended posterior to the pickup bed (101) forming a work surface structure, wherein the panel assembly (105) is supported via one or more expanding legs (200) disposed on the panel assembly (105) and extending to a ground surface,
• wherein in a third configuration, the panel assembly (105) is fully extended posterior to the pickup bed (101) forming a ramp structure, wherein the panel assembly (105) is supported via the fourth panel posterior edge (142) disposed on the ground surface,
• wherein in a fourth configuration, the panel assembly (105) is partially extended posterior to the pickup bed (101) forming a sun shade structure, wherein the first panel (110) is disposed angularly with respect to the second panel (120), the third panel (130), and the fourth panel (140), wherein the panel assembly (105) is supported via one or more expanding legs (200) disposed on the panel assembly (105) and extending to a ground surface,
• wherein in a fifth configuration, the panel assembly (105) is folded into the pickup bed (101) forming a lockable toolbox, wherein each panel (190) is disposed angularly with respect to an adjoining panel (190), wherein the panel assembly (105) rests on a planar pickup bed bottom surface (103),
• wherein in a sixth configuration, the panel assembly (105) is folded into the pickup bed (101) forming a bed extender, wherein each panel (190) is disposed angularly with respect to an adjoining panel (190), wherein the first panel (110) and the fourth panel (140) overlap, wherein the panel assembly (105) rests on a planar pickup bed bottom surface (103).

A segmented panel assembly (105) comprising:

• (a) a first panel (110);
• (b) a second panel (120), wherein the second panel (120) is pivotally disposed on the first panel (110);
• (c) a third panel (130), wherein the third panel (130) is pivotally disposed on the second panel (120);
• and
• (d) a fourth panel (140), wherein the fourth panel (140) is pivotally disposed on the third panel (130);
• wherein the first panel (110), the second panel (120), the third panel (130), and the fourth panel (140) are hereinafter collectively referred to as panels (190), wherein a plurality of linear extrusions (170) are disposed on the panels (190);
• wherein in a first configuration, the panel assembly (105) is fully extended over a pickup bed (101) forming a bed cover structure to cover an open pickup bed top (102), wherein in a second configuration, the panel assembly (105) is fully extended posterior to the pickup bed (101) forming a work surface structure, wherein in a third configuration, the panel assembly (105) is fully extended posterior to the pickup bed (101) forming a ramp structure, wherein in a fourth configuration, the panel assembly (105) is partially extended posterior to the pickup bed (101) forming a sun shade structure, wherein in a fifth configuration, the panel assembly (105) is folded into the pickup bed (101) forming a lockable toolbox, wherein in a sixth configuration, the panel assembly (105) is folded into the pickup bed (101) forming a bed extender.