Ergonomic cargo storage system for the cargo bed of a vehicle

Abstract

According to this invention, there is provided a cargo storage system for use with a vehicle having a load carrying bed, above the load carrying bed, and a movable including: (a) a grooved bedliner, (b) a cargo tray having opposite lateral sides and opposite longitudinal sides, including a pair of wheels at the forward end and a pair of rollers at the rearward end, the wheels seated in the grooves, rollers riding atop the grooves and support the tray for movement relative to the bedliner and outward extension onto the tail gate, and (c) a tether limiting outward and retraction movement of the tray relative to the bed.

Claims

1. A cargo storage system for a vehicle having a cargo bed, and a tail gate at the rearward end and movable between open and closed positions, the storage system comprising: (a) a bedliner positionable on the cargo bed and having a forward end toward the cargo cab and a rearward end toward the tail gate of the cargo bed; (b) a cargo tray, including a pair of handles for pulling the tray to the rearwardmost position and for pushing the tray to the forwardmost position; (c) means for supporting the cargo tray for rolling movement atop the bedliner and the tail gate when the tray is moved from a forwardmost stowed position in the bed and movable there over into a rearwardmost access position atop, at least in part, the bedliner and the tail gate of the vehicle; (d) guide means for guiding the cargo tray for movement on the bedliner; and (e) retainer means for retaining and positioning the cargo tray in the forwardmost and rearwardmost positions, and (f) a deployable latch handle at the rearwardmost end of the tray, the handle enabling the user to temporarily store the cargo tray at a location remote to the vehicle, and wherein, the storage system seats atop the vehicle floor without the need for reconstruction thereof.

2. The system of claim 1, wherein the bedliner has a plurality of laterally spaced grooves that extend longitudinally in undulating fashion between the opposite longitudinal ends of the bedliner, the grooves forming successive peaks and valleys.

3. The system of claim 1, wherein the cargo tray has a pair of wheels disposed in respective wheel assemblies at the rearward end and a pair of rollers disposed proximate the forward end, the wheels cooperating with and nesting in respective grooves and roll within the receiving groove.

4. The system of claim 1, wherein the wheel assemblies are attached to the cargo tray and include transverse slots that enable the wheel assembly to be moved laterally, relative to the end of the cargo tray.

5. The system of claim 1, which further comprises limiting means for limiting outward and retraction movement of the tray relative to the bed and positioning the outward movement of the tray relative to the tail gate.

6. The system of claim 5, wherein the means for limiting comprises a pair of tethers, the length of each tether being adjustable in length, the tethers disposed on opposite lateral sides of the cargo tray in both the retracted position as well as the extended position of the cargo tray relative to the bedliner and vehicle bed and the tail gate.

7. The system of claim 1, wherein the cargo tray includes a deployable latch handle at the rearwardmost end that enables the cargo tray to be temporally stored at a location remote to the vehicle.

8. The system of claim 1, which further comprises: (a) an adjustment bracket secured to a top rail of the tray, the bracket having a plurality of apertures along the extent thereof, at least one tether secured to the adjustment bracket in a pre-selected aperture; and (b) a fastener for securing the tether on the pre-selected aperture.

9. The system of claim 8, which further comprises: a rotatable locking bar, the locking bar being secured to the adjustment bracket, the locking bar including a bumper engageable with a side of the vehicle to limit the extension of the tray.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

(1) FIG. 1 is a perspective view of the present invention illustrating a cargo tray pulled out from the bed of a pickup truck and positioned atop the tailgate thereof;

(2) FIG. 2 is a perspective view of the cargo tray retracted into the cargo bed of the truck and juxtaposed between the sidewalls and rear wheels;

(3) FIG. 3 is a side elevation view of the cargo tray pulled outwardly of the truck bed and illustrating rearward wheels that support the rearward end of the tray on a bedliner of the truck and forward rollers that support the forward end of the tray on the tailgate;

(4) FIG. 4 is an end elevation view of the cargo tray disposed atop the bedliner with the rearward wheels disposed in respective grooves of the bedliner and the forward rollers of the tray supported on the bedliner;

(5) FIG. 5 shows the bottom forward end of the cargo tray and two laterally spaced the rollers that support the tray atop the bedliner and a deployable latch handle that allows the tray to be hung when not in use;

(6) FIG. 6 shows adjustability of a wheel assembly relative to the cargo tray;

(7) FIG. 7 is a plan view showing an adjustment bracket and brake assembly for use herein; and

(8) FIG. 8 is a broken plan view showing the fastening of the tether to the adjustment bracket.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT

(9) Turning now to the drawings, as shown in FIG. 1 there is provided a cargo storage system 10 for use with a vehicle 12 having a load carrying bed 14. The vehicle is shown as a pickup truck with a cab 16 at the forwardmost end, a pair of opposed bed walls 18 and 20 that extend above the load carrying bed, and a tailgate 22 at the rearwardmost end that is movable between a closed upright position and an open horizontal position. As shown, the tailgate is down and in the horizontal open position.

(10) A generally rectangular shaped bedliner 24 is disposed atop the bed 14. The bedliner 24 includes guide means 26 for guiding movement of a cargo tray 28 on the bedliner between the forwardmost and rearwardmost positions. The guide means 26, in a preferred arrangement including the bedliner, has a plurality of laterally spaced grooves 27 that extend longitudinally in undulating fashion between the opposite longitudinal ends of the bedliner. The grooves 27 form successive peaks 27a and valleys 27b.

(11) The cargo tray 28 is slidably disposed atop the bedliner 24 for rolling movement thereover. The cargo tray is adapted to store objects therein and has opposite lateral sides 30 and 32 disposed adjacent the side bed walls 20 and 18 of the truck and opposite longitudinal sides 34 and 36, top and bottom surfaces 38 and 40, respectively. The tray also includes a pair of sidewalls 42 and 44 that extend upwardly from the opposite lateral sides 30 and 32, and a back bracket 46. The cargo tray is comprised of conventional durable materials.

(12) The cargo tray 28 has a pair of wheels 48 and 50 disposed in respective wheel assemblies 51 at the rearward end 34 and a pair of rollers 52 and 54 disposed proximate the forward end 36. The wheels 48 and 50 cooperate with the guide means 26 and are nested in respective of the grooves 26 and roll within the receiving groove. The wheels never leave their respective grooves. While two wheels and two rollers are shown, more could be added depending on the weights to be stored in the tray or an increased need to support the bottom of the tray in spaced relation above the bedliner.

(13) The wheel assemblies 51, as shown in FIG. 6, are attached to the cargo tray and include transverse slots 53 that enable the wheel assembly to be moved, laterally, relative to the end of the cargo tray, such as to better position the fitment of a wheel 48 or 50 in its respective groove, or mount the wheel into a different groove 26, or add and position another wheel assembly and associated wheel to the cargo tray and associated groove. A weld or abutment is projected in the slots 53 to constrain the lateral movement of the wheel assembly relative to the cargo tray.

(14) The rollers 52 and 54 are adapted to ride atop the peaks 26a of the grooves 26 and support the cargo tray 28 for longitudinal movement relative to the bedliner 24. The rollers are laterally spaced on the bottom surface 40 of the cargo tray.

(15) The cargo tray 28 moves from a retracted stowed position completely atop the bedliner 24 in the bed 14 adjacent to the truck cab 16 and, therefrom, into the rearwardmost access position, at least in part. In this configuration is shown a supported tray on the bedliner by the wheels 48 and 50 and outwardly of the bed and supported on the tail gate 22 by the rollers 52 and 54.

(16) In FIGS. 1 and 3, the cargo tray 28 is outward of the bed 14 and positioned on the tail gate 22, at least in part. In FIG. 2, the cargo tray 28 is retracted and positioned or stowed entirely in the truck bed 14, proximate to the vehicle wheel shape 14a.

(17) Limiting means 56 for limiting outward and retraction movement of the tray relative to the bed and positioning the outward movement of the tray relative to the tail gate are provided, such as shown by tethers 56. As shown in FIGS. 2 and 3, the opposite ends of each respective tether 56 connects to an anchor or tie down ring 58 at one top lateral edge of the back bracket 46 and to a tie down ring 60 on a respective bed wall 18 and 20. Preferably, the length of the tether is adjustable to enable use in truck beds of different dimensions.

(18) In some applications, as shown in dotted lines in FIG. 3, the opposite ends of the tethers may connect to a tie down ring 59 at the base of the back wall and to a respective pin 60 on the bed wall of the truck.

(19) Importantly, the tethers 56 and connecting tie down rings are positioned such that the tethers 56 on opposite lateral sides of the cargo tray 28 both position the retracted position as well as the extended position of the cargo tray relative to the bedliner and truck bed as well as the tail gate.

(20) Preferably, a snap or quick disconnect 59 is provided to the ends of the tethers 56 to quickly connect to and release the tethers to the tie down rings 58 on the truck sidewalls.

(21) As shown in FIGS. 1 and 2, means 62 for enabling the user to pull the tray in and out of the bed are provided, such as hand grips 62 are positioned for access and use on the top surface 38 and rearwardmost end of the cargo tray.

(22) Preferably, the cargo tray is constructed in a manner that the back bracket 46 is adapted to telescope laterally outwardly and inwardly, relative to the side walls of the truck bed, so as to allow the width of the back bracket to be adjusted in order to fit within multiple truck beds having varying widths.

(23) Preferably, the rearwardmost end portion of the top surface 38 of the cargo tray includes a stop 64 that prevents materials stored on the cargo tray from falling out. In the embodiment shown, the stop 64 is an elongated rod that is secured to the rearwardmost outwardly movable end of the cargo tray.

(24) Further, the cargo tray includes a deployable latch handle 66 at the rearwardmost end that enables the cargo tray to be temporally stored at a location remote to the truck. As shown best FIG. 5, the latch handle is disposed on the bottom surface 40 of the cargo tray and is pinned for rotation thereto between a position juxtaposed against the bottom surface and a second position at right angles thereto, the free end being adapted to secure to a pin remote to the truck and be hung for storage.

(25) Now, and with reference to FIGS. 7 and 8 there is shown therein an adjustment bracket and brake assembly to enable the instant carrier to be adapted to various types of beds.

(26) As shown, the adjustment bracket 100 comprises an elongated plate 110 having a plurality of apertures 112 disposed along the extent thereof. Depending on the model of the carrier, the adjustment bracket enables the tether 116 to be properly fitted along the extent of the adjustment bracket.

(27) The tether 116 is secured to the adjustment bracket and is secured thereto at the appropriate location via a fastener 120 in a manner previously described hereinabove.

(28) Each of the apertures 112 are threaded to receive the complementary threaded fastener(s) 120 (not shown) to secure the tether 116 to the upper rail 115 of the carrier, itself.

(29) The adjustment bracket is fixed through a threaded fastener such as that shown at 117. The fastener 117 threadably secures the adjustment bracket to the carrier along the top rail 115.

(30) The brake or braking system 130 limits the retraction of the cargo carrier when it is retracted. Thus, the combination of the tether 116 being of the proper length and the brake 130 ensure the stability of the carrier. The brake acts as a positive stop during the retraction of the carrier.

(31) The braking system 130 is fixed to the top rail 115 and includes a substantially L-shaped plate 132, having a first leg 133, which is fixed to the top rail 115 of the carrier or tray in a manner similar to that with respect to the tether. An upstanding second leg 135 is integral with the first leg 133.

(32) A rotatable elongated bar 134 is secured to the upright plate 135 via threaded fasteners 136, as shown.

(33) A bumper 138 secured to the free end of the bar 134 engages the vehicle at a reset surface 140.

(34) The bar 134 is rotatably pivotably mounted to the leg 135.

(35) The fastener 136, such as a bolt, projects through a suitable opening (not shown) formed in the upstanding leg 135 of the bracket to fasten the bar thereto.

(36) A washer or disc 144 abuts against the bar 134. This enables the bar 134 to be rotated into the carrier volume to enable the carrier to be extended without interference.

(37) Having, thus, described the invention, what is claimed is:

REFERENCE NUMBERS IN DRAWINGS

(38) 10 cargo storage system 12 vehicle (pickup truck) 14 load carrying bed 14a wheel shape 16 cab 18,20 bed walls 22 tail gate 24 bedliner 26 guide means (longitudinal grooves 26a,26b peaks, valleys 28 cargo tray 30,32 lateral sides/28 34,36 longitudinal sides/28 38,40 top and bottom surfaces/28 42,44 sidewalls/28 46 back bracket 48,50 wheels 51 wheel assembly/48,50 53 slot/51 52,54 rollers 56 limiting means (tethers) 57 snap or quick disconnect/end of 56 to 58/60 58,60 anchor or tie down ring/for 56 59 pin/56 62 means/hand grips 64 stop 66 latch handle 100 adjustment bracket 112 apertures 115 top rail 116 tether 117 fastener 120 fastener 130 braking system 132 plate 133 first leg 134 elongated bar 135 second leg 136 fastener 137 fastener 138 bumper 140 reset surface 144 disc