Smart claw vehicle-based package management system
A delivery vehicle for autonomously delivering a plurality of packages is described. The delivery vehicle includes a set of rails and a cargo management unit slidably engaged with the set of rails. The cargo management unit is configured to engage with a package and move the package inside the delivery vehicle. The cargo management unit includes a gripping member that includes a lower claw and an upper claw. The lower claw and the upper claw are attached with each other via a pair of first line screws, and are configured to move along the pair of first line screws to secure the package. The cargo management unit further includes a second line screw configured to engage the gripping member with a first rail, and is configured to rotate the gripping member along a second line screw axis and move the gripping member vertically along the second line screw.
1. A delivery vehicle comprising:
a set of rails;
a cargo management unit slidably engaged with the set of rails, wherein the cargo management unit is configured to engage with a package and move the package inside the delivery vehicle, and wherein the cargo management unit comprises:
a gripping member comprising a lower claw and an upper claw, wherein the lower claw and the upper claw are attached with each other via a pair of first line screws, and wherein the lower claw and the upper claw are configured to move vertically along the pair of first line screws to secure the package;
a second line screw configured to engage with the gripping member and a first rail, wherein the gripping member is configured to rotate along a second line screw axis, and move vertically along the second line screw; and
a scanner configured to read a package information on the package; and
a processor communicatively coupled to the scanner, wherein the processor is configured to:
obtain the package information from the scanner;
determine a loading and unloading movement plan for the package based on the package information; and
actuate the cargo management unit to move inside the delivery vehicle based on the loading and unloading movement plan.
2. The delivery vehicle of claim 1 , wherein the cargo management unit further comprises a first motor connected to a line screw drive base having a set of rollers, and wherein the first motor is configured to move or rotate the cargo management unit inside the delivery vehicle via the set of rollers.
3. The delivery vehicle of claim 2 , wherein the actuation comprises actuating the first motor to move or rotate the cargo management unit inside the delivery vehicle.
4. The delivery vehicle of claim 2 , wherein the first motor is configured to rotate the second line screw to move the gripping member vertically.
5. The delivery vehicle of claim 1 , wherein the gripping member further comprises a second motor to move the lower claw or the upper claw vertically.
6. The delivery vehicle of claim 5 , wherein the second motor is configured to move the lower claw or the upper claw based on a package dimension.
7. The delivery vehicle of claim 1 , wherein the set of rails comprises the first rail and a pair of second rails, and wherein the first rail is slidably engaged with the pair of second rails.
8. The delivery vehicle of claim 7 , wherein the first rail is perpendicularly attached to the pair of second rails, and wherein the first rail is attached between the pair of second rails.
9. The delivery vehicle of claim 8 , wherein the first rail is configured to move the cargo management unit forward and backward, and wherein the pair of second rails is configured to move the cargo management unit in left and right direction.
10. The delivery vehicle of claim 1 further comprises a plurality of shelves to store the package inside the delivery vehicle, and wherein the plurality of shelves comprises slots.
11. The delivery vehicle of claim 10 , wherein a slot shape and size correspond to a gripping member shape and size.
12. The delivery vehicle of claim 1 further comprises a memory configured to store the loading and unloading movement plans of a plurality of packages, and a delivery route for the delivery vehicle.
13. The delivery vehicle of claim 12 , wherein the determination comprises receiving the loading and unloading movement plan from the memory.
14. The delivery vehicle of claim 12 , wherein the memory is further configured to store a package location of each package placed inside the delivery vehicle.
15. The delivery vehicle of claim 1 , wherein the pair of first line screws and the second line screw are parallel to each other.
16. A method for managing movement of a plurality of packages in a delivery vehicle, the method comprising:
obtaining, via a processor, a package information from a scanner installed in a cargo management unit, wherein the cargo management unit is configured to engage with a package and move the package inside the delivery vehicle, wherein the cargo management unit is slidably engaged with a set of vehicle rails, and wherein the cargo management unit comprises:
a gripping member comprising a lower claw and an upper claw, wherein the lower claw and the upper claw are attached with each other via a pair of first line screws, and wherein the lower claw and the upper claw are configured to move vertically along the pair of first line screws to secure the package; and
a second line screw configured to engage with the gripping member and a first vehicle rail, wherein the gripping member is configured to rotate along a second line screw axis, and move vertically along the second line screw;
determining, via the processor, a loading and unloading movement plan for the package based on the package information; and
actuating, via the processor, the cargo management unit to move inside the delivery vehicle based on the loading and unloading movement plan.
17. The method of claim 16 , wherein the loading and unloading movement plan for each package is stored in a vehicle memory, and wherein the loading and unloading movement plan comprises instructions to actuate the cargo management unit.
18. The method of claim 17 , wherein determining comprises receiving the loading and unloading movement plan from the vehicle memory.
19. The method of claim 17 , wherein the vehicle memory is further configured to store a package location of each package placed inside the delivery vehicle.
20. A non-transitory computer-readable storage medium in a distributed computing system, the non-transitory computer-readable storage medium having instructions stored thereupon which, when executed by a processor, cause the processor to:
obtain a package information from a scanner installed in a cargo management unit, wherein the cargo management unit is configured to engage with a package and move the package inside a delivery vehicle, wherein the cargo management unit is slidably engaged with a set of vehicle rails, and wherein the cargo management unit comprises:
a gripping member comprising a lower claw and an upper claw, wherein the lower claw and the upper claw are attached with each other via a pair of first line screws, and wherein the lower claw and the upper claw are configured to move vertically along the pair of first line screws to secure the package; and
a second line screw configured to engage with the gripping member and a first vehicle rail, wherein the gripping member is configured to rotate along a second line screw axis, and move vertically along the second line screw;
determine a loading and unloading movement plan for the package based on the package information; and
actuate the cargo management unit to move inside the delivery vehicle based on the loading and unloading movement plan.