Robotic Wrapping System

1 . A robotic packaging workstation for packaging wood products, the robotic packaging workstation comprising:

a first plurality of robot manipulators positioned at an outfeed end of the robotic packaging workstation and a second plurality of robot manipulators positioned at an infeed end of the robotic workstation; wherein robot manipulators are capable of moving an end effector adapter plate to points in a three-dimensional work volume under programmed control of a programmable robot controller executing stored instructions;

a fastener and wrapping tool head affixed to an end effector adapter plate, the fastener and wrapping tool head further including:

a support structure;

a fastener applicator;

a fastener storage; and

at least one gripper for grasping wrapping material; and

a programmable logic controller implementing control logic to coordinate actions of the first plurality of robot manipulators, the second plurality of robot manipulators and the fastener and wrapping tool head.

2 . The robotic packaging workstation according to claim 1 , further including:

a materials handling system moving work units into the work volume and packaged work units out of the work volume.

3 . The robotic packaging workstation according to claim 1 , further including a wrapping material feed for feeding wrapping material to the robot manipulators.

4 . The robotic packaging workstation according to claim 3 , further including a plurality of encoders for measuring a quantity of wrapping material being fed.

5 . The robotic packaging workstation according to claim 1 , further including at least one tool station to receive fastener and wrapping tool heads for attaching by the robot manipulators at the end effector adapter plate.

6 . The robotic packaging workstation according to claim 1 , wherein the fastener and wrapping tool head further includes a sensor indicating an amount of fastener loaded into the fastener storage.

7 . The robotic packaging workstation according to claim 1 , wherein the fastener storage is capable of holding 380 staples.

8 . The robotic packaging workstation according to claim 1 , wherein the fastener storage is capable of holding 500 staples.

9 . The robotic packaging workstation according to claim 1 , further including a plurality of rails disposed approximately parallel to a path of work units flowing through the workstation and upon which each of the first plurality of robot manipulators is attached; thereby enabling the first plurality of manipulators to traverse a path approximately parallel to the path of work units flowing through the workstation.

10 . A fastener and grasping tool for a robotic packaging workstation, comprising:

an adapter plate couplable to an end plate of a robot arm;

a stapler having a tab feed mechanism for automatically feeding staples;

a storage housing coupled to the stapler for dispensing staples;

a stapler low detection proximity switch; and

at least one mechanical gripper facilitating grasping of wrapping material.

11 . The fastener and grasping tool for a robotic packaging workstation according to claim 10 , further including a mechanism for attaching and detaching the adapter plate from the end plate of the robot arm under control of a programmable logic controller.

12 . The fastener and grasping tool for robotic packaging workstation according to claim 10 , further including multiple grippers that accommodate different heights of product units.

13 . A fastener and grasping tool for a robotic packaging workstation, comprising:

an adapter plate couplable to an end plate of a robot arm;

a fastener applicator having an automatic feed;

a storage housing coupled to the fastener for dispensing fastening materials;

a fastener low detection proximity switch; and

at least one mechanical gripper facilitating grasping of wrapping material.

14 . A method of packaging wood product units, the method comprising:

receiving by a Programmable Logic Controller, information identifying a wood product unit to be received, the identifying information comprising selected ones of: a unit length, a unit width, a unit height, a unit ID, a product ID;

obtaining a portion of wrapping material appropriately sized using the identifying information, to include at least first plurality of robot manipulators grasping an end of the wrapping material, a motor with encoder feedback dispensing a length of wrapping material required to fully wrap the wood product unit, and at least second plurality of robot manipulators grasping a trail end of the wrapping material;

performing prepositioning at least the first plurality of robot manipulators according to size of the wood product unit incoming using the identifying information;

receiving the wood product unit at a location determined by a presence sensor;

determining by at least one robot manipulator a measured position of at least one corner of the wood product unit;

wrapping by the robot manipulators the wood product unit and applying fasteners to hold wrapping material in place; and

upon completion of the wrapping, advancing the wood product unit as packaged from an outfeed side of a work envelope using a materials handling system.

15 . The method according to claim 14 , wherein wrapping takes approximately 1 min and 15 seconds from time the wood product unit stops in wrapping position.

16 . The method according to claim 14 , wherein height of the wood product unit is within a range of 12″ to 36″.

17 . The method according to claim 14 , wherein width of the wood product unit is within a range of 40″ to 54″.

18 . The method according to claim 14 , wherein length of the wood product unit is within a range of 6′ to 20′.

19 . The method according to claim 14 , wherein the first manipulators are positioned within the robotic packaging workstation based upon a unit length of the wood product unit.

20 . The method according to claim 14 , further including cutting the wrapping material.