Configurable object insertion handler for automated assembly

1. An object attachment handler comprising:

a memory, the memory including a software definition of an object;

a configurable gripper;

a control system to configure the configurable gripper by defining an open and a closed position for jaws of the configurable gripper, to pick up and move the object, the configuration based on the software definition of the object;

the configurable gripper for picking up the object and moving the object; and

a fastening tool comprising a head and motors providing three degrees of movement, such that the fastening tool is aligned with an attachment mechanism of the object to be attached and lowered to an appropriate position to complete the attachment.

2. The object attachment handler of claim 1 , wherein the position of each jaw of the configurable gripper is individually defined for the open and the closed positions.

3. The object attachment handler of claim 1 , further comprising:

the fastening tool comprising a hammer, for attaching an object by pushing down on an attachment mechanism.

4. The object attachment handler of claim 3 , wherein the hammer is used for the attachment mechanisms comprising one or more of: press fit, push pin, rivet, snap on, and through hole.

5. The object attachment handler of claim 3 , wherein the hammer is positioned aligned with the attachment mechanism, and the hammer is configured to lower with a set level of force, to a set distance, to complete the attachment of the attachment mechanism.

6. The object attachment handler of claim 1 , wherein a user interface comprises a scanner to scan an object identifying code, and further comprising a database providing data about the object.

7. The object attachment handler of claim 1 , wherein the configuration of the gripper comprises setting open dimensions and closed dimensions.

8. The object attachment handler of claim 1 , further comprising:

the fastening tool comprising a heat staking head with a melter, for use with a heat stake.

9. The object attachment handler of claim 1 , further comprising:

the fastening tool comprising a turning mechanism for use when the attachment mechanism comprises one or more components from a group consisting of:

a bolt, screw, and spring screw-based attachment.

10. A software configured object attachment handler comprising:

a memory to store an object configuration;

a configurable gripper having jaws, the configurable gripper automatically configured by a control system to define an open and closed position for the jaws based on the object configuration from the memory;

the configurable gripper to place an object on a workpiece for attachment; and

a fastening tool automatically configured by the control system, the fastening tool set to attach the object to the workpiece, based on the object configuration, the fastening tool comprising a head and motors providing three degrees of movement, such that the fastening tool is aligned with an attachment mechanism of the object to be attached and lowered to an appropriate position to complete the attachment.

11. The object attachment handler of claim 10 , wherein the fastening tool is a hammer, for attaching an object by pushing down on an attachment mechanism.

12. The object attachment handler of claim 11 , wherein the hammer is used when the attachment mechanism comprises one or more components from a group consisting of: press fit, push pin, rivet, snap on, and through hole.

13. The object attachment handler of claim 11 , wherein the hammer is positioned aligned with the attachment mechanism, and the hammer is configured to lower with a set level of force, to a set distance, to complete the attachment of the attachment mechanism.

14. The object attachment handler of claim 10 , further comprising:

an interface comprising one or more of:

a user interface to enter data;

a scanner to scan an object identifying code; and

a database providing data about the object.

15. The object attachment handler of claim 10 , wherein the fastening tool comprises a heat staking head when an attachment mechanism is a heat stake.

16. The object attachment handler of claim 10 , wherein the fastening tool comprises a turning mechanism for use when the attachment mechanism comprises one or more components from a group consisting of: a bolt, screw, or spring screw-based attachment.

17. A method of utilizing a software-defined object attachment handler comprising:

receiving object configuration data from a control system, the object configuration data stored in a memory;

setting jaw open and jaw closed dimensions for a gripper, a starting position of one or more fastening tools, and an attachment process for the one or more fastening tools, based on the object configuration data in the memory;

receiving a new object configuration data from the control system; and

automatically reconfiguring the gripper based on the new object configuration data, without user interaction, and automatically reconfiguring the one or more fastening tools, wherein each fastening tool comprises a head and motors providing three degrees of movement, such that the one or more fastening tools are aligned with an attachment mechanism of the object, and moved to complete the attachment.

18. The method of claim 17 , further comprising:

scanning an object identifying code on an object;

using the object identifying code to identify the object; and

retrieving the object configuration data based on the identified object.

19. The method of claim 17 , wherein the one or more fastening tools comprises a hammer, for attaching an object by pushing down on an attachment mechanism, and the hammer is used for the attachment mechanism comprising one or more of: press fit, push pin, rivet, snap on, and through hole.

20. The method of claim 19 , wherein the hammer is positioned aligned with the attachment mechanism, and the hammer is configured to lower with a set level of force, to a set distance, to complete the attachment of the attachment mechanism.