Universal gripping and suction chuck

1. A universal gripping and suction chuck for use as an interchangeable end effector of a robot arm of a robotic station capable of picking up, transporting, and handling objects having colors and outlines, the chuck comprising:

a hollow housing having a periphery, an inner wall, and a bottom plate;

a vacuum system with a plurality of suction cups and suction channels connected to the suction cups formed in the bottom plate of the housing, said suction cups being arranged symmetrically along a first contour;

a vortex system with nozzles for generation of air flows for holding objects in a state of levitation, the nozzles being located inwardly with respect to the first contour;

an edge gripper with gripper elements located beyond the outlines of the objects for gripping and releasing the objects;

at least one sensor for recognizing the color and outlines of the objects and generating an object and color recognition signal; and

a central processing unit for selectively activating or deactivating one or two of the vacuum system, the vortex system, and the edge gripper in response to the object and color recognition signal obtained from the at least one sensor.

2. The universal gripping and suction chuck according to claim 1 , wherein the vortex system comprises a supply channel for the supply of compressed air and a plurality of recesses, the nozzles entering said recesses through the inner wall of the housing and being tangential to the cross-sectional shape of the supply channel.

3. The universal gripping and suction chuck according to claim 2 , wherein the suction cups and the recesses of the vortex system are located in flush with the bottom plate of the housing.

4. The universal gripping and suction chuck according to claim 3 , wherein the edge gripper is a mechanical soft-touch edge gripper.

5. The universal gripping and suction chuck according to claim 4 , wherein the at least one sensor is a reflective type sensor that recognizes the objects by their color and a light reflected therefrom and send the object recognition signal to the central processing unit.

6. The universal gripping and suction chuck according to claim 4 , comprising a second sensor which is a proximity sensor that generates an object proximity signal when second sensor is located at a predetermined distance from the object and transmits this signal to the central processing unit.

7. The universal gripping and suction chuck according to claim 4 , further comprising an object presence/absence sensor that comprises a beam transmitter and a beam receiver which are located beyond the outlines of the object and generates a beam emitted from the transmitter to the receiver across a path of the object on its way to the suction cups and/or to the recesses of the vortex system, the receiver generating an object presence signal when the object intersects said beam.

8. The universal gripping and suction chuck according to claim 4 , further comprising elements for connection to a robot arm of a robotic station.

9. The universal gripping and suction chuck according to claim 3 , further comprising an object presence/absence sensor that comprises a beam transmitter and a beam receiver which are located beyond the outlines of the object and generates a beam emitted from the transmitter to the receiver across a path of the object on its way to the suction cups and/or to the recesses of the vortex system, the receiver generating an object presence signal when the object intersects said beam.

10. The universal gripping and suction chuck according to claim 9 , further comprising elements for connection to a robot arm of a robotic station.

11. The universal gripping and suction chuck according to claim 3 , further comprising elements for connection to a robot arm of a robotic station.

12. The universal gripping and suction chuck according to claim 2 , wherein the edge gripper is a mechanical soft-touch edge gripper.

13. The universal gripping and suction chuck according to claim 2 , further comprising an object presence/absence sensor that comprises a beam transmitter and a beam receiver which are located beyond the outlines of the object and generates a beam emitted from the transmitter to the receiver across a path of the object on its way to the suction cups and/or to the recesses of the vortex system, the receiver generating an object presence signal when the object intersects said beam.

14. The universal gripping and suction chuck according to claim 1 , wherein the edge gripper is a mechanical soft-touch edge gripper.

15. The universal gripping and suction chuck according to claim 14 , comprising a second sensor which is a proximity sensor that generates an object proximity signal when second sensor is located at a predetermined distance from the object and transmits this signal to the central processing unit.

16. The universal gripping and suction chuck according to claim 1 , wherein the at least one sensor is a reflective type sensor that recognizes the objects by their color and a light reflected therefrom and sends the object recognition signal to the central processing unit.

17. The universal gripping and suction chuck according to claim 1 , comprising a second sensor which is a proximity sensor that generates an object proximity signal when second sensor is located at a predetermined distance from the object and transmits this signal to the central processing unit.

18. The universal gripping and suction chuck according to claim 17 , further comprising elements for connection to a robot arm of a robotic station.

19. The universal gripping and suction chuck according to claim 1 , further comprising elements for connection to a robot arm of a robotic station.