Systems and methods for separating objects using conveyor transfer with one or more object processing systems
A distribution system is disclosed for use in an induction system with an object processing system. The distribution system provides distribution of dissimilar objects into one of a plurality of receiving units. The distribution system includes an urging system for urging an object on a conveyor from the conveyor to one of a plurality of adjacent receiving stations via a receiving chute, wherein each receiving station is lower than the conveyor.
1. A distribution system for distributing objects, said distribution system comprising:
a feed conveyor including a weight sensing conveyor section that determines a weight of an object, the weight sensing conveyor section includes a plurality of rollers mounted on at least one of a force torque sensor and a load cell for determining the weight of the object;
a plurality of receiving stations on either side of the feed conveyor and positioned lower in elevation than the weight sensing conveyor section, wherein the plurality of receiving stations includes at least one output conveyor; and
an urging system for selectively urging the object from the feed conveyor to either the at least one output conveyor adjacent to one side of the feed conveyor via a first chute or to an opposing receiving station of the plurality of receiving stations adjacent to an opposite side of the feed conveyor via a second chute based on the weight of the object determined by the weight sensing conveyor section,
wherein the urging system includes a first source and a second source arranged on opposite sides of the weight sensing conveyor section for generating an air flow therebetween in either of two mutually opposing directions,
wherein the first source provides forced air while the second source provides a vacuum to move the object off the weight sensing conveyor section in a first direction onto the first chute towards the at least one output conveyor, and
wherein the second source provides forced air while the first source provides a vacuum to move the object off the weight sensing conveyor section in a second direction onto the second chute towards the opposing receiving station.
2. The distribution system as claimed in claim 1 , wherein at least one chute among the first chute and the second chute is positioned above a second output conveyor and wherein the at least one chute includes at least one actuatable door that opens to drop an object therethrough onto the second output conveyor.
3. The distribution system as claimed in claim 1 , wherein the opposing receiving station includes at least one mobile carrier.
4. The distribution system as claimed in claim 3 , wherein the at least one mobile carrier includes a carrier body that supports a bin for receiving the object and a plurality of wheels coupled to the carrier body that are remotely controlled to move the at least one mobile carrier among a plurality of tracks.
5. The distribution system as claimed in claim 4 , wherein the plurality of tracks are positioned adjacent at least one programmable motion device for handling objects on the mobile carrier.
6. The distribution system as claimed in claim 4 , wherein the plurality of tracks are positioned adjacent further distribution systems.
7. A distribution system for distributing objects, said distribution system comprising:
a feed conveyor including a weight sensing conveyor section that determines a weight of an object, the weight sensing conveyor section includes a plurality of rollers mounted on at least one of a force torque sensor and a load cell for determining the weight of the object;
a plurality of receiving stations on either side of the feed conveyor and positioned lower in elevation than the weight sensing conveyor section, wherein the plurality of receiving stations includes at least one mobile carrier; and
an urging system for selectively urging the object from the feed conveyor to either the at least one mobile carrier adjacent to one side of the feed conveyor via a first chute or to an opposing receiving station of the plurality of receiving stations adjacent to an opposite side of the feed conveyor via a second chute based on the weight of the object determined by the weight sensing conveyor section,
wherein the urging system includes a first source and a second source arranged on opposite sides of the weight sensing conveyor section for generating an air flow therebetween in either of two mutually opposing directions,
wherein the first source provides forced air while the second source provides a vacuum to move the object off the weight sensing conveyor section in a first direction onto the first chute towards the at least one mobile carrier, and
wherein the second source provides forced air while the first source provides a vacuum to move the object off the weight sensing conveyor section in a second direction onto the second chute towards the opposing receiving station.
8. The distribution system as claimed in claim 7 , wherein the opposing receiving station includes at least one output conveyor.
9. The distribution system as claimed in claim 8 , wherein at least one chute among the first chute and the second chute is positioned above a second output conveyor and wherein the at least one chute includes at least one actuatable door that opens to drop an object therethrough onto the second output conveyor.
10. The distribution system as claimed in claim 7 , wherein the at least one mobile carrier includes a carrier body that supports a bin for receiving the object and a plurality of wheels coupled to the carrier body that are remotely controlled to move the mobile carrier among a plurality of tracks.
11. The distribution system as claimed in claim 10 , wherein the plurality of tracks are positioned adjacent at least one programmable motion device for handling objects on the mobile carrier.
12. The distribution system as claimed in claim 10 , wherein the plurality of tracks are positioned adjacent further distribution systems.
13. A method of distributing objects, said method comprising:
moving an object along a feed conveyor toward a weight sensing conveyor section of the feed conveyor;
receiving the object at the weight sensing conveyor section and determining a weight of the object, the weight sensing conveyor section including a plurality of rollers mounted on at least one of a force torque sensor and a load cell for determining the weight of the object;
selectively urging the object from the feed conveyor by an urging system to either a first selected receiving station of the plurality of receiving stations via a first chute, the first selected receiving station being positioned on a first side of the feed conveyor, or to a second selected receiving station of the plurality of receiving stations via a second chute, the second selected receiving station being positioned on a second side of the feed conveyor,
wherein the urging system selectively urges the object towards the first selected receiving station or the second selected receiving station based on the weight of the object determined by the weight sensing conveyor section,
the urging system including a first source and a second source arranged on opposite sides of the weight sensing conveyor section for generating an air flow therebetween in either of two mutually opposing directions,
wherein the first source provides forced air while the second source provides a vacuum to move the object off the weight sensing conveyor section in a first direction onto the first chute towards the first selected receiving station, and
wherein the second source provides forced air while the first source provides a vacuum to move the object off the weight sensing conveyor in a second direction onto the second chute towards the second selected receiving station.
14. The method as claimed in claim 13 , wherein the at least one chute includes at least one actuatable door and the method further comprises opening the door to drop an object therethrough.
15. The method as claimed in claim 14 , wherein the at least one chute leads to one of the plurality of adjacent receiving stations, and is positioned above another of the adjacent receiving stations.
16. The method as claimed in claim 13 , wherein any of the first selected receiving station and the second selected receiving station includes at least one mobile carrier.
17. The method as claimed in claim 16 , wherein the at least one mobile carrier includes a carrier body that supports a bin for receiving the object and a plurality of wheels coupled to the carrier body that are remotely controlled to move the mobile carrier among a plurality of tracks.
18. The distribution system as claimed in claim 17 , wherein the plurality of tracks are positioned adjacent at least one programmable motion device for handling objects on the at least one mobile carrier.
19. The distribution system as claimed in claim 17 , wherein the plurality of tracks are positioned adjacent further distribution systems.
20. A method of distributing objects, said method comprising:
receiving the object at a weight sensing conveyor section, the weight sensing conveyor section including a plurality of rollers mounted on at least one of a force torque sensor and a load cell for determining the weight of the object;
determining a weight of the object using the weight sensing conveyor section;
providing an urging system that includes a first source and a second source arranged on opposite sides of the weight sensing conveyor section for generating an air flow therebetween in either of two mutually opposing directions; and
selectively urging the object from the feed conveyor by the urging system based on the weight of the object determined by the weight sensing conveyor section to either a first selected receiving station of the plurality of receiving stations via a first chute, the first selected receiving station being positioned on a first side of the feed conveyor, or to a second selected receiving station of the plurality of receiving stations via a second chute, the second selected receiving station being positioned on a second side of the feed conveyor,
wherein the first source provides forced air while the second source provides a vacuum to move the object off the weight sensing conveyor section in a first direction onto the first chute towards the first selected receiving station, and wherein the second source provides forced air while the first source provides a vacuum to move the object off the weight sensing conveyor in a second direction onto the second chute towards the second selected receiving station.
21. The method as claimed in claim 20 , wherein the at least one chute includes at least one actuatable door and the method further comprises opening the door to drop an object therethrough.
22. The method as claimed in claim 21 , wherein the at least one chute leads to one of the plurality of adjacent receiving stations, and is positioned above another of the adjacent receiving stations.
23. The method as claimed in claim 20 , wherein any of the first selected receiving station and the second selected receiving station includes at least one mobile carrier.
24. The method as claimed in claim 23 , wherein the at least one mobile carrier includes a carrier body that supports a bin for receiving the object and a plurality of wheels coupled to the carrier body that are remotely controlled to move the mobile carrier among a plurality of tracks.
25. The distribution system as claimed in claim 24 , wherein the plurality of tracks are positioned adjacent at least one programmable motion device for handling objects on the at least one mobile carrier.
26. The distribution system as claimed in claim 24 , wherein the plurality of tracks are positioned adjacent further distribution systems.