Tie plate orientation device
Present embodiments relate to a tie plate orientation device. More specifically, but without limitation present embodiments relate to a tie plate orientation device that orients tie plates in a desired orientation for subsequent feeding, including an optional handheld magnetic device for manual assisted manipulation of the tie plates.
1. A tie plate orienting device, comprising:
a feed conveyor which directs tie plates to a transverse conveyor;
said transverse conveyor having an engagement surface which is generally perpendicular to said feed conveyor and which is oriented transversely to said feed conveyor;
a space located at an end of said feed conveyor and between said feed conveyor and said transverse conveyor, wherein each tie plate of said tie plates may fall if said tie plate is in one orientation;
an alignment device disposed at said space to engage said tie plate when said tie plate is in said one orientation to fall through said space;
further wherein when said tie plate is in a second orientation, said tie plate cannot pass through said space and is rotated by said transverse conveyor to said one orientation.
2. The tie plate orienting device of claim 1 , further comprising a guide wall which extends outwardly over the feed conveyor.
3. The tie plate orienting device of claim 1 , further comprising a movable guide disposed at the end of said feed conveyor.
4. The tie plate orienting device of claim 3 , said movable guide being movable toward or away from said space and in a direction parallel to a conveying surface of said transverse conveyor.
5. The tie plate orienting device of claim 3 , said movable guide being movable to adjust for various tie plate sizes.
6. The tie plate orienting device of claim 1 , said space having a dimension measured in a direction of said feed conveyor that is at least about one-half a short dimension of said tie plate.
7. The tie plate orienting device of claim 6 , said space having said dimension that is less than a long dimension of said tie plate.
8. The tie plate orienting device of claim 1 , wherein said feed conveyor functions intermittently or continuously.
9. The tie plate orienting device of claim 8 , wherein said transverse conveyor functions intermittently or continuously.
10. A tie plate orientation device, comprising:
a first conveyor and a second conveyor, said first conveyor feeding tie plates to said second conveyor;
said second conveyor moving in a direction transverse to said first conveyor;
a space disposed between and end of said first conveyor and said second conveyor wherein each of said tie plates are capable of falling if oriented in an orientation in which a short dimension of each of said tie plates is oriented in a direction generally parallel to said first conveyor;
wherein said tie plates are moved along said first conveyor to said space and are individually rotated by said second conveyor from another orientation to said orientation.
11. The tie plate orientation device of claim 10 further comprising at least one additional conveyor which supplies said tie plates to said first conveyor.
12. The tie plate orientation device of claim 11 , further comprising at least one second additional conveyor which receives tie plates from said space.
13. The tie plate orientation device of claim 10 further comprising a guide wall extending over said first conveyor and directing each of said tie plates to one side of said first conveyor.
14. The tie plate orientation device of claim 13 , further comprising an alignment guide disposed adjacent to said space.
15. The tie plate orientation device of claim 10 , said first conveyor being a belt conveyor.
16. The tie plate orientation device of claim 15 , said second conveyor being a belt conveyor.
17. The tie plate orientation device of claim 10 , wherein said first conveyor and said second conveyor comprise any one or combination of: a roller conveyor, a chute, gravity feeder, or a vibratory feeder.
18. A hand held tie plate orientation device, comprising:
a body wherein a magnet is disposed within said body;
a handle portion that is connected to said body, said handle portion configured to support carrying of said body;
said magnet disposed within said body and movable between a first position and a second position by a powered actuator; and,
a push button on said handle portion which controls movement of said powered actuator.
19. The hand held tie plate orientation device of claim 18 , said handle portion being ergonomically shaped.
20. The hand held tie plate orientation device of claim 18 , said body having connections for a fluid power supply or an electronic power supply.