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 orientation device, comprising:
a first conveyor which is selectively operated to advance tie plates sequentially;
a second conveyor which receives one of said tie plates at a time from said first conveyor;
a third conveyor spaced from the second conveyor, said third conveyor being continually operated and having an operating surface which is transverse to the second conveyor;
wherein said one of said tie plates moves from said second conveyor and either:
falls through a space between said second conveyor and said third conveyor in a first orientation; or,
engages the third conveyor in a second orientation and rotates due to such engagement, so that the one of said tie plates moves to said first orientation and falls through said space.
2. The tie plate orientation device of claim 1 , said first conveyor having a first operating direction.
3. The tie plate orientation device of claim 2 , said second conveyor having a second operating direction.
4. The tie plate orientation device of claim 3 , said third conveyor having a third operating direction which is at an angle to said second operating direction.
5. The tie plate orientation device of claim 1 , said operating surface of said third conveyor blocking said second conveyor.
6. The tie plate orientation device of claim 1 , wherein said third conveyor is a belt conveyor.
7. The tie plate orientation device of claim 1 , wherein said second conveyor is a belt conveyor.
8. The tie plate orientation device of claim 7 , said second conveyor being continually operating.
9. The tie plate orientation device of claim 1 , said space having one dimension that is less than a long dimension of said tie plates.
10. The tie plate orientation device of claim 9 , said one dimension being at least about one-half a short dimension of said tie plates.
11. A method of orienting a tie plate, comprising the steps of:
directing, intermittently, said tie plate using a first conveyor;
continuing movement of said tie plate using a second continuously operating conveyor;
engaging the tie plate with a third conveyor that is oriented transverse to the second continuously operating conveyor;
rotating the tie plate by engagement with the second and third conveyors into a desired orientation; and,
passing the tie plate to a tie plate distribution system.
12. A hand held tie plate orientation device, comprising:
a body which is suitable to be handheld;
a button which is operably connected to an actuator;
a magnet which is disposed within said body and is connected to said actuator;
said magnet movable between a first position which it extending from or be even with an edge of said body, and a second position which is retracted within said body;
wherein said button may be actuated to either extend said magnet to said first position and pick up a tie plate or retract said magnet and release said tie plate from being held by said magnet.
13. The hand held tie plate orientation device of claim 12 , said actuator being powered by fluid power or by electric power supply.
14. The hand held tie plate orientation device of claim 13 , said body having a connection for said fluid power or said electric power supply.
15. The hand held tie plate orientation device of claim 12 , said body having a passage wherein said magnet can move.
16. The hand held tie plate orientation device of claim 15 , wherein when said magnet retracts, said tie plate held by said magnet is engaged by said body and released from said magnet.