Stooking Mechanism for Binders (Patent No: 122946)

Inventor: Giles, Albert F.

Location: Calgary

Comments: N/A

Description: Claim
I. A sheaf shocker including in combination a receptacle, an elevating mechanism adapted to lift the sheaves and discharge them into the receptacle, and means for alternately diverting the sheaves into the opposite sides of the receptacle.
Z. A sheaf shocker including in combination a receptacle, an elevating mechanism adapted to lift the sheaves and discharge, them into the receptacle, and an automatically operated tilting diverter arm adapted to alternately divert the sheaves into opposite sides of the receptacle.
3. A sheaf shocker comprising a receptacle. an elevator including carriers, a tilting diverter arm, and means automatically operating by each alternate carrier for tilting the arm upwardly to cause the sheaves to fall in the far side of the receptacle.
4. A sheaf shocker comprising a receptacle. an elevator including carriers, a shaft extending across the top of the carrier having a diverter arm thereon adapted when raised to divert the sheaves in the far side of the receptacle, a lever adapted to be engaged by the carrier as it passes over the top of the elevator, and mechanism connecting the lever with the shaft supporting and diverter arm whereby when the lever is tilted the diverter arm will be actuated.
5. A sheaf shocker and in combination a receptacle, an elevating mechanism adapted to lift the sheaves and discharge them into the receptacle, a counting mechanism, and means automatically thrown into operation by the counting mechanism for discharging the sheaves in the form of a shock.
6. A sheaf shocker and in combination a receptacle, an elevating mechanism adapted to lift the sheaves and discharge them into the receptacle', a counting mechanism, and means automatically thrown into operation by the continuous mechanism for discharging the sheaves in the form of a shock the said means including a detent lever, normally preventing operation of the discharge mechanism a ratchet wheel having means for raising and releasing the detent lever once every revolution, and means operated by the elevator for intermittently rotating the ratchet wheel.
7. A sheaf shocker and in combination a receptacle, an elevating mechanism adapted to lift the sheaves and discharge them into the receptacle, a counting mechanism, and means automatically thrown into operation by the counting mechanism for discharge into the sheaves in the form of a shock. the said means including an actuating shaft for the discharging mechanism, a disc connected thereto, a tiltable lever on the disc having a projection thereon, a pinion connected to a source of power find having projections adapted to engage the projection on the lever and normally tending to cause rotation of the disc, a detent lever normally preventing rotation of the disc and means for raising the detent lever when a determined number of sheaves have passed into the receptacle.
8. A. sheaf shoc1'er and in combination a receptacle elevating mechanism adapted to lift the sheaves and discharge them into the receptacle. a counting mechanism and means automatically thrown into operation by the counting mechanism for discharging the sheaves in the form of a shock, and manually operable mean for actuating the discharging mechanism.
9. A sheaf shocker and in combination a receptacle, an elevating mechanism adapted to lift the sheaves and discharge them into the receptacle. a counting mechanism, and means automatically thrown into operation by the counting mechanism for discharging the sheaves in the form of a shock, and manually operable means for actuating the discharging mechanism said means including a tiltable stirrup pinion, a pinion rotated thereby and means operated by the turning of the pinion for releasing discharging mechanism.
10. A sheaf shocker including means to receive a sheaf receptacle, elevating means adapted to carry the sheaf from the receiving means to the receptacle. and means for automatically stopping the elevator before the carrier passes the receiving means, and means operated by the weight of the sheaf 1n the receptacle means for releasing and permitting operation of the elevator.
11. A sheaf shocker having a receptacle, and elevating means adapted to carry the sheaf discharged by the binder to the receptacle, the said elevating means being automatically thrown into operation by the weight of the sheaf.
12. A sheaf shocker including a receptacle, forks adapted to receive a sheaf when discharged from the binder an elevator adapted to automatically stop at determined intervals, and means operated by the weight of the sheaf on the forks for starting the elevating means.
13 In a sheaf shocker comprising a receptacle, an elevator including carriers. a clutch in the driving mechanism of the elevator. a series of levers actuated by the passing of the carriers for automatically discharging the clutch. and means operated by the weight of the sheaf discharged from the binder for moving the clutch into engagement again.
14. A sheaf shocker including a receptacle, an elevator, an axially movable clutch member in the operating mechanism of the elevator formed with diagonally extending teeth, a lever having an end adapted when tilting to engage the teeth to move the member axially, and mechanism operated bv the carriers of the elevator for tilting said lever, and means operated by the discharge of the sheaf from the hinder for releasing said lever and returning the clutch member to normal position.
15. A sheaf shocker comprising a receptacle, receiving forks, a tiltable shaft supporting the same, a crank on the shaft spring held in normal position adapted to be tilted by the weight of a sheaf on the forks, an elevator adapted to carry the sheaf from the forks having means for automatically stopping the same before the carrier on the elevator reaches the forks, and mechanism operated by the tilting of the said crank for starting the elevator.
16. A sheaf shocker comprising a receptacle, elevating means adapting to discharge the sheaves into the rectangle and a dumping mechanism adapted when actuated to compress the sheaves and turn them to vertical position.
17. A sheaf shocker comprising a receptacle, an elevating means adapted to discharge the sheaves into the receptacle, and pairs of tiltable ejecting fingers adapted when actuated to grip the sheaves and turn them to vertical position.
18. A sheaf shocker comprising a receptacle, an elevator adapted to discharge the sheaves into the receptacle, a plurality of pairs of pivoted ejecting fingers, means for turning the fingers to horizontal position and at the same time closing them together whereby the sheaves will be brought together in the form of a shock and turned vertical position.
19. A sheaf shocker comprising a receptacle, elevating means adapted to discharge the sheaves into the receptacle, a plurality of pairs of pivoted ejected members, means for turning each pair of fingers as a whole horizontal position, and cam means operating during returning to tilt the fingers towards each other whereby the sheaves between the fingers will be compressed into the form of a, shock as they are turned to vertical position.
20. A sheaf shock comprising a receptacle, elevating means adapted to discharge the sheaves into the receptacle, and a dumping mechanism adapted when actuated to compress the sheaves and turn them to vertical position, and ejecting arm and means for reciprocating the same during dumping of the sheaves.
21. A sheaf shocker comprising a receptacle, elevating means adapted to discharge the sheaves into the receptacle and a dumping mechanism adapted when actuated to compress the sheaves and turn them to vertical position, a pivoted ejecting arm, a tiltable rod supporting the ejecting arm, a pivoted link connected to the ejecting arm ???? the pivoting point, the opposite end of the link????g pivoted to a fixed support, and means operated by the discharge mechanism for reciprocating the rod connected to the ejecting arm.
22. A sheaf shocker comprising a receptacle, elevating means adapted to discharge the sheaf into the same, a rack normally supporting the bottom of the sheaf, means for disengaging the sheaves from the receptacle, and means for automatically lowering the rack during discharging.
23. A sheaf shocker comprising a receptacle, elevating means adapted to discharge the sheaves into the same, means for discharging the sheaves from the receptacle, and means operated by the discharging mechanism for stopping the elevator.
24. A sheaf shocker comprising a receptacle, elevating means adapted to discharge the sheaves into the same, means for discharging the sheaves from the receptacle, and means operated by the discharging mechanism for stopping the elevator, the said means comprising a cam turned by the discharging mechanism, a lever tilted by the cam, a tiltable member on said lever adapted when the lever is tilted to project before the carriers of the elevator, and means operated by the tilting of said member for stopping the elevator.
25. A sheaf shocker comprising a receptacle, elevating means adapted to discharge the sheaves into the receptacle, dumping fingers on opposite sides of the receptacle adapted when actuated to turn the sheaves to vertical position, and means for varying the distance between the dumping fingers.
26. A sheaf shocker comprising a receptacle, elevating means adapted to discharge the sheaves into the receptacle, dumping fingers in the receptacle adapted when actuated to turn the sheaves to vertical position and compress them in the form of a shock, slides supporting the dumping fingers, and means for adjusting the position of the slides.