A staple removing device includes: a placement part on which a bundle of paper bound with a staple can be placed; a paper pressing part that is configured to be movable toward the bundle of paper, and presses the bundle of paper against the placement part by movement; a removal part that is configured to be insertable between the bundle of paper and the staple, and removes the staple from the bundle of paper by the insertion; a load detecting part that detects an insertion load of the removal part when the removal part is inserted between the bundle of paper and the staple; and a control part that adjusts a pressing force of the paper pressing part based upon the insertion load detected by the load detecting part.

A pry tool includes a body having a base with a through-hole extending along a first axis and a through-slot extending perpendicularly to the first axis. The base has an arcuate bottom face defining a contact point for contacting with a working plan. A second axis intersects with the first axis at an intersection and passes through the contact point. A third axis intersects with the second axis at the center of curvature of the arcuate bottom face. An angle between the second and third axes is 5°-10°. A shank extends from the base along a fourth axis intersecting with the first axis at the intersection. An angle between the second and fourth axes is 15°-25°. A claw member is coupled to the through-slot. A fixing member is securely mounted in the through-hole and abuts against the claw member.

A pry tool includes a body having a base with a through-hole extending along a first axis and a through-slot extending perpendicularly to the first axis. The base has an arcuate bottom face defining a contact point for contacting with a working plan. A second axis intersects with the first axis at an intersection and passes through the contact point. A third axis intersects with the second axis at the center of curvature of the arcuate bottom face. An angle between the second and third axes is 5°-10°. A shank extends from the base along a fourth axis intersecting with the first axis at the intersection. An angle between the second and fourth axes is 15°-25°. A claw member is coupled to the through-slot. A fixing member is securely mounted in the through-hole and abuts against the claw member.

This invention relates to an improved staple and cleat removal tool more particularly to a staple removal tool designed to remove staple from hardware floors without risk of marring the wood surfaces thereof. The extraction tool device is composed of a handle integral into a flat plate shaft having a bottom prying member disposed at the other end thereof the prying member having a round edged semicircular about which the prying tip can be rotated when engaging surface abuts an underside of a crown portion of the staple. The prying tip has a wedge-shaped portion adapted to slide under the staples which firmly hold the staple in a fixed position after removal. This improved staple and cleat removal tool remover has a very distinct shape, but the contours do more than just provide a nice aesthetic component it also helps to give you leverage to pull out heavy duty staples and cleat.

This invention relates to an improved staple and cleat removal tool more particularly to a staple removal tool designed to remove staple from hardware floors without risk of marring the wood surfaces thereof. The extraction tool device is composed of a handle integral into a flat plate shaft having a bottom prying member disposed at the other end thereof the prying member having a round edged semicircular about which the prying tip can be rotated when engaging surface abuts an underside of a crown portion of the staple. The prying tip has a wedge-shaped portion adapted to slide under the staples which firmly hold the staple in a fixed position after removal. This improved staple and cleat removal tool remover has a very distinct shape, but the contours do more than just provide a nice aesthetic component it also helps to give you leverage to pull out heavy duty staples and cleat.

The present disclosure is directed to a fastener driver for driving a fastener into a workpiece. The fastener driver includes a housing and a lever pivotably coupled to the housing and actuable to cause the fastener driver to drive the fastener into the workpiece. The fastener driver also includes fastener puller removably coupled to the housing and operable to remove the fastener from the workpiece. The fastener puller includes a base portion, a removal head, and a pivot region. The removal head is affixed to the base portion and configured to pry the fastener from the workpiece. The removal head has a flat shape. The pivot region is defined between the removal head and the pair of legs. The pivot region is configured to contact the workpiece such that during operation the fastener puller pivots about the pivot region relative to the workpiece.

The present disclosure is directed to a fastener driver for driving a fastener into a workpiece. The fastener driver includes a housing and a lever pivotably coupled to the housing and actuable to cause the fastener driver to drive the fastener into the workpiece. The fastener driver also includes fastener puller removably coupled to the housing and operable to remove the fastener from the workpiece. The fastener puller includes a base portion, a removal head, and a pivot region. The removal head is affixed to the base portion and configured to pry the fastener from the workpiece. The removal head has a flat shape. The pivot region is defined between the removal head and the pair of legs. The pivot region is configured to contact the workpiece such that during operation the fastener puller pivots about the pivot region relative to the workpiece.

A staple removal device includes: a placement table on which a paper bundle is placed, the paper bundle being bound by a staple and including a first paper surface; a moving portion arranged at a position facing the first paper surface, the moving portion being movable in a direction along the first paper surface and including a wedge plate inclined in a wedge shape toward a tip end thereof; a driving portion configured to move the moving portion toward a crown portion and insert the wedge plate between the crown portion and the first paper surface; and an abutment portion arranged at a position facing the first paper surface, the abutment portion being abutted against the crown portion from a direction opposite to an insertion direction of the wedge plate after the wedge plate is inserted between the crown portion and the first paper surface.

A staple removal device includes: a placement table on which a paper bundle is placed, the paper bundle being bound by a staple and including a first paper surface; a moving portion arranged at a position facing the first paper surface, the moving portion being movable in a direction along the first paper surface and including a wedge plate inclined in a wedge shape toward a tip end thereof; a driving portion configured to move the moving portion toward a crown portion and insert the wedge plate between the crown portion and the first paper surface; and an abutment portion arranged at a position facing the first paper surface, the abutment portion being abutted against the crown portion from a direction opposite to an insertion direction of the wedge plate after the wedge plate is inserted between the crown portion and the first paper surface.

A spike puller apparatus comprises a subframe, a pair of opposed puller arms for engaging with spikes to be pulled via a replaceable puller tool mounted on the end of each puller arm, a pair of horizontal shafts and an actuator to selectively translate each puller arm with respect to one another, an actuator to articulate each respective puller arm for pulling spikes, an A-frame connected to the subframe to resist and/or apply pulling forces to a spike being pulled, and a vertical actuator connected to the A-frame to cause the vertical slide carrier to move up and down along the pair of vertical shafts to effect a spike pulling operation. The respective puller arms are independently controllable, and may be selectively staggered with respect to one another along a rail to allow selective independent and/or simultaneous pulling of rail spikes and/or anchor spikes on opposite sides of the rail.