A rail fence retractor allowing removal of a fence rail engaged with a fence post comprising a blade having a first and second end. The first end of the blade is configured for insertion into a fence post slot having a rail inserted therein. The rail has self-locking tabs which must be depressed for removal of the rail from the fence post slot. The fence rail retractor also has a handle which is attached to the second end of the blade. The handle allows the application of force against handle to fix the position of the handle against the fence post during removal of the rail from the fence post slot. The handle is also useful in carrying the rail fence retractor when not in use. The handles of the rail fence retractor may be configured to allow integration with the blade. The handles may be also be configured to allow a pair of rail fence retractors to fit or snap together when not in use.

A pin assist device that eliminates the need to use a separate tool to insert and/or extract a cotter, or other fastening, pin. The pin assist device allows the user to easily insert or extract a pin in locations that are difficult to reach, in all types of weather and virtually all conditions. Related pin assist devices, hitch pins, and hitch pin assemblies are also disclosed.

A hinge pin remover for removing a hinge pin from a door hinge assembly. A geared wheel is rotatably connected to a hinge pin remover body. The geared wheel includes a plurality of geared wheel teeth. A handle is rigidly connected to the geared wheel. A geared shaft extends through the remover body. The geared shaft includes a plurality of geared shaft teeth. The geared shaft teeth are engaged with the geared wheel teeth. A lower push rod is connected to the geared shaft and is for pushing the hinge pin as the geared wheel is rotated. A forked clip is slidingly connected to the geared shaft and is for pulling the hinge pin as the geared wheel is rotated.

A tool designed for aligning and positioning snap-ties used in assembling the structural concrete shaping forms. The tool comprises a shaft member fixedly attached to a slotted engaging member for engaging the snap-ties. The slotted engaging member typically has a tapered slot so that the user may easily encompass the snap-tie and position it in a single step without the need to temporarily lock the snap-tie to the tool during positioning. The tool also allows the user to position snap-ties remotely without the need for the user's body to enter a concrete form apparatus, thereby decreasing the chance of injury.

A blade disarmer is provided herein. The blade disarmer includes a base member having an elongated portion, a bottom portion, and first and second walls extending from the elongated portion. A cover member is removably attached to the base member forming a cavity therebetween. The cover member includes a hinge separating a body portion and a tab. A pair of dome-shaped portions is disposed on the tab configured to assist a pair of side surfaces of the tab proximate each respective dome-shaped portion to flex laterally. A closure mechanism is disposed on the first and second walls and configured to maintain the tab in a plurality of positions. First and second protrusions extend into the cavity.

A tool for removing a fastener head from a fastener includes a body that includes an alignment surface configured to couple substantially flush against a structural surface proximate the fastener head. A blade coupled to the body includes a tip configured to sever the fastener head from the fastener as the blade is moved in a first direction generally parallel to the alignment surface from a first blade position to a second blade position. The tool also includes a force transfer member coupled to the body for movement parallel to a longitudinal axis of the force transfer member. The longitudinal axis is oriented at an acute angle with respect to the first direction. The force transfer member is configured to move the blade from the first blade position to the second blade position in response to an impulse received by the force transfer member.

Embodiments described herein relate to techniques for spline and screen replacement. An example tool can include a handle. The tool can further include a body connected to the handle, the body including a curved first edge having a first tip at a first end, the first tip defined by the curved first edge and a second edge of the body, a third edge extending from the second edge to the handle, a second tip at a second end of the body, the second tip defined by the first edge and a fourth edge, and a fifth edge extending from the fourth edge to the handle.

A plug tool is provided that can retrieve, hold and/or install plugs in holes defined by a substrate such as a board. The tool can include a handle including an upper portion and a lower portion, a tube extending from the lower portion, the tube sized to receive a plug therein, and an ejector configured to eject a plug from the tube. A method of using the tool can include placing the tube over a plug having a plug face, a plug sidewall and a plug bottom such that the plug sidewall engages and is retained in the tube; moving the tool so that the tube is aligned with a hole defined by a recipient board, the hole bounded by a hole sidewall; and ejecting the plug from the tube so the plug sidewall engages the hole sidewall and is deposited in the plug hole.