Abstract: A stake insertion and removal tool including a vertically extending pole portion having an upper end for grasping and a lower end comprising a fixed clamping surface, a clamping portion connected to the pole portion approximate the lower end by linkage, movable relative to the pole portion through the linkage, and having a step and a movable clamping surface. A downward force on the step forces the movable clamping portion toward the fixed clamping portion through the linkage, thereby forcing the movable clamping surface toward the fixed clamping surface, to grasp a stake placed therebetween as the downward force urges the stake into ground there-below.

Abstract: A pry bar attachment operable to receive to a pry bar to provide a fulcrum point during use of the associated pry bar. The pry bar attachment may comprise a fulcrum coupled to a sleeve, the sleeve operable to receive a pry bar. The pry bar attachment may be an adjustable pry bar attachment having one or more adjustable features, such as fulcrum height, sleeve dimensions, or friction adjustment.

Abstract: The Wedge-Lock Safe-T-Puller is a tool that provides a safe and simple way to extract a T-post. The tool uses a captured sliding shackle that travels along a wedge to provide a positive grip between the bumps on a T-post and the Post Alignment Groove on the post side of the Wedge-Lock. Using a lifting shackle or sling attached to the lifting eye at the top of the tool, force is exerted vertically, causing the tool with its wedge to slide up the T-post thereby tightening the sliding shackle against the front of the T-post. This sliding action causes the wedge and sliding shackle to “lock” together to grip the T-post. The greater the force applied, the tighter the wedge and shackle grip. The Wedge-Lock Safe-T-Puller is intended to be operated with mechanical lifting equipment such as a front-end loader, track hoe, backhoe, Skid Steer Loader, etc. The tool may also be used in conjunction with lever and stand type manual or hydraulic extractors.

Abstract: In one embodiment of the present disclosure, an apparatus is described for use in lifting an article. The apparatus includes a support arm, a lever arm that is movably connected to the support arm, and a headpiece supported by the lever arm that is configured and dimensioned to engage the article such that a force applied to the lever arm is transmitted to the article to thereby lift the article. In another embodiment of the present disclosure, a kit is described for use in lifting an article. The kit includes a support arm, a lever arm that is movably connected to the support arm, a first headpiece supportable by the lever arm having a first configuration facilitating engagement with the article, and a second headpiece supportable by the lever arm having a second configuration facilitating engagement with the article different than the first configuration.

Abstract: In one embodiment of the present disclosure, an apparatus is described for use in lifting an article. The apparatus includes a support arm, a lever arm that is movably connected to the support arm, and a headpiece supported by the lever arm that is configured and dimensioned to engage the article such that a force applied to the lever arm is transmitted to the article to thereby lift the article. In another embodiment of the present disclosure, a kit is described for use in lifting an article. The kit includes a support arm, a lever arm that is movably connected to the support arm, a first headpiece supportable by the lever arm having a first configuration facilitating engagement with the article, and a second headpiece supportable by the lever arm having a second configuration facilitating engagement with the article different than the first configuration.

Abstract: The present invention is for a motor driven paddle for mounting to the frame of a vehicle wherein the motor rotates a first shaft which is linked to a second shaft that is thereby rotated via such linkage. The second shaft has one or more paddles that may come into contact with the ground such that the device may be utilized to free, or move, the vehicle if it has lost traction such as by being mud-stalled. The device may be stowed when not in use.

Abstract: An engine valve spring compression tool to assist in removing and replacing valve stem seals without removing a cylinder head from the engine. The tool having exhaust and intake valve connecting stems that provide fulcrum points, a compression bushing assembly to compress the valve spring, and a hook assembly to lock the tool in compression to allow the ancillary work to be completed.

Abstract: A device for removing a pool or deck cover anchor includes a base having a front, a rear, and two sides; a swivel rotatably attached to the front of the base with dowel pins so that the swivel will rotate to stay level; a U-shaped gripping element on the swivel, adapted to grip the anchor; a handle attached to the rear of the base, the handle being substantially longer than the swivel; a handle stop on the handle; and wheels rotatably attached to the sides of the base; wherein the handle, base, and swivel form a lever and the wheels allow the tool to roll so that a generally downward force on the handle produces a straight vertical force on the anchor that lifts the anchor out of the ground. Methods for removing and replacing anchors utilize the tool as further described.

Abstract: An assembly tool for use in assembling orthopaedic prosthetic components is disclosed. The assembly tool includes a frame, a base plate that includes a mounting bracket configured to engage a first end of an orthopaedic prosthetic component and a mechanical actuator configured to apply a compressive load to the orthopaedic prosthetic component.

Abstract: A wire winder and post puller device for aiding both in the retrieval of wire such as from a fence as well as the uprooting of installed posts. The wire winder and post puller device generally includes a frame adapted to be secured to loader arms of a loader. The frame supports a wire spool assembly which is adapted to be swung into and out of place via use of a support member rotatably secured to the frame. Wire may be wound onto the wire spool assembly through usage of a winding hydraulic motor which rotates the axle. Wire may be removed by swinging out the wire spool assembly from the frame and removing its first spool wheel. A post puller assembly is also provided to aid in removing posts from the ground in combination with the wire winder.

Abstract: The fence post extraction tool is a tool used to extract a wooden fence post from the ground using only vertical movement. The wooden fence post extraction tool includes a threaded rod that screws into an expanding piercing tip. The expanding piercing tip is driven into a pre-drilled hole located on a top surface of the wooden fence post. The piercing tip is driven into the hole via a hammer sleeve that is slideable engaged about the threaded rod. The threaded rod is attached to an attachment clip located at a distal end from the piercing tip. The attachment clip secures to a lifting means suspended under a tripod, and which lifts the wooden fence post vertically from the ground.

Abstract: An apparatus for lifting and supporting a pile is provided. The apparatus includes a modular support structure, which may include a modular support element such as a modular support helical pile. The modular support structure may further include a modular guide sleeve for guiding the support element as it is driven into strata. The portions of the modular support element and the modular guide sleeve may be installed adjacent a pile supporting a building even in the confined vertical space between the bottom of the building and the surface of the ground. Lifting device elements may be attached to the modular support structure and engaged with the building pile to lift and support the building pile.

Abstract: An apparatus for lifting and supporting a pile is provided. The apparatus includes a support structure coupled to the pile and a lifting device coupled to the support structure. Gripping plates of a lift head engage and lift the pile during extension of the lifting device. During retraction of the lifting device, gripping plates of a gravity vice engage the pile to support the pile in the lifted position. The extension and retraction of the lifting device is alternately repeated to lift the pile in steps to a desired height.

Abstract: A stake removal apparatus for extracting the stake from a portion of a ground includes a base plate with a first end and a second end, a handle bar affixed to a top portion of the base plate, a pair of wheels pivotably mounted to the base plate at the first end of the base plate, a C-shaped member pivotably mounted to the second end of the base plate to engage the stake, the C-shaped member having a pair of opposing inner beveled edges that are substantially parallel to one another. A user may orient the C-shaped member to enclose the stake and apply a downward force on the handle bar to enable the inner beveled edges of the C-shaped member to pivot and contact the stake, thereby concentrating the forces applied to the stake to extract the stake from the ground.

Abstract: There is disclosed a post extractor comprised in a post-pounder, the device having a length and a crosswise extraction hole. The hole may be sized to accept an exposed portion of the post and may have an engaging edge for engaging an exposed portion of the post. Methods of using the extractor to extract a post are also disclosed.

Abstract: A pump jack for driving a reciprocating pump is provided. The pump jack comprises a support base and a support frame mounted thereto. A hydraulic cylinder is mounted to the support frame. A pulley mechanism is connected to a piston of the hydraulic cylinder, the support frame, and to a sucker rod of the reciprocating pump. The pulley mechanism translates movement of the piston into movement of the sucker rod such that pushing action of the piston provides pulling action acting on the sucker rod. A drive mechanism connected to the hydraulic cylinder for actuating the hydraulic cylinder.

Abstract: The Roll Claw is a complementary tool with a purpose of using less stress force to do work. It is made with a rounded head and a claw end. It has a square portal that accepts a ratchet or pull handle of any make, and a round portal that accepts a chain link of any make where a tension strap with a hook can be attached. Measurements are noted in detailed explanations.

Abstract: Lifting device (1) suitable for lifting a tube or pipeline (25) with respect to a supporting girder (26) with an H profile or I profile, whereby the lifting device (1) at least contains the following elements: —a supporting body (2); —gripping means (3) on the supporting body (2) that can grip over opposite side edges (30,32) of a free flange (30) of the girder (26), and with which the supporting body (2) can be suspended from this free flange (30) of the girder (26) with an H profile or I profile; and, —lifting means (4) provided on the supporting body (2) on either side of the gripping means (3), with which the tube or pipeline (25) can be lifted with respect to the supporting body (2).

Abstract: A fence post extractor includes a sleeve for receiving a fence post and a clamping bar that is pivotable with respect to the sleeve at a pivot joint. The clamping bar pivots between a first position where the fence post is clamped between a second end of the clamping bar and the sleeve, and a second position where the fence post is released with respect to the second end of the clamping bar. A powered lifting apparatus has an engaging portion that is engaged with the clamping bar. The engaging portion is moved under power between a raised position and a lowered position to move the clamping bar between the first and second positions.

Abstract: A device acting as a cylindrical jack stand is described. The device includes at least one encirclement band. The encirclement band or bands are removably attached to the cylindrical jack by attaching a handle through the bands to the jack. The bands include apertures for one or more accessories. The apertures are aligned with an extended region of the base such that any accessories inserted in the apertures are supported by the extended region of the base.

Abstract: The tree and post remover is a removably attachable accessory for an operating vehicle, such as a skid-steer machine, tractor, or similar working machine having hydraulic power output. The tree and post remover has a mounting plate having a fixed jaw assembly extending therefrom and a movable jaw assembly captured and sliding laterally within the fixed jaw assembly. A hydraulic strut resides within the movable jaw assembly, and has one end attached to the movable jaw assembly and its opposite end attached to the fixed jaw assembly. Actuation of the hydraulic strut drives the movable jaw assembly toward or away from the fixed jaw assembly to close or open the jaws relative to one another. Each jaw assembly preferably includes a plurality of individual jaw members, opposite jaw members meshing with one another to allow the jaws to close upon objects of relatively small diameter.

Abstract: An extraction tool lifting apparatus having a load bearing coupling capable of being removably connected to an extraction tool; an hydraulic cylinder assembly being operatively connected at a first end to the load bearing coupling; a mounting bracket being operatively connected to the second end of the hydraulic cylinder assembly; three legs, each operatively connected at a first end to the mounting bracket; the load bearing coupling being adapted to be removably connected to an extraction tool having, an elongated base member having first and second ends, and a drill bit being removably attachable to a socket in the first end, the base member having a threaded portion being disposed approximate the first end, the second end being adapted to be removably connected to the load bearing coupling.

Abstract: Sheet material lifts including an elongate body extending along a longitudinal axis between a first end and a second end, a foot extending transverse the longitudinal axis from the second end of the elongate body, a support element disposed on the foot distal the elongate body, a base defining a fulcrum coupled to the foot, and an arm extending transverse the longitudinal axis from the elongate body at a position intermediate the first end and the second end. In some examples, the arm includes a sleeve, and a shaft slidingly mounted within the sleeve, the shaft being configured to slide along a path between a retracted position proximate the elongate body and an extended position distal the elongate body.

Abstract: A post removal system having a base plate, a vertical support plate extending upwardly from a top surface of the base plate, and a handle pivotally attached to a top edge of the vertical support plate via a pivot pin, the handle is positioned atop the vertical support plate such that the vertical support plate is at a point between the midpoint and the first end of the handle, the pivot pin is perpendicular to the handle, the handle can pivot upwardly and downwardly about the pivot pin, and a stake gripping component pivotally attached to the first end of the handle via a hinge, the stake gripping component can pivot upwardly and downwardly about the hinge with respect to the handle, the stake gripping component having a slot in a side adjacent to the hinge, wherein the slot is adapted to temporarily accept a stake.

Abstract: The present invention is directed to an anchorage extractor. The extractor is used to remove post, anchorage or stake from the ground without using a force generated by a motor. The anchorage extractor comprises a base disposed on the ground to provide a stable support. A lever is connected to a driving wheel that is connected to a rack. The anchorage is attached to the rack and when the lever is actuated, the drive wheel drives the rack upward, removing the anchorage from the ground. An advantage of the present invention is that the direction of the extraction force is parallel to the anchorage axis by adjusting the angle of the extractor. The extractor may be folded on itself or dismantled to be transported.

Abstract: A device for lifting a post out of the ground, including a part for engaging the post and an elongate body having a handle for applying a lever action to the part in order to lift the post from the ground, wherein the part is coupled to a stand and the stand is moveable relative to the body from a stowed condition to a deployed condition whereat the body is pivotally supported above the ground for rotation about the stand in order to effect the lever action.

Abstract: A probe bar remover (10) for loosening and removing probe bars from the ground includes an elongated member (12) with an engagement end and a handling end. The elongated member (12) also includes a foot plate (18) along the elongated member (12) oriented toward the handling end. A bar engagement member (20) is coupled to the elongated member (12) at the engagement end and can include an engagement gap (22) for engaging a probe bar (15). A fulcrum (24) can be oriented along the elongated member (12), which contacts a ground surface, and a handlebar (26) is removably coupled to the handling end of the elongated member. To remove probe bars from a ground surface, the probe bar remover (10) can be engaged with an exposed portion of a probe bar (15) and a downward force is exerted on the foot plate (18) so as to at least loosen the probe bar (15) from the ground.

Abstract: A post puller that includes a jack assembly with an assembly attached to the jack housing that includes wedges with sharpened edges that bite into the post or stake as the jack assembly is raised.

Abstract: A staple remover, with a staple removing blade, for removing a staple from a stack of sheets of paper. The staple remover prevents staple jams by providing a means for automatically discarding removed staples from the staple removing blade. The staple remover comprises a storage compartment and an elongate staple removing blade. The elongate staple removing blade comprises a longitudinally extending staple pulling surface and a laterally flared portion located at the apex of the staple pulling surface. The geometry of the elongate staple removing blade substantially resiliently deforms the legs of the staple, allowing the legs to spring back towards each other and project the staple into the storage compartment.

Abstract: A doorframe removing apparatus includes an end wall. A pair of legs each has a first end a second end. The first ends are attached to the end wall. The legs are orientated substantially parallel to each other. An end wall coupler is attached to the first side of the end wall. A frame coupler is removably attached to a doorframe attached to a perimeter edge of a door orifice in a wall. An urging member is removably attached to and extends between the end wall coupler and the frame coupler. The urging member is configured to urge the frame coupler toward the end wall coupler. The second ends of the legs are positioned on opposite sides of the doorframe and supported against the perimeter edge. The urging member is actuated to pull the doorframe away from the perimeter edge of the door orifice.

Abstract: A stake puller for extracting a stake from a portion of a substrate (e.g., earth, soil, or the like) wherein the stake is abutted against a perpendicular wall that thereby exposes a side portion of the stake opposite of the perpendicular wall between the portion of the substrate and an exposed top of the stake, the puller including: a shaft having a distal end and a proximal end; a cross-handle coupled to the proximal end; and a stake-engaging head, coupled to the distal end, engaging the exposed side portion of the stake between the portion of the substrate and the exposed top from a direction opposite of the perpendicular wall wherein a longitudinal axis of the shaft is generally parallel to a longitudinal axis of the stake when the stake-engaging head engages the exposed side portion of the stake.

Abstract: A handling assembly includes motor driver wheel assemblies that are supported on one or more platforms. The wheel assembles can be moved inwardly into engagement with tubing, cable or rods extending through the platforms so that the tubing, cable or rods can be raised or lowered in a controlled manner by frictional contact between the driven wheels and the tubing, cable or rods.

Abstract: A pole puller system comprising a base plate, a slide tube, and a slide. The system further comprises a hydraulic cylinder, a hydraulic fluid pump, and a pair of hydraulic hoses. There is also provided a means for coupling a pole to be pulled to the slide.

Abstract: A rod assembly driver which is alternately acting in two opposing directions includes two opposing grip jaws for a rod assembly, which grip jaws are hingedly connected to one another in the form of a parallelogram by pairs of plates.

Abstract: An alignment tool for aligning fence posts and a method for aligning fence posts are provided. The alignment tool can include an alignment plate with an aperture adapted to receive a fence post. The alignment plate is interconnected to a lever arm to facilitate the application of a torque to a fence post received by the aperture of the alignment plate at a desired location along the length of the fence post. The alignment plate can additionally include one or more notches adapted to receive an edge of a fence post. By applying a force through the lever arm, the portion of an edge of the fence post received by the notch can be crimped and/or otherwise aligned at a desired location along the length of the fence post. The lever arm can comprise a post pounder, resulting in a tool that is capable of performing multiple functions.

Abstract: A stake pulling device for removing a metal or a wood stake from concrete comprising a base plate for placing on a ground surface; a first support attached to the base plate extending upwardly; a pivot arm pivotally and slidably attached to the top end of the first support arm; a handle component disposed on a first end of the pivot arm; a grip plate attached to the second end of the pivot arm, wherein a stake cavity is disposed in an outer surface of the grip plate, the stake cavity is adapted for receiving the stake; and a pair of jaws pivotally attached to the grip plate above the stake cavity, the pair of jaws comprising teeth for gripping the stake, wherein the pair of jaws can pivot towards each other such that the teeth face each other or face away from each other.

Abstract: A method of removing a T-type fence post from the earth with a powered, mobile piece of equipment controlled by a human operator includes attaching a substantially flat plate to a lift arm of the powered, mobile piece of equipment such that the plate hangs substantially vertically from the lift arm and can move in an arc, the plate having an opening with a top wall and a bottom wall, moving the powered, mobile piece of equipment in a first direction to pull the plate over the fence post such that an upper portion of the post enters the opening with the bottom and upper walls of the opening engaging the post with sufficient force to retain the post in the opening when the post is pulled from the earth and raising the lift arm to pull the post from the earth in a substantially vertical direction.

Abstract: A chain and lever post puller system for pulling 2 inch by 4 inch stakes from the ground. The apparatus may also pull round posts or tee-posts with a minimum of effort and with no prior digging. The chain and lever post puller system is a first class lever, requires no heavy equipment or hydraulics, and is easily transportable by hand. The puller comprises a vertical column to which the pivot lever is removably connected via a hinge, which also forms the fulcrum for the pivot lever. A first end of a chain is attached opposite the handle to the end of the pivot lever, and a self-tightening post grip is attached to the second end of the chain. A downward force is applied to the first end of the pivot lever when the post grip is attached to a stake to remove the stake via mechanical advantage.

Abstract: A handling assembly includes motor driver wheel assemblies that are supported on one or more platforms. The wheel assembles can be moved inwardly into engagement with tubing, cable or rods extending through the platforms so that the tubing, cable or rods can be raised or lowered in a controlled manner by frictional contact between the driven wheels and the tubing, cable or rods.

Abstract: A handling assembly includes motor driver wheel assemblies that are supported on one or more platforms. The wheel assembles can be moved inwardly into engagement with tubing, cable or rods extending through the platforms so that the tubing, cable or rods can be raised or lowered in a controlled manner by frictional contact between the driven wheels and the tubing, cable or rods.

Abstract: A pulley mechanism is connected to a piston of the hydraulic cylinder, the support frame, and to a sucker rod of the reciprocating pump. The pulley mechanism translates movement of the piston into movement of the sucker rod such that pushing action of the piston provides pulling action acting on the sucker rod. A drive mechanism connected to the hydraulic cylinder for actuating the hydraulic cylinder.

Abstract: A portable mechanical lifting and lowering device for mounting in or on a host vehicle with various lifting and lowering configurations that enable the user to lift, lower, move and operate items, equipment and farm style implements using hydraulic, electrical, or other mechanical means of power, including but not limited to a lifting mechanism that mimic's the lifting ability of a farm tractor style three point hitch configuration by attaching to the trailer hitch receiver port of a host vehicle and being operated with an implement attached; and a mechanism that can lift or lower items into the earth, or other surface, in a straight or twisting fashion; and a trailer hitch attachment for a trailer hitch ball that can be easily lifted and lowered; and a crane style mechanism that can lift, lower or move items, all incorporated in this one device.

Abstract: A method of removing a T-type fence post from the earth with a powered, mobile piece of equipment controlled by a human operator includes attaching a substantially flat plate to a lift arm of the powered mobile piece of equipment such that the plate hangs substantially vertically from the lift arm and can move in an arc, the plate having a opening with a top wall and a bottom wall, moving the powered, mobile piece of equipment in a first direction to pull the plate over the fence post such that an upper portion of the post enters the opening with the bottom and upper walls of the opening engaging the post with sufficient force to retain the post in the opening when the post is pulled from the earth and raising the lift arm to pull the post from the earth in a substantially vertical direction.

Abstract: A pipe handling apparatus has a base, a main rotating structural member pivotally connected to the base, a pipe handler connected to the main rotating structural member for moving a pipe from a generally horizontal orientation to a vertical orientation, and a jack connected to the pipe handler. The jack exerts a downward force in generally parallel relation to the pipe when the pipe is in the vertical orientation. The pipe handler has a gripping structure for gripping an outer surface of the pipe. The gripping structure has a stab frame. The jack is affixed to the stab frame. The jack has a piston-and-cylinder assembly positioned relative to the stab frame, and a hydraulic actuator connected to the piston-and-cylinder assembly. The hydraulic actuator is suitable for passing hydraulic fluid to the piston-and-cylinder assembly so as to move the piston-and-cylinder assembly from a retracted position to an extended position.

Abstract: In some embodiments, a post puller may include one or more of the following features: (a) a frame capable of being coupled to a vehicle, (b) first and second post removal doors having an open side facing each other and an opposite end coupled to the frame, (c) a V-shaped opening located on the open side of the doors, (d) butt hinges along which couple the doors to the frame along a hinge axis, (e) a blade located on the open side of each door, and (f) a fork aperture for receiving a fork.

Abstract: The present invention relates to a post-pulling device for the extraction of T-shaped posts and a method of using the same. The post-pulling device according to the present invention includes: an I-beam body; a pull chain, where said pull chain is permanently attached to a first end of the I-beam body; and a post insertion opening near a second end of the I-beam body, where said opening allows for the insertion of a T-shaped posted. The pull chain may be welded to the I-beam body. In one particular embodiment, the I-beam body may include two beveled sidewalls and the opening may be a T-shaped opening.

Abstract: The present invention is directed to an anchorage extractor. The extractor is used to remove post, anchorage or stake from the ground without using a force generated by a motor. The anchorage extractor comprises a base disposed on the ground to provide a stable support. A lever is connected to a driving wheel that is connected to a rack. The anchorage is attached to the rack and when the lever is actuated, the drive wheel drives the rack upward, removing the anchorage from the ground. An advantage of the present invention is that the direction of the extraction force is parallel to the anchorage axis by adjusting the angle of the extractor. The extractor may be folded on itself or dismantled to be transported.

Abstract: According to one aspect of the present invention there is provided a manually operated post handling assembly including a main body, a post driver that is integral with or connected to the main body and a post extractor being adapted to move between a deployed position and a stowed position within the main body.

Abstract: A duct reinforcing rod and fabrication apparatus for use with a conduit and a threaded element dimensioned to fit within the conduit includes a positioning device to position the conduit at an insertion position and an insertion device for inserting the threaded element a predetermined distance into the conduit. A deformation device is also employed to deform the conduit such that the deformation occurs at two locations on the conduit, the two locations being longitudinally spaced from one another along a length of the conduit.

Abstract: A slide hammer for driving a probe into the ground includes a probe lifting and removal arrangement in which a slide hammer tube is pivoted away from the probe to function as a lever operating with a clutch arrangement to incrementally withdraw the probe from the ground. A biasing arrangement using a coil spring is operative to hold the anvil in a locked probe driving position, to facilitate release of the tube from the locking position for pivotal movement to the probe removal position, to bias a clutch disk to a release position with respect to the pin, to facilitate incremental lifting contact between the clutch disk and the pin, and to return the tube to a subsequent incremental lifting position.