Abstract: The present invention provides a pull bar and method for using the pull bar. The pull bar is used to pull together flooring boards that utilize a click-and-lock system. A handle is rigidly connected at an angle to a tapping block. A puller is rigidly connected to the underside of the tapping block. The puller has an angled lip that extends downward from the tapping block. A hook is connected to the angled lip and is for hooking a flooring board.

Abstract: An angle tapping block allows for lifting a flooring plank from a subfloor surface and tapping the flooring plank. The angle tapping block includes a beating block that has multiple surfaces, including a beating block beating surface for beating with a hammer and a beating block tapping surface for tapping the side of the flooring plank. The angle tapping block also includes a lifter plate attached to the beating block and positioned below the beating block. The lifter plate can be placed beneath a flooring plank and lift from the subfloor surface for tapping.

Abstract: A joint guard provided for protecting, and stabilizing portions in the edge region of a panel, the portions being selected from the group consisting of a distal edge, a downwards protruding heel, a upper joint edge, a groove, a lower cheek, a distal end, an upwards protruding lower cheek heel, an upper joining edge, an undercut, a moveable locking element, a locking tongue, a locking tongue leg and a maneuvering leg.

Abstract: A flooring installation tool includes a base having a bottom surface configured to engage a top surface of a flooring material, and a shoe having a connection portion and a vertical surface engaging portion. The connection portion is movably connected to a gear housing supported by the base, and the vertical surface engaging portion is configured to engage a vertical surface of the flooring material. An adjuster is configured to selectively hold the shoe relative to the base in a first position or in a second position that is different from the first position.

Abstract: A tool for assembling deck boards of a decking structure that uses pronged fasteners to secure the deck boards thereto, the pronged fasteners establishing an at least ?? gap between adjacent deck boards. The tool compresses an unsecured deck board into engagement with a set of pronged fasteners that are attached to an exposed edge of an installed deck board. The tool has a stationary jaw and a moveable jaw supported for movement relative to one another by a frame. Each jaw has a depending lip disposed on an outer edge thereof that is configured to engage one of the deck boards. The tool also has an actuating mechanism that moves the moveable jaw relative to the stationary jaw. The actuating mechanism is, preferably, manually powered, hydraulically powered, or screw driven.

Abstract: A carpentry tool for the installation of parallel boards includes an elongated lever having a rotatable cam pivotally affixed adjacent to a distal end of the lever, a gripper body pivotally affixed at a distal end of the lever, the gripper body having two lugs or brackets extending downward from the lower end of the gripper body, wherein the gripper body includes a multi-piece telescopic section having outer and inner tubing members in slidable engagement, the one tubing member including a first lug or bracket on a lower face thereof, another tubing member including a second lug or bracket on a lower face thereof, opposing the first bracket, and a spindle extending from an upper face of the gripper body, and a mechanism for reversibly adjusting the sliding tubing members at predetermined points.

Abstract: A multi-function deck tool is powered by a portable electric drill to remove old deck boards and nails and install new boards. Lifting forks remove deck boards. A built-in nail puller removes nails from the deck board supporting beam. An aligning arm attachment straightens and aligns new or loose boards with nailed-in boards and holds them in place, freeing the hands of the installer to nail in the new board.

Abstract: A board removal tool (10), for the removal of boards (or panels) (F) from building structures (FS) such as floors, walls or ceilings, has an elongate handle (20), connected a tool body (30) having aligned, spaced first and second jaw members (40, 50) at one end; the first and second jaw members (40, 50) having opposed jaw faces (41, 51) to receive the boards (F) therebetween. The handle (20) has a hand-grip (23) at the other end, which is rearwardly inclined. The workman engages several boards (F) between the first and second jaw members (40, 50), with the opposed jaw faces (41, 51) extending transverse to the boards (F); and pulls the hand-grip (23) to move the hand-grip (23) in a curved path towards himself. As the tool (10) “rotates” about a distal end (53) of the second jaw member (50), the first jaw member (40) progressively removes/releases at least some of the boards (F) from the building structure(FS) to which the boards (F) were fixed.

Abstract: A plank seating apparatus includes an elongated panel that has a top side, a bottom side, a first end, a second end, a first lateral edge and a second lateral edge. A bracket is attached to the bottom side and extends downwardly therefrom. The bracket includes a plate that has an outer surface that is flush with the first end. The outer surface faces away from the second end of the elongated panel. A block is attached to the top side of the panel. The block is positioned nearer to the second end than the first end of the panel. The plate is abutted against an outer edge of a wood plank and the block is hit with a tool to pull the wood plank toward an adjacent wood plank.

Abstract: An improved method and apparatus for urging a flooring strip into close or tight engagement with the adjacent flooring strip, which has already been fixed into position, and holding the flooring strip securely in position for nailing or otherwise fixing the flooring strip. The invented device has a base plate with having holes therein for attachment to a floor (subfloor), a rack and pinion gear arrangement where the rack has an angle iron style pusher-puller ram pusher at the end of the rack, the end of the base plate having a removable shoe, and a rack housing situated on the base plate with an associated pinion gear engaging the rack and operated by a levering handle for urging the flooring strip into position for installation.

Abstract: A tool and method for abutting an individual floor panel which is near an obstruction, such as a wall, to the assembled floor. The tool and method provide a rod having a flanged member at one end. The flanged member has a notch in its vertical flange which contacts the floorboard to be abutted, requiring a minimal amount of space between the obstruction and floorboard to be set. A sliding weight mounted on a rod can then be slid toward an impact surface resulting in a horizontal force being applied to the individual floorboard thereby abutting or setting that floorboard with respect to the assembled floor. An especially useful application for the device and method is in the installation of a tongue-in-groove laminate floor in which the individual floorboards have a tongue and groove connection on their ends.

Abstract: A multipurpose prying tool, which has a handle, a prying head, which is fixedly connected to one end of the handle and has two jaws of different lengths arranged in parallel and a mouth defined between the two jaws and extending with the handle in horizontal, and a prying tip made in the form of a claw and obliquely extended from the other end of the handle for pulling out nails.

Abstract: A multipurpose prying tool, which has a handle, a prying head, which is fixedly connected to one end of the handle and has two jaws of different lengths arranged in parallel and a mouth defined between the two jaws and extending from one end of the handle at 90° or about 90°, and a prying tip made in the form of a claw and obliquely extended from the other end of the handle for pulling out nails.

Abstract: In the past shingles and nails were removed from a roof by means of a shovel, pitch fork, or shingle removal tool. All of these methods require intense physical labor, and because of the small width of the available tools are very time consuming to achieve the desired results. The Rapid Roof Remover alleviates the need for intense physical labor by levering the shingles and nails from the wood they are attached to by the action of the tear-off blade (up to 36 inches in width) being levered back by the pneumatic cylinder.

Abstract: A Kit with a protector block controller shoe being a treadle with two upwardly raised sides, a handle and a crossbar laterally placed before the operator's foot so when the controller shoe is attached by the crossbar to a protector block of standard dimension and material it allows the operator to control the protector block from a new, safer, more comfortable and more advantageous position, and when a sledgehammer attachment has two plates attached width to width at a slightly acute angle with sides to maintain that angle under heavy impact and to provide a pocket for the sledgehammer head to fit into and be held by a clamp and retaining lip in order to change one or more striking surfaces to a new angle inward with respect to a longitudinal line passing through the center of the handle, and to enlarge that surface in order to allow the operator to impact the protector block from the said new, safer, more comfortable and more advantageous position than with any prior art in the same field.

Abstract: A tool designed specifically for removing roofing shingles, sub-roofing, and the like from roofs, offered in two examples, one powered pneumatically and one powered electrically, each with an elongated adjustable stalk with handle, the lower end of the stalk with an upper blade that moves forward and rearward with respect to the lower blade, a circular saw rotatably disposed between the blades, the forward movement of the upper blade coinciding with upward movement of the upper blade platform and teeth, thereby lifting roofing materials, the saw cutting roofing nails and the like.

Abstract: An apparatus for removing shingles and shingle fasteners from a roof. The apparatus comprises a frame and a driver unit coupled to the frame, the driver unit including at least one motor. The apparatus also comprises a stripping unit coupled to the driver unit, the driver unit being operative to alternately move the stripping unit between two positions. The stripping unit is adapted to lift shingles off from a roof and to extract shingle fasteners out of the roof as the stripping unit alternately moves between the two positions and the apparatus moves on the roof. The apparatus further comprises a pair of cutters coupled to the driver unit, the driver unit being operative to drive the pair of cutters.

Abstract: A Shingle Ripper is provided for removing existing shingles from a roof. A claw which includes a generally triangularly-shaped plate with a front edge. The claw has a bottom surface and a top surface. The front edge of the claw has teeth. A handle, which is connected to the claw has a claw section which is the part of the handle affixed to the claw. A lower section is connected to the claw section and is located at an acute angle from the bottom surface. A lower intermediate section is connected to the lower section at an acute angle upwardly away from the bottom surface. An upper intermediate section is connected to the lower intermediate section at an acute angle downwardly toward the bottom surface. An upper section connected to the upper intermediate section at an acute angle upwardly away from the bottom surface. Hand grips are located on the lower intermediate section and the upper section.

Abstract: Disclosed is a roofing removal apparatus for removing existing shingles from a roof. The apparatus includes an elongate base member that has a front end and a back end. A frame is mounted on the base member, and a power source is secured to the frame. A pair of wheels are rotatable coupled to sides of the base member. An elongate upper member for separating the shingles from the roof is positioned on top of the base member. The upper member has a forward end and a rearward end. A pivot coupler is positioned between the upper member and the base member. A cam member is attached to the power source. A coupling member couples the upper member to the power source. A guard protects the power source from debris. A handle member for allows a user to control movement of the base member, and a control assembly for controls the power source.

Abstract: An apparatus for compressing floor boards, the apparatus comprising a first plate including a first edge gripping device for gripping an edge of a first floor board, and a compression biasing device such as a coil spring or bungee cord mounted on the first plate. A second plate includes a second edge gripping device for gripping an edge of a second floor board, and a strap clamp. A compression strap is joined at its proximal end with the biasing device and extends, in parallel juxtaposition to the first and second floor boards, for terminating, and removably engaging the strap clamp, such that the biasing device causes the first and second plates to draw the first and second floor boards, as well as any intermediate boards, into compression.

Abstract: A mechanical shingle remover for removing shingles from a roof includes a pair of frame arms, a plate pivotally coupled at one end between the frame arms, and a machine for pivoting the free end of the plate away from the frame arms to lift shingles away from a roof. In a preferred embodiment, the device includes a pair of wheels and a handle for moving the device; a counterweight assembly coupled to a lifting arm for lifting the plate; and a number of rubber bushings having metal inner and outer coverings positioned at all the pivot points of the device. In a most preferred embodiment, an electric motor is powered by an electrical connection through a plug on the handle and controlled by a trigger on the handle.

Abstract: The pressure jaw (1) for a compression device to install floor elements in a diagonal manner relative to a rectangular floor area is generally triangular in shape, the longest side providing an edge part (2) bent downwardly to press against the outer edge of a floor element (4) whose outer edge is cut diagonally, preferably at an angle of 45.degree., in relation to the longest side of the floor element. On the two legs of equal length the pressure jaw includes edge strips (5) bent upwardly each of which serves to couple with a customary compression device that is designed to install floor panels parallel to the wall and which, for example, incorporates at the end of a compression belt (7) a similarly modified pressure jaw 6 which can be coupled with a pressure jaw (1) by the engaging of the edge strips (5).

Abstract: A roofing tool having a handle with an attached thin blade. The blade has a relatively short, tapered, front portion with a leading edge. The blade has a straight top surface with the back portion of the blade having a straight bottom surface parallel to the top surface and with the front portion having a straight bottom surface extending from the bottom surface of the back portion upwardly at a slight angle to the top surface to form the leading edge of the blade. The front section of the front portion can be slightly rolled up to locate the leading edge above the top surface of the blade. The blade can have slots extending rearwardly from the leading edge of the blade. The front portion of the blade is at least as long as the slots.

Abstract: A slide hammer has end blocks of a material that will not damage wooden boards when it is used to tap the boards into place. The slide hammer includes a slide rod or bar and a weighted hammer movable on the slide rod. With one of the end blocks in contact with a board, the hammer is moved into contact with one of the end blocks in a vigorous manner to drive the board into place. The edges of the end blocks are configured so as to allow the unit to be positioned in tight spaces between the boards and any surrounding walls.

Abstract: The flooring tool includes a slide hammer located in an elongate body. The body having a flat bottom for resting on the upper surface of the newly laid down tongue and groove flooring. The elongate body, in which the slide hammer is mounted, has at one end a depending hammer head which has an edge corresponding in shape to the edge of the tongue and groove flooring being laid. By manipulating the slide hammer, the hammer head sets the tongue and groove flooring being laid into place.

Abstract: An apparatus for facilitating the laying of floor boards on a subfloor includes a base member having an arrangement of subfloor engaging spikes provided on its bottom surface for anchoring the device during operation. A floor engaging member for engaging the floor board being laid is also provided. A handle and yoke assembly is pivotally mounted on the base member in order to operate the floor engaging member, and a transmitting arrangement is connected to the floor board engaging member for transmitting the pivoting movement of the handle and yoke assembly into sliding movement of the floor board engaging member. Additionally, the apparatus is provided with an arrangement that is connected to the base member for preventing the transmitting arrangement from being forced upwardly during operation of the apparatus.

Abstract: Apparatus for removing an outer layer, or covering, such as of shingles from a flat surface such as a roof includes a frame with an elongated, linear cutting blade attached to a lower, forward portion thereof and adapted for displacement along and in contact with the roof. The apparatus further includes a blade drive arrangement for displacing the blade in a reciprocating manner along its length and parallel to the roof. Also attached to a forward portion of the frame immediately above the blade is a concave, upward extending deflector for directing the removed shingles forward of the apparatus as it is displaced over the roof. A handle extends from the frame to facilitate manual displacement of the apparatus over the roof as the roofing nails, or other attachment means, are served by the blade in removing the shingles from the roof.

Abstract: A prying blade (42) having an essentially triangular forward portion (43) is secured to a pipe handle (41) at an angle (D) of between about 20.degree.-25.degree.. The triangular forward portion is formed with a rounded or blunt apex region (47) and the two lateral sides (45a, 45b) have notches (44) therein, leaving teeth therebetween. The notches can engage nails for prying up roofing nails together with roofing shingles. The rear portion of the blade (49) is secured to the handle at a point rearwardly of the apex region, for example by welding, to form with the handle a triangular structure. The prying regions of the blades are thus securely supported. The triangular arrangement permits placement of the apex region of the prying bar between nails and removal by the notches in the sides (45a, 45b), or direct prying by the prying bar of a nail caught at the apex region.