Abstract: A surgical saw blade is disclosed for improved resection and cutting of tissue. The surgical saw blade may include a front side, an opposite back side, a top side, an opposite bottom side, a right side, and an opposite left side. The surgical saw blade may further include a cutting tooth extending from the back side and having a cutting edge oriented toward one of the right side and the left side, the cutting tooth associated with an aperture through the saw blade between the front and back sides. The back side may be a single direction cutting side and the front, top, bottom, right, and left sides may be non-cutting sides. The surgical saw blade may further include a saw connection feature near the bottom side.

Abstract: Disclosed is a hoof rasp for filing/rasping and tidying the hoof of a horse, including at least one rasping side provided with a rasping section with length L and width W between a rasp-free first and second end over a respective length L1 and L2, whereby the first end tapers into a tang intended for a handle and the second end is for holding the hoof rasp, whereby the rasping section, toward the second end, includes a narrowed area. Also disclosed is a method for filing/rasping a hoof with such a hoof rasp.

Abstract: An orthopaedic surgical instrument assembly includes a hemispherical component having a convex outer surface extending from a circular rim to an apex point, and a plurality of cutting teeth extending outwardly from the outer surface between the circular rim and the apex point. Each cutting tooth of the plurality of cutting teeth includes an elongated cutting edge that is positioned on an arced imaginary line of a plurality of arced imaginary lines extending outwardly from the apex point of the hemispherical component. A method of manufacturing an orthopaedic surgical instrument assembly is also disclosed.

Abstract: The disclosure relates to a file for filing a saw tooth of a saw chain. The file includes a file body defining a circumferential direction and a circumference. The file body, in a cross section, has an unhewn guide surface and a file surface adjoining the unhewn guide surface in the circumferential direction. The unhewn guide surface extends over at least ? of the circumference in the cross section.

Abstract: The object of the invention is a flat file which is suitable for lifting off films from intermediate layers.

Abstract: A spinal implant comprises a body including a first vertebral engaging surface and a second vertebral engaging surface. At least one of the surfaces includes at least one tissue penetrating member. The at least one member includes a cutting surface and a guide surface that defines a cavity configured for disposal of tissue. Systems and methods of use are disclosed.

Abstract: Embodiments of the invention include instruments, implants, and methods for surgically treating facet joints of vertebrae. An instrument may be advanced into one or more facet joints to one or both separate vertebrae and remove tissue from one or more articular processes. A stop on the instrument may be used to terminate advancement of the instrument by contacting a vertebra, and one or more implants may be placed into one or more facet joints.

Abstract: A surface shaping rasp for use in removing material to shape or smooth a substrate such as an animal's hoof. The rasp has a plurality of blades spaced sufficiently apart to provide relatively rigid surface yet providing enough open space to allow passage of removed material and placed in a holding frame. The rasp is especially useful for smoothing rough and irregularly shaped surfaces such as after trimming an animal's hoof.

Abstract: The present invention concerns a cutting or abrasive tool (1) such as a bur or a file that is produced by ceramic injection moulding with specific profiles or teeth. The tool can be a bur or a file that is directly produced by this process with no need for an extra treatment. Such tools are easily and cheaply produced and can be single use tools. The defect line (2) at the mould split plane location may advantageously be used as part of the abrasive or cutting profile. The tool may be made from stabilised zirconium dioxide (ZrO2), pure aluminium oxide (Al2O3) or a mixture of both. The cutting profile may include a face angle of about 5 degrees, a back angle of about 17 degrees and a gullet angle of 78 degrees (see FIG. 2).

Abstract: A surface shaping rasp for use in removing material to shape or smooth a substrate such as an animal's hoof. The rasp has a plurality of blades spaced sufficiently apart to provide relatively rigid surface yet providing enough open space to allow passage of removed material and placed in a holding frame. The rasp is especially useful for smoothing rough and irregularly shaped surfaces such as after trimming an animal's hoof.

Abstract: An apparatus for cleaning male electrical pins comprises a base portion, a first cleaning extension, and a second cleaning extension. The first cleaning extension extends from the base portion and defines a first substantially half-cylindrical shell. Likewise, the second cleaning extension extends from the base portion in a direction substantially parallel to the first cleaning extension, and defines a second substantially half-cylindrical shell. The first cleaning extension and the second cleaning extension define a gap therebetween. In addition, each of the first and second substantially half-cylindrical shells comprises a respective knurled surface region facing the gap.

Abstract: A method for installing a fiberglass cast on and removing the cast from an individual includes a guide track and cutting tool designed to control carefully the vertical displacement and lateral displacement of the tool when the tool is used to cut the cast, and, accordingly, to prevent, while a cast is being removed, injury to the individual.

Abstract: A method and apparatus for finishing the surface of rubber or synthetic covered rollers (10) is disclosed. As seen in FIG. 3, a rotating hub (16) having a circumferential abrasion band (47) and an adjacent set of rasp blades (20) arranged end-to-end and extending circumferentially about the hub is used to progressively and sequentially removebands of surface material by cutting and then abrading as the hub and roller are rotated and one is moved axially relative to the other.

Abstract: A reversible socket wrench is disclosed having a file formed integral with the transverse part of the T-shaped body thereof for smoothing damaged surface or border edge of a skateboard and an adapter hex wrench detachably attached to the socket at the link at the longitudinal part of the T-shaped body by magnetic attraction and used for rotating the socket-head king pin of a skateboard.

Abstract: A rasp that has a mounting plate with a number of debris vent ports formed in it. The debris vent ports are formed to allow dust and debris to escape, thereby eliminating a hydroplaning effect on the abrasive surfaces while using the rasp, as well as making the tool lighter. A number of sharp pointed screws are screwed into the plate so that the points extend below the base of the plate. The screw tips become the abrasive rasping surface. The screws can be turned in or out to raise or lower the tips, to change the amount of rasping action from fine to aggressive. The screws can also be easily removed when they become worn so that the abrasive surface is always uniform and fresh. Finally, unlike the other tools, the screws can be removed to clean the base of the plate thoroughly to remove dried or caked mud.

Abstract: A hacksaw having a frame that includes a back handle and an elongated beam that has a series of ridges on at least one or more surfaces of the elongated beam that form a file for reducing and smoothing surfaces of an article. The elongated beam has a first distal end coupled with a first back handle section. A hacksaw blade is coupled with the back handle and a fore piece coupled to a second distal end of the elongated beam.

Abstract: An ergonomic handle for a hand-held tool, e.g., a chain saw sharpening file, is sized and shaped for cooperative engagement with the hand of a user and comprises an oblong, contoured body having a distal portion and a bulbous proximal portion integral therewith. A tool is received into a central opening that extends along the longitudinal axis of the oblong body.

Abstract: A tire rasp blade made with an arcuate shape having a planar body with cutting teeth at the outer working edge. The cutting teeth extend laterally relative to the planar body in alternating sets of curved sections. The curved sections preferably form a sinusoidal curve along the outer working edge. The tire rasp blade is made by initially forming an arcuate blade of planar material that has an outer periphery of varying radii from a center point of the arcuate blade; then cutting teeth are formed at the varying radii of the working edge of the planar material; and then an outer portion of the planar material is deformed laterally in opposite directions to form alternating, oppositely curved sections, with the cutting teeth all lying approximately at the same circumferential radius so that they all contact the tire to be buffed.

Abstract: A rasp includes a body including upper, lower, front and rear portions. The lower portion has a groove that has first and second sections extending along a length thereof. The first section includes equidistantly spaced coextensive cutting blades extending downwardly therefrom. The blades have front and rear surfaces that have a rectangular shape engageable along a portion of drywall. The second section includes randomly spaced protrusions that have arcuate shapes and extend downwardly therefrom. The protrusions are engageable with drywall for removing imperfections therefrom. A divider bifurcates the first and second sections and extends downwardly from the body. The divider has a height equal to that of the sidewalls. Coextensive sidewalls are conjoined with the body and oppositely spaced from the divider. The sidewalls protrude downwardly from the bottom surface and terminate coplanar with the divider. The first and second sections are recessed from the divider and the sidewalls.

Abstract: A system for removing a plastic wrapper from a package using a device including a horizontal panel having a planar upper surface and a planar lower surface. An abrasive sheet is secured to the planar upper surface of the horizontal panel. The package is rubbed against the abrasive sheet to tear and break the plastic wrapping so that it can be removed from the package.

Abstract: A rasp blade includes a mounting aperture having at least two aperture segments which are laterally spaced and communicate with each other. Each aperture segment may independently secure the blade on a mounting pin. Alternate blades are mounted using different aperture segments to fix adjacent blades in laterally offset positions, thereby staggering the teeth in adjacent blades.

Abstract: A wallboard rasp having an expanded metal blade mounted to a molded plastic handle. The handle is configured with a downwardly-opening receiving groove for receipt of an upwardly-curved perimeter portion of the blade. Sections of the blade's perimeter may be crimped or heat staked within the groove. The groove may be formed between a downwardly-projecting outer lip and one or more downwardly-projecting inner ribs. Where the blade is formed with a substantially planar central portion, the ribs may have substantially planar downwardly-facing surfaces against which the blade's central portion may be supported when mounted on the handle. The grip portion of the handle is configured as a contoured, upwardly-extending body having a base with opposite knurled inset surfaces and a convex top flanged surface with spaced-apart grip ribs.

Abstract: A hub assembly includes a core 10 of prior art construction held together between a pair of end plates 16, 18 by a cylindrical sleeve 14, the end plates 16, 18 being braced by flange 20 and nut 42 tightened on threaded end 22 of the sleeve 14. The end plates 16, 18 have an outer ring 34 with apertures 36 for hollow pins 38 to support the core 10 and a cavity 39 with flowable material 40 for balancing the hub. The pins 38 are held in place by plugs 58 which are inserted into the interior of the pin 38 and the pin expanded outwardly by compressing the plug 58 within the interior of said pin 38 to wedge the exterior of the pin 38 within an aperture 34 of the end plate 16, 18 . Each end plate 16, 18 may be ribbed having radially extending apertures 60 to reduce weight and to aid ventilation of the hub.

Abstract: A rasp blade includes a mounting aperture having at least two aperture segments which are laterally spaced and communicate with each other. Each aperture segment may independently secure the blade on a mounting pin. Alternate blades are mounted using different aperture segments to fix adjacent blades in laterally offset positions, thereby staggering the teeth in adjacent blades.

Abstract: A file adapter for a motor driven workpiece cutting tool comprises a power head reciprocating an elongate file coupled to a ram-rod reciprocated thereby on a forwardly projecting axis. The adapter includes a forwardly extending member carried by the power head of the tool and positioning a resistance means for engaging and downwardly pressing the top face of the file forwardly of its coupled engagement to the ramrod. The file is a second class lever with its fulcrum coupled to the ram-rod and its resistance pressured at said resistance means when its cutting means forcibly engage a workpiece. The resistance means preferably comprises a roller on a transverse axis spaced above said forwardly projecting axis and with a periphery thereof engaging and downwardly pressuring the file.

Abstract: In an arrangement of rasp blades on a tire buffing machine, adjacent rasp blades in a stack of blades are mounted to the rasp hub. The blades are placed in alternating relations such that the teeth on one blade are staggered relative to the teeth on adjacent blades to increase blade life and to improve the texture of buffed tire casings and, thus, the quality of the bond between the casing and the new tread.

Abstract: A ribbon tooth and the method of making the same in which a photochemical process is used to form a tooth which, when raised above the plane of the base material in which it is formed, presents a sharpened edge portion to the surface of a work piece such that movement of the tooth across the work piece will result in the removal of a controlled amount of material therefrom.

Abstract: A hub assembly includes a core 10 of prior art construction held together between a pair of end plates 16, 18 by a cylindrical sleeve 14, the end plates 16, 18 being braced by flange 20 and nut 42 tightened on threaded end 22 of the sleeve 14. The end plates 16, 18 have an outer ring 34 with apertures 36 for hollow pins 38 to support the core 10 and a cavity 39 with flowable material 40 for balancing the hub. The pins 38 are held in place by plugs 58 which are inserted into the interior of the pin 38 and the pin expanded outwardly by compressing the plug 58 within the interior of said pin 38 to wedge the exterior of the pin 38 within an aperture 34 of the end plate 16,18 Each end plate 16, 18 may be ribbed having radially extending apertures 60 to reduce weight and to aid ventilation of the hub.

Abstract: A hand-powered sanding tool utilizes a rigid sanding plate, such as one made of steel. The sanding plate has a plurality of material removal teeth on at least one side for removing material from a workpiece, such as for sanding a board or a wall. The sanding plate is attached to a handle that is preferably ergonomically designed for ease of use. In preferred embodiments, the sanding plate is attached to the handle such that it may be repeatably removed and attached thereto without affecting performance. Further, in some embodiments, the sanding plate is reversible so as to provide an alternate sanding surface for use.

Abstract: An abrasive tool includes a first perforated sheet having a front surface and a back surface, and a second perforated sheet having a front surface and a back surface. A first layer of abrasive grains is bonded to the front surface of the first perforated sheet and a second layer of abrasive grains is bonded to the front surface of the second perforated sheet. A core is made of a first material, the core having a first surface and a second surface, the back surface of the first perforated sheet disposed adjacent to the first surface of the core and the back surface of the second perforated sheet disposed adjacent to the second surface of the core, the core being bonded to the first perforated sheet and the second perforated sheet by forming the core between the first perforated sheet and the second perforated sheet.