Abstract: A ski sharpening arrangement includes a portable powered grinder adapted to be manipulated by one hand of a user. The arrangement includes a motor assembly spaced from a ski having a top surface, a base, a side edge and a bottom edge coplanar with the base. The motor assembly drives an endless belt having an abrasive surface about an axis of rotation transverse to a plane of the base. The endless belt is entrained about a mounting framework extending from the motor assembly, and engaged against the side edge of the ski to provide sharpening thereof. A support structure is suspended from the mounting framework of the belt and is adapted to be manipulated by another hand of the user for guiding, stabilizing and changing the angle of the abrasive surface relative to the side edge of the ski.

Abstract: A power tool comprising a body (20), a motor and a roller (38), characterized in that the motor acts as the roller (38).

Abstract: A sand-belt finishing machine having a sand-belt replacement mechanism includes a support rack, a first roller, a second roller, an upright rod, an elastic member, a sand belt, and a pull lever. When the upright rod is moved by the pull lever to compress the elastic member, the distance between the first roller and the second roller is shortened. When the upright rod is released by the pull lever, the upright rod is returned to its original position by the elastic member, so that the distance between the first roller and the second roller is increased. Thus, the sand belt can be mounted on and detached from the first roller and the second roller rapidly, easily and conveniently, thereby facilitating the user replacing the sand belt.

Abstract: In a power grinder (1) with a motor (6) and a gear (7) that drive an oscillating drive means (2), which moves a grinding belt (3) secured to it to reciprocate, a simple change of the grinding belt (3) is made possible by providing that the grinding belt (3) has a hook-and-loop closure (4), or the grinding belt (3) is disposed with its first end (11) on the drive means (2), and its second end (12) is connected to a handle (13).

Abstract: A hand-guided grinding device (1) carries out a planar grinding motion and is mounted on a motor-driven grinding disk (2). The grinding disk (2) is mounted on a shaft, extending outwardly from a central housing (4) of the device, located axially above the grinding disk (2) and serving to accommodate a transmission unit and a motor. The grinding device (1) has a main handle (6) and an additional handle (8) for the two-handed operation of the device (1), and the handles (6, 8) project essentially laterally from the central housing (4) of the device at two mutually opposite sides of the central housing (4) of the device. The central housing (4) of the device has a housing section (9), which axially adjoins the grinding disk (2), and projects laterally outwardly from the central housing (4) of the device at least in certain regions and is equipped with a gripping surface (10) for one-handed operation.

Abstract: The present invention relates to an inexpensive, lightweight, effective, manually operated wet/dry sanding block having the capability to operate in the dry mode or the wet mode equally well. A hole through the center of the block allows fluid to be delivered to the bottom surface of the block during operation. Grooves on the bottom surface of the block allow the water to be evenly distributed to both sides of the block during operation. The design of the block is such that no nails, spikes, grooves or fasteners of any kind are needed to hold the abrasive paper in place. One edge of the block is designed to have a small radius of curvature allowing access to narrow spaces, such as door jambs.

Abstract: A hand planing machine has a housing composed of a plurality of shells tightly connected with one another, a planing shaft, a motor for driving the planing shaft, means forming a chip withdrawing opening, the motor and the chip withdrawing opening being arranged axes-parallel to one another and extending outwardly at a same side, the shells including a single cover shell which simultaneously surrounds the motor and the chip withdrawing opening and forms a lateral outer surface of the housing.

Abstract: A motor-driven hand band grinder has a frame, a movable grinding band defining a grinding plane, and an abutment having a plate part which determines a further plane, the plate part having a window-shaped opening provided over an edge of the grinding band and forming a guiding handle.

Abstract: A power belt sander (10) with a housing (11), which contains means for driving a sanding belt (24) which can be continuously guided by means of a drive roller (23), preferably also by means of a deflection roller (22), is less costly, lighter in weight, and more efficient due to the fact that the sanding belt (24) is supported by a toothed sanding belt (21), wherein the toothed sanding belt (21) is oriented with its toothed side (25) toward the drive roller (23), preferably the guide roller (22).

Abstract: A handheld foot manicuring device for scrubbing and manicuring a user's feet. The handheld foot manicuring device includes a housing assembly including a housing member having a head portion and a handle portion and further having a front wall and a back wall; and also includes a drive assembly including roller members being rotatably mounted to the housing member; and further includes an endless pad member being removably carried about the roller members and having a textured outerside and being adapted to exfoliate a user's foot.

Abstract: The present invention relates to an inexpensive, lightweight, effective, manually operated wet/dry sanding block having the capability to operate in the dry mode or the wet mode equally well. A hole through the center of the block allows fluid to be delivered to the bottom surface of the block during operation. Grooves on the bottom surface of the block allow the water to be evenly distributed to both sides of the block during operation. The design of the block is such that no nails, spikes, grooves or fasteners of any kind are needed to hold the abrasive paper in place. One edge of the block is designed to have a small radius of curvature allowing access to narrow spaces, such as door jambs.

Abstract: A grinding attachment for use in conjunction with hand-held grinding or drilling power tools such as are commonly found around the house, and method for using this attachment. The purpose of the invention is to allow the homeowner and the like to have greater facility in performing surface sanding, grinding, or finish work on pieces of wood and the like. In particular, the goal is to provide proficiency in working with surfaces that are not planar or otherwise simple. By providing an appropriate compound support against which an abrasive belt or the like is to run as it works the surface, it is possible to have a variety of backing shapes ranging from a strictly planar backing to one that allows the abrasive material to take the shape of whatever piece is being pressed against it. The invention derives its motive power from a coupling to a power tool, typically by the insertion of a drive axle of the attachment into the chuck of a hand drill.

Abstract: A hand held tool using continuous sanding belts for sanding and smoothing flat surfaces with the additional capability to produce more uniformly rounded edges and corners of various work pieces. Its two piece construction comprises a flat base plate rotationally attached to the bottom side of a housing. The housing has along the length of its top side a deep channel into which a portion of a mounted sanding belt may be wedged, creating a concave sanding surface, that can then be used to produce more uniformly rounded edges and corners.

Abstract: A tool for the removal of paint and putty includes a semi-circular assembly housing including a semi-circular rigid collar. The tool also includes a disk-like abrading assembly rotatably and co-axially mounted within the semi-circular collar of the housing, the assembly including rigidly disposed abrading elements projecting both axially and radially, the assembly defining a plane of rotation. The tool further includes a motor for high speed rotation of the assembly, the motor located externally of the housing. The tool also includes bearings for establishing a fixed axial cutting depth relative to a primary work surface positioned thereagainst, in which the bearings function as a buffer between the abrading assembly and the work surface to thereby improve control and mobility of the assembly relative to the primary work surface. A platform is disposed between the assembly housing and the motor, in which the platform is preferably co-planer with the plane of rotation of the abrading assembly.

Abstract: A grinding tool is formed of a grinding shoe (1) and an actuator (2) that acts upon the grinding shoe (1) and is characterized by a horizontal displacement (H) acting essentially parallel to the surface (8) of a material (9) to be worked and a perpendicular to the surface (8). The grinding shoe (1) is resiliently mounted by a spring element (3) in a housing (4) enclosing the actuator (2). Two spaced cylindrical grinding rollers (5) provide guidance of a grinding means (6), such as a grinding or abrasive belt. By superimposing the displacement (H) with a perpendicular displacement (V) the efficiency of the grinding process is generally increased.

Abstract: A hand band sander (10) with a housing (11) that contains a drive (15) for the sanding band (18) comprising a motor (16) with gear (17), which sanding band (18) can be driven in circulating fashion by way of a drive pulley (19) that can be driven in rotary fashion, and preferably by way of a return pulley (20), is smaller, easier to handle, and more reasonably priced due to the fact that the drive pulley (19) is arranged and supported coaxially to the drive (15) and is driven directly by the output of the gear (17).

Abstract: In a power grinder (1) with a motor (6) and a gear (7) that drive an oscillating drive means (2), which moves a grinding belt (3) secured to it to reciprocate, a simple change of the grinding belt (3) is made possible by providing that the grinding belt (3) has a hook-and-loop closure (4), or the grinding belt (3) is disposed with its first end (11) on the drive means (2), and its second end (12) is connected to a handle (13).

Abstract: A machine for sanding a floor for use with sandpaper having a smooth side and an abrasive side is disclosed and comprises a platform having a rearward end and a forward end, wheels mounted on the platform to support the rearward end for rolling movement, a sanding head, a motor and a handle. The sanding head defines a sanding face and is mounted on the platform for rotation about a vertical axis with the sanding face oriented normal to the vertical axis. The motor is mounted on the platform for driving said rotation. The handle is rigidly mounted to the platform, adjacent the rearward end, and extends substantially upwardly and rearwardly. An attachment means is also provided for selectively, releasably attaching said sandpaper to the sanding head, with the smooth side in underlying contactable relation to the sanding face and the abrasive side in contactable relation to the floor.

Abstract: A hand-held belt sander has a housing, an on-off switch and a power supply conductor supported by the housing, a motor and a transmission received in the housing, a sanding belt, a driving roller driven by the motor and driving the sanding belt, a sliding shoe provided with a base, a deviating roller arranged so that said sanding belt is guidable over the deviating roller and the base of the sliding shoe, a unit for centering the sanding belt, a unit for clamping the sanding belt, the deviating roller and the driving roller have different diameters so that the sanding belt is guided inclinedly, the housing being elongated and the sanding belt being guided on guiding parts which are introduced in a rear region of the elongated housing so that with together with the sanding belt in a front region of the elongated housing a centrally forwardly extending, freely projecting, wedge tip-shaped contour is formed so that the hand-held belt sander as a whole has a lance-like contour.

Abstract: A flex plate attachment is used on a variety of different belt sanders for abrading on or into contoured areas. The flex plate attachment will include a light duty scale for use on light duty belt sanders, and a heavy duty scale for use on commercial and industrial belt sanders. The flex plate works in conjunction with the function of the existing belt tensioning device within the belt sander and being attached onto the required mounts which allows the flex plate to function accordingly within the existing work area of the belt sander.

Abstract: A system and method for converting a conventional hand-held belt sander tool to a walk-behind unit. The design reduces labor for floor sanding operations while utilizing an economical sander tool. The conversion system includes dual handle elements and a variable ballast or weight system to account for differing sanding requirements. A remote operating power switch and stabilizing bars are also included in the overall system.

Abstract: A power tool comprising a body (20), a motor and a roller (38), characterized in that the motor acts as the roller (38).

Abstract: A belt sander comprising a first roller (34) a second roller (38) and a casing (28), characterised in that the casing (28) is located between the first roller (34) and the second roller (38).

Abstract: A motor-driven hand band grinder has a frame, a movable grinding band defining a grinding plane, and an abutment having a plate part which determines a further plane, the plate part having a window-shaped opening provided over an edge of the grinding band and forming a guiding handle.

Abstract: A hand-held belt sander has a housing, an on-off switch and a power supply conductor supported by the housing, a motor and a transmission received in the housing, a sanding belt, a driving roller driven by the motor and driving the sanding belt, a sliding shoe provided with a base, a deviating roller arranged so that said sanding belt is guidable over the deviating roller and the base of the sliding shoe, a unit for centering the sanding belt, a unit for clamping the sanding belt, the deviating roller and the driving roller have different diameters so that the sanding belt is guided inclinedly, the housing being elongated and the sanding belt being guided on guiding parts which are introduced in a rear region of the elongated housing so that with together with the sanding belt in a front region of the elongated housing a centrally forwardly extending, freely projecting, wedge tip-shaped contour is formed so that the hand-held belt sander as a whole has a lance-like contour.

Abstract: A motor saw for cutting wood or stone includes a continuous wire loop (18) which carries uniformly-spaced cutting elements (25) and which is tensioned over a saw guide bar (17), from a drive wheel (30) mounted in the machine housing (15) to a loop-guiding sprocket wheel (20) at the outer end of the guide bar (17), said sprocket wheel functioning as a circular saw. As the cutting elements (25) pass over the sprocket wheel (20), they drop into recesses (28) between cog-like sprockets (27) thereon. The sprockets (27) support and guide the wire loop with the cutting elements (25) hanging freely in cutting positions in the recesses (28) between the sprockets. In the case of a duplicated wire loop, a cog claim (51) on the sprockets penetrates between parts (18′, 18″) of the loop so as to prevent the freely-hanging cutting elements (25) from twisting. These cutting elements may be irregularly shaped if desired.

Abstract: A hand-held belt sander has a housing, an on-off switch and a power supply conductor supported by the housing, a motor and a transmission received in the housing, a sanding belt, a driving roller driven by the motor and driving the sanding belt, a sliding shoe provided with a base, a deviating roller arranged so that said sanding belt is guidable over the deviating roller and the base of the sliding shoe, a unit for centering the sanding belt, a unit for clamping the sanding belt, the deviating roller and the driving roller have different diameters so that the sanding belt is guided inclinedly, the housing being elongated and the sanding belt being guided on guiding parts which are introduced in a rear region of the elongated housing so that with together with the sanding belt in a front region of the elongated housing a centrally forwardly extending, freely projecting, wedge tip-shaped contour is formed so that the hand-held belt sander as a whole has a lance-like contour.

Abstract: A belt sander for sanding a work piece with a sanding belt and having, a housing, a main roll mounted in the housing and a motor for rotating the main roll, an extension roll located adjacent to the main roll for extending a sanding belt from the main roll substantially parallel to a plane of the work piece, and, a control bar located between the extension roll and the main roll for controlling the sanding belt and defining a contact area for the sanding belt.

Abstract: A linear sanding apparatus, for providing a linear reciprocating sanding action, and having a support assembly, a drive shaft, and having a angled drive plate on the shaft, and a motor for rotating the shaft, two transmission devices coupled to the drive plate, and operable by rotation of the drive plate, to reciprocate along linear paths in opposite directions side by side to one another, and first and second sanding plates connected to respective transmission devices, and movable in unison with movement of the devices to and fro, side by side to one another along reciprocating linear parallel paths in opposite directions.

Abstract: A machine for continuously advancing sandpaper on a palm sander has a rear clamp bracket for holding a roll of sandpaper substantially longer than the sanding surface of the palm sander and stabilizing one end of a section of the sandpaper and a front clamp bracket for securing the opposite end of a section of the sandpaper. The machine also has a means for attaching the front and rear clamp brackets to an existing palm sander. The front clamp bracket also comprises a cut-off bracket to separate used sandpaper.

Abstract: A cleaner for a belt sander comprising a mounting plate pivotally coupled to a supporting plate having a cleaning block mounted thereon. The mounting plate is adapted to be mounted to the cover of a belt sander. When the two plates are pivoted closed, the cleaning block is facing away from the abrasive belt of the belt sander so that the sander can be used for sanding. When it is desired to clean the belt, the plates are pivoted open, so that the cleaning block rests against the belt and can clean the belt as it rotates through the sander. The cleaner is especially adapted for use on portable belt sanders.

Abstract: A portable grinder (10; 50; 80) with a grinding tool, wherein a flexible cushion (30; 60; 94) is disposed between an abrasive device, particularly an abrasive disk, and a grinding plate becomes particularly useful for working with contoured workpieces, in that the cushion (30; 60; 94) is embodied as volume-variable, an easily malleable container, which can be sealed gas-tight and can be evacuated and is used for receiving granules or fillers (34; 64; 94) of that type.

Abstract: The present invention is a high speed cutting belt for cutting aggregate and non-aggregate, natural stone and composite building materials with steel or non-steel reinforced materials. The cutting belt comprises a tensile member base, a plurality of cutting segments welded to metal carriers and crimped to the tensile member base, and molded in urethane to form a continuous, flexible belt, said belt having less than 90.degree. "V" shaped inner bottom side surfaces and a flat, outer top and inner bottom surface.

Abstract: A floor sander having a number of interchangeable sanding head assemblies for sanding a surface such as a hardwood floor. Each of the interchangeable sanding head assemblies includes a sanding implement which may provide differing levels of sanding or other surface action. The desired sanding head assembly is attached with a main housing of the floor sander using a connect assembly attached to each of the sanding head assemblies. A plurality of locking devices mounted within each connect assembly engages an equal number of locking pins extending from the main housing to secure the sanding head assembly to the main housing. An alignment device is provided on the main housing to insure proper alignment of each sanding head assembly with both the drive motor and the surface to be sanded.

Abstract: The surface of a fingernail is efficiently and uniformly ground by a grinder having an endless grinding belt that is adjustably supported between a rotating wheel mounted on a follower axle and a connecting portion of a driving axle carried by a connecting seat. The driving axle is rotated by a round axle disposed within a hollow pipe and rotated by a driving unit.

Abstract: A belt drift control device (20) is mounted in the side wall (2a) of belt sander (1) comprises a shoulder bolt (22) threaded through a nut 21 in the side wall (2a). A generally conical, tapered roller (23) is rotatably engaged with the free end of the shoulder bolt (22). The tapered roller (23) comprises a taper portion (24) and a flange (24a). The axial movement of the tapered roller (23) is restricted by a washer (26) and a stop ring (27). A control knob (29) is fitted around the head of the shoulder bolt (22) and pressed outwardly by a compression spring (28) surrounding the shoulder bolt (22). Rotation of the control knob (29) axially feeds the shoulder bolt (22) to permit adjustment of the position of the tapered roller (23) relative to an abrasive belt (10). The tapered roller (23) is preferably positioned such that the top end of the taper portion (24) is in contact with the left edge (10a) of the abrasive belt (10) when the belt (10) is a normal position.

Abstract: A surface leveling tool for sanding wooden, painted and plastic surfaces without gouging. The tool comprises a handle of variable length attached to a head with a clamping element which holds a flexible plastic sandpaper insert. A specially formatted sandpaper sheet is adhered to the flexible plastic insert. The plastic insert has a cross-section analogous to a J-shape and is clamped only by the hooked portion. This arrangement provides for space between the unclamped portion of the sandpaper covered insert and the clamp. The clamp utilizes fasteners which are tightened. and loosened by a hidden screwdriver in the grip of the handle.

Abstract: A manicure device which is well suited for filing or buffing the convex top surfaces and the outer convex edges of fingernails and toenails includes a flexible, textured belt disposed in a cartridge which is detachably secured to a housing containing a high speed electric motor. The casing includes bearings over which the belt passes when the device is being used, and a belt opening which exposes a portion of the textured surface of the belt so that a fingernail can be pressed thereto. The machine allows the belt to be pressed against a convex surface or edge of a fingernail or toenail, so that the belt will conform to the convex shape thereof and provide uniformly smooth filing or buffing. The cartridges are relatively inexpensive and easily replaced, which facilitates and promotes replacement of the cartridge whenever the machine is being used to file or buff the fingernails or toenails of a different person, whereby better hygiene is achieved.

Abstract: A shaft sanding device including a main housing. A motor is secured within the main housing. The motor is coupled with a power source. A drive roller is secured within the main housing. The drive roller has a drive arm extending outwardly therefrom to couple with the motor. A first idle roller is secured within the main housing opposed from the drive roller. In association with the first idle roller is a second idle roller having a resilient arm rotatably coupled therewith. The resilient arm is pivotally coupled to the main housing adjacent to the motor secured therein. The resilient arm biases the second idle roller away from the main housing. A sand paper belt is disposed around the drive roller, the first idle roller, and the second idle roller.

Abstract: This invention is directed to a floor sander comprising a frame on wheels, a chassis carried by the frame, and a motor-driven sanding head mounted on the chassis generally adjacent the front of the chassis for rotation about an axis extending in side-to-side direction with respect to the chassis. The chassis is mounted on a pivot shaft extending in side-to-side direction with respect to the frame so that the sanding head can be raised and lowered relative to a surface to be sanded. The pivot shaft has first and second bearing assemblies at its ends. A first side of the chassis is movable up and down relative to the first bearing assembly, and a second side of the chassis is secured against up and down movement relative to the second bearing assembly. A guide system is provided for controlling the up and down movement of the first side of the chassis relative to the first bearing assembly so that the movement is in a vertical direction.

Abstract: A band sander has a motor housing (2) and a band running case (17) located below the latter, the abrasive band revolving therein. The abrasive band is driven via a belt (17) and belt wheels (14, 16). Because of manufacturing tolerances, it is necessary to be able to adjust the belt tension in a simple manner after the device has already been assembled. This is effected by an insert plate (19) which is inserted into a slot (18) between the motor housing (2) and band running case (7) so as to be displaceable. The insert plate (19) has steps (31 to 33) of varying height which determine the distance between the motor housing (2) and band running case (7) and accordingly determine the belt tension.

Abstract: The invention is to a jig that may be either temporarily or permanently mounted for use on a simple, low cost, belt or drum sander. On a belt sander, the jig is placed over the fence on the sander and secured thereto by thumb screws, or may be bolted to the sides of some sanders. The jig is mounted adjacent to a drum sander. The jig is an adjustable guide under which a work piece is placed. When the work piece is sanded to the desired thickness, the attachment is stopped from further downward movement by set screws, and the work piece is not further sanded.

Abstract: A belt sander is constructed of a housing with a base, cylindrical drums disposed parallel to each other at opposite ends of the base and a foot pad positioned between the cylindrical drums whereby the area of the sanding surface of a sanding belt bearing against the foot pad during rotation of the sanding belt defines a sanding footprint. The improvement comprises a structural element secured to the foot pad for extending the sanding foot print beyond the housing.