Abstract: A device for machining material includes a rotatable turret including a plurality of plank holding positions, each plank holding position including a plank holding device. A projector is configured to project at least one cut line on a first surface of a plank. A cutting device is positioned adjacent to the turret, the cutting device includes a cutting tool configured to cut a trim section along a second surface of the plank to establish a substantially planar portion and/or to locate defects of the first edge. A sensor is configured to scan the first edge of the plank and determine whether the groove and the substantially planar portion are within a predetermined tolerance. A jointing device is positioned adjacent to the turret, the jointing device includes a joint cutting tool configured to cut at least one groove on the second surface.

Abstract: A working control module of a woodworking tenoning machine is configured to work a wood material in a desired tenoning shape by using a human machine interface (HMI). The working control module contains: a tool selection module, a tenoning shape selection module, a model calculation module, a three-dimensional (3D) drawing module, a working path module, a feeding module, a working module, and a material returning module. Thereby, the user is capable of selecting the desired tenon shape, inputting the at least one characteristic variable of the desired tenon shape to draw, view or amend the 3D model by using the HMI of the working control module. After confirming the 3D model, the wood material is worked in the desired tenon shape automatically, thus enhancing working efficiency and working accuracy.

Abstract: The invention relates to an interchangeable milling adapter (20) for a work table (60), which comprises a receptacle (21) for a milling machine (70) and an angular adjustment (22). At the same time, an angular position (WP1, WP2) of the receptacle (21) in relation to the work table can be adjusted using the angular adjustment (22). Furthermore, a work table, a milling unit and their use for adjusting a milling machine are described.

Abstract: A multi-functional router base that includes associated components and various methods of use herein. The router base includes a base plate and an attachment assembly that is operably engaged with the base plate. The router base also includes a first attachment rod and a second attachment rod provided on the attachment assembly, where the first attachment rod and the second attachment rods are adapted to engage a router. The first attachment rod and the second attachment rod of the router base are linearly moveable relative to the base plate. As to the linear movement, the first attachment rod and the second attachment rod are transversely linearly moveable relative to one another and are vertically linearly moveable relative to the base plate based on the configuration of the router being operably engaged with the router base. An edge guiding fence may be operably engageable with the base plate.

Abstract: An apparatus configured for use with a router includes a top plate, a carriage, a threaded shaft, a first adjustment mechanism, and a second adjustment mechanism. The carriage is configured to at least partially surround the router. The threaded shaft has a first longitudinal axis, the shaft connecting the top plate and carriage so that the carriage is movable along the first longitudinal axis. Rotation of the first adjustment mechanism about the first longitudinal axis in a first direction and for a number of rotations is configured to rotate the threaded shaft about the first longitudinal axis in the first direction at a first speed. Rotation of the second adjustment mechanism about a second longitudinal axis for the number of rotations is configured to rotate the threaded shaft about the first longitudinal axis in the first direction and at a second speed that is faster than the first speed.

Abstract: A tool for machining chamfers includes a tool body defining a first reference and a second reference configured for proper positioning of the tool body on a workpiece. A router port is defined through the tool body to provide access to the workpiece for a router. A router attachment proximate the router port is configured to position a router mounted to the router attachment for machining a chamfer in the workpiece with reference to the first and second references.

Abstract: The invention relates to a polishing disc for a tool for fine processing optically active surfaces on spectacle lenses, having a main body which has a central axis and to which an intermediate layer that is softer than the main body and is made of a resilient material is secured, a polishing medium carrier resting on the intermediate layer. The intermediate layer has at least two regions with different degrees of hardness, said regions being arranged one behind the other in the direction of the central axis of the main body. The intermediate layer region adjoining the main part is softer than the intermediate layer region on which the polishing medium carrier rests.

Abstract: A toe notch plate is described that attaches to a router and maintains the router at a predefined angle from a work piece. The toe notch plants further maintains a router bit at a consistent and predetermined distance from an edge of the work piece. When the router is moved along the edge of the work piece, the toe notch plate causes a groove to be formed in the work piece, where the groove has a structure suitable for use of a nail gun or a staple gun, and an entry point for nails or staples. This allows the work piece with the groove to be toe nailed to another piece of wood.

Abstract: An apparatus configured for use with a router includes a top plate, a carriage, a threaded shaft, a first adjustment mechanism, and a second adjustment mechanism. The carriage is configured to at least partially surround the router. The threaded shaft has a first longitudinal axis, the shaft connecting the top plate and carriage so that the carriage is movable along the first longitudinal axis. Rotation of the first adjustment mechanism about the first longitudinal axis in a first direction and for a number of rotations is configured to rotate the threaded shaft about the first longitudinal axis in the first direction at a first speed. Rotation of the second adjustment mechanism about a second longitudinal axis for the number of rotations is configured to rotate the threaded shaft about the first longitudinal axis in the first direction and at a second speed that is faster than the first speed.

Abstract: Certain embodiments of the present invention are directed to a device for shaping and/or adjusting the shape and/or height of a guitar saddle. The present invention allows for the radius and/or height of the guitar saddle to be shaped and adjusted accurately using dial indicators coupled to mechanical positioning apparatus that provide for positioning of a saddle or saddle material for removal of a prescribed amount of material from the top of the guitar saddle while maintaining the radius.

Abstract: An improved jig for manufacturing a firearm lower receiver is comprised of a power tool mount; an adapter; a guide plate with plate screws; a rear support with mounting screws; a front support; and at least one of a carriages with at least one locating pin. A guide plate is disposed below the top surface of a lower receiver in conjunction with an adapter. The jig is a universal fitment and includes a bearing to support a rotary tool and at least one guiding feature can be used to facilitate in the guidance of the rotary tool without placing the rotary tool in direct contact with any of the guidance features. A removable locating pin is situated a long the front and rear takedown pin holes of a firearm receiver that is not threaded and is provided with at least one of a pull, string or other handle.

Abstract: A method of manufacturing an iron type golf club head, including forming an iron type golf club head blank, the iron type golf club head blank having an oversized hosel portion and an oversized body portion, the iron type golf club head blank configured to accommodate a plurality of iron type golf club heads, each iron type golf club head having a unique loft angle; and removing material from said oversized body portion of said iron type golf club head blank.

Abstract: A surface covering layout system includes a processing circuit configured to receive image data regarding one or more images associated with a surface to be covered with a surface covering, and generate a surface covering layout based on the image data, the surface covering layout providing an indication of a pattern of a plurality of covering members included in the surface covering.

Abstract: The present invention in some embodiments thereof, relates to bone material removal devices (2100), for example, devices which change effective diameter. In some embodiments, a bone removal device comprises an expandable portion. In some embodiments, the expandable portion comprises one or more bone removing elements such as cutting teeth (2106). In some embodiments, a cutting tooth is movable between an open position, in which it is configured to widen a bore in a bone, and a closed position. In some embodiments, a cutting tooth of the bone removal device is formed with a curved, such as convex, cutting face (2114).

Abstract: A structural panel assembly includes first and second structural panels. Each structural panel includes: a substrate; an elongated male joint member comprising an aluminum extrusion at a first longitudinal edge portion of the substrate, with the male joint member including a latch member including a curved portion that extends the length of the substrate; and an elongated female joint member including an aluminum extrusion at a second, opposite longitudinal edge portion of the substrate, with the female joint member including a curved channel that extends the length of the substrate. The curved channel of the female joint member of the first structural panel is sized and configured to receive the latch member of the male female joint member of the second structural panel with the first and second structural panels in a coupled position.

Abstract: An ignition coil tester for testing an ignition coil having primary and secondary circuits. The tester includes a cable connector including a primary circuit connector and a secondary circuit connector electrically connectable to the ignition coil. The tester further includes an electronic ignition control module electrically coupled to the primary and secondary circuit connectors and configured to generate ignition coil testing signals for communication to the ignition coil via the primary and secondary circuit connectors The electronic ignition control module is further configured to monitor the connection between the primary circuit connector and the primary circuit of the ignition coil and the connection between the secondary circuit connector and the secondary circuit of the ignition coil, and cease communication of the ignition coil testing signals when the primary circuit connector or secondary circuit connector are not connected to the respective ones of the primary and secondary circuits.

Abstract: A multi-carriage dual-spindle symmetrical grinding processing center, wherein: A work table with a rotary table therein is positioned on a first carriage which is attached to a front base; first and second upright posts are positioned in a gantry form on a back base; a horizontal grinding head is connected to a second carriage between the upright posts; a third left carriage and a third right carriage are slidingly connected to the first and second upright posts, respectively, and a left slider and a right slider are connected to the third left carriage and the third right carriage, respectively; a vertical grinding head is installed at the front end of the right slider; an automatic tool changing device is equipped with the vertical grinding head, and a grinding wheel profile dressing device can be installed on the second carriage and on the left slider.

Abstract: A method for machining may include providing a workpiece with a major (e.g., top) surface and an edge at a perimeter thereof. The method may also include providing a machining tool including an outer rotary cutter and an inner rotary cutter. The workpiece may be machined in a single pass of the machining tool around the perimeter thereof. Machining the workpiece may include simultaneously machining the edge with the inner rotary cutter and machining at least a portion of the major surface with the outer rotary cutter. Accordingly, the edge and at least a portion of the major surface of the workpiece may be simultaneously machined in a single pass. The inner rotary cutter may also simultaneously machine an undercut at the edge of the workpiece. A related machining apparatus including the machining tool is provided. Further, a computer readable medium may include program code for performing the above-described operations.

Abstract: Floor panels are shown, which are provided with a mechanical locking system including tongue and grooves provided with protrusions and cavities which are displaceable in relation to each other and configured such that the protrusions can obtain a vertically unlocked position where they match the cavities and a vertically locked position where the protrusions overlap each other.

Abstract: An adzer skid assembly having a frame and a base plate attached to the frame. The base plate has an adzer unit attached thereto. The frame has a receptacle for slidably attaching the frame to a railroad track maintenance machine so that up and down motion of the railroad track maintenance machine does not produce up and down motion of the adzer skid assembly. Hydraulic cylinders are attached to the baseplate and are attached to skids, wherein the hydraulic cylinders raise and lower the skids relative to the frame and baseplate and determine the cutting depth of the adzer unit. During the adze cutting process the adzer unit is supported entirely by the skids as the skids move across railroad crossties.

Abstract: The cutting tool has a shaft and spherical cutting head having a groove defined therein extending from a top portion to a bottom portion of the cutting head. A disc-shaped first blade is placed in the groove. The first cutting blade has a peripheral cutting edge following a peripheral surface of the spherical cutting head. The peripheral cutting edge extends beyond the peripheral surface of the cutting head. The cutting tool is rotatable and in operation may be used to cut into a wood piece and create a crate-like cavity.

Abstract: A fixture includes a router guide portion having a router support surface and a workpiece support surface, a drill guide portion having a drill bit member, an opening adjacent the router guide portion and the drill guide portion for accepting a workpiece, and a clamping portion. The clamping portion includes a clamping member for securing the workpiece to the router guide portion.

Abstract: A power tool includes a base and a drive unit movable relative to the base and having a spindle and a drive device for rotatably driving the spindle. The power tool further includes a movable member mounted to the base and movable in a first mode and a second mode. A first device is coupled between the movable member and the drive unit and moves the drive unit relative to the base when the movable member moves in the first mode. A second device is coupled to the movable member and is configured to fix the drive unit in position relative to the base when the movable member moves in the second mode.

Abstract: A system is provided for creating bevel edges on a plank. In some embodiments, the system comprises two bevel-cutting tools disposed in fixed positions and two guided cylinders disposed to independently move two edges of a plank to within varying degrees of contact with the bevel-cutting tools. Separate controllers can be provided to independently control the time, frequency, and rate of movement of the guided cylinders. Methods are provided for creating the appearance of a hand-scraped wood plank. A method for creating irregular bevel edges on a plank is also provided as are a system and method that use a plank production line operation. A plank having irregular beveled edges and the appearance of a hand-scraped wood plank is also provided.

Abstract: A router table comprises a table top, a bit mount, and a drive train. The bit mount is configured to hold a router bit such that the router bit extends from the table top defining a bit axis. The drive train is positioned under the table top and is operably connected between the bit mount and a drive coupling. The drive coupling is configured to engage a driven member, with the drive coupling defining a drive axis that is not coaxial with the bit axis. The driven member may be provided by a drive bit on a portable router secured to the table top. Operation of the portable router results in rotation of the driven member. Rotation of the driven member and associated drive coupling operates the drive train and results in rotation of the bit mount and associated router bit.

Abstract: A molding coping fixture is disclosed. The coping fixture includes a plurality of shims, where the shims can be adjusted to conform to a profile of a molding to be coped, the shims are secured into the fixture and maintain the profile during a coping cut by a router. The coping fixture according to the present invention also includes an anti-tear-out device prevent tear-out of material from the molding during the coping cut. In various preferred embodiments, some or all of the anti-tear-out device may be replaceable. The coping fixture according to the present invention also includes a fixture for selectively adjusting the angle of the coping cut. In various preferred embodiments, a guide pin passes along the shims and a router bit secured in a fixed relation to the guide pin performs the coping cut while the guide pin passes along the shims.

Abstract: A system for cutting a profile along a linear edge of a wooden workpiece utilizes two spaced-apart rotatable cutting tools which are mounted for rotation in opposite rotational directions and a support surface for supporting the workpiece for movement along each of the two cutting tools. By positioning the workpiece upon the support surface so that the linear edge thereof extends between the two cutting tools, the workpiece can be moved into cutting engagement with a first of the cutting tools and subsequently into cutting engagement with the second of the cutting tools. By subsequently reversing the movement of the workpiece along the first cutting tool before the cutting edges thereof exit a trailing (side) edge of the workpiece, the likelihood that the workpiece will be damaged from the profile-forming process is reduced.

Abstract: A component mill for producing wooden construction components has a pair of input rollers spaced from a pair of output rollers, wherein each comprises a pair of vertically-stacked pinch rollers. The mill has an overhead X- and Y-axis track system for scrolling a high speed router bit dangling underneath a high speed motor in X- and Y-directions as the input and/or output rollers pass a board for trimming by the spinning, and perhaps scrolling and not stationed still, router bit. A control system controls the input and output rollers, and X- and Y-axis track system in concert to form a selected design of a wooden construction component output from an inputted board.

Abstract: A guide for a machine tool or tool drive (7) means for moving a surfacing tool over the substantial surface of a work piece (1), said guide comprising a guide means adapted for positioning over said work piece, said guide means including two horizontal spaced apart guide rails (2) and a gantry (3) adapted for linear travel in an X-axis along said guide rails wherein said gantry includes a gantry rail (4) adapted to bridge said spaced apart guide rails, a pair of gantry arms (5) fitted to either end of said gantry rail each gantry arm having a gantry foot for co-operating with said guide rail wherein said tool drive (7) is fitted to said gantry by a gantry mount adapted for lateral movement along the length of said gantry Y-axis, said mount including a vertical Z-axis height adjustment face plate (9) for mounting said tool drive wherein the fitting of said gantry rail to said guide rails is adjustable about said X-axis and the fitting of said tool drive to said gantry mount is adjustable about said Y-axis such

Abstract: The present invention is directed to a system and method for forming an arched top door facing, and the resulting facing. The system includes a panel, a table and a cutting assembly. The panel has a first surface intended to be interiorly disposed and a second surface intended to be exteriorly disposed. At least one boss extends from the first surface. The table has a planar surface and a locator extending outwardly from the planar surface. The locator cooperates with the boss to locate the panel on the planar surface. The cutter assembly is operatively associated with the table, and includes a blade spaced from the locator. The blade engages the panel and forms a curved edge in the panel when one of the blade and the panel is rotated about the locator.

Abstract: The woodworking machine for shaping molding has a hollow cylindrical cartridge with end caps having openings defined therein adapted for inserting a blank strip of molding through the cartridge. Robotic grippers advance the molding strip through the cartridge in indexed increments. A cutter assembly is mounted on a movable table, the cutter assembly having a plurality of spaced apart cutters. An electronic control system, preferably including a programmable logic controller, causes the grippers to grip the blank molding, insert the blank through the cartridge, actuate the cutter assembly and move the table so that the cutters simultaneously cut a plurality of notches in the molding, retract the cutter assembly, advance the molding the indexed distance, and automatically repeat the cycle, ejecting the strip when notches have been formed in the entire length of the molding. The machine may be used to form dental molding.

Abstract: Apparatus for shaping a flitch includes an upper shaping head assembly for shaping an upper surface of the flitch, a lower shaping head assembly for shaping a lower surface of the flitch, and a groover assembly for placing at least one groove in a surface of the flitch. The apparatus further includes at least one centering arm and chain runner assembly. The at least one centering arm and chain runner assembly includes a chain runner assembly for conveying the flitch toward a transverse center of the centering arm and chain runner assembly, and a centering arm assembly for positioning the flitch. A flitch transport conveyor includes a conveyor frame, a first dogger arm assembly for engaging a first end of the flitch, and a second dogger arm assembly for engaging a second end of the flitch.

Abstract: The present invention relates to a workbench apparatus for routing and shaping work pieces. The workbench includes a top comprising two opposed faces with a motor support structure associated with one face for holding a motor configured to receive one of a router element and a shaping element. The top is pivotally associated with a top support structure thereby allowing the workbench to be selectably positioned in at least one of two work mode configurations. The top dimensions and support structure configuration is selected so that a work piece may be moved across the top surface without interference for the support structure. The motor support structure is configured for a minimum vertical profile while providing motor movement relative to the work piece. The system may further comprise wireless technology for controlling the motor movement. The workbench apparatus without the routing support structure can be used for attaching and storing a plurality of devices.

Abstract: The woodworking machine for shaping molding has a hollow cylindrical cartridge with end caps having openings defined therein adapted for inserting a blank strip of molding through the cartridge. Robotic grippers advance the molding strip through the cartridge in indexed increments. A cutter assembly is mounted on a movable table, the cutter assembly having a plurality of spaced apart cutters. An electronic control system, preferably including a programmable logic controller, causes the grippers to grip the blank molding, insert the blank through the cartridge, actuate the cutter assembly and move the table so that the cutters simultaneously cut a plurality of notches in the molding, retract the cutter assembly, advance the molding the indexed distance, and automatically repeat the cycle, ejecting the strip when notches have been formed in the entire length of the molding. The machine may be used to form dental molding.

Abstract: A fastening device (61) for fastening a hand router to the underside of a work platform (2) of a workbench (1) has radially outwardly extending projections which are associated with a base ring for the hand router and which may be introduced into associated fastening pockets by rotating the base ring in the work platform (2). The fastening pockets can be formed by fastening members (12) associated with the underside (2?) of the work platform (2).

Abstract: A compact and light-weight portable electric router produced at a low cost and capable of providing high cutting efficiency with low noise. A radial fan includes a cylindrical hub functioning as an attachment portion to a motor shaft, a plurality of fan blades having parts connecting to the hub, and a ring like guide section connected to the hub through the fan blades. An annular weight is connected to the guide section at a radially outer side of the guide section. The weight serves as a restriction section for restricting backflow of air from a discharge side to a motor side.

Abstract: The method of forming timbers especially for use as webs in timber roof trusses comprising feeding timbers in a predetermined path with the timbers extending transversely to the direction of feed and, as the timbers are so fed, shaping the ends thereof to rounded form, and apparatus for carrying out said method comprising conveyors for feeding the work, a saw for cutting the timbers to length, and cutters for the end shaping.

Abstract: An edge-routing unit has a routing tool (4) on a shaft (9) of a routing motor (6), which is arranged on a rest (10), and which is controlled approximately along a workpiece outline in a workpiece feed-through direction, an X-axis, and in a workpiece thickness direction, a Z-axis. Furthermore, by way of a feeler wheel (5), which is coaxial to the routing tool (4) and which travels over a workpiece surface adjoining an edge strip (3), the rest (10) is supported on the workpiece (1) for follow-up of the routing tool (4) according to a contour sensed. In order to be able to change adjustment of the routing tool (4) relative to the feeler wheel (5) during machining operations, a positioning slide (15) is arranged on the rest (10), on which the positioning slide (15) and the routing motor (6) sit together with the routing tool (4) and which is traversable in a motor-operated program-controlled manner relative to the rest (10), in a direction of the X-axis and in a direction of the Z-axis.

Abstract: The present invention is an attachment fixture that is used in conjunction with a single-pass radius molding system to manufacture elliptical arches. The attachment fixture includes a vertical beam, a horizontal self-centering rack mounted at top end of the vertical beam, a swivel base attached at bottom end of the vertical beam, and a holding clamp attached to the swivel base.

Abstract: The present invention is an attachment fixture that is used in conjunction with a single-pass radius molding system to manufacture elliptical arches. The attachment fixture includes a vertical beam, a horizontal self-centering rack mounted at top end of the vertical beam, a swivel base attached at bottom end of the vertical beam, and a holding clamp attached to the swivel base.

Abstract: A device (41) for positioning a joinery fastener (74) in a joinery member (33) for later use in forming a joinery assembly. The fastener positioning device (41) includes a feed magazine (82) formed for feeding joinery fasteners (74) to a gripping apparatus (83). The gripping apparatus (83) is positioned to receive the fasteners (74) and is further adapted to releasably grip individual fasteners (74) at a position (103) below the fastener head (86) to hold the fasteners (74) in a known and controlled, indexed relation to the gripping apparatus (83). The gripping apparatus is movable between a fastener gripping position to a fastener placement position while the pointed end (88) of the fastener (74) remains in indexed relation, and a placement arm (92) is formed to urge the fastener (74) from the gripping apparatus (83) and into interference fit with the joinery member (33).

Abstract: A tool for machining workpieces of wood, plastic material, or the like has at least one plane head provided with cutting knives and having a first end and a second end. A first surface milling cutter is arranged on the first end of the plane head. At least one second surface milling cutter is connected to the plane head and is adjustable relative to the first surface milling cutter. The plane head has at least one axial guide for the second surface milling cutter. The axial guide is a fitting groove provided in the mantle surface of the plane head. The second surface milling cutter has a feather key engaging the fitting groove.

Abstract: Router bits or cutters and methods of using such bits and cutters that enables a slotting cutter to cut a groove having appropriate widths and depths around the entirety of an assembled frame or box so that portions of the panel (or top or bottom in the case of a box) tongue is received around the entire panel, including in the corners. The slotting cutters of this invention have diametric proportions that allow a ⅛″ to {fraction (3/16)}″ deep slot to be cut with a sufficiently small radius at corners to produce a continuous slot around the inside of a frame or box corner.

Abstract: A stand is made up of two channel shaped sides. There is a removable top that has holes drilled in it so a router with router bits of different diameters and shapes, such as round-nosed and straight router bits or heads, can be attached. There is a removable wood guide having a front with two wood guide sides attached to it. The electric router is the power source for the cutter. The round nose bit cuts the wood ends to form tenons of different diameters and shapes, such as radius, chamfered (tapered) or square-shouldered tenons. The top will be a flat surface with holes that will support a router and attach to the sides. The two channel shaped sides will include holes for attaching a top, securing it to a work bench, and attaching wood guides. The fronts will have different diameter holes, and will attach to wood guide sides. The wood guide sides will have a slot where a bolt can pass through to attach wood guides to channel sides.

Abstract: An optimizing planer system includes a control system; a workpiece feed path; and, an optimizing planer. The optimizing planer is operably coupled to the control system. The optimizing planer is located along the workpiece feed path and has an entrance, for receipt of a rough workpiece, and an exit, for discharge of an at least partially Finished workpiece. The optimizing planer includes a cutting element. A workpiece interrogator is situated along the workpiece feed path, upstream of the entrance. The interrogator is operably coupled to the control system so to provide the control system with workpiece property information for each workpiece entering the optimizing planer. The control system provides the optimizing planer with control information based upon the workpiece property information for each workpiece.

Abstract: An edge-routing unit has a routing tool (4) on a shaft (9) of a routing motor (6), which is arranged on a rest (10), and which is controlled approximately along a workpiece outline in a workpiece feed-through direction, an X-axis, and in a workpiece thickness direction, a Z-axis. Furthermore, by way of a feeler wheel (5), which is coaxial to the routing tool (4) and which travels over a workpiece surface adjoining an edge strip (3), the rest (10) is supported on the workpiece (1) for follow-up of the routing tool (4) according to a contour sensed. In order to be able to change adjustment of the routing tool (4) relative to the feeler wheel (5) during machining operations, a positioning slide (15) is arranged on the rest (10), on which the positioning slide (15) and the routing motor (6) sit together with the routing tool (4) and which is traversable in a motor-operated program-controlled manner relative to the rest (10), in a direction of the X-axis and in a direction of the Z-axis.

Abstract: A process for the manufacturing of longitudinal profiles such and tongue and groove on boards wherein the process includes the steps; a) Moulding a substantial part of the profile cross-section by means of milling with a milling tool. b) Fine moulding undercuts in at least the groove of the board by means of broaching utilising at least one broaching tool.

Abstract: A cutter unit includes two positioning bars mounted securely in a retaining groove of a rotating axle to define a cutter-receiving chamber therebetween. A cutter positioning block is disposed in the chamber. A first side face of the cutter positioning block is formed with a cutter-holding recess to receive a cutter. The recess is defined by a recess-confining wall with two opposing wall portions abutting against two end faces of the cutter. A side face of the cutter is disposed outwardly of the recess. An adjusting unit is disposed between and abuts against a second side face of the cutter positioning block and one of two wall portions of the retaining groove, and is adjustable to move the cutter positioning block and the cutter so as to press the cutter against the other one of the wall portions of the retaining groove.

Abstract: A process for creating a distressed surface for an article of furniture, and an article of furniture incorporating a distresses surface. The process includes the steps of selecting at least one piece of material having at least one planar surface and opposed side edges, mechanically forming grooves along at least one of the opposed side edges of the piece of material, and adjoining multiple pieces of material so formed to create a surface of an article of furniture that has a distressed appearance. The article of furniture includes a surface having a distresses appearance that is adhered to a substrate to create the face of the article of furniture.

Abstract: First and second guide plates are engaged for linear sliding between them by a channel and rib engagement system. A grooving tool is carried by the plate associated with the rib, and the rib is in axial alignment with the tool head, such that the tool head can lead the rib. When a groove is being cut into a workpiece, the rib can follow the tool head into the cut groove to extend the range of the guide. Ribs of different size can be selected to coordinate with the tool and groove width. Filler strips similarly coordinate the channel width. An alternate or supplemental guide system joins the first plate to a series of accordion style hinged and foldable plates. These plates guide the first plate in linear movement as they fold or unfold.