MILLING CUTTING ELEMENT SYSTEM

A cylindrical cutting system, a bit holder assembly, and machine for milling or scarifying road surfaces are disclosed. A bit holder is attachable to a milling platform, and includes an inward facing surface for engaging a corresponding mating surface of the milling platform. The inward facing surface of the bit holder and the mating surface include aligning fastener and pin openings. A fastener and a pin are inserted within the respective openings to couple the bit holder to the milling platform. The mating surface may define a part of a recess formed in the milling platform. A wear element may be disposed at the leading side of the bit holder. Multiple platforms may be coupled together with axially extended platform fasteners. 1. A cutting system , comprising:a milling platform rotatable about an axis, the milling platform including a circumferential outer surface defined about the axis, and a mating surface on the outer surface, the mating surface including a fastener base opening and a pin base opening; anda bit holder including a cutter bit, the bit holder having a radially inward facing surface engaging the corresponding mating surface of the milling platform, the radially inward facing surface including a fastener bit holder opening in alignment with the corresponding fastener base opening of the milling platform to receive a fastener, and a pin bit holder opening in alignment with the corresponding pin base opening of the milling platform to receive a pin, wherein the fastener and the pin removably couple the bit holder to the milling platform.2. The system of claim 1 , wherein the milling platform includes a planar surface formed in the outer surface to define the mating surface.3. The system of claim 1 , wherein the milling platform includes a recess formed in the outer surface claim 1 , the recess being defined by a leading recess edge claim 1 , a lagging recess edge claim 1 , and a mating surface interconnecting the leading recess edge and the lagging ...

METHOD FOR MACHINING DRAWERS OF AN ARTICLE OF FURNITURE

A method for machining a plurality of surfaces of a respective plurality of drawers in an article of furniture includes mounting the article of furniture to a support structure to form a work piece, positioning the work piece on a base of a vertical gantry router in an orientation such that the plurality of surfaces are generally perpendicular to a cutting head of the vertical gantry router, and machining the plurality of surfaces with the vertical gantry router until the plurality of surfaces are substantially flat and substantially coplanar with one another. 1. A method for machining a plurality of surfaces of a respective plurality of drawers of an article of furniture , the method comprising the steps of:mounting the article of furniture to a support structure to form a work piece;positioning the work piece on a base of a vertical gantry router in an orientation such that the plurality of surfaces are generally perpendicular to a cutting head of the vertical gantry router;machining the plurality of surfaces with the vertical gantry router until the plurality of surfaces are substantially flat and substantially coplanar with one another.2. The method of claim 1 , wherein the respective plurality of drawers are extended to an extended position such that the plurality of surfaces are generally aligned with one another in a single plane claim 1 , and wherein the respective plurality of drawers are fixed in the extended position prior to the machining step.3. The method of claim 2 , wherein the respective plurality of drawers are fixed in the extended position with hot glue.4. The method of claim 1 , wherein the work piece is secured to the base of the vertical gantry router prior to the machining step.5. A method for machining a plurality of surfaces of a respective plurality of drawers of an article of furniture claim 1 , the method comprising the steps of:mounting a pair of side plates to opposite sides of the article of furniture to form a work piece, each side ...

MILLING CUTTING ELEMENT SYSTEM

A cylindrical cutting system, a bit holder assembly, and machine for milling or scarifying road surfaces are disclosed. A bit holder is attachable to a milling platform, and includes an inward facing surface for engaging a corresponding mating surface of the milling platform. The inward facing surface of the bit holder and the mating surface include aligning fastener and pin openings. A fastener and a pin are inserted within the respective openings to couple the bit holder to the milling platform. The mating surface may define a part of a recess formed in the milling platform. A wear element may be disposed at the leading side of the bit holder. Multiple platforms may be coupled together with axially extended platform fasteners. 1. A cutting system comprising:a bit holder comprising a cutting tool holder portion extending away from a mounting portion, the bit holder having a leading edge, a lagging edge opposite the leading edge, an upper surface, a lower surface opposite the upper surface, and a pair of lateral surfaces together defining an outer surface of the bit holder;a milling platform having a circumferential outer surface and being rotatable about an axis, the milling platform including opposing lateral surfaces extending radially outward away from the axis to the circumferential outer surface, the milling platform formed to include a plurality of recessed mounting surfaces sequentially formed in the circumferential outer surface, each of the recessed mounting surfaces defined by a leading recess edge interconnected by a bottom mating surface with a lagging recessed edge, the bottom mating surface extending to the opposing lateral surfaces, wherein the leading recess edge, the lagging recessed edge, and the bottom mating surface are planar surfaces;the bit holder positioned in a corresponding recessed mounting surface to align the leading and lagging edges of the bit holder with respective leading and lagging recessed edges of the corresponding recessed ...

Low noise milling tool for machining wood or the like

(57)【要約】 本発明は木製の板状の部材を加工するための、騒音発生の小さなフライス工具（１０）に関する。騒音発生の低減は、工具と工作物の振動励起の減少と切削分割によって生じる。切削は２段で行われる。時間切削量の大部分（第１の段）は騒音技術的に所望な条件下で、特別な切れ刃形状を用いて切削される。工具と工作物の振動の低減は、特別な切れ歯形状を用いて切削力衝撃の増大を大幅に抑えることによって生じる。時間切削量の少しの部分（第２の段）だけが、本発明に従って良好な加工品質を可能にする条件下で加工される。

Rotary blade with air-cooling device

(57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。

Flat-surface milling machine

用于木材加工的平面铣床(10)，具有一个同工作主轴(13)相联接的驱动电机，工作主轴在自由端有一个铣头(26)，铣头在其端面(28)上有铣削切削刃(48，50)，其中，铣头(26)被构造为与工件面平行伸展的、特别是盘形的体，而且铣切由一个、特别是平的可拆卸地安装在铣头上的、具有主和副切削刃的刀片(38，40)来承担，这种平面铣床是作为效率特别高的手动机床设计的，因此，该平面铣床(10)相当小和轻并且具有支承手柄(14)的壳体(12)，其中，铣头(26)带有一个没有主切削刃(50)只有至少一个副切削刃(48)的刀片(38)。

Spiral ceramic cutter tooth structure

本发明提供一种螺旋陶瓷刀齿结构，包括四块陶瓷刀齿和四块陶瓷刀齿座，所述四块陶瓷刀齿分别对应固定在四块陶瓷刀齿座上；陶瓷刀齿Ⅰ与陶瓷刀齿Ⅱ所形成的中心角、陶瓷刀齿Ⅱ与陶瓷刀齿Ⅲ所形成的中心角、陶瓷刀齿Ⅲ与陶瓷刀齿Ⅳ所形成的中心角分别为12～14°、9～12°、5～9°；四块陶瓷刀齿上的前角分别为5°、10°、15°、20°；四块陶瓷刀齿上的后角均为5°；本发明的螺旋陶瓷刀齿结构可实现木材及木质复合材料的切削，保证切削加工精度及刀具的可靠性。能够有效避免陶瓷刀齿崩刃，提高陶瓷刀齿结构强度，增加陶瓷刀齿结构寿命，降低切削表面粗糙度，改善切削表面质量，提高切削加工效率。

A kind of pottery wood cutter

本发明提供一种陶瓷木工刀具，包括刀体以及在该刀体设有一中心轴孔，在刀体的外侧环设有呈中心对称结构的4～8个陶瓷刀齿组，每个陶瓷刀齿组的中心角均为360°/(4～8)，每个陶瓷刀齿组是由并排地2～6个陶瓷刀齿座以及在每个陶瓷刀齿座上固定有陶瓷刀齿组成的。本发明的陶瓷木工刀具可实现木材及木质复合材料的切削，保证切削加工精度及刀具的可靠性。能够有效避免陶瓷刀齿崩刃，提高陶瓷刀齿强度，增加陶瓷刀齿寿命，降低切削表面粗糙度，改善切削表面质量，提高切削加工效率。

Composite reducer head assembly

ABSTRACT A composite reducer head assembly with a reducer head having a peripheral part and a central part is at the central part provided with at least one addi-tional operative means , which may be a guide means or a machining means, and which is adapted to affect a piece of timber machined by the peri-pheral part in a different rotational and/or positional mode than the peripheral part. Side guide means displace-able in dependence of possible axial displacements of the additional means may be provided at one or two downstream levels.

Iron holder drawer for wood scraping machines

Butcher's block cleaner

Planing and finishing machine for slats especially for blinds, light shutters, greenhouse racks and trellises

Planing, leveling and woodworking machine

Chipping tool for particle board shaper with surface coating.

Chipboard calibrating machine

Electric scraper

SECURITY DEVICE FOR A WOODEN MACHINE COMPRISING A MOBILE SCREEN

End roll forming machine

Improvements to wood planing machines

Portable motor driven cutting tool for e.g. concrete - comprises motor on which long bridge piece is mounted to support rotating cutter

MACHINE TOURNANTE COMPRENANT UN MOTEUR MONTE DANS UN BOITIER PREHENSIBLE1 ET UN OUTIL ALLONGE ROTATIF4 PRESENTANT UN BORD DE COUPE PERIPHERIQUE. L'OUTIL 4 PRESENTE UNE LONGUEUR AU MOINS HUIT FOIS SUPERIEURE A SON DIAMETRE ET LA MACHINE COMPORTE UN ARCHET12 ASSURANT LA RIGIDITE DE L'OUTIL A LA FLEXION.

Method and machine for the production of planks, boards and the like Like. Made of round wood.

Plaster or plaster-fiberboard surface smoothing device, with tool shaft fitted with several material application elements

The surface smoothing device has a tool shaft (18) in the form of a building block to which several elements (8) for applying material can be fitted. These elements can be removed from the shaft and cannot turn on it. The elements may be in the form of elliptical flat disks with main axis angled to the tool shaft axis.

Milling tool with reduced noise emissions, preferably for formatting plate-shaped components

The invention concerns a milling tool (10) with reduced noise emission for machining panel-like pieces of wood. The reduction in noise emission is brought about by reducing the vibrations produced in the tool and workpiece and by proportioning the cut, machining being carried out in two stages. The greatest part of the chip volume (first stage) is removed under favourable noise-emission conditions using a special cutting geometry. The tool and workpiece vibrations are reduced by a clearly reduced rise in the shear force pulse using a special cutting tooth geometry. The chip volume removed under these conditions is only small (second stage), and so good quality machining can be attained.

Machine foe

Power operated, end thrust finishing cutter

A kind of ceramics wood cutter

本发明提供一种陶瓷木工刀具，包括刀体以及在该刀体设有一中心轴孔，在刀体的外侧环设有呈中心对称结构的4～8个陶瓷刀齿组，每个陶瓷刀齿组的中心角均为360°/(4～8)，每个陶瓷刀齿组是由并排地2～6个陶瓷刀齿座以及在每个陶瓷刀齿座上固定有陶瓷刀齿组成的。本发明的陶瓷木工刀具可实现木材及木质复合材料的切削，保证切削加工精度及刀具的可靠性。能够有效避免陶瓷刀齿崩刃，提高陶瓷刀齿强度，增加陶瓷刀齿寿命，降低切削表面粗糙度，改善切削表面质量，提高切削加工效率。

Improvements in surface finishing tools

980,809. Grinding. WOLF ELECTRIC TOOLS Ltd. Jan. 8, 1964 [Jan. 28, 1963], No. 3444/63. Heading B3D. [Also in Division B5] A surface working tool, such as a plane, sander, abrader or polisher, comprises a slipper 6, Figs. 1 and 2, mounted on a frame having a flat base 1 so as to oscillate about an axis perpendicular to the base, means 10 for fixing a tool 11 to the slipper so as to project through a space 13 in the base to present an exposed working surface, and a spindle 16 mounted in bearings 15 in the slipper and extending perpendicularly to the base, the spindle being so arranged that it is or may be eccentrically connected to a rotary drive member to cause oscillations of a tool attached to the slipper. As described, the tool is a plane and the means 10 consist of screws securing the tool to the slipper. The slipper has arcuate edges 7, 8 which are held below inturned flanges on the side walls 2, 3 of the frame. The spindle 16 mounted in the bearing 15 in the slipper is eccentrically disposed on a spindle 17 which is rotatable in a bearing 18 in a part 19 of the frame and rotated by an electric motor 20. Rotation of the spindle 17 by the motor cause the slipper to oscillate and points of the tool to trace the paths shown dotted in Fig. 2. In another embodiment, the movement of the slipper is about a screw 30, Fig. 4, extending upwardly from the base through a slot in the slipper. In a further embodiment, the slot is inclined to the length of the blade. The tool may be designed as an attachment for an electric drill.

Machine for planing and jointing

Scoring saw

SECURITY DEVICE WITH MOBILE SCREEN FOR WOOD MACHINES

Offset router flush cutting base

A router sub-base and method is disclosed, utilizing a pad of material (8)attached to a router base (9), to flush cut projections from a wooden surface, smooth areas of a wooden surface, or remove a volume of wood to custom shape a wooden workpiece for special applications, in which a user may manually operate the router (1) to mill wood, using a portion of the existing wooden workpiece surface as a guide to control cutting.

Double planer and sander

Tail shaper for piano hammers

Coated chipboard type panel working machine - has end milling cutters with slightly inclined pivotal axis above surface

The machine is used for working and shaping panels of chipboard, with or without a surface coating of plastics foil or veneer. An initially cut panel is led past one or more rotating milling cutters, standing on end.S The tool is an end milling cutter (3,3') or more than one, with a pivotal axis (7,7') perpendicular to the surface to be worked. Its shaft facing away from this surface slopes at an angle up to 0.1 to 1 degrees against the workpiece (1) direction of advance (2). One pivotal axis runs at an interval above the workpiece surface, at a similar angle. The direction of revolution of the cutters is selected so that effective cutting edges move from the coated surface into the workpiece.

Milling tool with reduced noise emissions, preferably for formatting plate-shaped components

Apparatus and Method for Cutting or Slotting Rigid Material, in Particular Wood

A device serves for cleaving or slitting preferably wood. It has a narrow tool, in particular a circular saw blade (15), which possesses cutting elements and produces a gap of finite width in the sawn article (10). The tool and the sawn article (10) are moved in a feed direction (30) relative to one another. A cleaving element (20) is arranged directly behind the cutting elements in the feed direction (30) of the sawn article (10). A profiled piece (12) separated from a sawn-article remainder (13) by the gap is thus bent out of the gap plane (11) away from the sawn-article remainder (13). A deflecting device (27, 28) is arranged at a first distance (L1) from the cleaving element (20) and exerts a force (F1) on the surface (44) of the profiled piece (12) facing away from the gap plane (11). A supporting device (40 to 42) is arranged at a second distance (L2) from the cleaving element (20) which is smaller than the first distance (L1). The supporting device (40 to 42) exerts a force (F2) on the surface (45) of the profiled piece (12) facing the gap plane (11) (Fig. 2). <IMAGE>

BRUSHING KNIFE MACHINE FOR WOODWORKING

Milling cutting element system

A cylindrical cutting system, a bit holder assembly, and machine for milling or scarifying road surfaces are disclosed. A bit holder is attachable to a milling platform, and includes an inward facing surface for engaging a corresponding mating surface of the milling platform. The inward facing surface of the bit holder and the mating surface include aligning fastener and pin openings. A fastener and a pin are inserted within the respective openings to couple the bit holder to the milling platform. The mating surface may define a part of a recess formed in the milling platform. A wear element may be disposed at the leading side of the bit holder. Multiple platforms may be coupled together with axially extended platform fasteners.

Patent FR2291834B1

Wood planer

Portable planing machine

A portable planing machine is shown that is adapted to straddle the work piece and is freely movable on a work bench. The machine comprises a pair of runners that are joined by a pair of rails or ways. An adjustable carriage is supported on the rails, and a router is fastened to the carriage. A datum or guide bar is carried by the rails to engage the side of the work piece and guide the movement of the planing machine along the length thereof. After each pass of the planing machine, the carriage is reset to reposition the cutter of the router for the next pass or travel of the machine. Special care is taken in leveling and clamping the work piece so the least amount of material need be removed to accomplish the desired result.

Edge finishing machine

TITLE EDGE FINISHING MACHINE ABSTRACT A material working machine for edge finishing of workpieces of different sizes and shaped and of different materials has a material work station supported by a table like construction with a mechanical cutting tool mounted at the work station. The machine includes a workpiece feeding assembly comprises of a pair of resilient juxtaposed feeding belts having opposed gripping surfaces adapted to grip the opposite faces or sides of a work-piece to feed the workpiece across the working station as the resilient belts are moved. An adjustable pressure plate is mounted behind the feeding surface of each belt and can be moved toward or away from the opposite belt so as to be able to adjust the pressure exerted by the belts on the workpiece and also to accommodate workpieces of varying thickness.

Planer

Machine for Machining Workpieces Made from Wood, Plastic and Similar and Tool for Application in Such a Machine

A machine for machining workpieces of wood and plastics has a rotatably driven spindle and at least one tool that is seated on the rotatably driven spindle and has a circular arrangement of knives. The tool has a tool body and the circular arrangement of knives is supported on the tool body. An inner table acting as a workpiece support is provided, wherein the circular arrangement of knives surrounds the inner table and wherein the inner table is a component of the tool. A machine table is provided on which the workpieces are fed to the at least one tool.

Machine for dressing and finishing wood, &c.

Milling tool with reduced noise emission for machining wood or the like

The invention concerns a milling tool (10) with reduced noise emission for machining panel-like pieces of wood. The reduction in noise emission is brought about by reducing the vibrations produced in the tool and workpiece and by proportioning the cut, machining being carried out in two stages. The greatest part of the chip volume (first stage) is removed under favorable noise-emission conditions using a special cutting geometry. The tool and workpiece vibrations are reduced by a clearly reduced rise in the shear force pulse using a special cutting tooth geometry. The chip volume removed under these conditions is only small (second stage), and so good quality machining can be attained.

Removal of chips from pieces of wood

MACHINE FOR SURFACE AND THICKNESS MACHINING OF WOOD WORKPIECES OF ANY DIMENSIONS, ESPECIALLY SHORT AND THIN WORKPIECES.

The invention relates to a machine for surface and thickness working of wood workpieces of any dimensions, in particular short and thin workpieces without rigid clamping of the workpiece, consisting of a machine housing, a movable working table, a two-part baseplate with circular cutout into which a face of a milling head provided with fixed and exchangeable cutting edges is inserted. In the head, there is a guide insert. An upper guide strip is disposed in exactly the same plane as the cutting edge apex on the milling head and also in the same plane as a stationary portion of the baseplate. At least two working spindles, set at predetermined angles, are provided. The workpiece slides on the two-part baseplate guided by two flank guide rails and an upper guide strip forming together a movement channel for the workpiece.

Power-driven hand plane

Blade and method for surface distressing

A blade including a body has a front surface and a curved back cutting surface. The front surface has a mount angle relative to a material surface of a material feeing the back cutting surface. The back cutting surface has a substrate clearance angle relative to the material surface. In response to at least one of the blade and the material surface being brought into cutting contact and moved relative to each other, a resulting portion of the material surface has a distressed appearance.

WOODEN MACHINE IN PARTICULAR DOUBLE TENONER

Rotary tools for cutting and felling wood of all species

Wood cutting blade and cutting tool using the same

かんな刃（２１）は、木材を切削する鉋胴（１０）のボディ（１１）に装着される刃物であって、刃先（２４）からすくい面（２２）に延びた複数の溝（２６）を設ける。溝（２６）は、幅（ｗ）が１５〜７５μｍ、深さ（ｄ）が２〜１４μｍ、ピッチ（ｐ）が４０〜８００μｍ、幅（ｗ）に対するピッチ（ｐ）の比（ｐ／ｗ）が２〜１６である。また、溝（２６）の粗さがすくい面（２２）の粗さより粗くなっている。 The planer blade (21) is a cutting tool mounted on the body (11) of the barrel (10) for cutting wood, and has a plurality of grooves (26) extending from the blade edge (24) to the rake face (22). Provide. The groove (26) has a width (w) of 15 to 75 μm, a depth (d) of 2 to 14 μm, a pitch (p) of 40 to 800 μm, and a ratio of the pitch (p) to the width (w) (p / w). Is 2-16. Further, the roughness of the groove (26) is greater than the roughness of the rake face (22).

Patent FR2189178B1

Method of preparing ratan for umbrellas

Innovations in planing machines

Board planer

Machine for profiling wood panel to simulate lap siding

This machine cuts and provides large panels, as plywood, hardboard or similar materials, on one side to provide a large panel having a flat back surface and a profiled front surface, said front surface characterized by a plurality of longitudinally extending, side by side, slightly inclined flat surfaces separated by approximately perpendicular ledges or shoulders of narrow width, thereby imparting to the panel the appearance of lap siding when applied to the exterior wall of a building. This machine comprises devices for moving the panel in a lengthwise direction and across a plurality of driven planer heads or routers, which cut away thin layers of the front panel surface. Also, the machine is provided with devices for shaping the edges of each panel for edge matching these edges with interfitting parts which may be of shiplap or tongue-and-groove type.

Machine for shear-slicing wood

A machine is described for shearing a block of wood into a plurality of individual sheets in a single pass through a plurality of vertically and horizontally spaced, stationary shearing knives. The knives are rigidly supported, one after the other, in vertically spaced relationship. Means are provided to force the wood block past the knives. A pressure applicator is provided for positively holding the wood block down against a horizontal supporting surface as it passes through the shearing knives. The wood block contacting surface of the pressure applicator is made up of a plurality of small diameter rod-like roller elements, each supported so that it can individually rotate with respect to adjacent roller elements. The roller elements contact each other and each is individually pressed against the wood block by a block-like mass of polyurethane elastomer of a durometer such that high unit pressure is maintained between each of the roller elements and the wood block. The machine is designed to shear the wood into sheets or boards of a greater range of thicknesses than heretofore possible and to produce such boards or sheets with a surface acceptable for many uses without subsequent planing or sanding. In a modified form, the machine can be used to shear a single sheet from a block during each pass.

Planing-machine

Offset router flush cutting base

A router sub-base and method is disclosed, utilizing a pad of material attached to a router base, to flush cut projections from a wooden surface, smooth areas of a wooden surface, or remove a volume of wood to custom shape a wooden workpiece for special applications, in which a user may manually operate the router to mill wood, using a portion of the existing wooden workpiece surface as a guide to control cutting.

Milling device for leveling butcher house sticks.

Improvements in cutting and cutting machines and tools

Tool

A machine and a tool for cutting material such as wood and plastics. The tool includes a shank adapted to be fastened to and rotated by a power driven spindle. The tool further includes a cutting part having at least one spiral rib on its outer periphery. The outer periphery of the rib is sharpened on its edge which is adjacent the shank, and the spiral rib has a pitch in the range of approximately 5° to 15°. The machine includes the tool, a drive motor and the spindle, and a support table for supporting a workpiece. The table has an opening formed in it and the tool extends through the opening. The sharpened edge of the rib is adjacent the table.

Resurfacing tool

Machine foe

A kind of clothes hanger finish planing machine

本发明属于衣架加工制作技术领域。一种衣架精刨机，包括底座，所述底座旁设置有用于对衣架进行刨边的刨边机，所述底座上还设置有可移动的仿型板，所述仿型板上设置有衣架模板，所述衣架模板的一端与所述仿型板的一端对齐，所述衣架模板的两侧分别设置有用于固定衣架的定位块，所述定位块之间设置有用于夹紧衣架的夹具。本发明的衣架精刨机用于对半成品衣架进行后期加工，能够提高衣架曲面加工精度，具有工作安全可靠,加工操作简便,加工速度快,生产效率高的优点。

A kind of spiral ceramics knife-tooth structure

本发明提供一种螺旋陶瓷刀齿结构，包括四块陶瓷刀齿和四块陶瓷刀齿座，所述四块陶瓷刀齿分别对应固定在四块陶瓷刀齿座上；陶瓷刀齿Ⅰ与陶瓷刀齿Ⅱ所形成的中心角、陶瓷刀齿Ⅱ与陶瓷刀齿Ⅲ所形成的中心角、陶瓷刀齿Ⅲ与陶瓷刀齿Ⅳ所形成的中心角分别为12～14°、9～12°、5～9°；四块陶瓷刀齿上的前角分别为5°、10°、15°、20°；四块陶瓷刀齿上的后角均为5°；本发明的螺旋陶瓷刀齿结构可实现木材及木质复合材料的切削，保证切削加工精度及刀具的可靠性。能够有效避免陶瓷刀齿崩刃，提高陶瓷刀齿结构强度，增加陶瓷刀齿结构寿命，降低切削表面粗糙度，改善切削表面质量，提高切削加工效率。

Shaving wood

Method and apparatus for shaving wood using stationary, i.e. non-rotary cutting tools, wherein the aids such as a top iron and/or a front table can be optimally adjusted so that a rive crack of a desired length is produced corresponding to each cutting depth selected.

Machine for machining the surface of chipboard and fiberboard

Furniture panel surface marker - has upper cutter disc mounted on sprung swivel arm and adjustable relative to guide roller

The marking machine is for panels having a relatively hard surface coating the end faces of which are to be subsequently worked. It has a two cutting tools (4, 5) engaging on respective panel surfaces. The cutting directions of both tools are aligned in a plane at right angles to the panel, and extend parallel to the panel end faces to be worked. One tool (5) is fixed relative to its cutting surface and the second tool (4) is carried on a swivel arm, which is spring-loaded in the direction of the second surface. The arm carries a guide roller (15), running on the upper panel surface. The second tool is adjusted relative to the roller to define its cutting depth.

Method for machining joints for miters, grooves and other joinery in a beveled or straight panel edge and apparatus for same

Improved method and apparatus for machining the mitered edge surface of a composite material panel uses a multibladed cutting head rotatable about an axis of rotation that intersects the surface. The cutting blades are positioned transverse to the axis of rotation. Cutting is effected by shearing action of the blades across the surface, thereby eliminating sections of continuous wear on the blades. Blade life is extended and sound is reduced significantly. As an additional feature, a grooving bit may be included.

Power operated adjustment for moulders

Patent DE125282C

Shaving wood

The planing device comprises a planing blade (11) fastened to a holder (40), a front plate (22) and/or a chip breaker (20), and an adjusting device (50, 6, 44) acting on the holder of the planing blade (11) for setting the chip thickness to be removed. By means of the adjusting device (50, 6, 44), the planing blade (11) is adjusted relative to a carrier (45, 46, 52) which carries the front plate (22) and/or the chip breaker (20). If there is a front plate (22), it is arranged on the carrier in a fixed position, and if there is a chip breaker, it is movably arranged on the carrier and is made to follow up the movement of the holder (40) and thus of the planing blade (11) in a predetermined, reproducible allocation. When the planing blade (11) is adjusted to a desired chip thickness, the position of the planing blade, chip breaker and front plate is changed relative to one another to such an extent and in such a direction that an optimum cleavage crack results. The planing blade (11) can be adjusted between a reproducible zero position (6) and a chip-removal position and enables both coarse stock removal and fine finishing of the material without separate expert adjustment of planing blade, front plate and chip breaker relative to one another. <IMAGE>

Milling disk for a floor machining appliance

A milling disk for a floor machining appliance has a plurality of milling means mounts for interchangeable plate-like milling means, said milling disk being driven for rotation by the floor machining appliance and being held substantially parallel to the substructure to be machined so that the milling means may bite into the substructure and remove matter from the surface thereof. The milling means are constituted by ceramic cutting tips

Method and device for corner joining of panel-like elements, particularly for providing worktops for kitchens or the like

Helical cut blade shaft

baldwin

Router planes

GROOVING MILL

Rotary plane

Vacuum hold-down for machines operating on flat stock

Machine for smooth ing wood surfaces

Portable planer

Headrig slabbing head

ABSTRACT OF THE DISCLOSURE A headrig slabbing head for machining a face on a log comprising a movable base platform mounted on rails to allow for varying the position of the base platform which supports a guide system having a carriage member adapted for movement along the guide system. A chipping head driven by a motor is mounted to the carriage member for cutting a face on a log. The position of the carriage member on the guide system can be varied to allow the chipping head to be adjusted to machine a face on logs of different diameters.

Improvement in machines for cutting hoops

PROCEDURE AND DEVICE FOR THE ANGULAR JOINT OF LASTRIFORMAL ELEMENTS, PARTICULARLY FOR THE CONSTRUCTION OF WORKTOPS FOR KITCHENS OR SIMILAR

Patent FR2346114B1

Improvement in hoop-machines

Planer/sander wood machine

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 that the cutting face of a tool fitted to said drive can be adjusted to correspond to the surface on planar face of said work piece without the need to clamp said work piece to said guide.

Offset router flush cutting base

A router sub-base and method is disclosed, utilizing a pad of material attached to a router base, to flush cut projections from a wooden surface, smooth areas of a wooden surface, or remove a volume of wood to custom shape a wooden workpiece for special applications, in which a user may manually operate the router to mill wood, using a portion of the existing wooden workpiece surface as a guide to control cutting.

Wide wooden workpiece smoothing appliance - with two rows of relatively offset spaced side milling cutters

The machine smoothes glued jointing pieces of wood, esp. where these are relatively wide and it is necessary to confine sagging within prescribed limits. A workpiece-carriere, and a box-shaped upper component accommodate the forwarding device to move the workpiece and are movable up and down relative to the carrier. There are two rows of side-milling cutters lying across the forwarding direction, the cutters in each row being set at intervals from each other, and those of one row being offset relative to those of the other so as to cover the gaps. The cutters may be mounted in the upper component or in the workpiece carrier. There are no difficulties resulting from length changes in the large dia. blade shaft caused by heating.

Apparatus for mechanical felling of trees

Planer

Milling tool with reduced noise emission for machining wood or the like

PCT No. PCT/EP97/00872 Sec. 371 Date Aug. 27, 1998 Sec. 102(e) Date Aug. 27, 1998 PCT Filed Feb. 24, 1997 PCT Pub. No. WO97/31762 PCT Pub. Date Sep. 4, 1997The invention concerns a milling tool (10) with reduced noise emission for machining panel-like pieces of wood. The reduction in noise emission is brought about by reducing the vibrations produced in the tool and workpiece and by proportioning the cut, machining being carried out in two stages. The greatest part of the chip volume (first stage) is removed under favorable noise-emission conditions using a special cutting geometry. The tool and workpiece vibrations are reduced by a clearly reduced rise in the shear force pulse using a special cutting tooth geometry. The chip volume removed under these conditions is only small (second stage), and so good quality machining can be attained.

Wood Grooving Machine

Geraet zur oberflaechenstrukturierung von holz- werkstuecken

Dubbing-machine.

목재 표면 가공용 브러시롤러

본 발명은 목재 표면 가공용 브러시롤러에 관한 것으로서, 목재 표면 가공용 브러시롤러에 있어서, 내부에 공간부(13)가 형성된 원통형의 드럼(12)과, 일정 굵기 및 길이를 갖는 복수의 브러시 와이어(20) 일측을 파지하는 홀더(15) 및 파지부(16)가 형성된 연속되는 띠 형상의 지지부재(14)와, 상기 드럼(12) 표면에 상기 지지부재(14)의 접촉부(18)를 맞닿게 한 후에 지지부재(14)의 측면에 연속 또는 일정 간격으로 드럼(12)의 표면과 용접으로 고정되어 장시간동안 목재를 가공하여도 브러시 와이어 사이가 벌어지는 것을 최소화하고, 고품질의 목재의 표면 연마가 가능하며, 유지보수 비용을 절감시킨 것이다. 목재, 브러시, 와이어, 지지부재, 용접