69results about "Hand planes" patented technology

A bi-directional handheld planer is used to remove chips from a workpiece in order to make the surface planar. The handheld planer allows the user to choose between a pair of opposing exhaust ports from which the chips are to be expelled from the planer. Particular handheld planers have a normal direction of air flow that is transverse to the longitudinal direction of the planer. The bi-directional handheld planer provides for exhaustion of the chips through either of a pair of exhaust ports, and an insert can be disposed within the cutting chamber to pre-direct the chips toward one of the exhaust ports in order to prevent the clogging of the exhaust port which caused by the turbulence and constant contact of the chips being re-directed in the direction opposite the normal flow of air through the housing of the planer.

A planer including a housing having a base planing surface for contacting a workpiece, a rotatable blade cylinder located within said housing and including more than one cutting blade for engaging with and planing the work piece. A drive means is associated with the blade cylinder and operable to cause rotation of the blade cylinder. The drive means is located within the housing, above the axis of rotation of the blade cylinder and a chip an debris removal channel passes from the location of the cylinder to the rear end of the planer.

The hand held electric planer capable of running forward automatically to complete planing consists of handle, motor, driving assembly, cutter shaft, cutter edge, bottom plate, chip discharging system, driving handle, driving wheel, drive regulating knob and other parts. It features that while partial motor power is used in driving cutter shaft, cutter edge and other parts for cutting, the other part of the motor power is fed to the forward running system for the cutter to run forward automatically. The driving handle serves as the forward running driving handle and the auxiliary handle, and when it is depressed down, the planer will run forward while cutting, with the forward driving force being regulated by turning the regulating knob. The hand held electric planer has reduced labor strength and raised operation efficiency.

A hand held electrically powered planer including a housing; an electric motor mounted within the housing; a work piece engaging shoe mounted on the underside of the housing having an aperture formed therethrough; and a cutting drum rotatably mounted within the housing, which is capable of being rotatably driven by the electric motor when the electric motor is activated. A part of the cutting drum protrudes through the aperture to engage a work piece. A cutting blade is mounted on the cutting drum. A rear handle is mounted on the housing and includes an elongate shaft attached at one end only to the rear of the housing and extends forward in a lengthwise direction over a portion of the housing toward the front end of the housing. A grip is mounted or formed on the elongate shaft and there is a front handle which is mounted on the free end of the shaft forward of the grip.

A bi-directional handheld planer is used to remove chips from a workpiece in order to make the surface planar. The handheld planer allows the user to choose between a pair of opposing exhaust ports from which the chips are to be expelled from the planer. Particular handheld planers have a normal direction of air flow that is transverse to the longitudinal direction of the planer. The bi-directional handheld planer provides for exhaustion of the chips through either of a pair of exhaust ports, and an insert (66) can be disposed within the cutting chamber (58) to pre-direct the chips toward one of the exhaust ports in order to prevent the clogging of the exhaust port which caused by the turbulence and constant contact of the chips being re-directed in the direction opposite the normal flow of air through the housing of the planer.

A planer assembly consisting of a planer and a debris collection container, the debris collection container comprising a receptacle for storage of debris generated by a planer during its planing action and a connector which connects the receptacle to a planer and through which debris can pass from the a planer to the receptacle during use wherein there is provided at least one transparent window in the connector and / or the receptacle.

A planer comprising: a body; the body including a wall and the wall defining a recess; a cutting drum rotatably mounted within the recess, the cutting action of the drum creating debris and ejecting it from the recess; an airflow generator for producing an airflow; a conduit defined within the body for directing the airflow, the conduit connected to the recess for entraining and removing the debris ejected from the recess; a deflector connectable to the conduit for guiding the air flow and entrained debris from within the body to outside of the body, the deflector having an interior and exterior; and wherein the conduit directs the airflow from the airflow generator, over the exterior of the deflector, then downward to the vicinity of the recess where debris is entrained by the airflow, and then to the deflector before it is guided by the deflector to outside of the body.

An electric inside corner planer (20) with a cylindrical cutter assembly (30) has a housing (21) and front shoe (22) constructed with a side angled along a line (46) determined by the front outside of the cutter (30) and the front outside of the bearing (41) holding the cutter. The angled side of the planer puts the cutter assembly as close as possible to the interfering structure in the corner. Right angled (20), left angled (70), and combined right and left angled (120) planer embodiments are shown.

The invention discloses a multifunctional planer tool for woodware processing. The multifunctional planer tool for woodware processing comprises a plane body, wherein grooves are formed in two sides of the upper end of the plane body; fixed plates are fixedly connected in the grooves; handles are fixedly connected to the side walls of the two fixed plates; a first storage tank and a second storagetank are separately arranged at the lower end of the plane body; a strip-type groove communicating to the first storage tank is formed in the upper end of the first storage tank; two electric telescopic rods are fixedly connected in the top of the strip-type groove; the telescopic ends of the two electric telescopic rods penetrate through the strip-type groove and are fixedly connected to a placing plate; a placing tank is arranged at the lower end of the placing plate; a first driving device is fixedly connected to the side wall of the placing plate; and the tail end of the output shaft of the first driving device penetrates through the placing tank and is fixedly connected to a rotating shaft. The multifunctional planer tool for woodware processing disclosed by the invention is simple in structure, convenient to operate, light in body type, convenient to carry and relatively high in functionality, can be suitable for processing demands of different products, and is very good in using effect.

A planer assembly consisting of a planer and a debris collection container, the debris collection container comprising a receptacle for storage of debris generated by a planer during its planing action and a connector which connects the receptacle to a planer and through which debris can pass from the a planer to the receptacle during use wherein there is provided at least one transparent window in the connector and / or the receptacle.

A hand-guided power tool having a rotating knob adjusting device provided with a knob part and rotatable between at least two adjustment positions spaced apart from each other in a circumferential direction, and means for securing the rotating knob adjusting device against an inadvertent rotation.

The present invention relates to a handheld planer with a chip-ejecting duct, more particularly, the chip ejecting direction of the chip-ejecting duct is changeable. The planer comprising: a driving motor, a transmission strap, a tool blade, a blade shank, a button for adjusting cutting depth, an adjustable base, a motor output shaft, a fan, an air department, a outlet for airflow out, the outlets for chips and a chip-ejecting duct. There is a plate in the chip-ejecting duct, and the plate divide the chip-ejecting duct into left and right departments. There are inlets for airflow into and inlets for the chips into on the wall of the duct, and the wall respectively face the said plate downwardly and upwardly. The inlets for airflow into and inlets for chips into respectively communicate with the said outlet for airflow and outlet for chips out on the planer, thereby formed the chip ejecting passages and outlets for exhausting chips in opposite directions. The present invention extend the using range by using the direction changeable chip-ejecting duct. The planer with a chip-ejecting duct can be used in various circumstances, and can be operated by the operators having different operating customs. Besides, comparing with the conventional design, the other obvious advantage of present invention is the air produced by the rotation of the said fan can blows to everywhere of the chip-ejecting duct result in the position of the said plate is disposed near to the converge portion of the said plate and the said chip-ejecting duct, wherein the other side of the said chip-ejecting duct was blocked such that the chips ejecting effect is very good, and at the same time the practicality of this design is perfect.

The invention discloses a power tool which comprises a shell, a power source arranged in the shell, a fan connected with the power source and a tubular chip removal valve arranged on the shell; a reversing plate is arranged in the chip removal valve, air inlets are arranged on the tube walls of the chip removal valve at the two sides of the reversing plate, the airflow generated by rotation of the fan enters the chip removal valve from the air inlets, a splitter plate is arranged on the reversing plate near the air inlets, the splitter plate divides the airflow entering the chip removal valve into at least two parts, one part of the airflow is used for reversing the chip entering the chip removal valve, and another part of the airflow is used for blowing chip, therefore, the chip does not accumulate in the chip removal valve, chip removal is thorough and chip removal efficiency is high, and the power tool is not easy to be blocked by the chip in the process of operation.

The invention can be used in woodworking for planing and shaping wood parts. The inventive mechanical plane comprises a body (1), a cutting head (5) and a rear-bearing unit. Said cutting head (5) is placed in the body (1) cavity in such a way that it is rotatable on bearing elements. The cutting head (5) comprises at least two cutters (9) which are mounted on a driving spindel. The rear-bearing unit is embodied in the form of at least two skis (11, 12) which are arranged in a parallel position with respect to the body (1) axis of symmetry and are connected thereto by means of a detachable joint. Said skis (11, 12) are mounted in such a way that they are stepwisely displaceable along the body (1) width. The cutting head (5) is mounted in such a way that it is displaceable on a vertical plane and is fixable at an intermediate position. The body (1) is provided with two grooves which are symmetrically arranged and open on the underside for receiving bearing elements. The length of each groove along the longitudinal axis of symmetry thereof ranges from 0.3 to 0.9 the disc cutter diameter. Said invention makes it possible to extend the plane service life for producing profiled surface having different configuration.

A planer comprising: a body defining an exhaust aperture and including a wall, the wall defining a recess, a cutting drum rotatably mounted within the recess, a motor mounted within the body to rotatingly drive the cutting drum, the cutting action of the drum causing debris to be ejected from the recess; an airflow generator for producing an airflow within the body; a conduit defined within the body for directing the airflow, the conduit in communication with the exhaust aperture and connected to the recess for entraining and removing debris ejected from the recess; and a removable deflector having an inner end and an outer end, the deflector insertable through the exhaust aperture and connectable to the conduit for guiding the air flow and debris to outside of the body, and wherein the deflector is insertable at a downward slope from the outer end to the inner end.

The invention relates to a portable electric planer, formed by motor, belt, blade axle, blade, bottom plate, adjust bottom plate, depth adjust knob, switch and handle, wherein the invention also comprises a roller support and a blade protector. The roller support is at the tail of device; the mask of blade protector can rotate to be under the blade. The invention can avoid lifting device to leave work piece surface when backwards planning into the start, but directly along the surface of work piece, with high efficiency. And the invention can avoid taking in cable by blade, to improve the safety.

A hand-held machine tool comprises a housing 10 with a guide duct for conducting shavings and / or abrasive particles away from an operating region. A collecting container for the shavings and / or abrasive particles is connected to the guide duct, having at least one opening for conducting away air from the collecting container. The opening in the collecting container is at least partially covered by a retaining element made of metal. Preferably the retaining element has a net, gauze, mesh, knit or lattice structure. The tool may be a planing machine.

A debris collection container for a planer comprising a receptacle for storage of debris generated by a planer during its planing action and a connector which connects the receptacle to a planer and through which debris can pass from the a planer to the receptacle during use wherein the connector connects to the receptacle via a part spherical shaped section which curves the direction of travel of any air or debris entrained within it as it passes through the part spherical section. The part spherical section curves any airflow and any entrained debris through ninety degrees.

A planer comprising a body comprising an aperture formed within it to accommodate a deflector; the body being mounted on a shoe, the shoe having an aperture formed through it; a cutting drum rotatably mounted within a recess formed by a wall within the body; a motor mounted within the body to rotatingly drive the cutting drum; at least one cutting blade mounted on the periphery of the drum; an airflow generator which creates an air flow for entraining debris created by the cutting action of the blade; directional means which directs the airflow; and a removable deflector for guiding the airflow and entrained debris from within the body to outside of the body; wherein there is a pivotal flap which is capable of being pivoted between a first position where the entrance is closed and a second position where it is open.

A planer (102) having a housing (104) having a shoe (138) and an aperture (136) in the shoe is disclosed. The planer includes a motor (112) mounted adjacent to the aperture in the shoe and comprising a stator non-rotatably mounted to the housing and a rotor arranged substantially coaxially around the stator and adapted to rotate relative to said stator. The planer includes a battery wich is located above the shoe. A pair of blades (132) are mounted for rotation with the rotor and protrude through the aperture to engage and to remove surface material from a workpiece.

The invention provides a hand held planer (1) for planing a work piece surface comprising a planing tool (41) disposed between a first base (20) and a second base (30,31), the planer (1) being configurable so that it can be moved by hand along the work piece surface with the first base (20) leading and the first (20) and second (30,31) bases guiding the planer (1) along the work piece surface and the planing tool planing off a thickness of the work piece, whereinat least one (30,31) of the bases is an adjustable base such that at least a portion (31) thereof is removable or movable between a position that provides an operable lengthened configuration and a position that provides an operable shortened configuration such that a length of the adjustable base in guiding contact with the work piece surface is reduced or eliminated in the shortened configuration compared to the lengthened configuration.

The invention provides a power tool planer which includes a drum with at least one blade thereon located within a chamber in the tool housing. One end of the chamber is provided with an opening which can be selectively closed by a guard. The guard can be moveable between a first closed position and a second position in which the chamber is opened, and the guard is moved into a recess in the housing to improve the ability to use the tool in confined spaces, as the guard lies flush with a side wall of the housing. Also provided is a dust and debris extraction system and a means for adjusting the depth of cut obtained using the tool.

The invention discloses a power tool including a spindle assembly supported for rotation about an axis. The spindle assembly includes a plurality of engagement members, and at least two of the engagement members are disposed in spaced relationship less than one hundred eighty degrees from each other with respect to the axis of the spindle assembly. The power tool also includes the spindle lock assembly that selectively engages at least one of the plurality of engagement members to lock the spindle assembly against rotation about the axis.