Abstract: A desk-top cutting machine which includes a base that supports a wood material W and a turntable that has a rotating shaft part and is carried and supported on the base rotatably around the rotating shaft part. The desk-top cutting machine further includes a cutting part having a swinging shaft part. The cutting part is disposed on the turntable and supports a cutting blade, and swings the cutting blade approachably to and separably from the turntable. The desk-top cutting machine further includes a scale part and an indicator part which display a rotary angle of the turntable with the base, and an irradiation unit near the indicator part emitting light that illuminates the indicator part.

Abstract: A miter saw having a cutting portion movable toward and away from a base and laterally tiltable for bevel cutting. A gear case is provided at the cutting portion and is positioned at one lateral side of the cutting portion. A bearing holder is provided in the gear case for holding a bearing which rotatably supports a spindle for a circular saw blade. The bearing holder has a thickness smaller than an axial length of the bearing. A first bearing nip member in contact with one axial end of the bearing is fixed to one side of the bearing holder, and a second bearing nip member in contact with another axial end of the bearing is fixed to another side of the bearing holder. These nip members are made from a material having a mechanical strength higher than that of the bearing holder.

Abstract: A miter saw having a laterally tiltable cutting portion and a fence unit that supports a workpiece without mechanical interference with the cutting portion regardless of its laterally tilting posture. A left fence unit and a right fence unit are provided on a base portion. The left fence includes a fixed left fence, a first left subordinate fence pivotally movably connected to the fixed left fence, and a second left subordinate fence pivotally movably connected to the fixed left fence. The first left subordinate fence is moved to a first position outside of a first titling region of the cutting portion, and to a second position outside of the first tilting region and a second tilting region in which a tilting angle of the cutting portion is greater than that in the first tilting region.

Abstract: The invention provides a desk-top cutting machine including a turntable on a upper surface of which a wood material can be placed, a fence part which is provided on the turntable and has a side surface for positioning the wood material, and a cutting part having a swinging shaft part which is disposed on the turntable, supports a cutting blade up of the turntable, and swings the cutting blade approachably to and separably from the turntable. Herein, on the upper surface and the side surface, recess portions are formed, and plate materials which cover the recess portions are provided.

Abstract: There is provided a desk-top cutting machine which includes a base that supports a wood material W; a turntable that has a rotating shaft part and is carried and supported on the base rotatably around the rotating shaft part; a cutting part having a swinging shaft part, the cutting part which is disposed on the turntable, supports a cutting blade up of the turntable, and swings the cutting blade approachably to and separably from the turntable; a scale part and an indicator part which display a rotary angle of the turntable with the base; and an irradiation unit which is provided near the indicator part and emits light that illuminates the indicator part.

Abstract: A miter saw having a cutting portion movable toward and away from a base and laterally tiltable for bevel cutting. A gear case is provided at the cutting portion and is positioned at one lateral side of the cutting portion. A bearing holder is provided in the gear case for holding a bearing which rotatably supports a spindle for a circular saw blade. The bearing holder has a thickness smaller than an axial length of the bearing. A first bearing nip member in contact with one axial end of the bearing is fixed to one side of the bearing holder, and a second bearing nip member in contact with another axial end of the bearing is fixed to another side of the bearing holder. These nip members are made from a material having a mechanical strength higher than that of the bearing holder.

Abstract: A miter saw having a laterally tiltable cutting portion and a fence unit that supports a workpiece without mechanical interference with the cutting portion regardless of its laterally tilting posture. A left fence unit and a right fence unit is provided on a base portion. The left fence includes a fixed left fence, a first left subordinate fence pivotally movably connected to the fixed left fence, and a second left subordinate fence pivotally movably connected to the fixed left fence. The first left subordinate fence is moved to a first position outside of a first titling region of the cutting portion, and to a second position outside of the first tilting region and a second tilting region in which a tilting angle of the cutting portion is greater than that in the first tilting region.

Abstract: A miter saw having a bevel angle fine adjustment mechanism capable of easily providing an intended bevel angle. A clamp shaft is threadingly engaged with a tilt support. An adjustment knob and a planetary gear mechanism are concentrically and rotatably disposed over the clamp shaft. The planetary gear mechanism includes a sun gear integral with the adjustment knob, a pair of planetary gears meshedly engaged with the sun gear and orbitally moved about the sun gear, and a ring gear meshedly engaged with the pair of planetary gears. A planetary gear support member rotatably supports the planetary gears. By the orbital motion of the planetary gears, the gear support member is rotated about an axis to rotate an output gear. An arcuate gear meshed with the output gear is fixed to the support portion. By the rotation of the adjustment knob, the output gear is deceleratingly rotated to laterally tiltably move the support portion.

Abstract: The invention relates to a door module including a detachable panel and configured to wire a door harness. The detachable panel is configured to fit into a recessed portion formed in a door inner panel of a vehicle, and the door harness includes a trunk wire harness portion and at least two branched wire harness portions connected to the trunk wire harness portion and extending along branching directions from a branching point. The detachable panel is integrally provided with at least two projections each having rectangular faces configured to hold the branching point of the door harness. These projections are arranged to define a gap which has substantially the same size as the diameter of the trunk wire harness portion, so that the gap can grip the trunk wire harness portion, when it is mounted, from both sides thereof near the branching point, while the rectangular faces extend along the branched wire harnesses and guide them in the branching directions.

Abstract: A door harness mounting device in a door inner panel of a vehicle, the door inner panel including an internal face facing the compartment of the vehicle, a mounting panel mountable on the internal face, an edge face facing the body panel of the vehicle and a weather strip extending on the edge face. The device includes a grommet including a bellows portion and an elastic device which at least includes an elastic portion and a panel-fixing portion, such that the door harness can fit into the grommet and be installed closer to the internal face than a weather strip. The panel-fixing portion is adapted to engage with the mounting panel, such that the elastic device can be mounted on the mounting panel, and the mounting panel is adapted to engage with the internal face, such that the elastic portion can expand or contract as a function of whether the door is opened or closed.

Abstract: The structure for mounting a door wire harness is configured to wire a door harness from a door inner panel toward a body panel in a vehicle. The door harness is mountable into a grommet. The door inner panel has a portion proximal to the body panel. The proximal portion is recessed and the recessed portion includes a grommet-holding device, such that the grommet can be fixed into the recessed portion from outside the door inner panel. Further, the door inner panel includes an inward face confronting the compartment of the vehicle. The portion proximal to the body panel includes a weather strip and the grommet is installed farther from the inward face than the weather strip.

Abstract: The structure for mounting a door wire harness is configured to wire a door harness from a door inner panel toward a body panel in a vehicle. The door harness is mountable into a grommet. The door inner panel has a portion proximal to the body panel. The proximal portion is recessed and the recessed portion includes a grommet-holding device, such that the grommet can be fixed into the recessed portion from outside the door inner panel. Further, the door inner panel includes an inward face confronting the compartment of the vehicle. The portion proximal to the body panel includes a weather strip and the grommet is installed farther from the inward face than the weather strip.

Abstract: The invention relates to a door module including a detachable panel and configured to wire a door harness. The detachable panel is configured to fit into a recessed portion formed in a door inner panel of a vehicle, and the door harness includes a trunk wire harness portion and at least two branched wire harness portions connected to the trunk wire harness portion and extending along branching directions from a branching point. The detachable panel is integrally provided with at least two projections each having rectangular faces configured to hold the branching point of the door harness. These projections are arranged to define a gap which has substantially the same size as the diameter of the trunk wire harness portion, so that the gap can grip the trunk wire harness portion, when it is mounted, from both sides thereof near the branching point, while the rectangular faces extend along the branched wire harnesses and guide them in the branching directions.

Abstract: A door harness mounting device in a door inner panel of a vehicle, the door inner panel including an internal face facing the compartment of the vehicle, a mounting panel mountable on the internal face, an edge face facing the body panel of the vehicle and a weather strip extending on the edge face. The device includes a grommet including a bellows portion and an elastic device which at least includes an elastic portion and a panel-fixing portion, such that the door harness can fit into the grommet and be installed closer to the internal face than a weather strip. The panel-fixing portion is adapted to engage with the mounting panel, such that the elastic device can be mounted on the mounting panel, and the mounting panel is adapted to engage with the internal face, such that the elastic portion can expand or contract as a function of whether the door is opened or closed.