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    • 6. 发明专利
    • CUTTING APPARATUS
    • JP2001096504A
    • 2001-04-10
    • JP27747699
    • 1999-09-29
    • MAKITA CORP
    • MIZUMOTO AKIRAOHASHI SUEO
    • B27B27/04B26D1/18B26D7/01B27B5/18B27B5/29B27B27/10
    • PROBLEM TO BE SOLVED: To enhance operability of a positioning apparatus by providing a cutting apparatus equipped with the positioning apparatus capable of adjusting an operating position, in a horizontal type panel saw (a cutting apparatus) wherein a table for setting a cutting object matter is horizontally arranged, the positioning apparatus of the cutting object matter is provided on an opposite side to an operation position, then conventionally an operator has to move to the opposite side of the table to executes its adjusting operation. SOLUTION: A positioning apparatus 101 is equipped with a positioning stopper 133 for controlling a position in a direction crossing at right angles a cutting direction of a cutting material W by allowing the cutting material W to abut thereagainst, and a position of the positioning stopper 133 is enabled to be adjusted by rotary operation of a handle 120 provided on a cutting operating position side of a table 111. Rotation of the handle 120 is transmitted to screw shafts 126 and 126 via a support 121 and a chain transmission mechanism, and block bodies 130 and 130 are transferred thereby.
    • 9. 发明专利
    • MATERIAL THICKNESS DETECTING DEVICE FOR AUTOMATIC WOOD PLANING MACHINE
    • JPH11108622A
    • 1999-04-23
    • JP27012797
    • 1997-10-02
    • MAKITA CORP
    • MIZUMOTO AKIRAMATSUNAGA TAKASHI
    • G01B11/06B27C1/04
    • PROBLEM TO BE SOLVED: To improve the operability of a material thickness detecting device for automatic wood planing machine, by making the initialization of a photoelectric sensor easier. SOLUTION: A material thickness detecting device 13 is constituted of a gate 15, and a photoelectric sensor composed of a first light emitting device 16 and a second light receiving device 17 positioned to one end section 15a of the gate 15, and a second light emitting device 18 and a second light receiving device 19 positioned to the other end section 15a of the gate 15. The gate 15 is attached to a bridge 14 so that the lower surface of the gate 15 may be set at the highest cutting height. The light emitting and receiving devices are positioned in parallel with each other, so that the light beam L1 between the first light emitting and receiving devices 16 and 17 may be separated slightly from the lower surface of the gate 15, and the light beam L2 between the second light emitting and receiving devices 18 and 19 may be separated form the light beam L1 by the maximum cutting amount. In addition, the head sections 25 and 25 of adjusting screws 24 and 24 which are screwed in the lower surface section of the bridge 14 are inserted into the rear surface section of the gate 15, so that the height of the gate 15 may be changed when the screw 24 and 24 are turned while the gate 15 is temporarily fixed.