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    • 2. 发明专利
    • TOOL HOLDER MOUNTING/DEMOUNTING JIG
    • JPH11156610A
    • 1999-06-15
    • JP32886997
    • 1997-11-28
    • FUJI BELLOWS CO LTDTOYOTA MOTOR CORP
    • SUZUKI MAKOTONAKAMURA MOTOSHIMURAI SADAYUKI
    • B23B31/113
    • PROBLEM TO BE SOLVED: To obtain a tool holder mounting/demounting jig, for automatically mounting/demounting a holder body to a main spindle. SOLUTION: Fitting a drill holder 12 to a position where the engaging recess 108 of a groove-attached collar 90 is engaged with an engaging pin 354, into the housing hole 402 of a tool holder mounting/demounting jig 10, retains the drill holder 12 incapably both in relative movement and relative rotation in an axial direction. Fitting the sleeve 20 of a main spindle 14 into the drill holder 12 in this condition, fits the drill holder 12 to the sleeve 20 by the rotation of a rotation collar 150 into a fixed phase. In demounting the drill holder 12, it, retained on the sleeve 2, is fitted, to a position where the V-groove 100 of the collar 90 is engaged with an engaging pin 354, into the housing hole 402 of the jig 10, and then the drill holder 12 can become into a relatively rotatably retained condition on the jig 10. Rotating the sleeve 20 by a fixed angle in this condition, rotates the collar 150 into a release phase, thereby demounting the drill holder 12 from the sleeve 20.
    • 3. 发明专利
    • Press-fitting device
    • 压力装置
    • JP2012166301A
    • 2012-09-06
    • JP2011028966
    • 2011-02-14
    • Toyota Motor CorpNt Tool Corpエヌティーツール株式会社トヨタ自動車株式会社
    • NAKAMURA MOTOSHIHAYASHI TOMIOMATSUNAGA SATORUFUJIKAWA SUEKIKUBO SHINJI
    • B23P19/02B23P21/00
    • PROBLEM TO BE SOLVED: To provide a press-fitting device that reliably prevents a large load from being applied to a machine tool during press-fitting.SOLUTION: A press-fitting tool 20 includes a shank 30 integrally rotating along with rotation of a main shaft 11, a support member 40 rotatably supporting the shank 30, a driving member 50 integrally rotating along with the rotation of the shank 30, an arm 70 relatively movably supporting the driving member 50 in a front and rear direction of the shank 30 when the driving member 50 rotates and supported by the support member 40 via disk springs 75, 75, and a press-fitting head 60 integrally moving along with the movement of the driving member 50 and supporting a press-fitted component W1. The press-fitting tool 20 is mounted on the main shaft 11. An engagement section 70d of the arm 70 is engaged with a notch section 100a of a tool 100 so as to prevent the arm 70 from moving in a rear direction, and the press-fitting device 1 is moved in the rear direction. The press-fitted component W1 is press-fitted into a workpiece W while the support member 40 is separated from the arm 70.
    • 要解决的问题:提供一种可以在压配合时可靠地防止大的载荷施加到机床上的压配装置。 解决方案:压配工具20包括与主轴11的旋转一体地旋转的柄30,可旋转地支撑柄30的支撑构件40,与柄30的旋转一体地旋转的驱动构件50 ,当驱动构件50通过盘弹簧75,75由支撑构件40旋转并支撑时,臂70相对于驱动构件50在柄30的前后方向上相对可移动地支撑,并且压配头60整体移动 以及驱动构件50的移动并支撑压配件W1。 压配工具20安装在主轴11上。臂70的接合部70d与工具100的切口部100a接合,以防止臂70向后方移动,压力机 装配装置1沿后方移动。 压配部件W1被压配合到工件W中,同时支撑构件40与臂70分离。版权所有(C)2012,JPO&INPIT
    • 7. 发明专利
    • FINISH PROCESSING METHOD OF CIRCULAR HOLE AND SINGLE- TOOTHED REAMER
    • JP2000176739A
    • 2000-06-27
    • JP35032098
    • 1998-12-09
    • FUJI BELLOWS CO LTDTOYOTA MOTOR CORP
    • KAWAZOE TETSUHIROTOMIOKA MITSUHIKONAKANOSE TETSUONAKAMURA MOTOSHISAKAI HIROYASUYASUDA TOSHIHIRO
    • B23D77/02
    • PROBLEM TO BE SOLVED: To provide a reamer for finishing a circular hole with a high roundness and a good surface roughness. SOLUTION: A main groove 20 extending in the axial direction is formed on the outer peripheral surface of the body 12 of a reamer 10. A coolant blast-off port 26 is formed to one side groove side surface 22, and a chip 32 is fixed to the tip angle part of the other side side surface 28, and an edge part 70 furnished with the first and the second main cutting edges, an auxiliary cutting edge 42, a rake face 34, and the first auxiliary flank 40, is formed. An auxiliary groove 59 is fomred neighboring to the main groove 20. The side surface of the auxiliary groove 50 near the main groove 20 is made as the second flank 52, and the groove side surface 60 at the opposite side is formed square to the outer peripheral surface of the body 12. The outer peripheral surface of the part of the body 12 where the grooves 20 and 50 are not formed is made as a guide surface 74. The radius of the guide surface 74 is smaller by 3.5 μm to 5.5 μm than the turning radius of the auxiliary cutting edge 42. The guide surface 74 carries out the guide, and the edge part 70 carries out the finish process of the inner peripheral surface of a circular hole. The groove side surface 60 of the auxiliary groove 50 prevents the insertion of chips between the guide surface 74 and the inner peripheral surface of the circular hole.
    • 8. 发明专利
    • VALVE SEAT MACHINING METHOD AND DEVICE
    • JPH10328915A
    • 1998-12-15
    • JP14537197
    • 1997-06-03
    • FUJI BELLOWS CO LTDTOYOTA MOTOR CORP
    • HAGA KATSUTOSHIMIZUTANI HAJIMEINADA ISATONAKAMURA MOTOSHI
    • B23B41/00B23B41/06
    • PROBLEM TO BE SOLVED: To provide a valve seat machining device and a method high in machining accuracy and excellent in durability. SOLUTION: A head 68 holding a main cutting tool 120 and first and second auxiliary cutting tools 134, 138 is rotatably fitted to an eccentric fit-in protruding part 56 eccentric from the axis of a main spindle 10, and rotated by a head driving shaft 146. The main cutting tool 120 and the first and second auxiliary cutting tools 134, 138 are therefore changed in distance from the axis of the main spindle 10, and at the time of machining large and small tapered faces 132, 136, the first and second auxiliary cutting tools 134, 138 come in contact with a valve seat 110, but the main cutting tool 120 does not come in contact with the valve seat 110. This is reversed at the time of machining a seat face 118. The main spindle 10 advances while rotating, and the head driving shaft 146 is rotated in the same direction as the rotating direction of the main spindle 10 while being rotated along with the main spindle 10. The main cutting tool 120 moves toward the axis of the main spindle 10 on a plane right-angled to the axis of the main spindle 10 so as to machine the tapered seat face 118.