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    • 1. 发明专利
    • Draw forming device
    • 绘图形成装置
    • JP2006255781A
    • 2006-09-28
    • JP2005303306
    • 2005-10-18
    • Honda Motor Co Ltd本田技研工業株式会社
    • HORI YUICHIKONNO YUICHIKADOTA TAKANORIONO HIROSHI
    • B21D24/04
    • PROBLEM TO BE SOLVED: To provide a draw forming device which restrains deflection at the center of a blank material set in a mold and minimizes dimensional variations in a formed product.
      SOLUTION: In the draw forming device 11, a blank holder 16 comprises a first retaining means 32 which binds the outermost circumference 31 of the blank material 15, and a second retaining means 33 which is placed inward of the first retaining means 32. Due to the descent of a double-acting press 17 the retaining position B1 of the first retaining means 32 is made a position where the first retaining means 32 holds the blank material 15 ahead of the second retaining means 33, and a position where the double-acting press 17 descends further is made the retaining position B2 of the second retaining means 33. A mold (cope) 27 is supported slidably by the second retaining means 33 and is placed away from an inner slider 21. The first and second retaining means 32 and 33 are fixed in an integrated manner to an outer slider 22 which is placed outward of the inner slider 21.
      COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:提供一种限制在模具中设置的坯料的中心处的偏转的拉伸成形装置,并且使形成的产品中的尺寸变化最小化。 解决方案:在拉丝成形装置11中,坯料保持器16包括结合坯料15的最外周31的第一保持装置32和放置在第一保持装置32内部的第二保持装置33 由于双作用压力机17的下降,第一保持装置32的保持位置B1被制成位置,其中第一保持装置32将坯料15保持在第二保持装置33的前方,并且位置 双作用压力机17进一步下降成为第二保持装置33的保持位置B2。模具(上模)27由第二保持装置33可滑动地支撑并且远离内滑动件21放置。第一和第二保持 装置32和33以一体的方式固定到放置在内滑块21外部的外滑动件22上。(C)2006,JPO&NCIPI
    • 2. 发明专利
    • Method and apparatus for draw-forming
    • 绘制方法和装置
    • JP2006142371A
    • 2006-06-08
    • JP2004339409
    • 2004-11-24
    • Honda Motor Co Ltd本田技研工業株式会社
    • HORI YUICHIKONNO YUICHIKADOTA TAKANORIONO HIROSHI
    • B21D24/04B21D22/22
    • PROBLEM TO BE SOLVED: To provide a method for draw-forming which reduces variation of formed dimension by suppressing the deflection of the central portion of a blank material set in a die, and an apparatus therefor.
      SOLUTION: The draw-forming method comprises a first step for obtaining the blank material 15 having an expansion zone 97 and an restraint zone 98 connected to a draw-formation zone 96, a second step for restraining the restraint zone by a first holder means 22 after setting the blank material in a metal die 12, and a third step for applying tensile force to the draw-formation zone and then restraining it by pressing the expansion zone in the shearing direction by a second holder means 23. The draw-forming apparatus 11 is equipped with the first holder means 22 to restrain an outer periphery 21 of the blank material 15 and the second holder means 23 inside the first holder means 22. A second closing and restraining position H2 of the second holder means is set at a position where a ram of the press machine is further lowered with respect to a closing and restraining position H1 of the first holder means 22.
      COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:提供一种通过抑制设置在模具中的坯料的中心部分的偏转来减小成形尺寸的变化的拉伸成形方法及其装置。 解决方案:拉伸成形方法包括用于获得具有膨胀区域97和连接到拉伸形成区域96的约束区域98的坯料15的第一步骤,用于通过第一步骤约束约束区域的第二步骤 将金属模具12中的坯材设置在保持器装置22之后,以及第三步骤,用于向拉伸成形区域施加拉伸力,然后通过第二保持器装置23在剪切方向上按压膨胀区域来进行限制。 成形装置11配备有第一保持装置22,以将坯料15的外周21和第二保持装置23限制在第一保持装置22内。第二保持装置的第二关闭和限制位置H2被设定 在压力机的压头相对于第一保持器装置22的闭合和限制位置H1进一步降低的位置。(C)2006年,JPO和NCIPI
    • 6. 发明专利
    • STATOR CORE
    • JPH10285840A
    • 1998-10-23
    • JP8399497
    • 1997-04-02
    • HONDA MOTOR CO LTD
    • SUZUKI TETSUOKONNO YUICHI
    • H02K1/18
    • PROBLEM TO BE SOLVED: To eliminate backlash between divided cores, in a stator core assembled by fitting to a recessed groove at the other end of a yoke portion of each divided core with projections at one end of the york portion of each divided core arranged adjacently in a peripheral direction. SOLUTION: At an intermediate portion of a projection 6 and a recessed groove 7, straight portions 6a, 7a extending with a constant width in a normal line direction of each end face of the york portion 2, and constricted portions 6c, 7c which are slightly narrow in width than the straight portion, are formed in adjacent to a portion close to the end portion of the yoke of the straight portion. When pressing in the projection 6 to the recessed groove 7 from the normal line direction, groove walls 2a, 2b at the outer radius side and inner radius side of the recessed groove 7 are deflected in an elastic region, and a straight portion 6a and a constricted portion 6c of the projection 6 are elastically just tightened at the straight portion 7a and constricted portion 7c of the recessed groove 7. Also, the recessed groove 7 is formed in such a manner that the width W1 of the groove wall 2a at the outer radius side becomes equal to the width W2 of the groove wall 2b at the inner radius side on the boundary line d perpendicular to the normal line direction between the straight portion 7a and the semicircular portion 7b.
    • 9. 发明专利
    • ROTATION ANGLE POSITION DETECTING DEVICE FOR ROTATION BODY
    • JPH11343918A
    • 1999-12-14
    • JP15497798
    • 1998-06-03
    • KEIHIN CORPHONDA MOTOR CO LTD
    • KONNO YUICHIHIRAKATA YOSHIAKIHAYASHI TATSUO
    • G01B21/22F02D41/34F02D45/00F02P7/067F02P7/077
    • PROBLEM TO BE SOLVED: To comparatively quickly fix a rotation angle position from the starting of revolution by deciding a rotation angle position except a specified one after either one specified rotation angle position of a plurality of specified rotation angle positions of a first rotation body is decided. SOLUTION: A first rotation body 2 interlocking with revolution of a crankshaft 6 generates crank pulses from an electromagnetic pickup 4 for every revolution by 30 deg. and a second rotary body 3 mounted on a camshaft 7 interlocking and revolving at the half speed of revolution of the crankshaft 6 generates cylinder pulses from an electromagnetic pickup 5 at intervals of rotation angles 60 deg., 300 deg. and 360 deg.. The cylinder pulses are stored in a storage element 18a by synchronizing with crank pulses and are further shifted to the side of a storage element 18C. After a plurality of specified rotation angle positions of the rotation body 2 are decided by detection results from this time of the presence or absence of cylinder pulses up to plural number of times before for every generation of crank pulses, the number of generation of crank pulses is counted, and a rotation angle position of the rotation body 2 except a specified rotation angle position is decided.