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    • 2. 发明授权
    • Method of manufacturing a hollow shaft having a flange at one end thereof
    • 制造在其一端具有凸缘的空心轴的方法
    • US06615476B1
    • 2003-09-09
    • US09602672
    • 2000-06-26
    • Shigeaki YamanakaMasami Oguri
    • Shigeaki YamanakaMasami Oguri
    • B21D3900
    • B21K23/04B21D39/00B21D53/26B21K1/06B21K1/063B21K1/10B21K1/12B21K25/00B23P11/00Y10T29/49908Y10T29/49925Y10T29/49927Y10T29/49929Y10T29/49947Y10T403/49Y10T403/4941Y10T403/4966
    • A method is required in which a plate-like flange member may be firmly secured at the front end of a hollow shaft member through a plastic working treatment by virtue of caulking combination, so as to manufacture a hollow shaft having a flange at one end thereof. In detail, the method comprises preparing a plate-like flange member A having an axial projection 13 including a constricted portion 13a on one side thereof; preparing a hollow shaft member B having an elongate internal space arranged in the axial direction thereof; engaging the axial projection 13 of the plate-like flange member A into a front end portion of the hollow shaft member B and at the same time inserting a mandrel 15 into the hollow shaft member B; pressing the hollow shaft member B in its axial direction towards the plate-like flange member A while performing a shear spinning treatment on the outer periphery surface of the hollow shaft member B so as to reduce the size of the hollow shaft member B in its radial direction; engaging the front portion of the hollow shaft member B with the constricted portion 13a of the axial projection 13 of the plate-like flange member A by virtue of caulking combination.
    • 需要一种方法,其中板状凸缘构件可以通过铆接组合通过塑性加工处理牢固地固定在中空轴构件的前端,以便制造在其一端具有凸缘的空心轴 。 详细地说,该方法包括准备具有在其一侧包括收缩部分13a的轴向突出部13的板状凸缘部件A; 准备具有沿其轴向布置的细长内部空间的空心轴构件B; 将板状凸缘构件A的轴向突起13接合到中空轴构件B的前端部,同时将心轴15插入中空轴构件B中; 在空心轴构件B的外周面上进行剪切纺丝处理,将中空轴构件B沿轴向朝向板状凸缘构件A按压,以便缩小中空轴构件B的径向尺寸 方向; 通过铆接组合将中空轴构件B的前部与板状凸缘构件A的轴向突起13的收缩部分13a接合。
    • 3. 发明授权
    • Die apparatus and die exchanging method in pressing machine
    • 冲压机中的模具装置和模具更换方法
    • US07134312B2
    • 2006-11-14
    • US10713168
    • 2003-11-13
    • Shigeaki YamanakaTakeshi Kazama
    • Shigeaki YamanakaTakeshi Kazama
    • B21D7/02B21D37/04
    • B21D37/14
    • Improved die arrangements are provided whereby both an upper die and a lower die can easily be loaded into and unloaded from their respective die holders in a die exchanging operation. An improved die apparatus in a pressing machine in which an upper die set is securely loaded in an upper die holder fastened to a slide side for a pressing operation, comprises an arrangement whereby the upper die set is held in the upper die holder so that the upper die set can be extracted downwards from the upper die holder, wherein the upper die holder is provided with stopper means adapted to engage with the upper die set to hold the upper die set in place and adapted to disengage from the upper die set to allow the upper die set to disengage from the upper die holder.
    • 提供了改进的模具布置,由此在模具更换操作中,上模具和下模具都可以容易地从其相应的模具座装载和卸载。 一种压制机中的改进的模具装置,其中上模具牢固地装载在紧固在滑动侧的上模夹持器用于按压操作,包括上模具被保持在上模夹持器中的布置,使得 上模具可以从上模夹持器向下抽出,其中上模夹具设置有止动装置,其适于与上模组接合以将上模组固定就位并适于与上模组脱离以允许 上模具设置成与上模夹具脱离接触。
    • 4. 发明申请
    • Die apparatus and die exchanging method in pressing machine
    • 冲压机中的模具装置和模具更换方法
    • US20050103089A1
    • 2005-05-19
    • US10713168
    • 2003-11-13
    • Shigeaki YamanakaTakeshi Kazama
    • Shigeaki YamanakaTakeshi Kazama
    • B21D37/14B21D37/00
    • B21D37/14
    • Improved die arrangements are provided whereby both an upper die and a lower die can easily be loaded into and unloaded from their respective die holders in a die exchanging operation. An improved die apparatus in a pressing machine in which an upper die set is securely loaded in an upper die holder fastened to a slide side for a pressing operation, comprises an arrangement whereby the upper die set is held in the upper die holder so that the upper die set can be extracted downwards from the upper die holder, wherein the upper die holder is provided with stopper means adapted to engage with the upper die set to hold the upper die set in place and adapted to disengage from the upper die set to allow the upper die set to disengage from the upper die holder.
    • 提供了改进的模具布置,由此在模具更换操作中,上模具和下模具都可以容易地从其相应的模具座装载和卸载。 一种压制机中的改进的模具装置,其中上模具牢固地装载在紧固在滑动侧的上模夹持器用于按压操作,包括上模具被保持在上模夹持器中的布置,使得 上模具可以从上模夹持器向下抽出,其中上模夹具设置有止动装置,其适于与上模组接合以将上模组固定就位并适于与上模组脱离以允许 上模具设置成与上模夹具脱离接合。
    • 5. 发明申请
    • Hollow stepped shaft and method of forming the same
    • 空心阶梯轴及其形成方法
    • US20050016246A1
    • 2005-01-27
    • US10803231
    • 2004-03-17
    • Shigeaki YamanakaTakeshi KazamaMasahiro Dohi
    • Shigeaki YamanakaTakeshi KazamaMasahiro Dohi
    • B21C23/20B21C37/16B21J5/06B21J5/08B21J5/10B21J9/08B21K1/06B21K1/12B21J13/00
    • B21J1/025B21C23/205B21C37/16B21J5/02B21J5/08B21J5/10B21K1/06B21K1/12
    • A hollow stepped article is formed from a solid blank to reduce the material cost, and cracking is prevented in a stepped portion of large diameter when a portion of the blank is deformed by its radial expansion. A hollow stepped shaft is formed by holding an upper and a lower part axially of a solid rod-like blank with an upper and a lower die, respectively, which have a stepped recess of large diameter in a region where they are opposed to each other; compressing the blank from both its axially opposite sides with an upper and a lower punch each of which is smaller in diameter than the blank, thereby extruding the blank so that an axial hollow is formed therein about its axis in each of its upper and lower parts and that a portion of the blank opposed to the stepped recess of large diameter expands in diameter and deforms into that recess while leaving a solid plug-like portion between the punches; and thereafter further compressively moving one of the punches to shear the solid plug-like portion and force it out of the blank, whereby the blank is formed with a stepped portion of large diameter by radially expanding deformation in a region intermediate between its opposed ends or at one of these ends and with a continuous axial hollow about its axis.
    • 由实心坯料形成中空阶梯制品,以减少材料成本,并且当坯料的一部分通过其径向膨胀变形时,可以防止在大直径的阶梯部分中的开裂。 通过在具有上模和下模的实心棒状坯料的轴向保持上下两部分而形成中空阶梯轴,所述上模和下模分别具有彼此相对的区域中的大直径的阶梯形凹部 ; 通过上下冲头将坯料从其两个轴向相对的两侧压缩,每个上冲头和下冲头的直径小于坯件直径,从而挤压坯件,使得在其上部和下部各自的轴上形成轴向中空 并且与大直径的阶梯式凹槽相对的坯料的一部分直径扩大并变形成该凹槽,同时在冲头之间留下固体塞状部分; 然后进一步压缩移动其中一个冲头以剪切固体塞状部分并将其压出坯料,由此坯料通过在其相对端之间的区域中径向膨胀变形而形成有大直径的阶梯部分,或 在其中一个端部处并且围绕其轴线具有连续的轴向中空。
    • 9. 发明授权
    • Electromagnetic coupling
    • 电磁耦合
    • US07172059B2
    • 2007-02-06
    • US10822207
    • 2004-04-08
    • Shigeaki YamanakaMasahiro Dohi
    • Shigeaki YamanakaMasahiro Dohi
    • F16D47/00F16D27/00
    • F16D28/00F16D27/004F16D27/115F16D27/14
    • Disclosed is an electromagnetic coupling designed to strengthen the magnetic force exerted from an electromagnetic coil in the direction in which a pilot clutch is operated. In the electromagnetic coupling with the pilot clutch for activating a main clutch wherein clutch plates are thrust with a retaining ring moved by magnetic force produced by an electromagnetic coil in the pilot clutch, the electromagnetic coil in the pilot clutch is surrounded with ferromagnetic material over at least two of its three facial sides other than its magnetic force exerting facial side, namely over at least its rear and outer facial sides and the ferromagnetic material is covered with nonmagnetic material.
    • 公开了一种电磁耦合,其被设计成加强从电磁线圈施加的先导离合器操作方向的磁力。 在与用于启动主离合器的先导离合器的电磁耦合中,其中离合器片被推动,其中由通过先导离合器中的电磁线圈产生的磁力而移动的保持环,先导离合器中的电磁线圈被铁磁材料包围, 其三个面部中的至少两个除了其施加面部侧面的磁力之外,即至少其后面和外侧面以及铁磁材料被非磁性材料覆盖。
    • 10. 发明授权
    • Method of joining together magnetic and nonmagnetic materials
    • 将磁性和非磁性材料接合在一起的方法
    • US07015434B2
    • 2006-03-21
    • US10817526
    • 2004-04-01
    • Shigeaki YamanakaMasahiro Dohi
    • Shigeaki YamanakaMasahiro Dohi
    • B23K13/01
    • B23K20/12B23K20/122B23K20/16B23K20/2275
    • A method whereby magnetic and nonmagnetic materials can be joined together firmly and having their joining areas freed from embrittlement and with a minimum of deformation is disclosed. Applied to the process of fitting a ring of nonmagnetic material into an annular space formed between an inner and an outer member each made of magnetic material, the method includes bringing an inner and an outer peripheral surface of the ring of nonmagnetic material each into a semi-molten state and bringing the inner and outer peripheral surfaces of the ring of nonmagnetic material into pressure contact with the inner and outer members, respectively, to join the inner and outer peripheral surfaces to the inner and outer members, respectively, by interfacial fusion.
    • 公开了一种可以将磁性和非磁性材料牢固地结合在一起并且使它们的接合区域没有脆化和最小变形的方法。 适用于将非磁性材料环安装在由磁性材料制成的内部和外部构件之间形成的环形空间的过程中,该方法包括使非磁性材料环的内外表面各自形成半 并且使非磁性材料环的内周面和外周面分别与内部和外部构件压力接触,以通过界面融合分别将内外周表面连接到内部和外部构件。