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公开(公告)号：US5688214A
公开(公告)日：1997-11-18
申请号：US631656
申请日：1996-04-02
Applicant: Yoshiaki Mase , Yukihiro Sakakibara , Norimitsu Araki
Inventor： Yoshiaki Mase , Yukihiro Sakakibara , Norimitsu Araki
CPC classification number: B23Q3/1554 , B23Q3/15733 , B23Q3/15766 , Y10T483/10 , Y10T483/132
Abstract: Tools are classified into small type tools that can pass through the space between a pair of grippers in its open position and large type tools that cannot pass through the space between the pair of grippers in the open position, when the headstock supporting a spindle holding a tool is moved to a position corresponding to a tool change position. When the next tool to be used is of the small type, the tool is moved through a standby position to the tool change position during a machining operation using the tool on the spindle, the headstock is moved to the position corresponding to the tool change position in response to a tool changing instruction and a predetermined tool changing operation is carried out. When the next tool is of the large type, the next tool is positioned and held at the standby position during a machining operation, the headstock is moved to the position corresponding to the tool change position, the next tool is moved to the tool change position and the tool changing operation is carried out.
Abstract translation: 工具被分为小型工具，其可以穿过处于其打开位置的一对夹具之间的空间，以及当打开支撑主轴的主轴架支撑主轴时，大型工具不能穿过处于打开位置的一对夹具之间的空间 工具移动到与刀具更换位置对应的位置。 当下一个要使用的工具是小型时，在使用主轴上的刀具的加工操作期间，刀具被移动到待机位置到刀具更换位置，主轴箱移动到与刀具更换位置相对应的位置 响应于刀具更换指令并执行预定的换刀操作。 当下一个工具是大型时，下一个工具在加工操作期间定位并保持在待机位置，主轴箱移动到与刀具更换位置对应的位置，下一个刀具移动到换刀位置 并进行换刀动作。
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公开(公告)号：US20060205523A1
公开(公告)日：2006-09-14
申请号：US11370943
申请日：2006-03-09
Applicant: Mayuki Toriumi , Yoshiaki Mase
Inventor： Mayuki Toriumi , Yoshiaki Mase
IPC: F16D3/84
CPC classification number: F16D3/845
Abstract: A smaller cylindrical portion having a clamp groove formed on an outer peripheral surface thereof has a cylindrical surface portion which extends straight in an axial direction, an inclined surface portion which extends, while being inclined, radially outwardly from an end portion of the cylindrical surface portion and a vertical wall surface portion which extends straight radially outwardly from an end portion of the inclined surface portion, the cylindrical surface portion, the inclined surface portion and the vertical wall surface portion being formed continuously sequentially in that order from a side wall surface of the clamp groove. A stress concentration on a specific location on the smaller cylindrical portion can be suppressed by virtue of the stress alleviating action of these cylindrical surface portion, the inclined surface portion and the vertical wall surface portion.
Abstract translation: 具有形成在其外周面上的夹紧槽的较小的圆筒部具有沿轴向直线延伸的圆筒面部，该倾斜面部在从圆筒部的端部向径向外侧倾斜的同时， 以及从所述倾斜面部的端部向径向外侧延伸的垂直壁面部，所述圆筒面部，所述倾斜面部和所述垂直壁面部依次从所述倾斜面部的侧壁面 夹槽。 通过这些圆筒形表面部分，倾斜表面部分和垂直壁表面部分的应力减轻作用，可以抑制较小圆柱形部分上的特定位置处的应力集中。
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Patent Agency Ranking
公开(公告)号：US07445557B2
公开(公告)日：2008-11-04
申请号：US11370943
申请日：2006-03-09
Applicant: Mayuki Toriumi , Yoshiaki Mase
Inventor： Mayuki Toriumi , Yoshiaki Mase
IPC: F16D3/84
CPC classification number: F16D3/845
Abstract: A smaller cylindrical portion having a clamp groove formed on an outer peripheral surface thereof has a cylindrical surface portion which extends straight in an axial direction, an inclined surface portion which extends, while being inclined, radially outwardly from an end portion of the cylindrical surface portion and a vertical wall surface portion which extends straight radially outwardly from an end portion of the inclined surface portion, the cylindrical surface portion, the inclined surface portion and the vertical wall surface portion being formed continuously sequentially in that order from a side wall surface of the clamp groove. A stress concentration on a specific location on the smaller cylindrical portion can be suppressed by virtue of the stress alleviating action of these cylindrical surface portion, the inclined surface portion and the vertical wall surface portion.
Abstract translation: 具有形成在其外周面上的夹紧槽的较小的圆筒部具有沿轴向直线延伸的圆筒面部，该倾斜面部在从圆筒部的端部向径向外侧倾斜的同时， 以及从所述倾斜面部的端部向径向外侧延伸的垂直壁面部，所述圆筒面部，所述倾斜面部和所述垂直壁面部依次从所述倾斜面部的侧壁面 夹槽。 通过这些圆筒形表面部分，倾斜表面部分和垂直壁表面部分的应力减轻作用，可以抑制较小圆柱形部分上的特定位置处的应力集中。
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公开(公告)号：US5688215A
公开(公告)日：1997-11-18
申请号：US631657
申请日：1996-04-02
Applicant: Yoshiaki Mase , Yukihiro Sakakibara , Norimitsu Araki
Inventor： Yoshiaki Mase , Yukihiro Sakakibara , Norimitsu Araki
IPC: B23Q3/157
CPC classification number: B23Q3/15733 , B23Q3/15766 , Y10T483/1873
Abstract: A tool magazine disclosed is fundamentally the same in construction as a corresponding prior art tool magazine but is capable of handling tools of diameters greater than those of tools which can be handled by the prior art tool magazine. The tool magazine comprise a magazine body provided with an endless guide groove, and a plurality of tool pots each for holding a tool, fixedly provided with guide members engaging the endless guide groove for sliding movement along the guide groove. Idlers are disposed between and in contact with adjacent tool pots, respectively, and supported in the endless guide groove so as to move along the endless guide groove. A feed mechanism moves the tool pots and the idlers along the endless guide groove with the idlers in contact with the guide members of the adjacent tool pots, respectively. The idlers are substantially the same in shape and dimensions as the guide members. The surface of each guide member is coated with an abrasion-resistant film having a small coefficient of dynamic friction.
Abstract translation: 所公开的刀具库在结构上与现有技术的刀具库基本相同，但是能够处理直径大于可由现有技术的刀库处理的刀具直径的刀具。 工具仓包括设置有环形引导槽的盒体和多个用于保持工具的工具罐，固定设置有与环形引导槽接合的引导构件，用于沿着引导槽滑动。 惰轮分别设置在相邻的工具箱之间并与之相接触，并被支撑在环形导向槽中，以沿着环形导向槽移动。 馈送机构分别使工具箱和惰轮沿着环形引导槽移动，惰轮分别与相邻工具罐的引导构件接触。 惰轮在导向件的形状和尺寸上基本相同。 每个引导构件的表面涂覆有具有小的动摩擦系数的耐磨膜。
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公开(公告)号：US5064044A
公开(公告)日：1991-11-12
申请号：US676805
申请日：1991-03-28
Applicant: Tetsuya Oketani , Toshio Ito , Yoshiaki Mase
Inventor： Tetsuya Oketani , Toshio Ito , Yoshiaki Mase
CPC classification number: F16H25/2015 , B23Q16/026 , F16H25/2021 , F16H2025/2043 , F16H2025/2075 , F16H25/2204
Abstract: An indexing apparatus for a rotary table has a support shaft rotatably supported by a base member in which indexed terminal positions of the rotary table is determined by abutment of a stopper member provided on the rotary table against positioning members provided on the base member. The indexing apparatus comprises a rack-pinion mechanism comprising a rack and a pinion fixed around the support shaft of the rotary table for rotating the same, a feed screw shaft rotatably supported by the base member and extending along the rack in a direction of the movement thereof, a breakable electric motor for driving the feed screw shaft, and a feed nut engaging the feed screw shaft. The rack and the feed nut are arranged so that either one of them has integral portions disposed at both sides of the other with spaces left on both the sides in the direction of the movement of the rack. Annular springs are disposed in each space. As the rotary indexing operation approaches the terminal position, the spring is elastically deformed in the direction of the movement of the rack so that shocks due to the abutting are prevented. Immediately before the indexed terminal positions, the speed of the motor is reduced and then the motor is braked.
Abstract translation: 用于旋转台的分度装置具有支撑轴，该支撑轴可旋转地支撑在基部构件上，其中旋转台的分度端子位置通过设置在旋转台上的止动构件与设置在基座构件上的定位构件抵接而确定。 分度装置包括齿条 - 小齿轮机构，其包括齿条和围绕旋转台的支撑轴固定的小齿轮，用于使其旋转;进给螺杆轴，可旋转地由基部构件支撑并沿着运动方向沿齿条延伸 用于驱动进给螺杆轴的可破坏的电动马达和与进给螺杆轴接合的进给螺母。 齿条和进给螺母被布置成使得它们中的任一个具有设置在另一侧的整体部分，并且在机架的运动方向上留在两侧的空间。 环形弹簧设置在每个空间中。 当旋转分度操作接近终端位置时，弹簧沿着机架移动的方向弹性变形，从而防止由于邻接引起的冲击。 在指定的终端位置之前，马达的速度降低，然后马达被制动。
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公开(公告)号：US5351039A
公开(公告)日：1994-09-27
申请号：US827227
申请日：1992-01-28
Applicant: Tetsuya Oketani , Hirotaka Nishikawa , Yoshiaki Mase , Yukihiro Sakakibara
Inventor： Tetsuya Oketani , Hirotaka Nishikawa , Yoshiaki Mase , Yukihiro Sakakibara
CPC classification number: B23Q17/09 , B23Q11/04 , G01L5/12 , Y10T408/14
Abstract: A toolholder device for a machine tool comprises a holder body driven by a machine tool drive spindle, and a toolholder supported on the holder body so as to be circumferentially and axially displaceable. The holder body and the toolholder are provided with displacement detection elements which are arranged circumferentially in interdigitating relation. A support shaft extends from either member of the holder body and the toolholder toward the other member. The outer surface of the support shaft and the inner surface of a support hole of the other member to be fitted over the support shaft are formed with helical guide grooves which are opposite to each other and slopingly extends with respect to the rotational axis of the toolholder device. Balls are interposed between the opposite guide grooves to form a displacement translation mechanism which converts a rearward axial displacement of a tool and the toolholder due to overload axial thrust into a circumferential relative displacement between the adjacent detection elements. The relative displacement of the detection elements is detected by a detection unit which issues a warning signal. A compression spring in the device resists the axial displacement of the toolholder unless the axial thrust exceeds a predetermined value.
Abstract translation: 用于机床的刀架装置包括由机床驱动主轴驱动的保持器主体和支撑在保持器主体上以便沿周向和轴向移位的刀架。 保持器主体和刀架设置有位移检测元件，该位移检测元件以交错关系周向布置。 支撑轴从保持器主体的任一构件和刀架朝向另一个构件延伸。 支撑轴的外表面和待装配在支撑轴上的另一个构件的支撑孔的内表面形成有彼此相对并相对于刀架的旋转轴线倾斜延伸的螺旋引导槽 设备。 球置于相对的引导槽之间以形成位移平移机构，该位移平移机构由于过载轴向推力转换成相邻检测元件之间的周向相对位移而转换工具和刀夹的向后轴向位移。 检测单元的相对位移由发出警告信号的检测单元检测。 装置中的压缩弹簧抵抗刀夹的轴向位移，除非轴向推力超过预定值。
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公开(公告)号：US5155473A
公开(公告)日：1992-10-13
申请号：US657164
申请日：1991-02-15
Applicant: Tetsuya Oketani , Hirotaka Nishikawa , Yoshiaki Mase
Inventor： Tetsuya Oketani , Hirotaka Nishikawa , Yoshiaki Mase
CPC classification number: B23Q11/04 , F16D43/20 , Y10T408/14
Abstract: A toolholder assembly is divided into a drive toolholder coupled to the drive spindle of a machine tool, and a driven toolholder carrying a cutting tool such as a drill. The driven toolholder is coupled end to end to a drive toolholder so as to be rotatable relative to the same through a preassigned angle about the toolholder axis. A coiled torsion spring acts between the drive and the driven toolholders for torque transmission from the former to the latter. The drive and the driven toolholders have interdigitating teeth with clearances therebetween. A phase detector such as a proximity switch detects a relative phase displacement that will occur between the interdigitating teeth against the force of the torsion spring upon development of abnormal torque load on the cutting tool. Preferably, the interdigitating teeth have bevels in sliding engagement with each other for causing a relative phase displacement between the teeth upon axial displacement of the driven toolholder toward the drive toolholder, so that not only abnormal torque load but also abnormal thrust load on the cutting tool is detectable by the phase detector.
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