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    • 61. 发明申请
    • LINEAR MOTOR POSITION DETECTION SYSTEM
    • 线性电机位置检测系统
    • US20100171459A1
    • 2010-07-08
    • US12602028
    • 2008-05-30
    • Toshiyuki AsoShuhei YamanakaToshiro Tojo
    • Toshiyuki AsoShuhei YamanakaToshiro Tojo
    • G05B11/32H02K41/02
    • G01B7/003G01D5/2451H02K11/215H02K41/03
    • Provided is a position detection system which is inexpensive and does not need to control the accuracy of mounting a sensor strictly.The position detection system according to the present invention includes; a linear motor having a rod 1 in which magnetic poles of N pole and S pole are arranged alternately in an axial direction and a plurality of coils 4 surrounding the rod 1; a magnetic sensor 12 for detecting change in the direction of the magnetic field of the rod 1 caused by linear movement of the rod 1 relative to the coils 4 to output a sine wave signal and a cosine wave signal which are 90° phase shifted to each other; and a position detecting circuit 13 for detecting a position of the rod 1 relative to the coils 4. As the magnetic sensor 12 detects the change in the direction of the magnetic field of the rod 1, the sine wave signal and the cosine wave signal output from the magnetic sensor 12 hardly vary eve when the distance between the rod 1 and the magnetic sensor is changed.
    • 提供一种便宜的位置检测系统,并且不需要严格控制传感器的安装精度。 根据本发明的位置检测系统包括: 具有杆1的线性电动机,其中N极和S极的磁极在轴向方向交替布置,并且多个线圈4围绕杆1; 用于检测杆1相对于线圈4的线性运动引起的杆1的磁场方向的变化的磁传感器12,以输出相位偏移90°的正弦波信号和余弦波信号 其他; 以及位置检测电路13,用于检测杆1相对于线圈4的位置。当磁传感器12检测到杆1的磁场方向的变化时,正弦波信号和余弦波信号输出 当杆1和磁传感器之间的距离改变时,磁传感器12几乎不变化。
    • 64. 发明申请
    • Linear Motor Actuator
    • 直线电机执行器
    • US20090146507A1
    • 2009-06-11
    • US11910131
    • 2006-03-28
    • Akihiro TeramachiToshiyuki Aso
    • Akihiro TeramachiToshiyuki Aso
    • H02K41/03
    • H02K41/03H02K49/10
    • A linear motor actuator includes a raceway member 16 having a cylindrical shape in which a moving block moves in a hollow portion, the raceway member having a cross-sectional shape which has a narrower opening 15 than a width of the moving block 40 in part of the cylindrical shape and having a guide portion (rolling grooves 14 or the like) for guiding the moving block 40 in a cylinder axis direction on an inner surface of the cylindrical raceway member 16, the moving block 40 which is guided by the guide portion so as to move in the cylinder axis direction within the raceway member 16, a cylindrical or prismatic first magnet 18 which resides in an interior of the raceway member 16 to generate a magnetic force, and a second magnet (armatures 46 or the like) which resides on the moving block 40 side and which is shaped to encapsulate the first magnet 18.
    • 线性电动机致动器包括具有圆柱形状的滚道部件16,其中移动块在中空部分中移动,滚道部件具有截面形状,该横截面形状具有比移动块40的宽度更窄的开口15 圆筒形,并且具有用于在圆筒滚道构件16的内表面上沿缸体轴向引导移动块40的引导部(滚动槽14等),由导向部引导的移动块40 为了在滚道构件16内沿缸体轴线方向移动,位于轨道构件16的内部以产生磁力的圆柱形或棱柱形的第一磁体18以及驻留的第二磁体(电枢46等) 在移动块40侧上,其被成形为封装第一磁体18。
    • 65. 发明授权
    • Linear motor actuator
    • 直线电机执行器
    • US07456526B2
    • 2008-11-25
    • US10549626
    • 2004-03-22
    • Akihiro TeramachiToshiyuki AsoYoshinobu TanakaHiroshi KaneshigeYuanjun Xu
    • Akihiro TeramachiToshiyuki AsoYoshinobu TanakaHiroshi KaneshigeYuanjun Xu
    • H02K41/00
    • F16C29/063F16C41/004H02K7/08H02K9/22H02K41/031
    • A track rail is formed in a channel-like configuration while having a guide passage for sliders. A table structure that moves within the guide passage includes: a pair of sliders that move forwards and backwards within the guide passage; and a connecting top board connecting those sliders to each other with a predetermined interval therebetween and provided with a mounting surface for a movable member. An armature constituting a linear motor is received between the pair of sliders, and field magnets constituting the linear motor are arranged in the track rail so as to face the guide passage. The armature and the field magnets, which constitute the linear motor, are completely integrated with the table structure and the track rail, which constitute a linear guide, and are entirely contained inside the linear guide.
    • 轨道轨道形成为通道状构造,同时具有用于滑块的引导通道。 在引导通道内移动的台结构包括:在引导通道内向前和向后移动的一对滑块; 以及连接顶板,其间以预定的间隔将这些滑块彼此连接,并且设置有用于可移动部件的安装表面。 构成线性电动机的电枢被容纳在一对滑块之间,构成线性电动机的场磁体配置在轨道轨道上,以面向引导通道。 构成线性电动机的电枢和场磁体与构成线性引导件的台结构和轨道轨道完全集成,并且完全包含在线性引导件内。
    • 66. 发明申请
    • Drive guide device
    • 驱动导向装置
    • US20050258688A1
    • 2005-11-24
    • US10518081
    • 2003-06-27
    • Taro MiyamotoToshiyuki AsoShuhei YamanakaWataru Nakayama
    • Taro MiyamotoToshiyuki AsoShuhei YamanakaWataru Nakayama
    • H02K5/173H02K9/22H02K41/02H02K41/00
    • F16C29/06H02K5/18H02K7/08H02K9/00H02K9/02H02K9/22H02K41/031
    • The present invention provides a drive guide apparatus capable of ensuring an increased lifetime by preventing heat generated from a primary side of a linear motor from being transferred to a rail or a moving member of a guide mechanism to which the primary side of the linear motor is connected, thereby preventing variation of rolling resistance or sliding resistance of the guide mechanism. The drive guide apparatus has a linear motor 10 and a guide mechanism 14 that has a rail 18 and a moving member (moving block 15) provided to be movable relative to the rail 18. A primary side 11 of the linear motor 10 is connected to the rail 18 or the moving member (moving block 15) of the guide mechanism 14. Thermal insulating means (thermal insulators 19 and recess 20) for blocking heat generated from the primary side 11 of the linear motor 10 is provided between the primary side 11 and the rail 18 or the moving member (moving block 15) of the guide mechanism to which the primary side 11 is connected directly or indirectly.
    • 本发明提供一种驱动引导装置,其能够通过防止从线性电动机的一次侧产生的热量转移到直线电动机的一次侧的导向机构的轨道或移动部件,从而确保寿命延长 从而防止导向机构的滚动阻力或滑动阻力的变化。 驱动引导装置具有线性电动机10和引导机构14,导轨机构14具有导轨18和相对于轨道18可移动的移动构件(移动块15)。线性电动机10的初级侧11连接到 轨道18或导向机构14的移动构件(移动块15)。用于阻挡从线性电动机10的一次侧11产生的热的绝热装置(热绝缘体19和凹部20)设置在初级侧11 以及直接或间接地连接有初级侧11的引导机构的轨道18或移动构件(移动块15)。
    • 68. 发明授权
    • Wire feed apparatus
    • 电线设备
    • US5094378A
    • 1992-03-10
    • US629031
    • 1990-12-19
    • Toshiyuki AsoYasuo Arakawa
    • Toshiyuki AsoYasuo Arakawa
    • B23H7/10
    • B23H7/10Y10T83/9292
    • A wire feed apparatus for a wire cut electric discharge machining apparatus, capable of moving a wire conveyor belt from an automatic wire extension position to a non-wire-transfer shunt position at the time of electric discharge machining, thereby preventing wear of the belts and reducing variation in the wire feed speed. The apparatus includes first and second conveyor belts selectively operated in accordance with predetermined conditions for wire feeding. At the time of automatic wire extension, an air cylinder of a wire feed mechanism is driven to move the second conveyor belt from a non-wire-transfer shunt position to the automatic wire extension position using a parallel link mechanism. The second conveyor belt is pressed against the first conveyor belt at the automatic wire extension position. When both these belts rotate as a motor is driven, a wire electrode held between the belts is transported from an upstream side of a wire transfer path to a downstream side thereof, whereupon the automatic wire extension is finished. When the air cylinder is de-energized, the second conveyor belt is restored to the non-wire-transfer shunt position and separated from the first conveyor belt by means of the urging force of a spring. Accordingly, the wire electrode and the two belts are out of contact with one another during the electric discharge machining operation, thus preventing wear of the belts and variation in wire feed speed.
    • 70. 发明授权
    • Wire cut electric discharge machine
    • 线切割放电机
    • US4816636A
    • 1989-03-28
    • US19271
    • 1998-03-03
    • Haruki ObaraToshiyuki AsoHiroshi Kinoshita
    • Haruki ObaraToshiyuki AsoHiroshi Kinoshita
    • B23H7/10
    • B23H7/10
    • A wire cut electric discharge machine for electric discharge machining a work (W) held on a work table (24). A wire electrode (14) supplied by a wire supplying device (12) is passed between upper and lower heads (22, 26) under tension through an electric discharge machining region where the work (W) is subjected to electric discharge machining. When a breakage of the wire electrode is detected during the electric discharge machining operation by a suitable detector, the broken wire electrode is drawn back and held in the neighborhood of the upper head (22) by a wire electrode feeding mechanism, the broken end of the wire electrode is detected outside the electric discharge machining region by a broken end detecting device (66), the work table is shifted by a XY driving mechanism from the electric discharge machining region to a predetermined wire repairing position, the broken end is cut and removed to repair the wire electrode with a cutter (60) and a cutting block (64) at a wire electrode repairing position separated from the electric discharge machining region, the work table is returned to the electric discharge machining region by the XY driving mechanism, the repaired wire electrode (14) is extended again between the upper and lower heads (22, 24) by means of a jet nozzle (74), and then the electric discharge machining operation is restarted.
    • PCT No.PCT / JP86 / 00344 Sec。 371日期:1987年5月4日 102(e)日期1987年5月4日PCT提交1986年7月4日PCT公布。 公开号WO87 / 00103 日本1987年1月15日。一种用于放电加工保持在工作台(24)上的工件(W)的线切割放电机。 由导线供给装置(12)供给的线电极(14)在上下头部(22,26)的张力下通过放电加工区域进行放电加工。 当通过合适的检测器在放电加工操作期间检测到线电极的断裂时,断线电极通过线电极馈送机构被拉回并保持在上头部(22)附近,破损端 通过破碎端检测装置(66)将线电极检测在放电加工区域外部,工作台由XY驱动机构从放电加工区域移动到预定的线修复位置,断开端部 在与放电加工区域分离的线电极修复位置处用切割器(60)和切割块(64)去除线材电极,通过XY驱动机构将工作台返回到放电加工区域, 修理的线电极(14)通过喷嘴(74)再次在上下头(22,24)之间延伸,然后放电加工 操作重新启动。