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    • 2. 发明授权
    • Laminated core and method for manufacturing the same
    • 层压芯及其制造方法
    • US07928627B2
    • 2011-04-19
    • US12830820
    • 2010-07-06
    • Akira NagaiIwao MyojinAkinori HoshinoMasafumi SakumaHiroyuki YamamotoHaruji Suzuki
    • Akira NagaiIwao MyojinAkinori HoshinoMasafumi SakumaHiroyuki YamamotoHaruji Suzuki
    • H02K1/18H02K1/14
    • H02K15/022H02K15/026Y10T29/49009
    • A laminated core (10) and a method for manufacturing the same formed with multiple continuous segment core pieces (13) wound in a spiral form by bending connecting portions (12) mutually connecting the segment core pieces (13), the connecting portions (12) being formed in an outer peripheral area (11), while the connecting portions (12) of vertically adjacent layers being displaced in a circumferential direction with inner edges or outer edges of the segment core pieces (13) fitted, the laminated core comprising: a concave cutout (21) provided in a radial exterior of each connecting portion (12) to dispose a radially expanded portion (20) within an outer circle of the laminated core (10), the radially expanded portion (20) being formed with each connecting portion (12) expanding radially outward at the time of bending each connecting portion (12); an interior cutout (22) provided in a radial interior of each connecting portion (12) to define a bending position of each connecting portion (12); and a receptacle (16) provided in a radial exterior of each segment core piece (13) to receive an expanded part (15) formed in the thickness direction at the time of bending each connecting portion (12).
    • 叠层铁芯(10)及其制造方法,通过弯曲相互连接分段铁芯片(13),连接部分(12)的连接部分(12),形成有多个连续分段铁心片(13) )形成在外周区域(11)中,而垂直相邻层的连接部分(12)在分段铁心片(13)的内边缘或外边缘装配时在圆周方向上移位,所述叠层铁芯包括: 设置在每个连接部分(12)的径向外部的凹形切口(21),以将径向扩张部分(20)设置在层叠铁芯(10)的外圆内,径向扩张部分(20)形成为每个 连接部分(12)在弯曲每个连接部分(12)时径向向外扩张; 设置在每个连接部分(12)的径向内部以限定每个连接部分(12)的弯曲位置的内部切口(22); 以及设置在每个分段芯片(13)的径向外部的接收器(16),用于接收在弯曲每个连接部分(12)时在厚度方向上形成的扩展部分(15)。
    • 3. 发明授权
    • Laminated core and method for manufacturing the same
    • 层压芯及其制造方法
    • US07777387B2
    • 2010-08-17
    • US11909220
    • 2007-04-27
    • Akira NagaiIwao MyojinAkinori HoshinoMasafumi SakumaHiroyuki YamamotoHaruji Suzuki
    • Akira NagaiIwao MyojinAkinori HoshinoMasafumi SakumaHiroyuki YamamotoHaruji Suzuki
    • H02K1/18H02K1/14
    • H02K15/022H02K15/026Y10T29/49009
    • A laminated core (10) and a method for manufacturing the same formed with multiple continuous segment core pieces (13) wound in a spiral form by bending connecting portions (12) mutually connecting the segment core pieces (13), the connecting portions (12) being formed in an outer peripheral area (11), while the connecting portions (12) of vertically adjacent layers being displaced in a circumferential direction with inner edges or outer edges of the segment core pieces (13) fitted, the laminated core comprising: a concave cutout (21) provided in a radial exterior of each connecting portion (12) to dispose a radially expanded portion (20) within an outer circle of the laminated core (10), the radially expanded portion (20) being formed with each connecting portion (12) expanding radially outward at the time of bending each connecting portion (12); an interior cutout (22) provided in a radial interior of each connecting portion (12) to define a bending position of each connecting portion (12); and a receptacle (16) provided in a radial exterior of each segment core piece (13) to receive an expanded part (15) formed in the thickness direction at the time of bending each connecting portion (12).
    • 叠层铁芯(10)及其制造方法,通过弯曲相互连接分段铁芯片(13),连接部分(12)的连接部分(12),形成有多个连续分段铁心片(13) )形成在外周区域(11)中,而垂直相邻层的连接部分(12)在分段铁心片(13)的内边缘或外边缘装配时在圆周方向上移位,所述叠层铁芯包括: 设置在每个连接部分(12)的径向外部的凹形切口(21),以将径向扩张部分(20)设置在层叠铁芯(10)的外圆内,径向扩张部分(20)形成为每个 连接部分(12)在弯曲每个连接部分(12)时径向向外扩张; 设置在每个连接部分(12)的径向内部以限定每个连接部分(12)的弯曲位置的内部切口(22); 以及设置在每个分段芯片(13)的径向外部的接收器(16),用于接收在弯曲每个连接部分(12)时在厚度方向上形成的扩展部分(15)。
    • 4. 发明申请
    • LAMINATED CORE AND METHOD FOR MANUFACTURING THE SAME
    • 层压芯及其制造方法
    • US20100001612A1
    • 2010-01-07
    • US11909220
    • 2007-04-27
    • Akira NagaiIwao MyojinAkinori HoshinoMasafumi SakumaHiroyuki YamamotoHaruji Suzuki
    • Akira NagaiIwao MyojinAkinori HoshinoMasafumi SakumaHiroyuki YamamotoHaruji Suzuki
    • H02K1/16
    • H02K15/022H02K15/026Y10T29/49009
    • A laminated core (10) and a method for manufacturing the same formed with multiple continuous segment core pieces (13) wound in a spiral form by bending connecting portions (12) mutually connecting the segment core pieces (13), the connecting portions (12) being formed in an outer peripheral area (11), while the connecting portions (12) of vertically adjacent layers being displaced in a circumferential direction with inner edges or outer edges of the segment core pieces (13) fitted, the laminated core comprising: a concave cutout (21) provided in a radial exterior of each connecting portion (12) to dispose a radially expanded portion (20) within an outer circle of the laminated core (10), the radially expanded portion (20) being formed with each connecting portion (12) expanding radially outward at the time of bending each connecting portion (12); an interior cutout (22) provided in a radial interior of each connecting portion (12) to define a bending position of each connecting portion (12); and a receptacle (16) provided in a radial exterior of each segment core piece (13) to receive an expanded part (15) of the thickness direction formed in the thickness direction at the time of bending each connecting portion (12).
    • 叠层铁芯(10)及其制造方法,通过弯曲相互连接分段铁芯片(13),连接部分(12)的连接部分(12),形成有多个连续分段铁心片(13) )形成在外周区域(11)中,而垂直相邻层的连接部分(12)在分段铁心片(13)的内边缘或外边缘装配时在圆周方向上移位,所述叠层铁芯包括: 设置在每个连接部分(12)的径向外部的凹形切口(21),以将径向扩张部分(20)设置在层叠铁芯(10)的外圆内,径向扩张部分(20)形成为每个 连接部分(12)在弯曲每个连接部分(12)时径向向外扩张; 设置在每个连接部分(12)的径向内部以限定每个连接部分(12)的弯曲位置的内部切口(22); 以及设置在每个分段芯片(13)的径向外部的接收器(16),用于接收在弯曲每个连接部分(12)时在厚度方向上形成的厚度方向的扩展部分(15)。
    • 5. 发明授权
    • Webbed spiral bevel gear
    • 网状螺旋锥齿轮
    • US07827879B2
    • 2010-11-09
    • US11943970
    • 2007-11-21
    • Akinori HoshinoHaruji SuzukiShusaku Kamio
    • Akinori HoshinoHaruji SuzukiShusaku Kamio
    • F16H55/17F16H1/14F16H1/20F16H1/18
    • F16H55/17B21K1/30B21K1/305Y10T74/19674Y10T74/19698Y10T74/19958
    • A webbed spiral bevel gear formed by cold forging includes: gear teeth formed at a peripheral surface of the gear basis to be integral therewith. Each gear tooth includes a tooth top land and a tooth bottom land both in a slanting and curved manner relative to a center axis of the gear basis. The webbed spiral bevel gear includes a web portion formed at radially outer end portions of the gear teeth to be integral therewith and closing the tooth bottom lands at the radially outer end portions of the gear teeth. The web portion is continuous with the radially outer end portions of the tooth top lands. A profile of the radially outer end portion of the tooth top land of each gear tooth has two edges extending at a slant from each other and expanding in a direction of the web portion.
    • 通过冷锻成形的网状螺旋锥齿轮包括:形成在齿轮基础的圆周表面上以与其成一体的齿轮齿。 每个齿轮齿相对于齿轮基础的中心轴线以倾斜和弯曲的方式包括齿顶部陆部和齿底部陆地。 腹板螺旋锥齿轮包括形成在齿轮齿的径向外端部分以与之成一体的腹板部分,并且在齿轮齿的径向外端部处封闭齿底部凸台。 腹板部分与齿顶平台的径向外端部连续。 每个齿轮齿的齿顶部的径向外端部的轮廓具有两个沿彼此倾斜延伸并且在腹板部分的方向上膨胀的边缘。
    • 7. 发明申请
    • FUSING STRUCTURE OF MOTOR
    • 电机结构
    • US20090026870A1
    • 2009-01-29
    • US12177459
    • 2008-07-22
    • Akinori HOSHINOHaruji SuzukiShusaku Kamio
    • Akinori HOSHINOHaruji SuzukiShusaku Kamio
    • H02K3/00
    • H02K3/522
    • A fusing structure of a motor, includes a stator and a rotor, wherein the bus ring includes a ring portion and a fusing hook, and the bobbin includes a first engagement portion for changing a direction of an end portion of the wire extending from the coil so as to supply the coil with the power and a second engagement portion guiding the end portion of the wire and formed in a different length from that of the first engagement portion in the radial direction of the motor, the end portion of the wire is held between the first engagement portion and the second engagement portion so as to incline therebetween and held between the opposing surfaces so as to establish an electrical connection with the bus ring.
    • 电动机的熔融结构包括定子和转子,其中总线环包括环部分和熔合钩,并且线轴包括用于改变从线圈延伸的线的端部的方向的第一接合部分 为了向线圈提供动力,第二接合部分引导电线的端部,并且沿着电动机的径向与第一接合部分的长度不同的长度形成,电线的端部被保持 在所述第一接合部和所述第二接合部之间倾斜并保持在所述相对表面之间,以便与所述母线环建立电连接。
    • 8. 发明申请
    • WEBBED SPIRAL BEVEL GEAR
    • WEBBED螺旋桨齿轮
    • US20080121061A1
    • 2008-05-29
    • US11943970
    • 2007-11-21
    • Akinori HOSHINOHaruji SuzukiShusaku Kamio
    • Akinori HOSHINOHaruji SuzukiShusaku Kamio
    • F16H55/17
    • F16H55/17B21K1/30B21K1/305Y10T74/19674Y10T74/19698Y10T74/19958
    • A webbed spiral bevel gear formed by cold forging includes: gear teeth formed at a peripheral surface of the gear basis to be integral therewith. Each gear tooth includes a tooth top land and a tooth bottom land both in a slanting and curved manner relative to a center axis of the gear basis. The webbed spiral bevel gear includes a web portion formed at radially outer end portions of the gear teeth to be integral therewith and closing the tooth bottom lands at the radially outer end portions of the gear teeth. The web portion is continuous with the radially outer end portions of the tooth top lands. A profile of the radially outer end portion of the tooth top land of each gear tooth has two edges extending at a slant from each other and expanding in a direction of the web portion.
    • 通过冷锻成形的网状螺旋锥齿轮包括:形成在齿轮基础的圆周表面上与其成一体的齿轮齿。 每个齿轮齿相对于齿轮基础的中心轴线以倾斜和弯曲的方式包括齿顶部陆部和齿底部陆地。 腹板螺旋锥齿轮包括形成在齿轮齿的径向外端部分以与之成一体的腹板部分,并且在齿轮齿的径向外端部处封闭齿底部凸台。 腹板部分与齿顶平台的径向外端部连续。 每个齿轮齿的齿顶部的径向外端部的轮廓具有两个沿彼此倾斜延伸并且在腹板部分的方向上膨胀的边缘。