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    • 1. 发明授权
    • Constant velocity joint
    • 恒速接头
    • US07357724B2
    • 2008-04-15
    • US11130395
    • 2005-05-17
    • Tohru NakagawaKazuhiro Azuma
    • Tohru NakagawaKazuhiro Azuma
    • F16D3/224
    • F16D3/2237F16D3/223F16D2003/22303F16D2003/22309Y10S464/906
    • A constant velocity joint 1 disposed on the outboard side of a drive axle for transmitting drive power to a wheel, comprising an outer joint member 2 having a plurality of track grooves 3 on the spherical inner peripheral surface 2a, an inner joint member 4 having a plurality of track grooves 5 on the spherical outer peripheral surface 4a, torque transmitting balls 6 disposed in a plurality of ball tracks formed by the opposed track grooves 3 and 5 of both joint members 2 and 4, and a cage 8 interposed between both joint members 2 and 4 and receiving and holding the torque transmitting balls 6 in pockets 7, wherein the outboard-side end of the cage 8 is formed with an opening 8x for removably inserting the inner joint member 4 and the inboard-side end is formed with an opening 8y whose diameter is smaller than that of the outboard-side opening 8x.
    • 一个设置在驱动轴外侧的等速万向节1,用于向车轮传递驱动力,该等速万向节1包括在球形内圆周表面2a上具有多个轨道槽3的外接头构件2,内接头构件4具有 球形外周面4a上的多个轨道槽5,设置在由两个接合构件2和4的相对的轨道槽3和5形成的多个球轨道中的转矩传递滚珠6以及插入两个 接头构件2和4,并且将扭矩传递滚珠6容纳并保持在凹穴7中,其中保持架8的外侧端部形成有用于可拆卸地插入内侧接头构件4的开口8x,并且内侧端部 形成有直径小于外侧开口8 x的直径的开口8y。
    • 5. 发明授权
    • Data communication system and method and server
    • 数据通信系统及方法与服务器
    • US07366146B2
    • 2008-04-29
    • US10389940
    • 2003-03-18
    • Kazuhiro MoseMasayuki YamadaKazuhiro AzumaToshikazu Maruyama
    • Kazuhiro MoseMasayuki YamadaKazuhiro AzumaToshikazu Maruyama
    • H04Q7/24
    • H04L12/6418H04L67/14
    • A data communication system includes a server, data link started side apparatus, data link starting side apparatus, and originating server. The server provides a service through a network. The data link started side apparatus performs line control between itself and the line connection destination, and performs LAN control between itself and the server through the network, thereby relaying packets between the line connection destination and the server. The data link starting side apparatus is connected to the data link started side apparatus, disconnects the line between itself and the data link started side apparatus on the basis of an MITF dial-up dormant protocol when there is no communication between itself and the server for a predetermined period of time, and shifts to a dormant state. The originating server originates data reception notification by using the originating telephone number transmitted from the data link started side apparatus when a packet communication state between the data link starting side apparatus and the data link started side apparatus is in the dormant state, and the data link started side apparatus receives data addressed to the data link starting side apparatus from the server. A data communication method and a server are also disclosed.
    • 数据通信系统包括服务器,数据链路起始侧设备,数据链路起始侧设备和始发服务器。 服务器通过网络提供服务。 数据链路起始侧设备在自身与线路连接目的地之间进行线路控制,通过网络在其与服务器之间进行LAN控制,从而在线路连接目的地与服务器之间中继分组。 数据链路起始侧装置连接到数据链路启动侧装置,当MITF拨号休眠协议在本身与服务器之间没有通信时,根据MITF拨号休眠协议断开自身与数据链路起始侧装置之间的线路, 预定的时间段,并转移到休眠状态。 当数据链路起始侧设备和数据链路起始侧设备之间的分组通信状态处于休眠状态时,始发服务器通过使用从数据链路启动侧设备发送的始发电话号码发起数据接收通知,并且数据链路 启动侧装置从服务器接收寻址到数据链路起始侧装置的数据。 还公开了数据通信方法和服务器。
    • 6. 发明申请
    • Constant velocity joint
    • 恒速接头
    • US20050272510A1
    • 2005-12-08
    • US11130395
    • 2005-05-17
    • Tohru NakagawaKazuhiro Azuma
    • Tohru NakagawaKazuhiro Azuma
    • F16D3/16F16D3/223
    • F16D3/2237F16D3/223F16D2003/22303F16D2003/22309Y10S464/906
    • A constant velocity joint 1 disposed on the outboard side of a drive axle for transmitting drive power to a wheel, comprising an outer joint member 2 having a plurality of track grooves 3 on the spherical inner peripheral surface 2a, an inner joint member 4 having a plurality of track grooves 5 on the spherical outer peripheral surface 4a, torque transmitting balls 6 disposed in a plurality of ball tracks formed by the opposed track grooves 3 and 5 of both joint members 2 and 4, and a cage 8 interposed between both joint members 2 and 4 and receiving and holding the torque transmitting balls 6 in pockets 7, wherein the outboard-side end of the cage 8 is formed with an opening 8x for removably inserting the inner joint member 4 and the inboard-side end is formed with an opening 8y whose diameter is smaller than that of the outboard-side opening 8x.
    • 一个设置在驱动轴外侧的等速万向节1,用于向车轮传递驱动力,该等速万向节1包括在球形内圆周表面2a上具有多个轨道槽3的外接头件2,内接头件4具有 球形外周面4a上的多个轨道槽5,设置在由两个接合构件2和4的相对的轨道槽3和5形成的多个球轨道中的转矩传递滚珠6以及插入两个 接头构件2和4,并且将扭矩传递滚珠6容纳并保持在凹穴7中,其中保持架8的外侧端部形成有用于可拆卸地插入内侧接头构件4的开口8x,并且内侧端部 形成有直径小于外侧开口8 x的直径的开口8y。
    • 9. 发明申请
    • Constant velocity universal joint
    • 恒速万向节
    • US20050261067A1
    • 2005-11-24
    • US11191029
    • 2005-07-28
    • Masazumi KobayashiKazuhiro AzumaTohru NakagawaIsamu TanimotoKatsuyuki IkeiHisaaki Kura
    • Masazumi KobayashiKazuhiro AzumaTohru NakagawaIsamu TanimotoKatsuyuki IkeiHisaaki Kura
    • F16D3/2237F16D3/224F16D3/2245F16D3/16
    • F16D3/2237F16D3/2245F16D2003/22309Y10S464/906
    • A novel constant velocity universal joint with eight ball is provided for realizing the improved durability of the joint under high-loaded conditions and the suppressed variations of lifetimes of the joints. The universal joint has an outer joint member having eight curved track grooves axially extending along an inner circumferential surface with a spherical shape, an inner joint member having eight curved track grooves axially extending along an outer circumferential surface with a spherical shape, eight balls respectively arranged in eight ball tracks provided as pairs of the track grooves of the outer joint member and the track grooves of the inner joint member, and a cage having pockets for respectively holding the balls. The center of each track groove of the outer joint member is axially displaced a predetermined distance from the spherical center of the inner circumferential surface. The center of each track groove of the inner joint member is axially displaced the same distance from the spherical center of the outer circumferential surface in the direction opposite to that of the outer joint member. A PCD gap in the ball track is in the range of 5 μm to 50 μm.
    • 提供了一种具有八球的新型等速万向节,用于实现在高负载条件下接头的改善的耐久性以及接头寿命的抑制变化。 万向节具有外接头构件,具有八个沿着内周面呈球形的轴向延伸的弯曲轨道槽,内接头构件具有八个弯曲的轨道槽,其沿着具有球形的外圆周表面轴向延伸,八个球分别布置 在作为成对的外侧接头构件的轨道槽和内侧接头构件的轨道槽的八个球轨道中,以及具有用于分别保持球的凹部的保持架。 外侧接头构件的每个轨道槽的中心与内周面的球面中心轴向偏移预定的距离。 内侧接头构件的每个轨道槽的中心在与外侧接头构件的方向相反的方向上与外周面的球面中心轴向移位相同的距离。 球轨中的PCD间隙在5m到50um的范围内。