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    • 21. 发明授权
    • Medium feed device and recording apparatus
    • 介质进料装置和记录装置
    • US08567940B2
    • 2013-10-29
    • US13015048
    • 2011-01-27
    • Hiroyuki Tajima
    • Hiroyuki Tajima
    • B41J2/01
    • B41J2/01B65H9/00
    • A medium feed device has a configuration in which a feed section is provided to send a medium in the front-and-back direction of the medium feed device, the device includes a guide member which guides the medium in the back face side of the medium feed device, the guide member is provided to be capable of being extended and contracted in a direction connecting the base end side and the free-end side of the guide member, and the guide member forms a feed pathway for the medium which is held to have a roll shape which is sent further from the back face side than the guide member, in a first state where the guide member is contracted, and forms a feed pathway for a fed medium of a single sheet shape which is sent from the guide member, in a second state where the guide member is extended.
    • 介质供给装置具有这样的构造,其中设置有馈送部分以在介质供给装置的前后方向上发送介质,该装置包括引导构件,该引导构件在介质的背面侧引导介质 引导构件设置成能够在与引导构件的基端侧和自由端侧连接的方向上伸缩,并且引导构件形成用于介质的进给通路, 具有在引导构件收缩的第一状态下从背面侧进一步送出的辊状,并且形成从引导构件发送的单片状的供给介质的供给路径 在引导构件延伸的第二状态下。
    • 25. 发明授权
    • Clutch apparatus, conveyance apparatus and recording apparatus
    • 离合器装置,输送装置和记录装置
    • US07758041B2
    • 2010-07-20
    • US11833597
    • 2007-08-03
    • Tokujiro OkunoHiroyuki TajimaKiyotaka Nakamura
    • Tokujiro OkunoHiroyuki TajimaKiyotaka Nakamura
    • B65H5/00B65H1/08
    • F16D11/06B65H3/0607B65H3/0661B65H3/34B65H3/56B65H3/565B65H2220/09B65H2301/4222B65H2403/421B65H2403/47B65H2403/512B65H2403/70B65H2513/412F16D11/16
    • [Object] To provide a clutch apparatus that can smoothly switch from a clutch engaged state to a clutch non-engaged state, while tooth jump does not occur even with a small-sized clutch apparatus.[Solving Means] A recessed portion 153 is provided in a cam face of a cam 45. A cam shaft 13 is configured to pivot by a predetermined amount as a cam follower 51 is fitted in the recessed portion, and, when the cam initiates to engage the cam follower, it enters a clutch engaged state. A driven side gear 99 is pivoted by a predetermined amount as the cam follower is fitted in the recessed portion and, thereby, a clutch member 93 is rotated by a predetermined amount in a direction in which a toothed portion 94 is spaced apart from a drive side gear 92. In a state where the cam follower is not fitted in the recessed portion, when the clutch member 93 switches its clutch state, at least a portion of a swing locus of the toothed portion 94 of the clutch member 93 maintains a clearance with a gear tooth of the drive side gear 92.
    • 本发明提供一种能够从离合器接合状态顺利地切换到离合器未接合状态的离合器装置,而即使使用小型离合器装置也不会发生跳齿。 [解决方案]凹凸部153设置在凸轮45的凸轮面中。凸轮轴13构造成当凸轮从动件51装配在凹部中时枢转预定量,并且当凸轮开始 接合凸轮从动件,它进入离合器接合状态。 从动侧齿轮99随着凸轮从动件嵌合在凹部中而枢转预定量,因此离合器构件93沿齿形部分94与驱动器间隔开的方向旋转预定量 在凸轮从动件未装配在凹部中的状态下,当离合器构件93切换离合器状态时,离合器构件93的齿部94的摆动轨迹的至少一部分保持间隙 与驱动侧齿轮92的齿轮齿。
    • 26. 发明申请
    • Light emitting semiconductor device
    • 发光半导体器件
    • US20100052006A1
    • 2010-03-04
    • US12585058
    • 2009-09-02
    • Shigeo TakedaHiroyuki TajimaShota ShimonishiYosuke Tsuchiya
    • Shigeo TakedaHiroyuki TajimaShota ShimonishiYosuke Tsuchiya
    • H01L33/00
    • H01L33/508H01L33/507H01L33/54H01L2924/0002H01L2924/00
    • A light emitting semiconductor device includes a base substrate; a light emitting semiconductor element including a crystal growth basis and provided on the base substrate so that the crystal growth basis faces in opposite direction to the base substrate; a first transparent sealing medium which seals the light emitting semiconductor on the base substrate; and a second transparent sealing medium which seals the light emitting semiconductor over the first transparent sealing medium and contains phosphor. A thickness of the second sealing medium in a portion with high emission intensity is larger than that of the other portion of the first sealing medium; and the portion with high emission intensity is defined as a portion where light emission intensity from the light emitting semiconductor element is maximum.
    • 发光半导体器件包括:基底; 包括晶体生长基础的发光半导体元件,并且设置在所述基底基板上,使得所述晶体生长基底面向与所述基底基板相反的方向; 密封基底基板上的发光半导体的第一透明密封介质; 以及第二透明密封介质,其密封所述第一透明密封介质上的所述发光半导体并且包含磷光体。 发光强度高的部分的第二密封介质的厚度大于第一密封介质的其他部分的厚度; 并且具有高发光强度的部分被定义为来自发光半导体元件的发光强度最大的部分。
    • 28. 发明申请
    • Vehicular shock absorbing body
    • 车辆减震体
    • US20050116456A1
    • 2005-06-02
    • US10988841
    • 2004-11-16
    • Hiroyuki TajimaTakahiko SatoOsamu FukawataseTakeaki Kato
    • Hiroyuki TajimaTakahiko SatoOsamu FukawataseTakeaki Kato
    • B60R21/00B60R21/02B60R21/04B60R21/045
    • B60R21/045B60R2021/0051B60R2021/0414
    • The invention provides a vehicular shock absorbing body which absorbs a shock by a grid-like rib formed on a support plate portion and can inhibit a load point at an initial stage and a terminal stage, in a load-displacement (F-S) curve of the vehicular shock absorbing body. A shock absorbing body (40) used for absorbing a shock in a vehicle and made of a synthetic resin, is provided with a support plate portion (42), and a shock absorbing portion (45) formed in a grid shape on the support plate portion (42) by a plurality of thin ribs (44, 44), and plastically deforming at a time of applying a shock load so as to be absorbable a shock energy. A notch (a leading end side notch) 48 is formed between grid crossing points (46) in the thin rib (44) from a leading end side, and a notch (a root side notch) 50 is formed from a root side of the grid crossing points (46) so as to include the support plate portion (42), thereby inhibiting a load point from being generated at an initial stage and a terminal stage in the F-S curve.
    • 本发明提供了一种车辆冲击吸收体,其通过形成在支撑板部分上的格栅状肋吸收冲击,并且能够抑制在初始阶段和末端阶段的载荷位置(FS)曲线中的载荷点 车辆减震体。 用于吸收车辆中的冲击并由合成树脂制成的减震体(40)设置有支撑板部分(42)和在支撑板上形成为格子状的冲击吸收部分(45) 部分(42)由多个薄肋(44,44)构成,并且在施加冲击载荷时塑性变形以便可吸收冲击能。 从前端侧在薄肋(44)的格栅交叉点(46)之间形成有切口(前端侧切口)48,并且从切口(根侧切口)50的根侧形成有切口 栅格交叉点(46),以包括支撑板部分(42),从而阻止在FS曲线的初始阶段和终端阶段产生负载点。