会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 3. 发明授权
    • Multi-needle recording head and method of manufacturing the same
    • 多针记录头及其制造方法
    • US5530690A
    • 1996-06-25
    • US277423
    • 1994-07-18
    • Noboru UenoYuki NakamuraFumito KomatsuToshitatsu Kawatsu
    • Noboru UenoYuki NakamuraFumito KomatsuToshitatsu Kawatsu
    • B41J2/395G11B9/08G11B9/00
    • B41J2/395G11B9/08
    • A multi-needle recording head has retaining members within an electrode support block, each retaining member serving to retain a recording electrode wire. The retaining members can not only lessen a stress generated by the hardening and contracting of a resin, but also prevent generation of defects such as cracks in the vicinity of recording electrodes on a head surface. Further, such multi-needle recording head is obtained by retaining the recording electrode wires by the retaining members, each retaining member having a pressure sensitive adhesive agent or an adhesive arranged at least on a surface thereof contacting the recording electrode wire, with the recording electrode wires wound around the winding jig before the recording electrode wires are cast into the electrode support block made of the electrically insulating resin. The retaining members within the electrode support block contribute to shortening the recording electrode wire supporting pitch, which not only prevents the recording electrode wires from being displaced or slackened due to the charging of the resin, but also prevents the recording electrode wires from being displaced or slackened by controlling the intimate contact between the recording electrode wires due to surface tension of the resin in the vicinity of the head surface or due to linear expansion caused by the heat of the resin to a small degree. Therefore, recording electrodes linearly arranged at a predetermined pitch can be formed.
    • 多针记录头具有在电极支撑块内的保持构件,每个保持构件用于保持记录电极线。 保持构件不仅可以减轻由树脂硬化和收缩产生的应力,而且可以防止在头表面上的记录电极附近产生诸如裂纹的缺陷。 此外,这种多针记录头是通过保持构件保持记录电极线,每个保持构件具有压敏粘合剂或至少布置在与记录电极线接触的表面上的粘合剂与记录电极 在将记录电极线浇注到由电绝缘树脂制成的电极支撑块之前,缠绕在绕组夹具上的线。 电极支撑块内的保持构件有助于缩短记录电极丝支撑间距,这不仅防止记录电极线由于树脂的充电而移位或松弛,而且还防止记录电极线被移位或 通过控制记录电极线之间由于树脂在头表面附近的表面张力或由于树脂的热量引起的线性膨胀而的紧密接触而松弛。 因此,可以形成以预定间距线性排列的记录电极。
    • 5. 发明授权
    • Winding core holding mechanism, roll medium holding device having the same, and winding device using said mechanism and device
    • 卷绕芯保持机构,具有该卷绕介质保持装置的卷筒介质保持装置,以及使用该机构和装置的卷绕装置
    • US06491252B2
    • 2002-12-10
    • US09828006
    • 2001-04-06
    • Fumito KomatsuNoboru UenoKiyotsugu Takasawa
    • Fumito KomatsuNoboru UenoKiyotsugu Takasawa
    • B65H1606
    • B65H75/08B65H2511/14B65H2220/11B65H2220/04
    • A winding core holding mechanism is described for holding at least one end portion of a winding core on which a thin medium such as paper, film, or cloth is wound. The mechanism comprises a base fixed in the axial direction of the winding core. A larger diameter reference portion is included, which is capable of axially moving in and out of the base and abuts an end face of the winding core. The mechanism also comprises a tapered larger diameter centering portion which is capable of axially moving in and out of the larger diameter reference portion and fits into the winding core of larger diameter. Also included is a smaller diameter reference portion, which is capable of axially moving in and out of the base and abuts an end face of the winding core of smaller diameter. A tapered smaller diameter centering portion is further included, which is capable of axially moving in and out of the smaller diameter reference portion and fits into the winding core of smaller diameter. In order to hold the winding core of larger diameter, the larger diameter centering portion centers the winding core while falling into the larger diameter reference portion, and also the larger diameter reference portion falls into the base to position the end face at a predetermined reference position with respect to the base. In order to hold the winding core of smaller diameter, the smaller diameter centering portion centers the winding core while falling into the smaller diameter reference portion, and also the smaller diameter reference portion, the larger diameter reference portion, and the larger diameter centering portion fall into the base to position the end face at the reference position.
    • 描述了用于保持卷绕芯的至少一个端部的卷绕芯保持机构,其上缠绕有诸如纸,膜或布的薄介质。 该机构包括固定在卷芯的轴向上的基座。 包括较大直径的基准部分,其能够轴向地移入和移出基座并且邻接绕组芯的端面。 该机构还包括锥形的较大直径对中部分,其能够沿较大直径的基准部分轴向移动和移出,并且配合到较大直径的卷绕芯中。 还包括较小直径的基准部分,其能够轴向地移入和移出基座并且抵靠较小直径的卷绕芯的端面。 还包括锥形的较小直径对中部分,其能够沿较小直径的基准部分轴向移动和移出,并且配合到较小直径的卷绕芯中。 为了保持较大直径的卷绕芯,较大直径的对中部分在卷绕芯中心并落入较大直径的基准部分中,并且较大直径的基准部分也落入基座中,以将端面定位在预定的基准位置 相对于基地。 为了保持较小直径的卷芯,较小直径的对中部分在卷绕芯中心处于较小直径的基准部分的中心处,而较小直径的基准部分,较大直径的基准部分和较大直径的定心部分下降 进入底座以将端面定位在参考位置。
    • 6. 发明授权
    • Disk drive mechanism
    • 磁盘驱动机制
    • US06226254B1
    • 2001-05-01
    • US09351328
    • 1999-07-12
    • Fumito KomatsuKiyotsugu Takasawa
    • Fumito KomatsuKiyotsugu Takasawa
    • G11B17028
    • G11B17/0284
    • In a disk drive mechanism 1 in which disk 5 is placed on a turn table 4 which is mounted on the rotary shaft 3 of an electric motor 2, and the rotary shaft 3 of the electric motor 2 is turned to turn the disk 5 with the aid of the turn table 4, the turn table 4 includes a rotary shaft section 6 secured to the rotary shaft 3 of the motor 2, a placing section 7 on which a disk 5 is placed, and an elastic coupling section 8 which couples the rotary shaft section 6 and the placing section 7 to each other so that the placing section 7 is radially movable with respect to the rotary shaft section 6. And the rotary shaft 3 has a regulating member 9 which regulates the displacement of the placing section 7 of the turn table.
    • 在其中盘5被放置在安装在电动机2的旋转轴3上的转台4上并且电动机2的旋转轴3转动以使盘5转动的盘驱动机构1中, 在转台4的辅助下,转台4包括固定在电动机2的旋转轴3上的旋转轴部分6,放置有盘5的放置部分7和弹性联接部分8, 轴部6和放置部7彼此相对配置,使得放置部7能够相对于旋转轴部6径向移动。旋转轴3具有限制部件9,其限制放置部7的位移, 转台
    • 9. 发明授权
    • Rotary cylinder device
    • 旋转气缸装置
    • US08443713B2
    • 2013-05-21
    • US13579616
    • 2011-02-01
    • Hiroshi OgawaFumito Komatsu
    • Hiroshi OgawaFumito Komatsu
    • F01B9/00F01B1/00
    • F04B9/045F04B1/0474F04B9/04F04B39/0094F04B53/006F04B53/144F04B53/147
    • Disclosed is a small rotary cylinder device wherein friction loss is reduced and energy is conserved by reducing effects of a reaction force applied from cylinders to pistons, which is incorporated in a piston composite body and which linearly reciprocates, the piston composite body being eccentrically connected to a first crank shaft rotating about a shaft. Guide bearings (1c) guide linear reciprocation of first and second piston assemblies (7, 8) attached to second tube bodies (6b), which are caused by rotating a first crank shaft (5) about a shaft (4) and rotating a piston composite body (P) about the first crank shaft (5), in the radial direction of a rolling circle of second imaginary crank shafts (14a, 14b), which has a radius 2r and which is centered at the shaft (4).
    • 公开了一种小型旋转气缸装置,其中减少了摩擦损失并且通过减小从气缸施加到活塞的反作用力的作用来节省能量,所述反作用力被结合到活塞复合体中并且直线往复运动,所述活塞复合体偏心地连接到 围绕轴旋转的第一曲柄轴。 引导轴承(1c)引导通过使第一曲柄轴(5)围绕轴(4)旋转并旋转活塞而引起的附接到第二管体(6b)的第一和第二活塞组件(7,8)的线性往复运动 复合体(P)围绕第一曲柄轴(5)沿第二假想曲轴(14a,14b)的滚动圆的径向方向延伸,其具有半径为2r且以轴(4)为中心。
    • 10. 发明授权
    • Synchronous motor
    • 同步电机
    • US06424114B1
    • 2002-07-23
    • US09787754
    • 2001-03-21
    • Fumito Komatsu
    • Fumito Komatsu
    • H02K2100
    • H02P1/50
    • A small synchronous motor with high reliability so devised that transition from start operation to synchronous operation is ensured. A microcomputer 22 switching-controls the current application range to a range where the rectified current flowing through a rectifying bridge circuit 20 and an A-coil alternately is inverted during one turn of a permanent magnet rotor 5 to suppress the input on the inverted side with respect to the non-inverted side and thereby to start a synchronous motor, turns off first to fourth transistors 16-19 when the rotational speed of the permanent magnet rotor regulated by the power source frequency and measured by a power source frequency measuring section 24, and turns on triacs SW1 and SW2, thereby making a switch to the synchronous operation circuit 21.
    • 具有高可靠性的小型同步电动机,确保了从起动运转到同期运转的转变。 微型计算机22将当前的施加范围切换到在永久磁铁转子5的一圈内交替流过整流桥电路20和A线圈的整流电流的范围,抑制倒置侧的输入的范围, 相对于非反转侧,从而启动同步电动机,当永久磁铁转子的转速由电源频率调节并由电源频率测量部24测量时,第一至第四晶体管16-19断开, 并打开三端双向可控硅开关SW1和SW2,从而切换到同步运算电路21。