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    • 2. 发明授权
    • Offset drive for balloon tired motorcycle
    • 气球疲劳的摩托车的偏移驱动器
    • US4953656A
    • 1990-09-04
    • US834607
    • 1986-02-28
    • Hiroshi KondoTadao Okada
    • Hiroshi KondoTadao Okada
    • B60K17/04B62K17/00B62M17/00
    • B62M17/00
    • Two embodiments of off the road motorcycles embodying low pressure balloon tires. In each embodiment, an improved final drive arrangement is provided that includes a ring gear that is disposed substantially inwardly of the outer periphery of the rear wheel to provide a relatively compact final drive housing to facilitate leaning of the motorcycle. In one embodiment, the ring gear is driven by a pinion gear that is directly affixed to one end of a drive shaft and which is driven at its other end from the engine by means of a chain drive. In the other embodiment, the ring gear is driven by a pair of transfer spur gears from a drive shaft that is articulated and which is driven directly from the engine output shaft.
    • 体现低压气球轮胎的道路摩托车的两个实施例。 在每个实施例中,提供了一种改进的最终驱动装置,其包括设置在后轮的外周边基本上内侧的环形齿轮,以提供相对紧凑的最终驱动壳体以便于摩托车的倾斜。 在一个实施例中,齿圈由小齿轮驱动,该小齿轮直接固定在驱动轴的一端,并且其另一端通过链条传动从发动机驱动。 在另一个实施例中,齿圈由一对传动正齿轮驱动,该传动正齿轮从铰接的驱动轴驱动,并直接从发动机输出轴驱动。
    • 3. 发明申请
    • PERSONALIZED MOSAIC PUZZLE SET
    • 个性化MOSAIC PUZZLE SET
    • US20120025462A1
    • 2012-02-02
    • US13176742
    • 2011-07-05
    • Kenneth C. KNOWLTONMark SetteducatiHiroshi Kondo
    • Kenneth C. KNOWLTONMark SetteducatiHiroshi Kondo
    • A63F9/10
    • A63F9/10A63F9/1204A63F9/24G06T11/60
    • A mosaic puzzle set has a predetermined number of pieces (45) with unique, directionally visible, identifiers and different brightness characteristics, three for grey scale and five for color, comprising average brightness(es), and direction and magnitude of brightness gradients, enabling assembly to copy any user selected target picture (30) by following a dedicated table/chart (33). An internet server (1) storing piece characteristics and accessible for target picture upload and chart download by an access code in the purchased set, divides (S11) the target picture (30) into a same number of data areas (311) as pieces, analyzes their brightness characteristics and assembles the chart (33) by provisionally assigning pieces to respective target areas (311) and exchanging them for each other when sums of respective mismatch values between pieces and respective target areas are thereby reduced (S12-S14). Alternatively, pieces are divisions of an iconic source picture or only screen images. Pieces in a humped brightness histogram, population distribution provide greater detail. A grid-form tray supports and aligns pieces during assembly. Internet (2) billing is possible.
    • 马赛克拼图集具有预定数量的片段(45),具有独特的,方向可见的标识符和不同的亮度特性,三个用于灰度级,五个用于颜色,包括平均亮度以及亮度梯度的方向和幅度,使得 组合以通过遵循专用表/图表(33)来复制任何用户选择的目标图片(30)。 存储片段特性并且可通过购买的集合中的访问代码访问目标图片上传和图表下载的互联网服务器(1)将目标图片(S11)(S11)分割成与片段相同数量的数据区域(311) 分析它们的亮度特性,并通过临时地分配各个目标区域(311)并且因此减少在各个目标区域之间的各个不匹配值的和来彼此交换,从而组合图表(33)(S12-S14)。 或者,片段是图标源图片或仅屏幕图像的分割。 在一个嗡嗡的亮度直方图中,人口分布提供了更多的细节。 格栅托盘在装配过程中支撑和对齐零件。 互联网(2)可以进行结算。
    • 5. 发明授权
    • Behind-the-ear hearing aid whose microphone is set in an entrance of ear canal
    • 麦耳风放在耳道入口处的耳后助听器
    • US08014551B2
    • 2011-09-06
    • US12636511
    • 2009-12-11
    • Kenji IwanoHiroshi Kondo
    • Kenji IwanoHiroshi Kondo
    • H04R25/00
    • H04R25/656H04R25/407H04R25/453H04R25/60H04R25/652H04R2430/20
    • There is provided a behind-the-ear hearing aid that makes it easy for a hearing aid wearer to estimate a position of a sound source with respect to a front-back direction and that enables an increase in aesthetic property when the hearing aid is worn. A behind-the-ear hearing aid of the present invention is used while fitted to an ear of a human body, and includes at least a microphone 101 which collects ambient sound, thereby generating an input signal and signal processing unit 102 that generates an output signal from the input signal. The hearing aid also has a behind-the-ear portion 110 that can be fitted to the ear and a receiver 103 that reproduces output sound from the output signal. When the behind-the-ear portion 110 is fitted to the ear, the microphone 101 is arranged in an entrance of an ear canal that lies in the extension of an ear canal 220 and that is disposed closer to an eardrum than to a plane that is defined by a helix 901, a tragus 902, and an earlobe 903.
    • 提供了一种耳后助听器,其使助听器佩戴者容易地估计声源相对于前后方向的位置,并且当助听器佩戴时能够增加美学特性 。 本发明的耳后助听器适用于人体的耳朵,并且至少包括收集环境声音的麦克风101,从而产生输入信号和产生输出的信号处理单元102 来自输入信号的信号。 助听器还具有可以安装到耳朵的耳朵后部分110和从输出信号再现输出声音的接收器103。 当耳后部分110安装在耳朵上时,麦克风101布置在耳道的入口处,耳道的入口位于耳道220的延伸部分中,并且被设置成更接近鼓膜而不是与 由螺旋901,耳屏902和耳垂903定义。
    • 7. 发明授权
    • Memory device configured to have transistor and capacitor
    • 存储器件配置为具有晶体管和电容器
    • US07755126B2
    • 2010-07-13
    • US12146749
    • 2008-06-26
    • Hiroshi Kondo
    • Hiroshi Kondo
    • H01L29/94
    • H01L27/283H01L27/10876H01L27/11502H01L27/11507H01L27/24H01L29/41733H01L51/0545
    • Disclosed is a memory device having a transistor, the transistor including a substrate; a gate electrode formed on the substrate; an insulation layer formed on the gate electrode, the gate electrode and the insulation layer forming a convex portion; a conductive layer formed at a top of the convex portion; a source electrode formed on one side of the convex portion on the substrate; a drain electrode formed on the other side of the convex portion on the substrate where the source electrode is not formed; and a semiconductor layer formed on the insulation layer existing between the conductive layer and the source electrode and between the conductive layer and the drain electrode.
    • 公开了一种具有晶体管的存储器件,该晶体管包括衬底; 形成在所述基板上的栅电极; 形成在所述栅电极上的绝缘层,所述栅电极和所述绝缘层形成凸部; 形成在所述凸部的顶部的导电层; 源极,形成在所述基板上的所述凸部的一侧; 形成在不形成源电极的基板上的凸部的另一侧的漏电极; 以及形成在导电层和源电极之间以及导电层和漏电极之间的绝缘层上的半导体层。
    • 10. 发明申请
    • Wireless Communication System
    • 无线通信系统
    • US20080273484A1
    • 2008-11-06
    • US10597281
    • 2005-01-20
    • Hirotaka FukutsukaHiroshi KondoShinichi Ogo
    • Hirotaka FukutsukaHiroshi KondoShinichi Ogo
    • H04Q7/00
    • H04W74/06H04W36/30
    • It is an object of the present invention to provide a wireless communication system, which ensures that communication can be maintained in an excellent status although a mobile wireless station may be moved in a service area. A CPU (210) of a mobile wireless station (2) in process of transmission is operated to causes a receiving circuit (202) to periodically notify the CPU (210) of the electric field intensity of a received radio wave. When the electric field intensity of the received radio wave becomes lower than a predetermined value, the CPU (210) is operated to judge the distance from a base station (1), with which the mobile wireless station (2) is currently communicating, is increased, and the CPU (210) is operated to control the receiving circuit (202) to receive radio waves on transmission frequencies of base stations (1) other than the base station (1) and detect the electric field intensities of the received radio waves. Then, the CPU (210) is operated to control the receiving circuit (202) to receive the radio wave of the base station (1) which is the strongest in the electric field intensity of the radio wave among the base stations (1). When the data of a DTMF signal of the radio wave is indicative of “transmission permitted”, the CPU (210) is operated to control the receiving circuit (202) to switch to the base station (1) for communication. When, on the other hand, the data of the DTMF signal of the radio wave is indicative of “transmission inhibited”, the CPU (210) is operated to control the receiving circuit (202) to receive radio waves of the base stations in order of decreasing electric field intensity of the radio wave, and switch to the base station (1) which transmits DTMF signal having data indicative of “transmission permitted”.
    • 本发明的目的是提供一种无线通信系统,其可以确保尽管可以在服务区域中移动移动无线站,但是可以将通信维持在良好的状态。 操作在传输过程中的移动无线站(2)的CPU(210)使得接收电路(202)周期性地通知CPU(210)所接收的无线电波的电场强度。 当接收的无线电波的电场强度变得低于预定值时,CPU(210)被操作以判断与移动无线站(2)当前正在通信的基站(1)的距离是 并且CPU(210)被操作以控制接收电路(202)在基站(1)之外的基站(1)的发送频率上接收无线电波,并且检测所接收的无线电波的电场强度 。 然后,CPU(210)被操作以控制接收电路(202)接收在基站(1)中无线电波的电场强度中最强的基站(1)的无线电波。 当无线电波的DTMF信号的数据表示“允许传输”时,CPU(210)被操作以控制接收电路(202)切换到基站(1)进行通信。 另一方面,当无线电波的DTMF信号的数据表示“禁止传输”时,CPU(210)被操作以控制接收电路(202)按顺序接收基站的无线电波 降低无线电波的电场强度,并切换到发送具有指示“允许发送”的数据的DTMF信号的基站(1)。