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    • 22. 发明授权
    • Power transmission system
    • 动力传动系统
    • US4360353A
    • 1982-11-23
    • US140594
    • 1980-04-15
    • Yoshiyuki HattoriKazuma MatsuiHiroji Kinbara
    • Yoshiyuki HattoriKazuma MatsuiHiroji Kinbara
    • F16H9/18F16H9/12F16H61/662F16H55/52
    • F16H61/66227
    • A torque transmission system has driving and driven pulley units drivingly connected by an endless V-belt. Each of the driving and driven pulley units includes a stationary pulley rotatable with a shaft and a movable pulley disposed to define with the stationary pulley a circumferential continuous groove for receiving the V-belt. The movable pulleys of the driving and driven pulley units are axially resiliently biased so that the radii of the circles along which the V-belt engages the driving and driven pulley units are varied to change the speed-change ratio of the transmission system. The movable pulley of the driven pulley unit is axially shifted by fly weights. The driving and driven pulley units are provided with cam mechanisms each comprising a cam member and a follower member. When the load on the driven pulley unit is suddenly varied, the cam mechanisms are operative to keep constant the rotational speed of the driven pulley unit irrespective of variations in the load on the driven pulley unit.
    • 扭矩传递系统具有通过无端V形带驱动连接的驱动和从动皮带轮单元。 驱动和从动皮带轮单元中的每一个包括可旋转的固定皮带轮和可动皮带轮,可动皮带轮设置成与固定滑轮一起限定用于接纳V形皮带的圆周连续凹槽。 驱动和从动皮带轮单元的可移动滑轮被轴向地弹性偏置,使得V形皮带接合驱动和从动皮带轮单元的圆的半径变化,以改变传动系统的变速比。 从动皮带轮单元的可动滑轮通过飞行重量轴向移动。 驱动带轮单元和从动带轮单元设置有凸轮机构,每个凸轮机构包括凸轮构件和从动构件。 当从动带轮单元上的负载突然变化时,凸轮机构可操作以保持从动带轮单元的转速恒定,而与从动带轮单元上的负载的变化无关。
    • 23. 发明授权
    • Gas bag protection apparatus for vehicles
    • 汽车防气袋保护装置
    • US4084839A
    • 1978-04-18
    • US704557
    • 1976-07-12
    • Shigeru TakagiYoshiyuki Hattori
    • Shigeru TakagiYoshiyuki Hattori
    • B60R21/26B60R21/261F17C7/00B60R21/08
    • B60R21/261B60R21/26B60R2021/2612B60R21/268
    • A gas bag protection apparatus for protecting occupant of a motor vehicle upon collision thereof, comprises a gas supply source of a high pressure gas, a gas bag normally deflated and operatively inflated upon an emergency, and a diffuser for supplying a high pressure gas from the gas supply source into the bag to be inflated. Improvement resides in provision of a centrifugal separator chamber provided between the gas supply source and the diffuser, for separating, from the high pressure gas flow, residues produced at an explosion of an igniter which is adapted to cause the gas supply source to feed the high pressure gas. A residue collecting cavity may be provided in combination with the separating chamber, both of which may be in a coaxially aligned configuration.
    • 一种用于在碰撞时保护机动车辆的乘客的气囊保护装置包括高压气体的气体供应源,在紧急情况下通常放气并且可操作地膨胀的气囊,以及用于从 供气源放入袋中充气。 提供一种设置在气体供应源和扩散器之间的离心分离器室,用于从高压气体流中分离在点火器的爆炸处产生的残余物,其适于使气体供应源进料高 压力气体。 残留物收集腔可以与分离室组合提供,它们都可以是同轴对准的构型。
    • 24. 发明授权
    • Safety bag device for vehicle
    • 车辆安全袋装置
    • US4021058A
    • 1977-05-03
    • US626565
    • 1975-10-28
    • Mikio SuzukiYoshiyuki Hattori
    • Mikio SuzukiYoshiyuki Hattori
    • B60R21/26B60R21/263B60R21/268B60R21/08
    • B60R21/261B60R21/26B60R2021/26094B60R2021/2612Y10T137/1647Y10T137/1789Y10T137/7859
    • In a safety bag device for use in a vehicle and of the type wherein a rupture plate is interposed between a high pressure gas container and a conduit leading to an inflatable safety bag. A nozzle having a plurality of nozzle holes opened into the conduit is interposed between the rupture plate and the conduit. A spool is slidably fitted to the nozzle in such a way that it may normally close a predetermined number of nozzle holes, but may be displaced away from the nozzle to open them in response to the increase in pressure in the nozzle chamber when the rupture plate is ruptured in case of a collision, whereby the flow rate of the high pressure gas flowing into the inflatable safety bag may be suitably controlled so as to prevent very rapid expansion of the bag resulting in the injury to an occupant.
    • 在用于车辆的安全袋装置中,其中破裂板插入在高压气体容器和通向可充气安全袋的导管之间。 具有多个喷嘴孔的喷嘴插入在破裂板和管道之间。 阀芯可滑动地装配到喷嘴,使得其通常可以闭合预定数量的喷嘴孔,但是可以从喷嘴移开以响应喷嘴室中的压力的​​增加而打开它们,当破裂板 在碰撞的情况下破裂,从而可以适当地控制流入可充气安全气囊的高压气体的流量,以防止袋的非常快速的膨胀导致对乘员的伤害。
    • 25. 发明申请
    • COMPONENT MOUNTING METHOD
    • 组件安装方法
    • US20090088888A1
    • 2009-04-02
    • US11995166
    • 2006-08-07
    • Takeyuki KawaseYoshiyuki Hattori
    • Takeyuki KawaseYoshiyuki Hattori
    • G06F19/00B23P19/00
    • H05K13/0813H05K13/0417Y10T29/53174
    • The component mounter (100) includes a component return determination apparatus (503) being a computer device for determining whether the electronic component picked up by a suction nozzle is a component to be returned to the component supply unit based on a component type. The component return determination apparatus (503) has: a data storage unit (506) into which pick-up position information (506a), the number of remaining components (506b), component return flag information (506c) are stored; a reuse judgment unit (507) which judges whether the electronic component currently picked up by the suction nozzle is the component to be returned to the component supply unit for reuse; and a component return control unit (508) which obtains pick-up position information of the picked-up component from the pick-up position information (506a) stored in the data storage unit (506) and controls an XY robot so that the component is returned to the pick-up position.
    • 部件安装器(100)包括作为计算机装置的部件返回确定装置(503),用于基于部件类型来确定由吸嘴吸取的电子部件是否要返回到部件供应部件的部件。 分量返回确定装置(503)具有:拾取位置信息(506a),剩余分量数(506b),分量返回标志信息(506c)被存储到的数据存储单元(506) 判断当前由吸嘴吸取的电子部件是否要返回到部件供给部用于再利用的再生判定部(507) 以及从存储在数据存储单元(506)中的拾取位置信息(506a)中获取拾取组件的拾取位置信息的组件返回控制单元(508),并控制XY机器人,使得组件 返回到拾取位置。
    • 27. 发明授权
    • Vertical channel FET with super junction construction
    • 具有超结结构的垂直沟道FET
    • US07345339B2
    • 2008-03-18
    • US10872789
    • 2004-06-22
    • Hitoshi YamaguchiMikimasa SuzukiYoshiyuki Hattori
    • Hitoshi YamaguchiMikimasa SuzukiYoshiyuki Hattori
    • H01L29/76
    • H01L29/7813H01L29/0634H01L29/1095
    • A semiconductor device includes a body region, a drift region having a first part and a second part, and a trench gate electrode. The body region is disposed on the drift region. The first and second parts extend in an extending direction so that the second part is adjacent to the first part. The trench gate electrode penetrates the body region and reaches the drift region so that the trench gate electrode faces the body region and the drift region through an insulation layer. The trench gate electrode extends in a direction crossing with the extending direction of the first and second parts. The first part includes a portion near the trench gate electrode, which has an impurity concentration equal to or lower than that of the body region.
    • 半导体器件包括主体区域,具有第一部分和第二部分的漂移区域以及沟槽栅电极。 身体区域设置在漂移区域上。 第一和第二部分沿延伸方向延伸,使得第二部分与第一部分相邻。 沟槽栅电极穿透体区并到达漂移区,使得沟槽栅电极通过绝缘层面向体区和漂移区。 沟槽栅电极沿与第一和第二部分的延伸方向交叉的方向延伸。 第一部分包括沟槽栅电极附近的部分,其杂质浓度等于或低于体区的杂质浓度。