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    • 81. 发明授权
    • Document management system for vouchers and the like
    • 凭单等的文件管理系统
    • US08384930B2
    • 2013-02-26
    • US11863332
    • 2007-09-28
    • Osamu NakamuraHiroyuki KanekoHiroshi Sekine
    • Osamu NakamuraHiroyuki KanekoHiroshi Sekine
    • G06F3/12
    • H04N1/2179H04N1/00244H04N1/4413H04N1/444H04N2201/0039H04N2201/0094H04N2201/0098
    • An information processing system includes: an information processing apparatus; and an image input apparatus. The information processing apparatus performs: storing a correspondence relationship between a document and a user in charge of the image input of the document; transmitting a request for the image input to the user; picking out information on the document from the correspondence relationship on the basis of information on the user; and transmitting the information on the document to the image input apparatus. The image input apparatus performs: authenticating the user; transmitting a name specifying the authenticated user to the information processing system; receiving information on a document associated with the user from the information processing system; requesting the image input based on the received information on the document; inputting an image; registering the input image; and transmitting to the information processing system information on the registered image and the document.
    • 信息处理系统包括:信息处理装置; 和图像输入装置。 信息处理设备执行:存储文档和负责文档的图像输入的用户之间的对应关系; 向用户发送对图像输入的请求; 根据用户的信息从通信关系中挑选出文档上的信息; 以及将关于文档的信息发送到图像输入装置。 图像输入装置执行:认证用户; 向所述信息处理系统发送指定所述认证用户的名称; 从所述信息处理系统接收与所述用户相关联的文档的信息; 基于所接收的关于文档的信息请求图像输入; 输入图像; 注册输入图像; 并向信息处理系统发送关于登记图像和文档的信息。
    • 86. 发明授权
    • Temporary connection device for universal joint
    • 万向节临时连接装置
    • US6155739A
    • 2000-12-05
    • US100875
    • 1998-06-22
    • Hiroshi SekineHiromichi Komori
    • Hiroshi SekineHiromichi Komori
    • B62D1/16F16D1/08F16D3/40F16D3/16
    • B62D1/16F16D1/0864F16D3/40Y10S464/901Y10T403/1608Y10T403/32901
    • A temporary connecting device for connecting a steering shaft of a vehicle to a universal joint of a steering mechanism. The device comprises a yoke of a universal joint, a shaft to be connected to the yoke, a bolt and a nut for fixing the shaft to the yoke and a clip for temporarily retaining the shaft in the yoke. The clip is composed of a thin plate member having a support portion fixed to one of the tabs of the yoke and a latching portion positioned in the U-shaped groove in a normal state, the latching portion comprising a cam slant portion which is brought into contact with the shaft when the shaft is inserted into a U-shaped groove from an open side thereof in order to connect the shaft to the yoke so as to retract the latching portion from the U-shaped groove by the elastic deformation thereof to allow the shaft to move into the U-shaped groove, and a latching surface portion to be returned into the U-shaped groove after the shaft is inserted into the U-shaped groove so as to temporarily retain the shaft at a predetermined position.
    • 一种用于将车辆的转向轴与转向机构的万向节连接的临时连接装置。 该装置包括万向接头的轭,要连接到轭的轴,用于将轴固定到轭的螺栓和螺母,以及用于将轴临时保持在轭中的夹子。 夹具由具有固定到轭的一个突片的支撑部分和在正常状态下定位在U形槽中的闩锁部分的薄板构件组成,该闩锁部分包括凸轮斜面部分, 当轴从其开口侧插入U形槽中时与轴接触,以便将轴连接到轭,以通过其弹性变形将闩锁部分从U形槽缩回,以允许 轴移动到U形槽中,以及在将轴插入到U形槽中之后将其返回到U形槽中的闩锁表面部分,以将轴临时保持在预定位置。
    • 87. 发明授权
    • Vehicle control system for controlling vehicle based on road shape
    • 基于道路形状控制车辆的车辆控制系统
    • US6067497A
    • 2000-05-23
    • US961476
    • 1997-10-31
    • Hiroshi SekineShohei Matsuda
    • Hiroshi SekineShohei Matsuda
    • G09B29/10B60K28/10B60W30/00B60W30/14G01C21/00G01C21/26G08G1/0969G08G1/16G08G1/09
    • G01C21/26B60K28/10B60W2550/10Y02T10/84
    • A vehicle control system reduces the arithmetic operations for deciding the passableness of the vehicle through an upcoming curve and also avoids unnecessarily effecting automatic deceleration and warning, which are not completely indispensable in a system for performing the warning or automatic deceleration, so that the vehicle may pass through a curve at a proper vehicle speed and with minimum distraction to the vehicle occupants. Assuming that the driver performs a voluntary deceleration at a predetermined deceleration from the current vehicle speed, the system calculates an estimated passage speed of a tentative position N.sub.k, as set on a road ahead of an actual position P.sub.0. The system then sets a passable zone Z.sub.1, a warning zone Z.sub.2 and an automatic deceleration zone Z.sub.3 on the basis of turnable radii R.sub.1 and R.sub.2, at which a predetermined transverse acceleration is established at the estimated passage speed, as well as an arc C.sub.1 ' defining a range of a predetermined distance from the tentative position N.sub.k. The driver is warned by the system, when any of nodes N.sub.k+1, - - - , and soon ahead of the tentative position N.sub.k is present in the warning zone Z.sub.2, and the vehicle is automatically decelerated by the system when any of the nodes is present in the automatic deceleration zone Z.sub.3.
    • 车辆控制系统通过即将到来的曲线减少用于决定车辆通行性的算术运算,并且还避免不必要地实现在用于执行警告或自动减速的系统中不完全必要的自动减速和警告,使得车辆可以 以适当的车速通过曲线,并以最小的分心给车辆乘客。 假设驾驶员从当前车速以预定的减速度进行自主减速,则系统计算在实际位置P0之前的道路上设定的临时位置Nk的推定通过速度。 然后,该系统基于在可估计的通过速度处建立预定横向加速度的可转动半径R1和R2以及弧C1'设定可通过区域Z1,警告区域Z2和自动减速区间Z3, 定义与临时位置Nk的预定距离的范围。 驾驶员被系统警告,当任何节点Nk + 1, - - - 并且在临时位置Nk之前不久就出现在警告区Z2中时,并且当任何节点上的车辆被系统自动减速时 存在于自动减速区Z3中。
    • 88. 发明授权
    • Vehicle control system
    • 车辆控制系统
    • US5978724A
    • 1999-11-02
    • US970473
    • 1997-11-14
    • Hiroshi Sekine
    • Hiroshi Sekine
    • G09B29/10B60K31/00B60T8/172B60T8/1755B60W30/00B60W30/14F02D29/02G01C21/00G01C21/26G08G1/16G06F7/70
    • G01C21/26B60K31/0058B60K31/0066B60T8/172B60T8/1755B60T2210/24B60T2210/36B60W2050/143
    • A vehicle control system enables the passableness of a vehicle through an upcoming section of road to be properly decided, by compensating the influences which are exerted upon the passableness decision by the detection errors of the actual position of the vehicle. Assuming that a deceleration is performed by the vehicle driver at a predetermined reference deceleration .beta. from a vehicle speed V.sub.0 at an actual position P.sub.0, the system calculates passable vehicle speeds of a plurality of tentative positions N.sub.k which are set on a road ahead of the actual position P.sub.0. On the basis of the passable vehicle speeds corresponding to the individual tentative positions N.sub.k, a passable zone Z.sub.1, a warning zone Z.sub.2 and an automatic deceleration zone Z.sub.3 are set by the system so that a warning to the driver is performed, if any of nodes N.sub.k+1, - - - , and so on ahead of the tentative position N.sub.k is present in the warning zone Z.sub.2, and the automatic deceleration of the vehicle is performed if any of the nodes are present in the automatic deceleration zone Z.sub.3. In order that the decision error of the passableness, as accompanying the detection error of the actual position P.sub.0, may be compensated, the reference deceleration .beta. is corrected in accordance with the magnitude of the vehicle speed V.sub.0 or the radius of curvature of the road.
    • 车辆控制系统能够通过车辆的实际位置的检测误差来补偿通过适当决定施加的影响,从而通过道路的即将到来部分来确保车辆的通过性。 假设在实际位置P0,车辆驾驶员以车速V0以规定的基准减速度β执行减速,则系统计算出在实际的前方的道路上设定的多个临时位置Nk的通过车速 位置P0。 基于与各个临时位置Nk相对应的通过车速,系统设定通过区Z1,警告区Z2和自动减速区Z3,对驾驶员进行警告,如果有任何节点 如果在自动减速区间Z3中存在任何节点,则在警告区间Z2中存在临时位置Nk之前的Nk + 1, - - - 等,并且执行车辆的自动减速。 为了可以补偿伴随实际位置P0的检测误差的通过性的判定误差,根据车速V0的大小或道路的曲率半径校正基准减速度β。
    • 90. 发明授权
    • Vehicle steering control system with driver alertness determination
    • 车辆转向控制系统具有驾驶员警觉性确定
    • US5925082A
    • 1999-07-20
    • US800093
    • 1997-02-12
    • Yasuo ShimizuHiroyuki TokunagaHiroshi Sekine
    • Yasuo ShimizuHiroyuki TokunagaHiroshi Sekine
    • B60W30/00B62D1/28B62D5/04B62D6/00G08G1/16B60K28/02
    • B62D6/00B62D1/28B60T2201/08B60T2201/086B60T2201/087
    • The alertness of the vehicle operator is determined from an operating condition of the vehicle such as the steering torque, the rack thrust, and/or the yaw rate, and the determined level of alertness of the vehicle operator is advantageously reflected in the control property of the steering control system. If the alertness of the vehicle operator is significantly low, and the vehicle operator may even have dozed off, the steering control system then maximizes its intervention in the steering control so that the vehicle is automatically forced to travel along the proper path of travel. If desired, the vehicle operator may be warned by applying a vibratory torque to the steering wheel. Conversely, when the alertness of the vehicle operator is high, the intervention of the control system in the steering control is minimized so that the intentional steering effort by the vehicle operator would not be resisted or opposed by the steering control system even when an extreme steering operation is carried out.
    • 车辆操作者的警觉性由车辆的操作状态,如转向扭矩,机架推力和/或偏航率确定,并且所确定的车辆驾驶员的警觉水平有利地反映在车辆驾驶员的控制性能 转向控制系统。 如果车辆操作员的警觉性很低,并且车辆操作者甚至可以打瞌睡,则转向控制系统然后使其在转向控制中的干预最大化,使得车辆被自动地沿着适当的行进路线行驶。 如果需要,可以通过向方向盘施加振动扭矩来警告车辆操作者。 相反,当车辆操作员的警觉性高时,控制系统在转向控制中的干预被最小化,使得即使当极限转向时,车辆操作者的有意的转向力也不会被转向控制系统抵抗或相反 进行操作。