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
    • 2. 发明授权
    • Method for developing air bag for vehicle
    • 开发车用气囊的方法
    • US5575497A
    • 1996-11-19
    • US490038
    • 1995-06-13
    • Kouichi SuyamaKiyoshi Honda
    • Kouichi SuyamaKiyoshi Honda
    • B60R21/20B60R21/00B60R21/16B60R21/231B60R21/233B60R21/239
    • B60R21/231B60R21/233B60R2021/0004B60R2021/0009B60R2021/23146B60R2021/23324B60R21/23138B60R21/239
    • Each of air bag devices includes an inflator mounted in a seat back, a first air bag which is connected to the inflator and developed into a space between an occupant and a side door, and a second air bag connected to the first air bag and developed into a space between the occupant and an instrument panel. When the internal pressure in the first air bag exceeds a predetermined value, the internal spaces in the first and second air bags are put into communication with each other through a pressure valve. When a vehicle collides with another vehicle or an obstacle, the first air bag is first inflated and developed by a high pressure gas generated by the inflator. When the first air bag has been developed, the pressure valve V is opened, causing the second air bag to be developed. Thus, not only upon a frontal collision and a side collision of the vehicle, but also upon an oblique collision of the vehicle, it is possible to reliably hold the occupant.
    • 每个气囊装置包括安装在座椅靠背中的充气机,连接到充气机并发展成乘员和侧门之间的空间的第一气囊和连接到第一气囊并显影的第二气囊 进入乘员和仪表板之间的空间。 当第一气囊中的内部压力超过预定值时,第一和第二气囊中的内部空间通过压力阀彼此连通。 当车辆与另一车辆或障碍物碰撞时,第一气囊首先由充气机产生的高压气体膨胀和展开。 当第一气囊已经被开发时,打开压力阀V,使得第二气囊显影。 因此,不仅在车辆的前方碰撞和侧面碰撞,而且在车辆的倾斜碰撞时,也可以可靠地保持乘员。
    • 3. 发明授权
    • Steering torque detecting device for cable-type steering device
    • 电缆式转向装置转向力矩检测装置
    • US06196072B1
    • 2001-03-06
    • US09348467
    • 1999-07-07
    • Tomoya ToyohiraKouichi Suyama
    • Tomoya ToyohiraKouichi Suyama
    • G01L302
    • G01L5/221
    • Coils 38 and magnetostriction elements 41 are disposed inside casings 32, 33 fixed to a driving pulley housing 2, and an end of an outer tube 5o of a Bowden cable 5 is brought into abutment with the magnetostriction element 41 via a slider 42. When a steering torque is inputted into the steering wheel and an inner cable 5i is pulled in a direction indicated by an arrow B, an axial compression force acting on the outer tube 5o is transmitted to the magnetostriction element 41 via the slider 42 and a compression load p is applied thereto. This changes the magnetic permeability of the magnetostriction element 41, thereby changing the inductance of the coil 38, whereby the steering torque acting on the steering wheel can be detected based on the change in inductance. The torque detecting device for a cable-type steering device according to the present invention can securely detect a steering torque applied to a steering wheel with a simple construction and also can secure the rigid feel of the steering wheel to thereby prevent the deterioration of the steering feel.
    • 线圈38和磁致伸缩元件41设置在固定到驱动滑轮壳体2的壳体32,33内,鲍登缆线5的外管5o的端部经由滑块42与磁致伸缩元件41邻接。当 转向扭矩被输入到方向盘,并且内部缆索5i沿箭头B所示的方向拉动,作用在外管5o上的轴向压缩力经由滑块42和压缩载荷p传递到磁致伸缩元件41 应用于此。 这改变了磁致伸缩元件41的磁导率,从而改变线圈38的电感,从而可以基于电感的变化来检测作用在方向盘上的转向转矩。 根据本发明的用于电缆型转向装置的扭矩检测装置可以以简单的结构可靠地检测施加到方向盘的转向转矩,并且还可以确保方向盘的刚性感,从而防止转向 感觉。
    • 6. 发明授权
    • Occupant restraint apparatus and method of controlling occupant restraint apparatus
    • 乘员约束装置及其控制乘员约束装置的方法
    • US06213510B1
    • 2001-04-10
    • US09444452
    • 1999-11-22
    • Kouichi Suyama
    • Kouichi Suyama
    • B60R2101
    • B60R21/01512B60R21/01526B60R21/01542B60R21/01548B60R21/01558B60R21/16B60R22/341B60R22/42B60R2022/288
    • When an impact energy absorbing mechanism on a vehicle is in operation, a paid-out length of a seat belt is detected by a displacement sensor, and a paid-out speed of the seat belt is calculated by a paid-out speed calculating unit. Based on speed information from a speed sensor, a vehicle speed detecting unit calculates a speed of the vehicle with respect to a ground surface on which the vehicle runs. Then, an occupant acceleration calculating unit calculates an acceleration of an occupant with respect to the ground surface from the calculated paid-out speed and the calculated speed of the vehicle. Impact forces applied to the occupant can be reduced simply and highly accurately irrespectively of the weight of the occupant and whether an air bag is installed in the vehicle or not.
    • 当车辆上的冲击能量吸收机构运行时,通过位移传感器检测出安全带的延长长度,并且通过付费速度计算单元计算座椅安全带的付出速度。 基于来自速度传感器的速度信息,车速检测单元计算车辆相对于车辆行驶的地面的速度。 然后,乘员加速度计算单元根据计算出的付出速度和计算出的车速来计算乘员相对于地面的加速度。 施加到乘员的冲击力可以简单而高精度地降低,而与乘客的重量无关,以及安全气囊是否安装在车辆中。
    • 7. 发明授权
    • Cable-type steering device
    • 电缆式转向装置
    • US6053274A
    • 2000-04-25
    • US76008
    • 1998-05-12
    • Shigeki EharaKouichi Suyama
    • Shigeki EharaKouichi Suyama
    • B62D1/04B62D1/16B62D5/04B62D5/06B62D5/083B62D5/09B62D6/10
    • B62D6/10B62D1/163B62D5/0409B62D5/083B62D5/091
    • Operation of a steering wheel is transmitted to a steering gear box through two cables. In this cable-type steering device, a steering torque inputted to the steering wheel is detected by a steering torque detector provided between the steering wheel and the cables. The operation of a motor for a power steering operation for driving the steering gear box is controlled on the basis of the detected steering torque. The steering torque detected by the steering torque detector includes the friction of the cables and hence, a steering torque offsetting the friction of the cables can be generated in the motor for the power steering operation, thereby providing an appropriate steering feeling. A hydraulic power steering device may be used instead of or in addition to a motor for a power steering operation.
    • 方向盘的操作通过两根电缆传递到转向齿轮箱。 在这种电缆式转向装置中,通过设置在方向盘和电缆之间的转向转矩检测器检测输入到方向盘的转向转矩。 基于检测到的转向转矩来控制用于驱动舵机的动力转向操作的电动机的操作。 由转向转矩检测器检测出的转向转矩包括电缆的摩擦力,因此在动力转向操作的电动机中可能产生抵消电缆摩擦的转向转矩,从而提供适当的转向感。 可以使用液压动力转向装置来代替或补充用于动力转向操作的电动机。