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    • 72. 发明授权
    • Method for improved battery state of charge
    • 改善电池充电状态的方法
    • US07064525B2
    • 2006-06-20
    • US11039290
    • 2005-01-19
    • Mahlon Richard PachciarzRobert D. Harris
    • Mahlon Richard PachciarzRobert D. Harris
    • H02J7/14F16D67/02F02M3/00F02D9/02
    • H02J7/1438Y10T477/649Y10T477/68Y10T477/6805
    • A method for improving vehicle battery state-of-charge (SOC) for initial vehicle customer delivery is disclosed. The method is focused on vehicle assembly plant practices and ensuring that battery discharge is minimized or eliminated during the vehicle assembly process. The method includes determining the available maximum percentage of duty cycle voltage output from the vehicle alternator and determining a minimum idle boost speed necessary to provide minimum discharge or positive charge to the battery when the vehicle's accessories are in the “on” state during vehicle assembly. The method further includes programming the vehicle's controllers to force the maximum percentage of duty cycle voltage output available and the minimum idle speed necessary to provide minimum battery discharge or positive charge during the earliest part of the vehicle life.
    • 公开了一种用于改善初始车辆客户交付的车辆电池充电状态(SOC)的方法。 该方法专注于车辆组装工厂实践,并确保在车辆组装过程中电池放电最小化或消除。 该方法包括确定从车辆交流发电机输出的占空比电压的可用最大百分比,并确定在车辆组件期间当车辆的附件处于“开启”状态时向电池提供最小的放电或正电荷所需的最小空闲升高速度。 该方法还包括对车辆控制器进行编程,以迫使可用的占空比电压输出的最大百分比和在车辆寿命的最早部分期间提供最小电池放电或正电荷所需的最小怠速转速。
    • 73. 发明申请
    • Method for improved battery state of charge
    • 改善电池充电状态的方法
    • US20050189928A1
    • 2005-09-01
    • US11039290
    • 2005-01-19
    • Mahlon PachciarzRobert Harris
    • Mahlon PachciarzRobert Harris
    • H02H7/06H02J7/14H02P9/00H02P11/00
    • H02J7/1438Y10T477/649Y10T477/68Y10T477/6805
    • A method for improving vehicle battery state-of-charge (SOC) for initial vehicle customer delivery is disclosed. The method is focused on vehicle assembly plant practices and ensuring that battery discharge is minimized or eliminated during the vehicle assembly process. The method includes determining the available maximum percentage of duty cycle voltage output from the vehicle alternator and determining a minimum idle boost speed necessary to provide minimum discharge or positive charge to the battery when the vehicle's accessories are in the “on” state during vehicle assembly. The method further includes programming the vehicle's controllers to force the maximum percentage of duty cycle voltage output available and the minimum idle speed necessary to provide minimum battery discharge or positive charge during the earliest part of the vehicle life.
    • 公开了一种用于改善初始车辆客户交付的车辆电池充电状态(SOC)的方法。 该方法专注于车辆组装工厂实践,并确保在车辆组装过程中电池放电最小化或消除。 该方法包括确定从车辆交流发电机输出的占空比电压的可用最大百分比,并确定在车辆组件期间当车辆的附件处于“开启”状态时向电池提供最小的放电或正电荷所需的最小空闲升高速度。 该方法还包括对车辆控制器进行编程,以迫使可用的占空比电压输出的最大百分比和在车辆寿命的最早部分期间提供最小电池放电或正电荷所需的最小怠速转速。
    • 75. 发明授权
    • Single lever control assembly to permit disengagement between two
functions
    • 单杆控制组件允许两个功能之间的分离
    • US4512451A
    • 1985-04-23
    • US390243
    • 1982-06-21
    • Jacob Kobelt
    • Jacob Kobelt
    • B63H21/22B60K41/02G05G9/08
    • B63H21/213Y10T477/6805Y10T477/6808Y10T74/20073Y10T74/20396Y10T74/20492Y10T74/20504
    • A control lever assembly, particularly for controlling marine propulsion systems, having first and second signal outputs controllable simultaneously by a single lever. The lever is journalled for rotation about a lever axis relative to a body, and can be shifted axially between engaged and disengaged positions. An interrupter driver has driving engagement structure and responds to lever rotation and cooperates with the first signal output. An interrupter driven structure has driven engagement structure which is engageable with the driving engagement structure when the lever is in the engaged position, and is disengageable when the lever is in neutral and is shifted axially. When engaged, the second signal output is responsive to primary rotation of lever. Selector structure permits the axial movement only when the lever is in neutral, and simultaneously permits rotation of the lever to control the first signal output with no corresponding change in the second signal output. The assembly also permits easy conversion to a twin engine control in which equal rotation of the levers produces essentially identical output signals.
    • 控制杆组件,特别是用于控制船舶推进系统,具有由单个杆同时控制的第一和第二信号输出。 杠杆被安装成围绕杠杆轴线相对于主体旋转,并且可以在接合位置和脱离位置之间轴向移动。 断续器驱动器具有驱动接合结构并响应于杆旋转并与第一信号输出协同工作。 断路器驱动结构具有驱动的接合结构,当杠杆处于接合位置时,其能够与驱动接合结构接合,并且当杠杆处于空档并且轴向移动时可断开。 当接合时,第二信号输出响应于杆的主旋转。 选择器结构仅在杆处于空档状态时允许轴向移动,并且同时允许杠杆的旋转以控制第一信号输出,而没有相应的第二信号输出的变化。 组件还允许容易地转换成双引擎控制,其中杆的相等旋转产生基本上相同的输出信号。
    • 78. 发明授权
    • Marine propulsion control transfer system
    • 海上推进控制传输系统
    • US4114745A
    • 1978-09-19
    • US779024
    • 1977-03-18
    • John M. Phinney
    • John M. Phinney
    • B63H21/22G05G13/00B60K41/00
    • B63H21/22B63H21/213G05G13/00Y10T477/6805Y10T74/20232
    • A plurality of single lever control stands are provided at remote locations for controlling a pneumatically operated marine propulsion system. Control of the propulsion system is transferred between the several control stands by connecting each stand to a source of supply air under pressure. The control stands each include a throttle valve which will produce a set of three pressure signals. A valve located at each stand must be actuated by an operator at that location before the air supply will be activated for that station. Two of the signals select the ahead and astern direction of motion for the vessel and the third signal varies in proportion to the throttle lever position and controls engine speed. Banks of shuttle valves receive pairs of sets of these pressure signals and pass onto the control the signals at the higher pressure level. The system includes transfer valves at the main and secondary stations which cannot be overridden by stations of lower priority.
    • 多个单杆控制台设置在远程位置,用于控制气动操作的船用推进系统。 通过将每个支架连接到压力下的供给空气源,在多个控制台之间传送推进系统的控制。 控制台每个都包括一个节气门,它将产生一组三个压力信号。 位于每个支架上的阀门必须由该位置的操作员启动,然后才能为该工位启动供气。 两个信号选择船的前方和后方的运动方向,第三信号与油门杆位置成比例地变化并控制发动机转速。 穿梭阀组可以接收成对的这些压力信号,并在较高压力水平上传递控制信号。 该系统包括主站和次站的转换阀,不能被优先级较低的站覆盖。