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    • 3. 发明申请
    • 回生エネルギーを利用した駆動機構
    • 使用再生能量的驱动机构
    • WO2017183627A1
    • 2017-10-26
    • PCT/JP2017/015547
    • 2017-04-18
    • 森川 佳宥
    • 森川 佳宥
    • F16H33/02B60K1/00B60K6/08B60L11/16
    • B60K1/00B60K6/08B60L50/30F16H33/02Y02T10/7027
    • 本発明は、簡易な構造によって回生エネルギーを蓄積、出力に再利用することのできる駆動機構を提供する。本発明に係る回生エネルギーを利用した駆動機構(100)は、一方向のみの回転を許容する駆動軸(210)を回転駆動する駆動源(200)と、 前記駆動軸を介して前記駆動源に連繋される入力軸(330)と、前記入力軸に連繋され回生エネルギーを蓄積可能な蓄積手段(310,360)と、前記蓄積手段に連繋される入出力軸(340)とを有し、前記蓄積手段に回生エネルギーを蓄積し、蓄積された回生エネルギーを前記入出力軸から出力可能な蓄積部(300)と、前記入出力軸を介して前記蓄積部に連繋される変速機構(400)と、前記変速機構と連繋される被駆動部材(500)と、を具える。
    • 本发明提供一种驱动机构,其能够以简单的结构积累再生能量并将其再利用以输出。 驱动机构利用再生能量根据本发明(100),所述驱动轴,以允许在一个方向的旋转只(210)驱动用于旋转地驱动(200)源,所述驱动源通过驱动轴 合作为输入轴(330),其中,与能够存储存储的输入轴互锁装置的再生能量(310,360),输入和输出轴为合作到所述存储装置(340),所述 的再生能量被存储在存储装置中,从累加的再生能量和(300),变速机构的输入轴和输出轴仓库单元被输出到可以合作来经由所述输入和输出轴的存储单元和(400) 以及与传动机构连接的从动构件(500)。
    • 5. 发明申请
    • VEHICLE FOR DISPLACING LOADS
    • 车辆移动荷载作用
    • WO99039936A1
    • 1999-08-12
    • PCT/EP1999/000416
    • 1999-01-22
    • B60K6/08B66F9/22B60P1/00
    • B60K6/08B66C19/007B66F9/22
    • The present invention relates to a vehicle which is intended for displacing loads and which comprises an adjustable-power internal combustion engine. In order to improve the energetic yield, the drive mechanisms are designed for recovering the energy of the displaced masses and/or the lifted masses and for storing the same in an energy accumulator. A detection and control system is also provided for recording the time curve of the required power and the available power during a first cycle comprising a series of identical and repetitive working cycles. During the following working cycles, the detection and control system adjusts the internal combustion engine according to the recorded data so that the energy accumulator has an available storage capacity which is always sufficient.
    • 在用于移动负载,包括内燃发动机,所述可控电源,改善能量平衡的车辆提供的是,硬盘使包含在移动和/或凸起群众的能量的回收,并将它们馈送到能量存储器,并且 的感测和控制系统在第一一系列相互类似的工作循环的功率需求和注册-angebots的定时的和在基于所述内燃机的控制的登记数据,使得蓄能器总是具有足够的空闲存储容量后续循环重复。
    • 6. 发明申请
    • FLYWHEEL-DRIVE FOR CONTINUOUS DRIVE OF A WHEELED VEHICLE AND METHOD FOR ENSURING THE CONTINUOUS OPERATION OF SUCH A FLYWHEEL-DRIVE
    • 用于连续驱动轮式车辆的飞轮驱动器以及用于确保这种飞轮驱动的连续操作的方法
    • WO2018055422A1
    • 2018-03-29
    • PCT/HU2017/050033
    • 2017-08-09
    • BACSKÓ, László
    • BACSKÓ, László
    • B60K6/10B60K6/08
    • B60K6/105B60K6/08B60K6/10B60K6/30Y02T10/6204
    • The invention relates to a flywheel-drive for continuous drive of a wheeled vehicle, which vehicle contains engine (2), the flywheel-drive contains a first drive chain between the flywheel (12) and the driven wheel (4, 5), in which drive chain a first continuously variable transmission (13) is installed with input shaft (15) on the flywheel (12) side and output shaft (16) on the driven wheel (4, 5) side, providing a bidirectional driving connection between the flywheel (12) and the driven wheel (4, 5), characterized by that it contains a second drive chain arranged between the engine (2) and the flywheel (12), a second continuously variable transmission (33) is provided in the second drive chain, which second continuously variable transmission (33) suitable for transferring drive at least to the flywheel (12), and the flywheel-drive contains a control system that is in operational connection with the first and second transmission (13, 33), and with the engine (2). The invention further relates to a method for ensuring the continuous operation of such a flywheel-drive.
    • 本发明涉及一种用于连续驱动轮式车辆的飞轮驱动装置,该飞行器装有发动机(2),该飞轮驱动装置包括在飞轮(12)和被驱动的飞轮之间的第一传动链条 其中在第一无级变速器(13)的传动链上安装有在飞轮(12)侧上的输入轴(15)和在从动轮(4,5)侧上的输出轴(16) ,提供飞轮(12)和从动轮(4,5)之间的双向驱动连接,其特征在于,其包括布置在发动机(2)和飞轮(12)之间的第二传动链,第二无级变速器 (33)设置在所述第二传动链中,所述第二无级变速器(33)适于将驱动至少传递到所述飞轮(12),并且所述飞轮驱动器包含控制系统,所述控制系统与所述第一和第二传动链 第二变速器(13,33)和发动机(2)。 本发明还涉及一种用于确保这种飞轮驱动器的连续操作的方法。
    • 7. 发明申请
    • TRACTION SYSTEM AND A METHOD FOR CONTROLLING SAID TRACTION SYSTEM
    • 追踪系统及控制系统的方法
    • WO2013167148A1
    • 2013-11-14
    • PCT/EP2012/001974
    • 2012-05-08
    • VOLVO LASTVAGNAR ABLARSSON, LenaÖBERG, JanALM, Filip
    • LARSSON, LenaÖBERG, JanALM, Filip
    • B60K23/08B60K17/10B60K28/16
    • B60K6/12B60K6/00B60K6/08B60K7/0015B60K17/10B60K17/356B60K23/0808B60K28/165B60W2520/263B60W2530/20B60Y2200/44
    • The invention relates to a method for controlling a traction system (1) for a heavy road vehicle. The system comprises a first mechanical propulsion system (12), a second hydraulic propulsion system (13) and a control unit (9). The method comprises the steps of measuring a first parameter value, indicative of the rolling radius of a first traction wheel (2a, b), measuring a second parameter value, indicative of the rolling radius of a second traction wheel (6a, b) and said control unit (9) using said first and second parameter values for determining a present relation between the rolling radii of said first and second traction wheels (2a, b; 6a, b). Finally, the control unit (9) provides an output signal based on said present relation to optimize the traction applied to said second traction wheel (6a, b). The invention also relates to a traction system (1) and a heavy vehicle incorporating a traction system (1).
    • 本发明涉及一种用于控制重型道路车辆的牵引系统(1)的方法。 该系统包括第一机械推进系统(12),第二液压推进系统(13)和控制单元(9)。 该方法包括以下步骤:测量指示第一牵引轮(2a,b)的滚动半径的第一参数值,测量指示第二牵引轮(6a,b)的滚动半径的第二参数值;以及 所述控制单元(9)使用所述第一和第二参数值来确定所述第一和第二牵引轮(2a,b; 6a,b)的滚动半径之间的当前关系。 最后,控制单元(9)基于所述当前关系提供输出信号,以优化施加到所述第二牵引轮(6a,b)的牵引力。 本发明还涉及牵引系统(1)和结合有牵引系统(1)的重型车辆。
    • 9. 发明申请
    • VEHICLE BRAKING AND KINETIC ENERGY RECOVERY SYSTEM
    • 车辆制动和动力能源恢复系统
    • WO1980000237A1
    • 1980-02-21
    • PCT/US1979000518
    • 1979-07-18
    • PURIFICATION SCIENCES INC
    • PURIFICATION SCIENCES INCLOWTHER F
    • B60K07/00
    • B60K6/08B60K6/12B60T1/08B60T1/10F01B17/02F16D57/02Y02T10/6208
    • A vehicle (10) with a rotary sliding vane engine (14) including a compressor (18), a combustion chamber (20), and a motor (22) in which the braking is done by connecting the rotor of the compressor (18) to a wheel (12) and braking rotation of the rotor by controlling the gas flow through the rotary sliding vane compressor (18), such as by varying the outlet to increase the pressure ratio. This eliminates the conventional friction brakes. The compressed air generated during braking is fed to a surge tank (28) for later use in operating the vehicle engine (14), thus recovering a portion of the kinetic energy of the vehicle (10). The rotary slide vane motor (22) can also be used as the brake by controlling the inlet thereto. The compressor (18) and motor (22) can be separate units or portions of one unitary rotary sliding vane device. The compressor brake and motor-brake can be used together or separately and as integral or separate parts of a rotary sliding vane engine (14) and also with other different types of engines.
    • 一种具有旋转滑动叶片发动机(14)的车辆(10),包括压缩机(18),燃烧室(20)和电动机(22),通过连接压缩机(18)的转子, 通过控制通过旋转滑动叶片式压缩机(18)的气体流动,例如通过改变出口来增加压力比,从而制动转子的转动。 这消除了传统的摩擦制动器。 在制动期间产生的压缩空气被馈送到缓冲罐(28),以供以后用于操作车辆发动机(14),从而回收车辆(10)的一部分动能。 旋转滑片马达(22)也可以通过控制其入口而用作制动器。 压缩机(18)和马达(22)可以是一个单一的旋转滑动叶片装置的单独的单元或部分。 压缩机制动器和马达制动器可以一起使用或单独使用,以及作为旋转滑动叶片发动机(14)的整体或分离的部件以及其它不同类型的发动机。