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    • 55. 发明申请
    • MULTIPLE SPEED GEAR BOX
    • 多速齿轮箱
    • US20140150582A1
    • 2014-06-05
    • US13692487
    • 2012-12-03
    • MORRISON CONTAINER HANDLING SOLUTIONS, INC.
    • Nick WilsonCezary Mroz
    • F16H3/02
    • F16H3/02F16H3/001Y10T74/19065Y10T74/19219
    • A gear box includes an output shaft defining multiple output drivers and includes a plurality of gear sets having the same diametral pitch. A common input shaft is operatively attached to each of the plurality of gear sets such that the gear sets rotate continuously and concurrently with rotation of the input shaft. Each of the output drivers is operatively attached to the output shaft and rotatably driven by a respective one of the plurality of gear sets. The multiple output drivers share a common axis of rotation with the output shaft. The output speed of the gear box may be changed by disconnecting one of the output drivers from a driven device and reconnecting another one of the output drivers to the driven device. The output speed of the gear box may be changed without having to disengage and/or change out any of the gears in the gear box.
    • 齿轮箱包括限定多个输出驱动器的输出轴,并且包括具有相同直径间距的多个齿轮组。 公共输入轴可操作地连接到多个齿轮组中的每一个,使得齿轮组在输入轴的旋转的同时旋转并连续旋转。 每个输出驱动器可操作地附接到输出轴并由多个齿轮组中的相应一个旋转驱动。 多个输出驱动器与输出轴共享公共旋转轴。 齿轮箱的输出速度可以通过将驱动装置中的一个与驱动装置断开并将另一个输出驱动器重新连接到从动装置来改变。 可以改变齿轮箱的输出速度,而不必分离和/或更换齿轮箱中的任何齿轮。
    • 57. 发明申请
    • TRANSMISSION, PARTICULARLY DUAL-CLUTCH TRANSMISSION
    • 传输,特别是双离合传输
    • US20110061493A1
    • 2011-03-17
    • US12736666
    • 2009-04-28
    • Tim BartlingPeter NissenNadir Zaki
    • Tim BartlingPeter NissenNadir Zaki
    • F16H37/08F16H37/06
    • F16H3/006F16H3/093F16H2003/0822F16H2003/0931F16H2200/0052Y10T74/19065Y10T74/19233
    • The aim of the invention is to be able to make transmissions, in particular dual-clutch transmissions, more stable and compact, especially in respect of a variable moment load. The aim is achieved by a transmission comprising two coaxial transmission input shafts, two countershafts on which gear wheels designed as idlers are rotatably mounted, gear wheels that are arranged in a rotationally fixed and axially successive manner on the two transmission input shafts, are designed as fixed gears, and indirectly or directly mesh with the idlers and thus define different gears, coupling devices which are mounted in a rotationally fixed and axially movable manner on the two countershafts and are to be axially moved by means of adjusting mechanisms in order to connect one respective idler in a rotationally fixed manner to the respective countershaft, and one respective output gear which is mounted on the two countershafts and meshes with teeth of an output member. A reverse gear is defined by an intermediate shaft on which a fixed intermediate shaft gear that immediately meshes with one of the idlers as well as a second fixed intermediate shaft gear that immediately meshes with one of the fixed gears defining the first gear are arranged in a rotationally fixed manner. In the axial sequence of gears, the fixed gear defining the first gear and the reverse gear is arranged on the axially outer side.
    • 本发明的目的是能够使变速器,特别是双离合器变速器更加稳定和紧凑,特别是在可变力矩载荷方面。 目的是通过包括两个同轴传动输入轴的传动装置实现的,两个中间轴被设计为可转动地安装的惰轮的齿轮,在两个变速器输入轴上以旋转固定和轴向连续方式布置的齿轮被设计为 固定的齿轮,并间接地或直接与惰轮啮合,从而限定不同的齿轮,联接装置以可旋转地固定和可轴向移动的方式安装在两个中间轴上,并且通过调节机构被轴向移动,以便连接一个 相应的惰轮以相对于中间轴的旋转固定方式,以及安装在两个中间轴上并与输出构件的齿啮合的一个相应的输出齿轮。 倒档由中间轴限定,在该中间轴上立即与一个惰轮啮合的固定中间轴齿轮以及与限定第一齿轮的固定齿轮中的一个立即啮合的第二固定中间轴齿轮布置在 旋转固定方式。 在齿轮的轴向顺序中,限定第一齿轮和倒档的固定齿轮布置在轴向外侧。
    • 59. 发明授权
    • Automatic biaxial sun tracking mechanism for solar energy utilization
devices
    • 太阳能利用装置自动双轴太阳跟踪机构
    • US4195905A
    • 1980-04-01
    • US889215
    • 1978-03-23
    • Paul A. Hansen
    • Paul A. Hansen
    • F24J2/54G02B7/18F16H25/16
    • F24J2/542F24J2002/5462F24J2002/5472Y02E10/47Y10T74/1828Y10T74/18304Y10T74/19065
    • The instant invention is an automatic biaxial sun tracking mechanism for use with solar energy utilization devices. Said devices are mounted on said invention, said devices forming no specific part of said invention. The invention is comprised of three principal parts: (1) a polar shaft, (2) a declination disk, and (3) a mount structure for positioning and supporting said solar energy utilization devices. Operation of the invention is as follows: Said declination disk, which is rotatably connected to said polar shaft, causes said mount structure, which is pivotly connected to said polar shaft and also has moving contact with said declination disk, to move in its proper declination course while said mount structure simultaneously moves in its proper right ascension course about the longitudinal axis of said polar shaft. The invention may incorporate compensating means to improve tracking accuracy. Proper operating movements are provided by suitable gearing and drive mechanisms. Said mount structure for positioning and supporting said solar energy utilization devices has three principal configurations in order to provide adequate options for receiver target location, said receiver target location being either integral with said solar energy utilization device (moving target) or external to said solar energy utilization device (stationary target).
    • 本发明是一种与太阳能利用装置一起使用的自动双轴太阳跟踪机构。 所述装置安装在所述发明上,所述装置不构成所述发明的具体部分。 本发明包括三个主要部分:(1)极轴,(2)偏斜盘,(3)用于定位和支撑所述太阳能利用装置的安装结构。 本发明的操作如下:可旋转地连接到所述极轴的所述倾斜盘使所述安装结构枢转地连接到所述极轴并且还具有与所述偏角盘的移动接触,以适当的偏角移动 当所述安装结构同时沿着所述极轴的纵向轴线适当地正确升高时移动。 本发明可以包括用于提高跟踪精度的补偿装置。 正确的操作运动由合适的齿轮和驱动机构提供。 用于定位和支撑所述太阳能利用装置的所述安装结构具有三个主要构造,以便为接收器目标位置提供足够的选择,所述接收器目标位置与所述太阳能利用装置(移动目标)成一体,或者与所述太阳能的外部 利用装置(固定目标)。