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    • 1. 发明申请
    • Crawler tractor
    • 履带式拖拉机
    • US20080185211A1
    • 2008-08-07
    • US12006902
    • 2008-01-07
    • Susumu AkashimaMasakazu Komatsu
    • Susumu AkashimaMasakazu Komatsu
    • B60K17/10
    • B62D25/10B60K15/063B60Y2200/25B62D11/183B62D33/0625B62D49/065B62D55/06
    • A crawler tractor comprises steering mechanisms (44) (45) for rotating a machine body by causing right and left crawler belts (9) to move differentially. The tractor is characterized in that the steering mechanism (44) is connected to a drive system located behind a reverser mechanism (21) that moves the machine body forward and back. Even when the machine body movement direction is changed from forward to back, the direction of the steering wheel (18) and the direction of the rotation of the machine body are kept the same, so that a reversed steering phenomenon is prevented from occurring, and an appropriate operation in forward or back movement is enabled with a simple structure that does not require an additional mechanism such as a reverse-steering preventions mechanism.
    • 履带式拖拉机包括转向机构(44)(45),用于通过使左右履带(9)有差别地移动来转动机体。 拖拉机的特征在于,转向机构(44)连接到位于逆向机构(21)后面的驱动系统,该反向器机构使机体向前和向后移动。 即使当机体运动方向从前向后变化时,方向盘(18)的方向和机体的旋转方向保持相同,从而防止发生反转的转向现象,并且 通过不需要诸如反向转向防止机构的附加机构的简单结构来实现向前或向后运动中的适当操作。
    • 4. 发明授权
    • Traveling vehicle
    • 旅行车
    • US07273126B2
    • 2007-09-25
    • US10509653
    • 2003-03-20
    • Yuji InoueKenshirou KanouKatsumi Fujiki
    • Yuji InoueKenshirou KanouKatsumi Fujiki
    • B60K17/00
    • B60K17/28B60K17/105B62D11/10B62D11/18Y10T74/19149
    • A traveling vehicle, wherein a power transmission system for traveling straight forward, a power transmission system for turning, a power transmission system for PTO, and a power transmission system for driving a pump are disposed in a transmission part integrally with each other and a transmission device for traveling straight forward and a continuously variable transmission device for turning are interlockingly installed in the transmission part continuously with each other in a parallel state, whereby the transmission systems can be compactly disposed in the transmission part, and all of the power transmission system for traveling straight forward, the power transmission system for turning, the power transmission system for PTO, and the power transmission system for driving the pump can be easily assembled by merely installing the transmission part on a body frame.
    • 一种行驶车辆,其中直接行进的动力传递系统,用于转动的动力传递系统,用于PTO的动力传递系统和用于驱动泵的动力传递系统彼此一体地设置在传动部分中,并且传动 用于向前行进的装置和用于转动的无级变速传动装置以平行状态彼此连续地互锁地安装在传动部分中,由此可将传动系统紧凑地布置在传动部分中,并且所有的传动系统 前进行驶,用于车削的动力传动系统,用于PTO的动力传动系统以及用于驱动泵的动力传递系统可以通过将传动部件安装在车体框架上而容易地组装。
    • 5. 发明授权
    • Running mower
    • 运行割草机
    • US07107744B2
    • 2006-09-19
    • US10497726
    • 2003-03-12
    • Yasuyuki Suhara
    • Yasuyuki Suhara
    • A01D69/00
    • A01D34/76A01D2101/00
    • A running mower of the present invention comprises a traveling body 1 provided, between the front wheels 2 and the rear wheels 3, with a rotary mowing unit 12 which includes a laterally spaced pair of mowing blades 16a, 16b. The traveling body is also provided with an outlet duct 26 extending backward from between the mowing blades past a position between the rear wheels for discharging grass mown by the mowing blades. The rotary mowing unit 12 is provided with a forwardly extending mower input shaft 22 disposed offset from the center of the mowing blades toward one mowing blade 16b by an appropriate amount L1. A front part of the traveling body 1 is provided with an engine 4 whose power is transmitted to the input shaft via a mower transmission shaft 23 having a respective end provided with a universal joint 23a, 23b. As a result, the power transmission from the engine to the rotary mowing unit is simplified while the mown grass is disposed smoothly from the outlet duct 26.
    • 本发明的跑步机包括在前轮2和后轮3之间设置有旋转割草单元12的行进体1,旋转割草单元12包括横向间隔开的一对割草叶片16a,16b。 行进体还设置有从割草叶片之间的后方延伸通过后轮之间的位置,用于通过割草刀片排出草地的出口管道26。 旋转割草单元12设置有向前延伸的割草机输入轴22,其设置成从割草叶片的中心朝向一个割草叶片16b施加适量L 1。 行进体1的前部设有发动机4,发动机4通过具有万向接头23a,23b的各端的割草机传动轴23传递给输入轴。 结果,简化了从发动机到旋转割草机的动力传递,同时将草地从出口导管26平滑地设置。
    • 7. 发明授权
    • Transplanter
    • 插秧机
    • US5842306A
    • 1998-12-01
    • US559372
    • 1995-11-16
    • Takashi OnosakaKenji OkunoKiyoshi UchidaSetsuo BunoHisaya Yamada
    • Takashi OnosakaKenji OkunoKiyoshi UchidaSetsuo BunoHisaya Yamada
    • A01G9/08A01G9/10A01C11/02B65G47/90
    • A01G9/086A01C11/025
    • A transplanter(10) for transplanting a plug seedling(G) grown in each cell(14a) of a plug seedling tray(14) to a certain size to a transplanted seedling tray(15) or a pot comprising a plug seedling carrying means(12) for carrying the plug seedling tray(14), a transplanted seedling carrying means(13) spaced at a certain distance from the plug seedling carrying means(12) for carrying the transplanted seedling tray(15) or the pot, a seedling transfer mechanism(30) disposed across the plug seedling carrying means(12) and the transplanted seedling carrying means(13) for transferring the plug seedling from the position above the plug seedling tray(14) to the position above the transplanted seedling tray(15), the seedling transfer mechanism(30) including an endless chain or belt(35) passing above the plug seedling carrying means(12) and the transplanted seedling carrying means(13) and circulating in a plane made at a certain angle with respect to a horizontal plane, the endless chain or belt(35) being provided at its outer peripheral surface with receptacles(36) for containing plug seedlings(G) to be spaced at a predetermined distance with respect to each other, a seedling picking-out mechanism(50) for picking out the plug seedling(G) from the cell(14a) of the plug seedling tray(14) and introducing it into one of the receptacles(36) of the seedling transfer mechanism(30), and a seedling planting mechanism(90) for picking out the plug seedling(G) from the receptacle(36) and planting it in the cell(15a) of the transplanted seedling tray(15) or the pot. The thus constituted transplanter becomes compact, and the transplanting operation can be carried out rapidly.
    • 一种移植器(10),用于将生长在塞子幼苗托盘(14)的每个细胞(14a)中的塞苗(G)移植到移植的幼苗托盘(15)或包含插入幼苗携带装置( 12),用于携带插塞幼苗托盘(14)的移植苗移植装置(13),其间隔一定距离,用于携带移植的幼苗托盘(15)或盆中的插苗移栽装置(12),苗移植 移植苗移动装置(12)和移植苗运送装置(13)的机构(30),用于将插头幼苗从插塞幼苗托盘(14)上方的位置转移到移植的幼苗托盘(15)上方的位置, ,所述幼苗转移机构(30)包括通过所述插塞幼苗携带装置(12)上方的环形链条或带(35)和所述移植的幼苗携带装置(13),并且在相对于 水平面,环形链条或皮带( 35)在其外周表面上设置有用于容纳彼此间隔预定距离的插塞幼苗(G)的插座(36),用于挑选插塞幼苗的秧苗取出机构(50) (14)的细胞(14a)中并将其引入到幼苗转移机构(30)的一个容器(36)中,以及用于挑选芽苗的幼苗种植机构(90) (G)并将其种植在移植的幼苗盘(15)或罐中的细胞(15a)中。 这样构成的移植体变得紧凑,并且可以快速地进行移植操作。
    • 9. 发明授权
    • Crawler tractor
    • 履带式拖拉机
    • US07484579B2
    • 2009-02-03
    • US12006902
    • 2008-01-07
    • Susumu AkashimaMasakazu Komatsu
    • Susumu AkashimaMasakazu Komatsu
    • B62D11/02
    • B62D25/10B60K15/063B60Y2200/25B62D11/183B62D33/0625B62D49/065B62D55/06
    • A crawler tractor comprises steering mechanisms (44) (45) for rotating a machine body by causing right and left crawler belts (9) to move differentially. The tractor is characterized in that the steering mechanism (44) is connected to a drive system located behind a reverser mechanism (21) that moves the machine body forward and back. Even when the machine body movement direction is changed from forward to back, the direction of the steering wheel (18) and the direction of the rotation of the machine body are kept the same, so that a reversed steering phenomenon is prevented from occurring, and an appropriate operation in forward or back movement is enabled with a simple structure that does not require an additional mechanism such as a reverse-steering preventions mechanism.
    • 履带式拖拉机包括转向机构(44)(45),用于通过使左右履带(9)有差别地移动来转动机体。 拖拉机的特征在于,转向机构(44)连接到位于逆向机构(21)后面的驱动系统,该反向器机构使机体向前和向后移动。 即使当机体运动方向从前向后变化时,方向盘(18)的方向和机体的旋转方向保持相同,从而防止发生反转的转向现象,并且 通过不需要诸如反向转向防止机构的附加机构的简单结构来实现向前或向后运动中的适当操作。