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    • 2. 发明授权
    • Self-propelled working machine
    • 自走式工作机
    • US07112032B2
    • 2006-09-26
    • US10518509
    • 2003-12-18
    • Osamu Gokita
    • Osamu Gokita
    • B66C23/00
    • E02F9/24B66F9/0655B66F9/12E02F3/286
    • Protective projections (26D) which are provided on cylinder mounting brackets (26) of a cargo handling tool (21) are arranged to project toward a vehicle body (2) from behind the cargo handling tool (21). When the vehicle body (2) is driven in reverse direction with a boom (12) in a folded position on the side of the ground, the protective projections (26D) are collided against obstacles (A) on the ground prior to a rod (27C) of a fork cylinder (27) if the lower side (2A) of the vehicle body (2) has passed over and clear of the obstacles (A). Thus, the protective projections (26D) function to protect the fork cylinder rod (27C) of the fork cylinder (27) against direct collision against obstacles (A) on the ground.
    • 设置在货物处理工具(21)的气缸安装支架(26)上的保护突起(26D)布置成从货物处理工具(21)的后面朝向车体(2)突出。 当车体(2)以悬臂(12)在地面侧面处于折叠位置的相反方向驱动时,保护突起(26D)在杆之前与地面上的障碍物(A)碰撞 (2)的下侧(2A)已经越过并且从障碍物(A)中排出的叉形缸(27)的内部(27C)。 因此,保护​​突起(26D)用于保护叉形缸(27)的叉筒杆(27C)不会与地面上的障碍物(A)直接碰撞。
    • 9. 发明申请
    • Self-propelled working machine
    • 自走式工作机
    • US20060263191A1
    • 2006-11-23
    • US10547331
    • 2004-07-23
    • Osamu GokitaYoshio Namai
    • Osamu GokitaYoshio Namai
    • B66C23/00
    • B66F9/0655B66F9/147
    • A tool repositioning mechanism (20) is provided between a fore end of a telescopic boom (12) and a cargo handling tool (35). The tool repositioning mechanism (20) is constituted by a head member (21), swing arm (25), swing cylinder (29), tool mount member (30) and a link (34). As a swing cylinder (29) is expanded or contracted, the cargo handling tool (35) is shifted to the right or to the left of the telescopic boom (12) through the tool repositioning mechanism (20). Accordingly, even if a spot of a lifted cargo on the cargo handling tool (35) is deviated from a cargo unloading spot in a lateral direction, the position of the lifted cargo can be adjusted easily by the tool repositioning mechanism (20) to unload the cargo accurately on a specified spot.
    • 在伸缩式起重臂(12)的前端和货物装卸工具(35)之间设置有工具重新定位机构(20)。 工具重新定位机构(20)由头部构件(21),摆臂(25),摆动缸(29),工具安装构件(30)和连杆(34)构成。 当摆动缸(29)膨胀或收缩时,货物搬运工具(35)通过工具重新定位机构(20)移动到伸缩臂(12)的右侧或左侧。 因此,即使货物处理工具(35)上的提升货物的位置从横向方向偏离货物卸载点,也可以通过工具重新定位机构(20)容易地调整提升货物的位置,以卸载 货物准确地在指定的地点。
    • 10. 发明申请
    • Self-propelled working machine
    • 自走式工作机
    • US20050008468A1
    • 2005-01-13
    • US10496972
    • 2003-03-18
    • Makoto SugayaTsukasa ToyookaMasashi NakanishiOsamu Gokita
    • Makoto SugayaTsukasa ToyookaMasashi NakanishiOsamu Gokita
    • B66C23/80B66F9/065E02F9/08B66F9/00
    • B66F9/07559B66C23/80B66F9/0655E02F9/085
    • A vehicular body oscillating mechanism (31) is provided between a frame (3) of an automotive vehicular body (2) and a stabilizer (18) thereby to sway the vehicular body (2) arcuately in a rightward and/or leftward direction about a pivot point (A) between right and left rear wheels (6, 7) when the stabilizer (18) is set on the ground for a load handling operation. This means that, after the stabilizer (18) is set on the ground for a load handling operation, the vehicular body (2) can be swayed arcuately laterally in a rightward and/or leftward direction together with a load lifting mechanism (12). Therefore, at the time of a load handling operation with the stabilizer (18) set on the ground for stabilization of the vehicular body (2), it is possible to turn and move the load lifting mechanism (12) into a rightward or leftward direction to adjust the position or direction of lifted freight goods in case it is deviated from a specified unloading spot in a lateral direction. Namely, in a load handling operation, the load lifting mechanism (12) can be adjusted in a lateral direction to dump lifted freight goods exactly on a specified unloading spot.
    • 车体摆动机构(31)设置在机动车车体(2)的框架(3)与稳定器(18)之间,从而绕着车体(2)向左和向左 当将稳定器(18)设置在地面上进行负载处理操作时,左右后轮(6,7)之间的枢转点(A)。 这意味着,在将稳定器(18)设置在地面上进行负载处理操作之后,车体(2)可与负载提升机构(12)一起在向右和/或向左方向上横向摆动。 因此,在使稳定器(18)设置在地面上以使车体(2)稳定的负载处理操作时,能够使负载提升机构(12)向右方向 调整提升的货物的位置或方向,以防其在横向方向偏离指定的卸载点。 即,在负载处理动作中,负荷提升机构(12)能够在横向上进行调整,以将提升的货物正好在指定的卸载点上倾倒。