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    • 1. 发明申请
    • BOOM FOR CONSTRUCTION MACHINE
    • 建筑机械
    • US20140056677A1
    • 2014-02-27
    • US13994821
    • 2011-04-20
    • Takeshi TakahashiAtsushi HamadaTakayuki ShimodairaHikaru YamamotoMakoto Sugaya
    • Takeshi TakahashiAtsushi HamadaTakayuki ShimodairaHikaru YamamotoMakoto Sugaya
    • E02F3/38
    • E02F3/38
    • In left and right web plates (12) of a boom (11), first to fifth web materials (12A to 12E) are joined at edge portions in a front-rear direction along welding lines (13A to 13D). In an upper flange plate (14), a rear upper flange material (14A), a front upper flange material (14B), and a middle upper flange material (14C) are joined at edge portions in a front-rear direction along welding lines (15A, 15B). Ina lower flange plate (16), first to sixth lower flange materials (16A to 16F) are joined at edge portions in a front-rear direction along welding lines (17A to 17E). The welding lines (13A to 13D) of the left and right web plates (12) are disposed in positions that are different from those of the welding lines (15A, 15B) of the upper flange plate (14) and the welding lines (17A to 17E) of the lower flange plate (16) in a front-rear direction. This makes it possible to reduce the entire weight and thereby achieve reduction in weight while ensuring bending strength, torsional strength, and the like of the boom (11).
    • 在悬臂(11)的左右腹板(12)中,第一至第五腹板材料(12A至12E)沿着焊接线(13A至13D)沿前后方向的边缘部分接合。 在上法兰板(14)中,沿着焊接线的前后方向的边缘部分接合有后上凸缘材料(14A),前上凸缘材料(14B)和中上凸缘材料(14C) (15A,15B)。 下凸缘板(16),第一至第六下凸缘材料(16A至16F)沿焊接线(17A至17E)沿前后方向的边缘部分接合。 左和右腹板(12)的焊接线(13A〜13D)配置在与上部法兰板(14)的焊接线(15A,15B)和焊接线(17A)的位置不同的位置 至17E)的前后方向。 由此,能够减轻整体重量,能够实现起重臂(11)的弯曲强度,扭转强度等的减轻。
    • 2. 发明申请
    • ARM FOR CONSTRUCTION MACHINE
    • 建筑机械用臂
    • US20130343854A1
    • 2013-12-26
    • US14003352
    • 2012-05-16
    • Makoto SugayaTakeshi TakahashiTakayuki Shimodaira
    • Makoto SugayaTakeshi TakahashiTakayuki Shimodaira
    • E02F3/38
    • E02F3/38
    • An arm (11) of a hydraulic excavator (1) is formed as a box-shaped structural body surrounded by left and right side plates (12, 13), an upper plate (14), a lower plate (15), and a thick rear plate (16). An upper end (16A) of the thick rear plate (16) is protruded upward from an outer surface (14A3) of the upper plate (14). Upper ends (22B) of a pair of arm cylinder brackets (22) joined to an outer surface (16C) of the thick rear plate (16) are arranged higher than the outer surface (14A3) of the rear thick upper plate (14A) and lower than the upper end (16A) of the thick rear plate (16). As a result, in each of the arm cylinder brackets (22), a joint area with the thick rear plate (16) can be ensured large, and joint strength can be improved.
    • 液压挖掘机(1)的臂(11)形成为由左右侧板(12,13),上板(14),下板(15)和 厚的后板(16)。 厚后板(16)的上端(16A)从上板(14)的外表面(14A3)向上突出。 与厚后板(16)的外表面(16C)接合的一对臂筒支架(22)的上端(22B)布置成比后厚的上板(14A)的外表面(14A3)高, 并且比厚后板(16)的上端(16A)低。 结果,在各臂支架(22)中,可以确保与厚后板(16)的接合区域大,能够提高接合强度。
    • 4. 发明授权
    • Arm for construction machine
    • 施工机械臂
    • US09255378B2
    • 2016-02-09
    • US14003341
    • 2012-05-16
    • Makoto SugayaTakeshi TakahashiTakayuki Shimodaira
    • Makoto SugayaTakeshi TakahashiTakayuki Shimodaira
    • E02F3/38
    • E02F3/38
    • An arm of a hydraulic excavator is formed as a box-shaped structural body surrounded by left and right side plates, an upper plate joined to each of the upper end sides of each side plate, a lower plate joined to each of the lower end sides of each side plate, and a thick rear plate joined to each of the rear end sides of each side plate and the upper plate. The side plates are formed by joining a rear thick side plate and a front thin side plate. The upper plate is formed by joining two members, that is, a rear thick upper plate and a front thin upper plate, and the lower plate is formed by joining two members, that is, a rear thick lower plate and a front thin lower plate.
    • 液压挖掘机的臂形成为由左右侧板围绕的箱状结构体,与各侧板的上端侧连接的上板,与各下端侧连接的下板 并且连接到每个侧板和上板的每个后端侧的厚的后板。 侧板通过连接后厚侧板和前薄侧板而形成。 上板通过连接两个构件,即后厚的上板和前薄的上板形成,并且下板通过将两个构件,即后厚的下板和前薄的下板 。
    • 10. 发明申请
    • Steering system for working truck
    • 工作车转向系统
    • US20050067212A1
    • 2005-03-31
    • US10500656
    • 2003-02-26
    • Tsukasa ToyookaMakoto SugayaMakoto MatsushitaKensuke SatouYuuji Nagashima
    • Tsukasa ToyookaMakoto SugayaMakoto MatsushitaKensuke SatouYuuji Nagashima
    • B62D6/00B62D5/10B62D7/14B62D7/15B66F9/065B66F9/075B62D5/06
    • B62D7/1572B62D7/1509B66F9/0655B66F9/07568
    • One of the mode lamps 38a, 38b and 38c of the mode indicator 38 corresponding to the current steering mode is turned on yellow and the other mode lamps are turned on green or turned off, thereby indicating whether front wheels 1, 1 and rear wheels 2, 2 are at neutral. A controller 39 does not operate a mode changing valve 24 even with an instruction outputted from a mode change switch 35 when the front and rear wheels are not at neutral, and operates, in response to an instruction outputted from the mode change switch 35, the mode changing valve 24 to establish a steering mode corresponding to the instruction when the front and rear wheels are at neutral. Also, the mode indicator 38 is controlled to always indicate, as the current steering mode, one corresponding to the steering mode actually established by the mode changing valve 24. With those features, in a working vehicle in which the mode of steering front and rear wheels can be changed over between two-wheel steering and four-wheel steering, a steering system having superior operability and high reliability can be provided.
    • 对应于当前转向模式的模式指示器38的模式灯38a,38b和38c中的一个被打开为黄色,其他模式灯被打开为绿色或关闭,从而指示前轮1,1和后轮2 ,2是中立的。 即使当前轮和后轮不处于空档时,即使从模式切换开关35输出的指令,控制器39也不操作模式切换阀24,并且响应于从模式切换开关35输出的指令而操作模式切换阀24, 模式切换阀24,以在前轮和后轮处于空档时建立与指令对应的转向模式。 此外,模式指示器38被控制为总是指示与当前转向模式相对应的模式切换阀24实际建立的转向模式。通过这些特征,在其中转向前后方向 可以在两轮转向和四轮转向之间切换车轮,可以提供具有优异的可操作性和高可靠性的转向系统。