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    • 2. 发明授权
    • Outboard motor
    • 舷外马达
    • US06302749B1
    • 2001-10-16
    • US09232471
    • 1999-01-15
    • Hiroki TawaNobuo Haga
    • Hiroki TawaNobuo Haga
    • B63H2032
    • F02M35/167F01P1/06F01P5/02F01P5/06F01P2001/005F01P2050/08F01P2050/30F01P2060/185F02B61/045F02B75/20F02B2075/027F02B2075/1816F02B2275/20F02M35/10013F02M35/10249F02M35/10262F02M35/112Y02T10/146
    • An outboard motor has a first case member and a second case member connected to the first case member to form an enclosure having an inner space in which is mounted an engine. The first case member has an air intake hole for taking air into the inner space and a vent hole for exhausting the air after it circulates in the inner space to cool the interior of the inner space. An alternator is disposed in the inner space of the enclosure and has a hollow casing, air passage holes formed in the hollow casing, and cooling fans for drawing air from the air passage holes into the hollow casing to cool the alternator. A cover member is disposed in the inner space of the enclosure and covers at least a portion of the alternator. The cover member has a vent hole communicating with the vent hole of the first case member, an upper wall, a side wall extending from the upper wall and surrounding the portion of the alternator, and air passage holes formed in the side wall for introducing air therethrough into the cover member and through the air passage holes of the alternator hollow casing to cool the alternator before the air is discharged from the vent hole of the cover member. An electric equipment box is disposed in the engine room at a position intermediate the air intake hole of the engine cover and the alternator.
    • 舷外马达具有第一壳体构件和与第一壳体构件连接的第二壳体构件,以形成具有安装有发动机的内部空间的壳体。 第一壳体构件具有用于将空气吸入内部空间的进气孔和用于在空气中循环的空气的排气孔,以冷却内部空间的内部。 交流发电机设置在外壳的内部空间中,并且具有中空壳体,形成在中空壳体中的空气通道孔以及用于将空气从空气通道孔吸入中空壳体以冷却交流发电机的冷却风扇。 盖构件设置在外壳的内部空间中并且覆盖交流发电机的至少一部分。 盖构件具有与第一壳体构件的通气孔连通的通气孔,上壁,从上壁延伸并围绕交流发电机的部分的侧壁,以及形成在侧壁中的用于引入空气的空气通过孔 在空气从盖构件的通气孔排出之前,通过其进入盖构件并穿过交流发电机中空壳体的空气通道孔,以冷却交流发电机。 在发动机室内,在发动机盖和交流发电机的进气孔的中间位置配置有电气设备箱。
    • 3. 发明授权
    • Elevating apparatus for a working apparatus
    • 一种工作装置的升降装置
    • US4730542A
    • 1988-03-15
    • US880810
    • 1986-07-01
    • Kiyotomi MaesakaNobuo OnoderaSatoshi MatsuzawaNobuo HagaYasuo Sugimoto
    • Kiyotomi MaesakaNobuo OnoderaSatoshi MatsuzawaNobuo HagaYasuo Sugimoto
    • B62D49/02F15B9/10
    • B62D49/02
    • An elevating apparatus for a working vehicle includes separate front lifting and rear lifting mechanisms that can be elevated by hydraulic cylinders, a feedback rod arranged between a link arm of one of the lifting mechanisms and a hydraulic pressure control apparatus for controlling the hydraulic cylinders. A change-over lever selects the front lifting mechanism or the rear lifting mechanism, and an elevating lever controls elevation of the lifting mechanisms. When one of the lifting mechanisms is selected and elevated by operation of the change-over lever, the elevating lever is operated normally without causing abutment between an adjuster member attached to the feedback rod that is interactive with the elevating lever, and an interactive member of the elevating lever. A return mechanism between the change-over lever and the elevating lever enables the elevating lever to be returned to the neutral position when selecting one of the front and rear lifting mechanisms. By suitably changing the attached position of a feedback rod with respect to a hydraulic pressure control apparatus, a change-over lever can be attached dismountably to the hydraulic pressure control apparatus, and only one of the hydraulic cylinders can be operated, or both the hydraulic cylinders can be operated alternatively.
    • 用于作业车辆的升降装置包括可由液压缸升高的单独的前提升和后升降机构,设置在一个提升机构的连杆臂之间的反馈杆和用于控制液压缸的液压控制装置。 换档杆选择前提升机构或后提升机构,升降杆控制升降机构的升降。 当通过转换杆的操作来选择提升机构中的一个并升高时,升降杆操作正常,而不会使附接到与提升杆相互作用的反馈杆的调节器构件相邻, 升降杆。 当选择前后提升机构中的一个时,转换杆和升降杆之间的返回机构使得升降杆能够返回中立位置。 通过适当地改变反馈杆相对于液压控制装置的安装位置,转换杆可以可拆卸地附接到液压控制装置,并且只有一个液压缸可以操作,或者两个液压 气缸可以交替操作。
    • 5. 发明授权
    • Outboard engine
    • 舷外发动机
    • US06488552B2
    • 2002-12-03
    • US09751359
    • 2000-12-28
    • Kunihiro KitsuHideki NemotoNobuo Haga
    • Kunihiro KitsuHideki NemotoNobuo Haga
    • B63H2136
    • F02B61/045
    • An outboard engine comprises: a power unit including a body structure, an engine (10) disposed in an upper portion of the body structure, a propeller shaft (25) supported for rotation on a lower portion of the body structure so as to be driven by the engine (10), and a cowling (5) detachably attached to the body structure so as to cover the engine (10) from above and to defining a part of an engine room (6). A tilt bracket (35) connected to the body structure of the power unit is connected pivotally to a stern bracket (36) clamped to a boat by a tilt shaft (37). The cowling (5) is provided integrally with a tilt handle (80) to be gripped by hand when tilting the power unit, and an air inlet structure (70) through which air is introduced into the engine room (6).
    • 舷外发动机包括:动力单元,包括主体结构,设置在主体结构的上部的发动机(10),被支撑为在主体结构的下部旋转以便被驱动的传动轴(25) 通过发动机(10)和可拆卸地附接到主体结构的罩(5),以从上方覆盖发动机(10)并限定发动机室(6)的一部分。 连接到动力单元的主体结构的倾斜支架(35)通过倾斜轴(37)枢转地连接到由船只夹紧的船尾支架(36)。 整流罩(5)与倾斜手柄(80)一体地设置,以在倾斜动力单元时由手抓住;以及空气入口结构(70),空气通过空气引入到发动机室(6)中。