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    • 1. 发明授权
    • Undercarriage of a crawler-type vehicle
    • 履带式车辆的底盘系统
    • US06607256B2
    • 2003-08-19
    • US09780353
    • 2001-02-12
    • Tsuyoshi YoshidaKazuyuki OnoharaTaira Ozaki
    • Tsuyoshi YoshidaKazuyuki OnoharaTaira Ozaki
    • B62D5514
    • B62D55/14B62D55/08
    • A crawler-type vehicle undercarriage including a track frame, an idler, a sprocket, a crawler encompassing the idler, track rollers, and the sprocket and the idler, the sprocket and the track frame located to line up in a straight line comprising the crawler-type vehicle undercarriage comprising (i) an idler avoided from pivoting upwardly or downwardly relative to the track frame, (ii) a first arm pivotally mounted at the bottom of the track frame, and (iii) a second arm pivotally connected to end portion of the first arm. The track roller unit adjacent the sprocket is preferably pivoted about a pivot center of the first arm positioned at the bottom of the track frame and toward the idler relative to a pivot center of the second arm. The track roller travel improves a flexibility of the track roller to the crawler, and work in a high tractive force is carried out with the track rollers providing unchangeable real contact areas to the ground.
    • 一种履带式车辆底架,包括履带架,惰轮,链轮,包围惰轮的履带,履带轮以及链轮和惰轮,链轮和履带架,其被定位成包括履带的直线 型车辆底架,包括(i)避免相对于履带架向上或向下枢转的惰轮,(ii)枢转地安装在履带架底部的第一臂,以及(iii)可枢转地连接到履带架的端部的第二臂 的第一臂。 邻近链轮的履带辊单元优选地围绕位于履带架的底部处的第一臂的枢转中心相对于第二臂的枢转中心朝向惰轮枢转。 履带轮行程提高了履带轮对履带的灵活性,并且以较高的牵引力进行工作,跟踪辊向地面提供不变的实际接触面积。
    • 2. 发明授权
    • Track frame connecting structure of a heavy work vehicle
    • 重型车辆的履带架连接结构
    • US06378635B1
    • 2002-04-30
    • US09589131
    • 2000-06-08
    • Tsuyoshi YoshidaTaira Ozaki
    • Tsuyoshi YoshidaTaira Ozaki
    • B62D5506
    • B62D55/0842
    • The present invention provides a track frame connecting structure of a heavy work vehicle that can minimize the amount of up and down movement of the ends of an equalizer bar, so as to make track frames have a sufficiently wide range of straight-line motion for a heavy work vehicle like a tractor. In the track frame connecting structure of a working vehicle in which an equalizer bar which is pivotally mounted on a body is connected to connecting links, the connecting links and the track frames are connected with each other, the connecting links and limiting links are connected with each other, and the links and the body are connected with each other. In addition, the ratio of the distance between an axis S1 of the connecting link 110 and an axis L of the limiting links 120 to the distance between an axis P1 of the equalizer bar 3a and an axis K of the center pin 2 is set substantially equal to the ratio of the distance between an axis Q1 of the connecting link 110 and the axis P1 of the equalizer bar 3a to the distance between the axis of the connecting link Q1 and the axis S1 of the connecting link. The axes Q1, P1, S1 are arranged on a straight line, and the straight line which connects the axes Q1, P1, S1 is set substantially parallel to a body vertical center XX of the body.
    • 本发明提供一种重型作业车辆的轨道框架连接结构,其能够最小化均衡杆的端部的上下移动量,以便使轨道框具有足够宽的直线运动范围,用于 重型工作车如拖拉机。 在工作车辆的轨道框架连接结构中,其中枢转地安装在主体上的均衡杆连接到连接链路,连接链路和履带框架彼此连接,连接链路和限制链路与 彼此之间,链接和身体相互连接。 此外,将连接连杆110的轴线S1与限制连杆120的轴线L之间的距离与均衡棒3a的轴线P1与中心销钉2的轴线K之间的距离的比率基本上设定 等于连接连杆110的轴线Q1与均衡棒3a的轴线P1之间的距离与连接链节Q1的轴线与连接链节的轴线S1之间的距离的比值。 轴线Q1,P1,S1配置在直线上,将连接轴线Q1,P1,S1的直线设置为与主体的身体垂直中心XX大致平行。
    • 5. 发明申请
    • BULLZOZER
    • US20140292033A1
    • 2014-10-02
    • US14110006
    • 2013-03-29
    • Hiroshi NakagamiTaira OzakiAkihito Ounishi
    • Hiroshi NakagamiTaira OzakiAkihito Ounishi
    • E02F9/08E02F9/16
    • E02F9/0891E02F9/0866E02F9/16E02F9/163F01N13/1805
    • A bulldozer includes a cab and an engine hood. The cab has a foremost surface, and left and right front surfaces. The engine hood has an upper surface, left and right side surfaces, and flat first, second and third inclined surfaces. The first and second inclined surfaces contact the rear side of the upper surface and rear sides of the left and right side surfaces, and are inclined more obliquely to the right rear and left rear than the left and right side surfaces, respectively. The first, second and third inclined surfaces are inclined to face downward to the rear. The third inclined surface contacts the first and second inclined surfaces, and the upper surface. A window attached to the foremost surface is arranged in a vertical direction above first and second sides closest to the foremost surface out of sides constituting the first and second inclined surfaces, respectively.
    • 推土机包括驾驶室和发动机罩。 驾驶室具有最前面,左右前表面。 发动机罩具有上表面,左右侧表面和平坦的第一,第二和第三倾斜表面。 第一倾斜面和第二倾斜面接触左右侧面的上表面和后侧的后侧,并且分别比左侧和右侧更倾斜地向右后和左后倾斜。 第一,第二和第三倾斜表面向下倾斜向后倾斜。 第三倾斜面接触第一和第二倾斜表面和上表面。 在最靠近构成第一倾斜面和第二倾斜面的侧面最靠近最前面的第一侧和第二侧上方的垂直方向上分别设置有安装在最前面的窗口。