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    • 62. 发明公开
    • Aufhängung einer Starrachse in einem Fahrzeug
    • 在车辆刚性轴的悬浮液
    • EP1447247A3
    • 2006-05-24
    • EP04002500.9
    • 2004-02-05
    • MAN Nutzfahrzeuge Österreich AG
    • Keppel, ManfredMekina, Markus
    • B60G11/27B60G9/00
    • B60G11/27B60G9/003B60G2200/31B60G2200/44B60G2202/152
    • Die Erfindung betrifft ein Fahrgestell eines Nutzfahrzeugs, insbesondere Lastkraftwagen, und dort eine spezielle Art von Konstruktion, Federung und Aufhängung der Vorderachse. Diese kennzeichnet sich durch folgende Merkmale:

      a) die Vorderachse (3) ist nach Art einer Verbundlenkerachse ausgebildet, bei der zwei Multifunktions-Längslenker (5, 6) weit voneinander beabstandet jeweils oben am Starrachskörper (4) aufgesetzt und fest mit diesem verbunden sind,
      b) der U-förmige Querträger (13) bildet zusätzlich zu seiner Funktion als Anlenkorgan für den Panhardstab (11) mit seinen beiden entsprechend ausgebildeten oberen Schenkelenden (13/7, 13/8) das rahmenseitige Anschlussorgan für die beiden Stoßdämpfer (9, 10),
      c) die an ihren freien Enden in längsträgerfesten Lagerböcken (14, 15) gelagerten Multifunktions-Längslenker (5, 6) bilden jeweils das achsseitige Abstütz- und Anschlussorgan für die Luftfeder (7, 8), den Stoßdämpfer (9, 10) und einen von oben gesehen etwa U-förmigen Stabilisator (12), der über unten an den freien Enden seiner U-Schenkel (12/1, 12/2) und oben mittelbar (16, 17) an den Längsträgern (1, 2) angelenkte Haltestäbe (18, 19) am Rahmen (1, 2) abgestützt ist, und
      d) einer der beiden Multifunktions-Längslenker (5, 6) bildet außerdem das achsseitige Anlenkorgan für den Panhardstab (11).
    • 63. 发明公开
    • Load lift mechanism for a vehicle
    • Hubeinrichtung einer Lastaufnahmevorrichtungfürein Fahrzeug
    • EP1640209A1
    • 2006-03-29
    • EP05076975.1
    • 2005-08-29
    • Renders S.A.
    • Renders, Franciscus Augustinus
    • B60P1/52B60P1/02B62D61/12
    • B60P1/52B60G9/00B60G2200/31B60G2204/421B60G2204/47B60G2300/042B60G2300/40B60P1/027B62D61/125
    • Vehicle part for freight traffic which consists of a chassis (2) which is provided with one or several shafts (3) with wheels (4), which shafts (3) are each provided on at least one supporting arm (6) which is hinge-mounted to the chassis (2) with one far end (7) and which works in conjunction with an adjustable suspension (10) of the chassis (2), which has a loading floor (5), with its other far end (9), characterised in that the chassis (2) is provided with lifting means (11) which mainly consist of one or several rods (15) which are provided in a movable manner in vertical passages (16) in the chassis (2) and of a lever (12), with two arms (13, 14), which are hinge-mounted to the chassis (2), whereby one arm (13) can work in conjunction with the above-mentioned supporting arm (6), whereas the other arm (14) can work in conjunction with one or several of the above-mentioned rods (15).
    • 用于货运的车辆部件由具有一个或多个具有轮(4)的轴(3)的底盘(2)组成,所述轴(3)各自设置在至少一个支撑臂(6)上,该支撑臂是铰链 - 安装在具有一个远端(7)的底盘(2)上,并且与底盘(2)的可调节悬架(10)一起工作,其具有装载地板(5),其另一远端(9 ),其特征在于,所述底盘(2)设置有提升装置(11),所述升降装置主要由在所述底盘(2)中的竖直通道(16)中以可移动方式设置的一个或多个杆(15)组成,并且 具有两个臂(13,14)的杠杆(12),铰链安装到底盘(2),由此一个臂(13)可以与上述支撑臂(6)结合工作,而 其他臂(14)可以与一个或几个上述杆(15)结合工作。
    • 64. 发明公开
    • Method of welding axle connection device, device so welded
    • SchweissmethodefürAchsverbindung und so hergestellteAchsaufhängung
    • EP1640191A2
    • 2006-03-29
    • EP05023828.6
    • 2001-02-15
    • Hendrickson International Corporation
    • Barlas, Serge A.Brannigan, Michael
    • B60G11/02B60G11/00B60G11/113B60G9/00
    • B60G9/00B60G9/003B60G11/113B60G11/465B60G2200/31B60G2202/112B60G2202/412B60G2204/121B60G2204/148B60G2204/4306B60G2206/30B60G2206/8201
    • A method of welding an axle connection device to an axle housing, said axle connection device having a base that includes first and second base end portions separated by a base waist portion, said first base end portion including a first laterally extending side rim, first and second longitudinally extending edges positioned on opposite sides of said device and first and second corners positioned between and adjoining said first side rim with said first and second longitudinally extending edges, and said second base end portion including a second laterally extending side rim, third and fourth longitudinally extending edges positioned on opposite sides of said device and third and fourth corners positioned between and adjoining said second side rim with said third and fourth longitudinally extending edges, said method comprising the steps of:

      beginning a first weld run at a first weld run beginning point positioned along said first longitudinally extending edge of said first base end portion;
      continuing said first weld run along said first longitudinally extending edge towards said first corner to a first weld run first end point positioned longitudinally inward of said first corner;
      turning said first weld run back onto itself at said first weld run first end point and extending it along said first longitudinally extending edge to said first weld run beginning point to form a first double-pass weld portion for said first weld run;
      continuing said first weld run along said first longitudinally extending edge from said first weld run beginning point, along said base waist portion and along said third longitudinally extending edge of the second base end portion to a first weld run second end point positioned longitudinally inward of said third corner,
      turning said first weld run back onto itself at said first weld run second end point and extending it along said third longitudinally extending edge to a first weld run termination point positioned along said third longitudinally extending edge to form a second double-pass weld portion for said first weld run;
      beginning a second weld run at a second weld run beginning point positioned along one of said second and fourth longitudinally extending edges;
      continuing said second weld run along said one of said second and fourth longitudinally extending edges towards one of said second and fourth corners to a second weld run first end point positioned longitudinally inward of said one of said second and fourth comers;
      turning said second weld run back onto itself at said second weld run first end point and extending it along said one of said second and fourth longitudinally extending edges to said second weld run beginning point to form a first double-pass weld portion for said second weld run;
      continuing said second weld run along said one of said second and fourth longitudinally extending edges from said second weld run beginning point, along said base waist portion and along another of said second and fourth Iongitudinally extending edges to a second weld run second end point positioned longitudinally inward of another of said second and fourth comers; and
      turning said second weld run back onto itself at said second weld run second end point and extending it along said another of said second and fourth longitudinally extending edges to a second weld run termination point positioned along said another of said second and fourth longitudinally extending edges to form a second double-pass weld portion for said second weld run.
    • 一种将车轴连接装置(100)焊接到车轴壳体(102)的表面的方法。 该方法包括沿设备(100)的两个纵向边缘形成两个连续焊接(160,162)。 每个焊缝(160,162)从设备的圆角(140,142)中的一个的纵向内侧开始,优选地位于最靠近轴的主轴端的圆角(140)中的一个。 焊缝(160)形成为使得其朝向该圆角(140)纵向向外延伸到焊接端(166),该焊接端部位于该拐角(140)的纵向内侧。 然后,焊缝(160)自身转回并且沿着装置端部的锥形斜面朝向其腰部(136)纵向向内延伸,以在其端部形成双通焊缝。 焊缝然后沿着装置(100)的相对端(142)的锥形斜面纵向向外延伸穿过腰部(136),直到在该端处于圆角(142)的止挡点处。 在这一点上,焊缝(160)再次自身返回以在其端部形成双通焊缝。 焊接(160)然后终止。 另一个连续焊接(162)沿着装置的相对的纵向边缘以类似的方式制成。 在这种方法下,使用了较少的焊接,并且焊接线不会沿着设备的圆角(140,142)和/或围绕着该设备的圆角(140,142)。 结果,轴壳体(与焊接路径相反)主要吸收任何扭转载荷。