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    • 2. 发明申请
    • Civil Engineering Machine For Spreading Material For Spreading On Soils Or Base Materials
    • 用于扩散土壤或基础材料的土木工程机械
    • US20100202832A1
    • 2010-08-12
    • US12695249
    • 2010-01-28
    • Christoph MenzenbachHeiko BohmeCyrus BarimaniGunter Hahn
    • Christoph MenzenbachHeiko BohmeCyrus BarimaniGunter Hahn
    • E01C23/00E01C19/12
    • E01C19/025E01C19/201E01C21/00E01C2301/50
    • The invention relates to a civil engineering machine for spreading material for spreading on soils or base materials, and in particular to a civil engineering machine for spreading binders for soil or base material stabilization, which has a container (3) for material for spreading to receive the material for spreading and a spreading arrangement (5) having one or more outlet openings for the discharge of the material for spreading. The invention relates in this case both to a civil engineering machine which is intended solely for discharging the binder and to a civil engineering machine, and in particular a stabilizer or recycler, which has a milling or mixing rotor by which, directly after the discharge, the binder can be mixed into the soil or base material which has been milled up. The anti-dust arrangement (7), which is arranged below the outlet openings, is characterized in that there is created below the outlet openings a spreading compartment (8) which is bounded by one or more first anti-dust members (7A, 7B, 7C, 7D) and in that there is created an anti-dust space (9) which is bounded by one or more second anti-dust members (8A, 8B, 8C, 8D). What is achieved in this way is that dust which occurs when the material for spreading is being discharged is first retained in the spreading compartment which is surrounded by the first anti-dust members, thus enabling the dust to settle on the ground. Quite a high proportion of the dust is trapped by this means at an early stage. The dust which is not retained in the spreading compartment is then captured in the anti-dust space which is surrounded by the second anti-dust members.
    • 本发明涉及一种土壤工程机械,用于在土壤或基础材料上铺展材料,特别涉及一种土壤工程机械,用于铺展用于土壤或基底材料稳定的粘合剂,该土壤工程机器具有用于扩展以接收的材料的容器(3) 用于铺展的材料和具有用于排出用于铺展的材料的一个或多个出口的扩散装置(5)。 本发明在这种情况下涉及专门用于排放粘合剂的土木工程机器和涉及土木工程机械的土木工程机械,特别涉及一种具有铣削或混合转子的稳定器或再循环器,该转动器直接在排出之后, 粘合剂可以混合到已被研磨的土壤或基础材料中。 布置在出口开口下方的防尘装置(7)的特征在于,在出口开口下方形成有一个扩展隔间(8),该扩散室由一个或多个第一防尘构件(7A,7B) ,7C,7D),并且产生由一个或多个第二防尘构件(8A,8B,8C,8D)限定的防尘空间(9)。 以这种方式实现的是,当用于铺展的材料被排出时发生的灰尘首先保留在被第一防尘构件包围的铺展隔间中,从而使灰尘能够沉降在地面上。 尘埃的很大比例在早期阶段被这种手段所困扰。 然后将未保留在分散室中的灰尘捕获在被第二防尘构件包围的防尘空间中。
    • 3. 发明申请
    • ROAD-MILLING MACHINE OR MACHINE FOR WORKING DEPOSITS
    • 道路铣床或机床用于工作沉积
    • US20090074510A1
    • 2009-03-19
    • US12203981
    • 2008-09-04
    • Winfried VON SCHONEBECKGunter Hahn
    • Winfried VON SCHONEBECKGunter Hahn
    • E01C23/08
    • E01C19/004E01C23/088
    • The invention relates to a road-milling machine or machine for working deposits, such as deposits of coal, ores, minerals, etc. by surface mining. The machine according to the invention has an arrangement 14 for detecting the path followed by a milled edge 13 of a milled strip, with the arrangement for detecting the path followed by the milled edge having means 14 for measuring the distance between at least one reference point I on the machine and the milled edge. The means 14 for detecting the path followed by the milled edge co-operate with the arrangement 6 for steering the track-laying units 3A, 3B in such a way that the machine follows the path followed by the milled edge. The distance between the at least one reference point on the machine and the milled edge can be set in such a way that milled strips situated alongside one another are exactly aligned relative to one another.
    • 本发明涉及一种用于通过表面开采来工作沉积物的诸如煤,矿石,矿物等沉积物的道路铣床或机器。 根据本发明的机器具有用于检测铣削带的铣削边缘13跟随的路径的装置14,用于检测铣边的路径的装置具有用于测量至少一个参考点之间的距离的装置14 我在机器上和磨边。 用于检测铣削边缘跟随的路径的装置14与用于转向轨道铺设单元3A,3B的装置6配合,使得机器遵循跟随铣削边缘的路径。 机器上的至少一个参考点和铣削边缘之间的距离可以被设置成使得彼此并排的研磨的条带相对于彼此精确对准。
    • 6. 发明授权
    • Shiftable wheel for road milling machine
    • 道路铣床的可转轮
    • US6106073A
    • 2000-08-22
    • US43975
    • 1998-03-31
    • Dieter SimonsGunter Hahn
    • Dieter SimonsGunter Hahn
    • E01C19/00E01C23/08E01C23/088
    • E01C19/00E01C23/088
    • A road construction machine for the treatment of roadways, comprising an automotive wheel frame consisting of a steerable frontal wheel frame axle (6) and two rear support wheels (14, 16) independent from each other, comprising a driver's platform (4), for a driver of the vehicle, arranged in the area of the rear support wheels (14, 16) and on a machine frame (8) supported by the wheel frame, comprising a working means (20) arranged in or on the machine frame (8) and roughly flush with the machine frame (8) on one side, namely the so-called zero extension side (24), comprising a driving motor for the driving power required for driving the driving means (20) and for moving the vehicle, the rear support wheel (16) arranged on the zero extension side being pivotable from an exterior end position (26) projecting beyond the zero extension side (24) to a retracted interior end position (28) where the support wheel (16) does not project beyond the zero extension side, provides that the pivotable support wheel (16) is pivotable from the exterior end position (28) to the interior end position (28) by means of a gear arranged in a horizontal plane.
    • PCT No.PCT / EP97 / 03142 Sec。 371日期1998年3月31日 102(e)1998年3月31日PCT 1997年6月17日PCT公布。 第WO98 / 05822号公报 日期1998年2月12日用于处理道路的道路施工机械,包括由可转向的前轮架轴(6)和彼此独立的两个后支撑轮(14,16)组成的汽车轮架,包括驾驶员平台 (4),其布置在所述后支撑轮(14,16)的区域中以及由所述车架支撑的机架(8)上的车辆驾驶员,所述机架(8)包括布置在所述车架上或上的作业装置(20) 所述机架(8)并且与所述机架(8)在一侧大致齐平,即所谓的零延伸侧(24),包括用于驱动所述驱动装置(20)所需的驱动力的驱动电机和 布置在零延伸侧的后支撑轮(16)可以从突出超过零延伸侧(24)的外端位置(26)枢转到缩回的内端位置(28),其中支撑轮 (16)不超出零延伸范围,提供 可枢转支撑轮(16)可以通过布置在水平面中的齿轮从外端位置(28)枢转到内端位置(28)。
    • 8. 发明申请
    • CHISEL HOLDER, AND CHISEL HOLDER SYSTEM COMPRISING A CHISEL HOLDER AND A BASE PART
    • EL EL HOLD ER。。。。。。。。。。。。。。。。。。。。
    • US20130241265A1
    • 2013-09-19
    • US13991297
    • 2011-12-02
    • Thomas LehnertKarsten BuhrMartin LenzCyrus BarimaniGunter HahnKarl KammererBernhard DiesnerMarkus Roth
    • Thomas LehnertKarsten BuhrMartin LenzCyrus BarimaniGunter HahnKarl KammererBernhard DiesnerMarkus Roth
    • E21C35/18
    • E21C35/18E21C35/19E21C35/1933E21C2035/191
    • A chisel holder comprises a body zone (12) having a chisel receiving opening (18) that is open at least in the direction of a chisel insertion end (14) of the body zone (12), and also comprises a fastening shaft (26) which extends from a supporting end (20) of the body zone (12) and has a longitudinal shaft axis. A fastening member-affecting zone is provided on a first side of the fastening shaft (26), and a supporting zone (78) that has supporting surface regions (88, 90) which are inclined relative to each other and adjoin each other in a transition zone (92) extending in the direction of the longitudinal shaft axis is provided on a second side of the fastening shaft (26), said second side lying opposite the first side relative to the longitudinal shaft axis. Said chisel holder is characterized in that the transition zone (92) is designed like a cavity, or/and at least some sections of at least one supporting surface region (88, 90) project radially outward from a basic outer peripheral surface (94) of the fastening shaft (26) in relation to the longitudinal shaft axis.
    • 凿子保持器包括具有凿子接收开口(18)的主体区域(12),其至少沿主体区域(12)的凿子插入端(14)的方向开口,并且还包括紧固轴(26) ),其从身体区域(12)的支撑端(20)延伸并且具有纵轴轴线。 紧固构件影响区域设置在紧固轴(26)的第一侧上,并且支撑区域(78)具有支撑表面区域(88,90),其相对于彼此倾斜并且彼此邻接 在所述紧固轴(26)的第二侧上设置有沿纵轴方向延伸的过渡区(92),所述第二侧相对于所述纵轴的轴线与所述第一侧相对。 所述凿子保持器的特征在于,过渡区域(92)被设计成类似于空腔,或/和至少一个支撑表面区域(88,90)的至少一些部分从基本外围表面(94)径向向外突出, 的紧固轴(26)相对于纵轴轴线。