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    • 2. 发明申请
    • DEVICE FOR CONTROLLING THE FLOW RATE OF HYDRAULIC FLUID IN A SUPPLY LINE FOR VEHICLES
    • 用于控制车辆供应线路液压油流量的装置
    • US20020030330A1
    • 2002-03-14
    • US09920585
    • 2001-08-01
    • Firma Carl Freudenberg
    • Walter Brandenburger
    • B60G017/01
    • B60G7/04B60G17/04B60G2300/026
    • A device for controlling the flow rate of hydraulic fluid in a supply line for the cylinder chambers of suspension cylinders in vehicles, especially tractors, having a permanent suspension axle, whose height is regulated by a level control device, a choke being inserted into the supply line for limiting the flow rate of the hydraulic fluid, the supply line (2) being furnished with a bypass line (15) circumventing the choke (4), an auxiliary choke (16), controlled by a control unit (17) having level sensors, being inserted into the bypass line, the auxiliary choke being switched on in response to pronounced static load change when the limit stops of the vehicle axle are reached, permitting a larger flow rate of the hydraulic fluid.
    • 一种用于控制具有永久悬挂轴的车辆,特别是拖拉机中的悬架气缸室的供应管线中的液压流体的流量的装置,其高度由液位控制装置调节,扼流器插入供应器 用于限制液压流体的流量的管线,供应管线(2)配备有围绕扼流圈(4)的旁通管线(15),由控制单元(17)控制的辅助扼流圈(16),该控制单元 传感器被插入到旁路管线中,当到达车辆轴的极限停止时响应于显着的静态负载变化而将辅助扼流器接通,允许液压流体的流量更大。
    • 3. 发明授权
    • Rubber sleeve spring
    • 橡胶套弹簧
    • US4834351A
    • 1989-05-30
    • US175910
    • 1988-03-31
    • Firma Carl FreudenbergGiacomo Sciortino
    • Firma Carl FreudenbergGiacomo Sciortino
    • B60K5/12F16F13/00F16F13/14
    • F16F13/1463
    • A rubber sleeve spring of two independently made parts each including two supporting sleeves one radially surrounding another, as well as a spring body of rubber joining the supporting sleeves and with two recesses corresponding to one another in the spring body. The two parts are so configured and assembled in a unit such that the recesses combine to form liquid-filled, sealed chambers which are in liquid-carrying communication with one another through a passage-like opening. The opening includes, in tandem, a first passage and a second passage of two branch passages which are connected parallel. The two branch passages differ from one another by having cross sections of different magnitude and/or different length and/or different cross-sectional variation over their length. They are preferably disposed in the plane of separation of the rubber sleeve spring.
    • 两个独立制造的部件的橡胶套弹簧,每个部件包括两个径向围绕另一个的支撑套筒,以及一个连接支撑套筒的橡胶弹簧体和在弹簧体中彼此对应的两个凹槽。 这两个部件被如此构造和组装在一个单元中,使得凹部组合形成充满液体的密封室,它们通过通道状开口彼此连通。 该开口串联连接并联连接的两个分支通道的第一通道和第二通道。 两个分支通道在其长度上具有不同大小和/或不同长度和/或不同横截面变化的横截面彼此不同。 它们优选地设置在橡胶套弹簧的分离平面中。
    • 7. 发明申请
    • DEVICE FOR PURIFYING WASTE GAS FROM A MIXTURE-COMPRESSING INTERNAL COMBUSTION ENGINE
    • DEVICE FOR CLEANING排气的混合物式内燃机
    • WO1997003277A1
    • 1997-01-30
    • PCT/EP1996002642
    • 1996-06-19
    • FIRMA CARL FREUDENBERGMEINIG, UweSPIES, Karl-HeinrichSCHWEIKERT, Willi
    • FIRMA CARL FREUDENBERG
    • F01N03/02
    • B01D46/0063B01D46/002B01D46/006B01D46/2411B01D46/521B01D2273/16F01N3/021F01N3/023F01N3/032
    • The invention concerns a device for purifying exhaust gas from a mixture-compressing internal combustion engine, the device comprising a regeneratable filter system (1) for separating particles (2) from the exhaust gas (3). At least one filter element (4) is disposed in a housing (5). For regeneration, oxygenous regeneration gas (6) can flow through the filter element (4) charged with particles (2). The temperature of the regeneration gas (6) is at least as high as the combustion temperature of the particles (2) and the material of the filter element (4) is resistant to the effect of the regeneration gas (6). The filter system (1) comprises at least two filter elements (4.1, 4.2) which, during regular use of the device according to the specification, can be controlled in timed succession by at least one control member (7) such that, for the separation of particles (2), only the exhaust gas (3) flows through at least one of the regenerated filter elements (4.1) and simultaneously, for regeneration purposes, only the regeneration gas (6) flows through at least one of the particle-charged filter elements (4.2).
    • 一种用于净化废气的混合物燃烧发动机的方法,包括一个再生过滤器系统(1),用于从废气(3)粒子(2)的分离,其中至少一个过滤器元件在壳体(5)布置(4),并用粒子设备 (2)用含氧的再生气体(6)能够流动,其中所述再生气体(6)具有至少一样高的粒子(2),并且其中(所述过滤器元件的材料的燃烧温度的温度下再生负载过滤元件(4) 4)是相对于所述再生气体(6)的作用有抗性。 所述的过滤系统(1)具有至少两个过滤元件(4.1,4.2),这是,通过至少一个控制部件的预期用途装置的过程中(7)依次主频控制,使得对于颗粒的分离(2)至少在再生过滤器元件中的一个 (4.1)仅流过由所述废气(3),并在同一时间,以再生含颗粒的过滤器元件中的至少一个(4.2)只再生气体(6)的。
    • 9. 发明申请
    • FLOOR MOP, METHOD OF PRODUCING THE SAME AND FLOOR MOP HOLDER
    • 猫扑及其制造方法相同,一个WISCHMOPHALTER
    • WO1996032048A1
    • 1996-10-17
    • PCT/EP1996001552
    • 1996-04-11
    • FIRMA CARL FREUDENBERGSARTORI, Francesco
    • FIRMA CARL FREUDENBERG
    • A47L13/24
    • A47L13/24
    • The invention concerns a floor mop (11) comprising a plurality of superimposed layers (13, 14) of textile materials which are interconnected at their central region and comprise means (12) for detachable fastening to one end of an actuating handle. The fastening means (12) consist of a connection plate which is rigidly surrounded by the connection of the layers (13, 14) between two superimposed groups of layers (13, 14). The invention further concerns a method of producing a floor mop and a floor mop holder. The textile material surrounding the connection plate eliminates the risk of damaging fragile objects during cleaning operations and facilitates the cleaning of plinths.
    • 本发明涉及一种拖把(11),包括多个叠置的层(13,14)的纺织材料,其被连接在它们的彼此中心区域,以及用于可释放地附接至致动杆的端部装置(12)的。 所述紧固装置(12)通过连接(13,14)被紧密地封闭在层由层的两个叠置的组(13,14)之间的连接板。 此外,本发明涉及产生拖把和Wischmophalter的方法。 该连接板包围织物消除清洁工作期间敏感物体损坏的风险并且有助于土壤条的清洁。