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    • 81. 发明授权
    • Device for the automatic opening and mixing of fiber bales
    • 用于自动打开和混合纤维包的装置
    • US4845812A
    • 1989-07-11
    • US115752
    • 1987-11-02
    • Kurt KriechbaumJohann WalkHans LandwehrkampRudolf Reeber
    • Kurt KriechbaumJohann WalkHans LandwehrkampRudolf Reeber
    • D01G7/00B08B15/00D01G7/04D01G13/00
    • B08B15/005D01G13/00D01G7/04
    • The device for the opening and mixing of fiber bales contains a bale opening device capable of being lowered on a bale suspended from a bridge-like machine frame which is fashioned in the form of a portal and is capable of travelling along a guide rail, said bale opening device being equipped with a conveying device. A bale opening roll or plucker roll (6) is provided as the bale opening device, its axis of rotation being perpendicular to the direction of movement of the machine frame and its working width being at least 75% of the total width of the machine frame. A suction channel (9) fixedly installed above the bales (B) serves as the conveying device for the fiber material taken from the bales (B).The device is of simple construction and has a usable opening width essentially equal to its overall width and makes it possible to achieve good fiber mixing.
    • 用于纤维包的打开和混合的装置包括一个捆包开启装置,其能够从悬挂在桥式机架上的捆包上降下,该框架以门式形式形成,并且能够沿着导轨行进, 捆包打开装置配备有输送装置。 提供捆包开卷卷(6)作为打包装置,其旋转轴线垂直于机架的运动方向,其工作宽度至少为机架总宽度的75% 。 固定地安装在捆包(B)上方的抽吸通道(9)用作从捆(B)取出的纤维材料的输送装置。 该装置结构简单,具有基本上等于其总宽度的可用开口宽度,并且可以实现良好的纤维混合。
    • 85. 发明授权
    • System for exhausting and collecting gases, in particular motor vehicle
exhaust gases in assembly or factory halls
    • 用于排气和收集气体的系统,特别是组装或工厂车间的机动车排气
    • US4660465A
    • 1987-04-28
    • US765190
    • 1985-08-13
    • Horst JentzschBerthold Schuppler
    • Horst JentzschBerthold Schuppler
    • B08B15/00F16L41/18F23J15/00
    • F16L41/18B08B15/005
    • A system serves for exhausting and collecting gases, in particular motor vehicle exhaust gases in an assembly or factory hall. A stationary slotted exhaust conduit (18) is provided on one face with an elastic, axial lip seal for guiding in sealed relationship a suction nozzle of at least one carriage (16) which can be moved in the axial direction along guide sections (41). The suction nozzle is connected to a hose and a vacuum is generated in the slotted exhaust conduit (18) through an exhauster. In order to avoid excessively high tensile stresses in the hose and to facilitate the return movement of carriages along a path parallel to an assembly belt, the carriage (16) is provided with a drive motor (94) whose power take-off shaft (95) carries a friction wheel (96) which can be brought into engagement with the guide section (41), and the flux of force between the drive motor (94) and the guide section (41) can be separated and closed, respectively, by an electrically switchable coupling element in the form of an electromagnet ( 100).
    • 系统用于排放和收集组件或工厂大厅中的气体,特别是汽车废气。 一个固定的开槽排气管道(18)设置在一个表面上,带有一个弹性的轴向唇形密封件,用于密封地引导至少一个托架(16)的吸嘴,该托架可以沿着引导部分(41)在轴向方向上移动, 。 吸嘴连接到软管,并且通过排气器在开槽排气管道(18)中产生真空。 为了避免软管中的过大的拉伸应力和便于支架沿平行于装配带的路径返回运动,托架(16)设置有驱动马达(94),驱动马达(94)的动力输出轴(95 )承载能够与引导部(41)接合的摩擦轮(96),驱动电动机(94)与引导部(41)之间的力通量分别被分开闭合,由 呈电磁体(100)形式的电可切换耦合元件。
    • 86. 发明授权
    • Method and device for extracting contaminated air by suction
    • 通过抽吸提取污染空气的方法和装置
    • US4397226A
    • 1983-08-09
    • US229572
    • 1981-01-13
    • Leif I. Lind
    • Leif I. Lind
    • B08B20060101B08B5/04B08B15/00B08B15/02F24F11/00
    • B08B15/00B08B15/02B08B2215/006
    • In a method of removing contaminated air by suction, ejector air is blown towards a tangentially directed inlet slot (3) in a cylinder (2a) comprising part of an air extractor (1). The contaminated air is entrained in this way to form a rotating air stream in the interior of the cylinder, said air stream also being imparted an axial movement component as a result of underpressure prevailing in the interior of the cylinder. The cyclone effect of the air stream in the cylinder is used to separate contaminated particles from the air and to deposit the particles on the inside of the cylinder. The air stream can also be caused to pass through a cylindrical filter (11) arranged centrally in the cylinder (2a). Blow-openings (8) for ejector air are suitably located in the vicinity of the end of a tangentially directed cylinder-extension portion (2b). The cylinder can be flushed to remove adhering particles therefrom, e.g. by means of a nozzle which is arranged in the slot (3) and which delivers a tangentially directed stream of liquid.
    • PCT No.PCT / SE80 / 00147 Sec。 371日期1981年1月13日 102(e)日期1981年1月13日PCT申请日1980年5月20日PCT公布。 出版物WO80 / 02518 日期为1980年11月27日。在通过抽吸去除污染空气的方法中,喷射器空气朝向包括空气抽取器(1)的一部分的气缸(2a)中的切向定向的入口槽(3)吹送。 污染的空气以这种方式夹带以在气缸的内部形成旋转空气流,由于气缸内部压力过大,空气流也被赋予轴向移动部件。 气缸中的气流的旋风效应用于将污染的颗粒与空气分离并将颗粒沉积在气缸的内部。 气流也可以通过中心位于气缸(2a)中的圆柱形过滤器(11)。 用于喷射器空气的吹气口(8)适当地位于切向气缸延伸部分(2b)的端部附近。 可以冲洗圆筒以从其中除去附着的颗粒,例如。 通过布置在槽(3)中并且传送切向定向的液体流的喷嘴。
    • 88. 发明授权
    • Source capture fume reduction apparatus
    • 源捕获烟雾还原装置
    • US4318337A
    • 1982-03-09
    • US166303
    • 1980-07-07
    • Frederick R. WichmannJames C. Bricker
    • Frederick R. WichmannJames C. Bricker
    • B08B15/00B08B15/04
    • B08B15/002
    • Apparatus for providing source capture of fumes produced at a work station including a molded aerodynamically designed fume capture hood positionable above the work station, a mounting mechanism for providing vertical movement of the hood such that the orientation of the hood opening remains constant, a fume collection system for removing material contained in air captured by the hood, and a flexible conduit connecting the collection system to the hood. The contours associated with the forward parts of the upper and side wall portions of the hood minimize entrance loss and turbulence to provide a coefficient of entry of at least about 0.93, while the contour associated with the forward part of the upper wall portion permits a higher velocity near the top of the hood for insuring suction of fumes, vapors or smoke near an operator's breathing zone. The mounting mechanism includes a vertical stanchion, a carriage slidably movable along the stanchion, pantograph-like mounting arms securing the hood to the carriage, and a constant force spring secured between the stanchion and the carriage, the spring acting to compensate for the weight of the hood and the conduit to maintain the hood at a desired vertical position.
    • 用于提供在工作站处产生的烟雾的源捕获的装置,包括可位于工作站上方的模拟空气动力学设计的烟雾捕获罩,用于提供罩的垂直运动的安装机构,使得罩开口的定向保持恒定, 用于除去由罩所捕获的空气中所含的材料的系统,以及将收集系统连接到罩的柔性导管。 与护罩的上部和侧壁部分的前部相关联的轮廓最小化入口损失和湍流,以提供至少约0.93的入口系数,而与上壁部分的前部相关联的轮廓允许较高的 靠近发动机顶部的速度,以确保在操作人员呼吸区域附近吸入烟雾,蒸气或烟雾。 安装机构包括垂直支柱,可沿着支柱滑动的托架,将发动机罩固定在滑架上的受电弓形安装臂以及固定在支柱和支架之间的恒力弹簧,弹簧用于补偿 罩和导管,以将罩保持在期望的垂直位置。
    • 89. 发明授权
    • Track forming a gas-throughflow duct and provided with a movable gas
passage unit
    • 轨道形成气体通过管道并且设置有可动气体通道单元
    • US4233889A
    • 1980-11-18
    • US970090
    • 1978-12-15
    • Bill P. P. Nederman
    • Bill P. P. Nederman
    • B23Q11/00B08B15/00F16L41/18F23J15/00
    • F16L41/18B08B15/005Y10T137/86268
    • A track which forms a gas throughflow duct. The track is of the type adapted for guiding a movable gas passage unit therealong in sealing cooperation with the gas throughflow duct. The track includes a plurality of structural girders disposed in abutting relationship and a plurality of lateral sections which are readily connectable with the girders to depend therefrom in pairs. A plurality of interengaging sealing sections are readily joined to the lateral sections, and these sealing sections are adapted to engage the movable gas passage unit to allow the unit to be moved along the track while maintaining the seal. The lateral sections extend longitudinally to either side of joints between the structural girders. Thus, the lateral sections contribute to effecting interconnection of the girders to each other.
    • 形成气体通流管的轨道。 该轨道是适于与气体通流管密封配合的可动气体通道单元的类型。 轨道包括多个以邻接关系设置的结构梁,以及多个横向部分,其可容易地与梁连接,从而成对地连接。 多个相互接合的密封部分容易地接合到侧部,并且这些密封部分适于接合可移动气体通道单元,以允许单元沿着轨道移动,同时保持密封。 横向部分纵向延伸到结构梁之间的接头的任一侧。 因此,横向部分有助于实现大梁彼此的互连。