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    • 2. 发明授权
    • Disengagement mechanism for a friction clutch
    • 摩擦离合器的脱离机构
    • US6105745A
    • 2000-08-22
    • US106634
    • 1998-06-29
    • Ulrich HusseKurt LindnerKarl MullerReiner VossThomas Walter
    • Ulrich HusseKurt LindnerKarl MullerReiner VossThomas Walter
    • F16D23/12F16D23/14
    • F16D23/12F16D2300/12
    • A disengagement mechanism for a friction clutch which is to be arranged between an internal combustion engine and a transmission flanged to the internal combustion engine by a casing includes a guide pipe fastenable in the casing. A release bearing element is guided radially at the outer circumference of the guide pipe so as to be axially movable thereon. The disengagement mechanism also includes a clutch lever which is to be articulated at the casing for transmitting clutch actuating forces to the release bearing element. At least the guide pipe, the release bearing, and the clutch lever are held together to form a constructional unit prior to their arrangement between the internal combustion engine and the transmission by movement limiting device, thereby facilitating the assembly of the disengagement mechanism. In the operation-ready, installed state, the movement limiting devices influences the movability of the disengagement mechanism.
    • 一种用于摩擦离合器的分离机构,该摩擦离合器设置在内燃机与通过壳体引导到内燃机之间的传动装置之间,包括可在壳体内固定的导向管。 释放轴承元件在引导管的外周径向引导以便在其上轴向移动。 分离机构还包括离合器杆,该离合器杆将在壳体处铰接,以将离合器致动力传递到释放轴承元件。 在通过移动限制装置在内燃机和变速器之间的布置之前,至少导向管,释放轴承和离合器杆保持在一起以形成结构单元,从而便于分离机构的组装。 在操作就绪的安装状态下,移动限制装置影响分离机构的可移动性。
    • 3. 发明授权
    • Disengaging mechanism for a friction clutch
    • 摩擦离合器的脱离机构
    • US6024201A
    • 2000-02-15
    • US821772
    • 1997-03-20
    • Ulrich HusseKurt LindnerKarl MullerReiner Voss
    • Ulrich HusseKurt LindnerKarl MullerReiner Voss
    • F16D23/12F16D23/14F16D25/08
    • F16D23/14F16D23/12F16D23/148F16D25/088F16D2023/141F16D2300/12
    • A disengaging mechanism for a friction clutch which is arranged in a motor vehicle between an internal combustion engine and a transmission flanged to the internal combustion engine by a casing. The disengaging mechanism includes a guide pipe which is fastenable in the casing. A release bearing element is guided radially at the outer circumference of the guide pipe so as to be axially movable. The disengaging mechanism also includes a clutch lever which is to be articulated at the casing for transmitting clutch actuating forces. At least the guide pipe and the clutch lever are held together to form a constructional unit prior to installation in the motor vehicle. In the operation-ready state, the movement limiting components influence the movability of the disengaging mechanism. Assembly is facilitated by constructing the disengaging mechanism as a constructional unit, which can also contain the release bearing element.
    • 一种用于摩擦离合器的分离机构,其布置在内燃机和通过壳体与内燃机凸缘的传动装置之间的机动车辆中。 脱离机构包括能够在壳体内固定的导管。 释放轴承元件在引导管的外周径向引导以便可轴向移动。 分离机构还包括离合器杆,该离合器杆在壳体处铰接以传递离合器致动力。 在安装到机动车辆之前,至少导向管和离合器杆保持在一起以形成结构单元。 在操作就绪状态下,移动限制部件影响分离机构的可移动性。 通过将分离机构构造为也可以容纳释放轴承元件的结构单元来促进组装。
    • 5. 发明授权
    • Twin wire former
    • 双线成型机
    • US5259929A
    • 1993-11-09
    • US824353
    • 1992-01-23
    • Alfred BubikOtto HildebrandKarl MullerJorg Walter
    • Alfred BubikOtto HildebrandKarl MullerJorg Walter
    • D21F9/00D21F9/02D21F1/36
    • D21F9/003
    • A twin wire former wherein the forming turbulence of a first forming section is quieted by a main forming roller. Behind the main forming roller, as viewed with respect to a predetermined direction of travel of the forming wires, there is accomplished a further forming of the paper web or sheet from the fiber stock suspension in a second forming section. Due to this arrangement there is possible optimum formation of the paper web or sheet with the use of very little dilution water for the fiber stock suspension. Additionally, due to intensive shear forces present in the second forming section flocks formed in the fiber stock suspension and the paper web or sheet at the region of the main forming roller, can be eliminated so that the structure of the paper web or sheet is made more uniform.
    • 一种双线成型机,其中第一成形部分的形成湍流由主成型辊安静。 在主成型辊后面,相对于成形丝的预定行进方向观察,在第二成形部分中实现了从纤维原料悬浮液进一步形成纸幅或片材。 由于这种布置,对于纤维原料悬浮液,使用非常少的稀释水可能最佳地形成纸幅或片材。 此外,由于存在于第二成形部分中的强力剪切力可以消除在纤维原料悬浮液中形成的羊群和在主成型辊的区域处的纸幅或片材,从而制成纸幅或片材的结构 更统一
    • 6. 发明授权
    • Needling apparatus for making a patterned felt web
    • 用于制作图案毡网的针刺装置
    • US4891870A
    • 1990-01-09
    • US249783
    • 1988-09-27
    • Karl Muller
    • Karl Muller
    • D04H18/02
    • D04H18/02
    • A needling apparatus for making a patterned felt web comprises at least one needle board, which is connected to a needle board drive, a feed drive for feeding the felt web through a felt guide between a felt support and a stripper, and means for adjusting the stroke position of the needle board relative to the felt guide between an idle stroke position and a working stroke position for the largest depth of penetration. To permit an increase of the average feeding speed along a series of patterns, the feeding speed imparted to the feed web by the feed drive is adapted to be controlled in dependence on the stroke position of the needle board relative to the felt guide in accordance with a predetermined coordination between the stroke position of the needle board and the feeding speed of the felt web.
    • 用于制造图案毡毡的针刺装置包括至少一个针板,其连接到针板驱动器,用于通过毛毡支撑件和剥离器之间的毛毡引导件供给毛毡幅的进给驱动器,以及用于调整 针板相对于毛毡引导件的行程位置在空转行程位置和用于最大穿透深度的工作行程位置之间。 为了允许沿着一系列图案增加平均进给速度,通过进给驱动器施加到进给腹板的进给速度适于根据针板相对于毛毡引导件的冲程位置来控制,根据 针板的行程位置和毡幅的进给速度之间的预定协调。
    • 7. 发明授权
    • Method for direct recovery of metal from metal-bearing ores
    • 从含金矿石直接回收金属的方法
    • US4179284A
    • 1979-12-18
    • US858391
    • 1977-12-07
    • Horst WeigelKarl Muller
    • Horst WeigelKarl Muller
    • C21B13/00C21B13/14C22B5/12C21B13/02
    • C21B13/0073C21B13/0033C21B13/14Y02P10/136Y02P10/265Y02P10/283
    • Iron, for example, is directly recovered from relatively fine-grained (having a grain particle size range of less than 250 microns), iron-bearing ore whereby carbon-containing materials and oxygen-containing materials are fed through a molten metal bath and converted into a CO/H.sub.2 -rich reduction gas which is sequentially passed upwardly at gas speeds of at least 1.5 m/sec. through downwardly moving ore particles within a reduction apparatus comprised of a sequence of interconnected cyclones so that ore particles in each cyclone are in a state of suspension and in intimate contact with the reduction gas and each other whereby extensive reduction of the ore particles occurs at each cyclone so that after a last cyclone the so-reduced ore particles are directly fed into a smelting means, from which liquid iron is recovered.
    • 例如,铁从相对细粒度(粒度小于250微米的粒度范围)直接回收,含铁矿石,其中含碳材料和含氧材料通过熔融金属浴进料并转化 成为富CO / H2的还原气体,其以至少1.5m /秒的气体速度依次向上通过。 通过由一系列相互连接的旋风分离器构成的还原装置中的向下移动的矿石颗粒,使得每个旋风分离器中的矿石颗粒处于悬浮状态并且与还原气体彼此紧密接触并且彼此紧密接触,从而在每一个处发生矿石颗粒的大量还原 使得在最后一次旋风之后,如此减少的矿石颗粒被直接进入冶炼装置,从其回收液态铁。
    • 8. 发明申请
    • DOUBLE ROLLER CAGE FOR A DOUBLE-ROW CYLINDER ROLLER BEARING WITH MASS COMPENSATION
    • 双辊滚筒式滚筒轴承,带有大量补偿
    • US20130142471A1
    • 2013-06-06
    • US13817007
    • 2011-08-01
    • Karl MullerWener Roman
    • Karl MullerWener Roman
    • F16C33/46F16C33/48
    • F16C33/46F16C19/28F16C33/467F16C33/48F16C33/49F16C33/494F16C43/06F16C43/065
    • A double roller cage for a double-row cylinder roller bearing, with a central ring part (1) from which webs (2, 3) protrude axially on both sides, wherein the webs (2; 3) of one side in each case form a row of bearings (4; 5) together with the rolling bodies arranged therein, wherein every two adjacent webs (2; 3) of a row of bearings (4; 5) delimit a receiving pocket (6; 7) for a rolling body, and in which, at least in one row of bearings (5), the webs (3) are designed so as to taper in the circumferential direction for a radial filling of the receiving pockets (7) with the rolling bearings. So that the double roller cage has satisfactory running behavior and is relatively simple and cost-effective to produce, recesses (12, 12′, 13, 14, 16) are formed on the other of the two rows of bearings (4; 5) in order to produce a symmetrical mass distribution between the two rows of bearings (4; 5).
    • 一种用于双列圆柱滚子轴承的双滚子保持架,其具有中心环部分(1),腹板(2,3)从两侧轴向突出,其中每种情况下一侧的腹板(2; 3)形成 一排轴承(4; 5)与布置在其中的滚动体一起,其中一排轴承(4; 5)的每两个相邻的腹板(2; 3)限定用于滚动体的接收凹部(6; 7) ,并且其中,至少在一排轴承(5)中,所述腹板(3)被设计成在圆周方向上逐渐变细,以使所述容纳凹部(7)与所述滚动轴承径向填充。 为了使双滚子保持架具有令人满意的行驶性能,并且制造相对简单且成本低廉,在两排轴承(4; 5)中的另一个上形成凹部(12,12',13,14,16) 以便在两排轴承(4; 5)之间产生对称的质量分布。
    • 9. 发明申请
    • Apparatus for needling a non-woven material
    • 用于针刺无纺材料的装置
    • US20050217093A1
    • 2005-10-06
    • US11082774
    • 2005-03-17
    • Karl Muller
    • Karl Muller
    • D04H18/00D04H18/02D04H1/46
    • D04H18/02D04H18/00
    • An apparatus for needling a non-woven material is described, comprising at least one needleboard (1) which is drivable in a reciprocating manner in the needle-penetration direction (6) as well as in the direction of the passage (11) of the non-woven material, comprising an eccentric drive for the needleboard (1) which comprises two parallel eccentric shafts (2, 3) which are drivable in opposite directions and assume a different angular position (φ), and couplers (5) which connect the connecting rods (4) of the two eccentric shafts (2, 3) in an articulated manner and comprise a guide arm (8) which is rigidly connected with the same, and a lifting guide means (9) for the guide arms (8) which forms a swiveling axis (10) for the guide arms (8) which is parallel to the eccentric shafts (2, 3). In order to provide advantageous constructional conditions it is proposed that either the guide arms or the couplers carry the needleboard.
    • 描述了一种用于针刺非织造材料的装置,其包括至少一个可在针刺方向(6)上以往复方式驱动的针板(1)以及沿着穿过方向(6)的通道(11)的方向 无纺布材料,包括用于所述针板(1)的偏心驱动器,所述偏心驱动器包括可沿相反方向驱动并呈现不同角度位置(phi)的两个平行的偏心轴(2,3),以及连接 两个偏心轴(2,3)的连接杆(4)以铰接的方式包括一个与其刚性连接的导向臂(8)和用于引导臂(8)的提升引导装置(9) 其形成用于与偏心轴(2,3)平行的引导臂(8)的旋转轴线(10)。 为了提供有利的结构条件,提出了导向臂或耦合器携带针板。
    • 10. 发明授权
    • Shoe
    • US06341432B1
    • 2002-01-29
    • US09462946
    • 2000-01-18
    • Karl Muller
    • Karl Muller
    • A43B1328
    • A43B13/188A43B13/10A43B13/12A43B13/145A43B13/148A43B21/26
    • A shoe includes a sole (2) that extends from a rear heel area (6) through a metatarsal area (7) to a front ball or toe area (8), the sole being composed of a sole body (10) and a sole covering (11) formed on the underside of the sole body (10) and a recess (13) extending approximately from metatarsal area (7) to heel area (6). The recess is provided between sole body (10) and sole covering (11), with the area of sole covering (11) associated with recess (13) forming a pivoting element (18) designed to pivot around a pivot axis (20) located in the end area of recess (13) facing metatarsal area (7). The end area of recess (13) facing metatarsal area (7) is defined by a tip (13a) of recess (13), and the pivot axis (20) is located in the area between a lengthwise center of shoe (1) and heel area (6), with heel area (6) extending over approximately one-third of the length of shoe (1). At least one material element (25) is located in recess (13), the material element (25) being made of a flexible, soft material and being made approximately wedge-shaped or approximately in the shape of a circular section.
    • 鞋包括从后后跟区域(6)延伸穿过跖骨区域(7)到前球或脚趾区域(8)的鞋底(2),鞋底由鞋底本体(10)和鞋底 形成在鞋底本体(10)的下侧上的覆盖物(11)和从跖骨区域(7)延伸到脚跟区域(6)的凹部(13)。 所述凹部设置在鞋底本体(10)和底部覆盖物(11)之间,其中与凹部(13)相关联的底部覆盖物(11)的区域形成枢转元件(18),所述枢转元件设计成绕位于枢转轴线 在凹部(13)的面向跖骨区域(7)的端部区域中。 凹陷(13)面向跖骨区域(7)的端部区域由凹槽(13)的尖端(13a)限定,枢转轴线(20)位于鞋子(1)的纵向中心与 鞋跟区域(6),鞋跟区域(6)延伸超过鞋子(1)长度的大约三分之一。 至少一个材料元件(25)位于凹槽(13)中,材料元件(25)由柔性柔软的材料制成并且被制成大致楔形或大致为圆形截面的形状。