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    • 2. 发明授权
    • Self-supporting cable carrier
    • 自支撑电缆架
    • US4658577A
    • 1987-04-21
    • US796276
    • 1985-11-08
    • Ernst Klein
    • Ernst Klein
    • F16G13/16H02G11/00
    • F16G13/16H02G11/006
    • A self supporting cable carrier in the form of a flexible tube for fully enclosing the cable to protect it from damage as well as to support it. The flexible tube comprises a plurality of segments or links coupled to each other successively and pivotable relative to each other a limited amount. The segments are constructed so that they can etend in a straight line and can pivot from this straight line in one direction but not in the other direction. As a result the carrier can carry the cable along a curve in one direction but a span of tubing extending across a space cannot collapse since the segments cannot pivot in that direction. This arrangement makes the carrier self supporting along such span. The segments are formed of molded plastic with each segment having a pair of bosses extending inwardly from its trailing portion and a pair of complementary openings in its forward portion for receiving the bosses from the adjoining segment to couple the two segments together. The bosses are dimensioned so that they are pivotable a limited amount within their cooperating openings to render the entire segment pivotable such limited amount relative to its adjacent segment. Moreover, the bosses and their cooperating openings are completely covered when the segments are assembled to eliminate pinch points and fully protect the coupling.
    • 用于完全包围电缆的柔性管形式的自支撑电缆支架,以防止电缆损坏以及支撑电缆。 柔性管包括彼此相互连接并且相对于彼此可枢转的有限量的多个段或链节。 这些段被构造成使得它们可以沿着直线倾斜并且可以沿着该直线在一个方向上而不是在另一个方向上枢转。 因此,载体可以沿着一个方向的曲线承载电缆,但跨越空间延伸的管道的跨度不能折叠,因为段不能沿该方向枢转。 这种布置使得载体在这样的跨度上自我支撑。 这些段由模制塑料形成,每个段具有从其后部向内延伸的一对凸台和在其前部中的一对互补开口,用于从相邻段接收凸起以将两个段连接在一起。 凸台的尺寸设计使得它们在其协作的开口内可枢转有限的量,以使得整个部分相对于其相邻的部分可枢转这样有限的量。 此外,当组件组装消除夹点并完全保护联轴器时,凸台及其配合开口被完全覆盖。
    • 4. 发明授权
    • Cable carrier chain
    • 电缆载体链
    • US5184454A
    • 1993-02-09
    • US879050
    • 1992-05-06
    • Ernst KleinHartmut Loss
    • Ernst KleinHartmut Loss
    • F16G13/16H02G11/00
    • H02G11/00F16G13/16Y10S59/90
    • A cable carrier chain made of pivotally connected pairs of spaced apart, parallel sidebars has crosslinks spanning the pairs of sidebars which are engaged in notches in the edges of the sidebars. The crosslinks are placed in the notches and are longitudinally slid to an engaged position where flanges of the crosslinks are received in undercuts in the notches to secure the crosslinks to the sidebars against vertical relative movement. In the engaged position, bars, bosses or tenons of the sidebars which have laterally facing surfaces are engaged by slots in the crosslinks to prevent lateral movement of the crosslinks relative to the sidebars. A key or a tab is provided to secure the longitudinal position of the crosslinks relative to the corresponding sidebars to prevent retrograde movement of the crosslinks from the engaged position.
    • 由可枢转地连接成对的间隔开的平行侧杆形成的电缆承载链具有跨越在侧边缘的边缘中接合在凹口中的一对侧杆的交联。 交联物被放置在凹口中并且纵向滑动到接合位置,其中交联的凸缘被接收在凹口中的底切部分中,以将交联连接到侧杆以抵抗垂直的相对运动。 在接合位置,具有横向面向表面的侧杆的杆,凸起或榫头通过交联中的狭槽接合,以防止交联件相对于侧杆的横向移动。 提供钥匙或突片以固定交联件相对于相应侧杆的纵向位置,以防止交联物从接合位置的逆行运动。
    • 5. 发明授权
    • Cable carrier
    • 电缆承运人
    • US4499720A
    • 1985-02-19
    • US459043
    • 1983-01-19
    • Ernst Klein
    • Ernst Klein
    • F16G13/16H02G11/00F16G13/00
    • H02G11/006F16G13/16Y10T29/4984
    • A conductor guiding support formed of two chains retained in parallel spaced apart relationship by spacers which support the conductors between the chains. The chains are formed of successive links pivotably coupled to each other with each link being formed of two matching plates. One end portion of each plate is provided with a central hole and arcuate slots spaced about a circle that is concentric to the central hole. The opposite end portion of the plate is offset and is provided with bosses that are in a pattern that corresponds to the pattern of the hole and slots on the other end. Two plates are placed face-to-face to form a link and the portions with the central hole and arcuate slots are in surface contact with each other while the offset portion that present the bosses are spaced from each other. The portion of the succeeding link with the contacting surfaces is placed in this space with the bosses of the offset portion engaging the openings in the surface contacting portions. The boss in the central hole establishes the pivot point of the links relative to each other and the offset bosses in the arcuate slots limit this pivotal movement. The abutting bosses of the two plates are then welded together to secure the assembly.
    • 由两个链条形成的导体引导支撑件,其通过间隔件以平行间隔的关系保持,所述间隔件支撑在链条之间的导体。 链条由连续的链节形成,可枢转地彼此联接,每个连杆由两个匹配的板形成。 每个板的一个端部设置有中心孔和围绕与中心孔同心的圆形间隔开的弓形槽。 板的相对端部是偏移的,并且设置有与孔的图案对应的图案的凸起和另一端的狭槽。 两个板面对面放置以形成连杆,并且具有中心孔和弓形槽的部分彼此表面接触,而呈现凸台的偏移部分彼此间隔开。 随后的与接触表面的连接的部分被放置在该空间中,偏移部分的凸起与表面接触部分中的开口接合。 中心孔中的凸台建立了相对于彼此的连杆的枢转点,并且弧形槽中的偏移凸台限制了该枢转运动。 然后将两个板的抵接凸起焊接在一起以固定组件。
    • 6. 发明授权
    • Method of manufacturing acicular goethite
    • 针状针铁矿的制造方法
    • US4422910A
    • 1983-12-27
    • US403953
    • 1982-08-02
    • Heinz ScholzWolfgang SchnitkerErnst Klein
    • Heinz ScholzWolfgang SchnitkerErnst Klein
    • C01G49/06C25B1/00
    • C01G49/06C25B1/00C01P2004/10C01P2006/42
    • A suspension of a poorly water-soluble iron (II) containing compound in a liquid which consists substantially of water and is preferably alkaline is oxidized, to form goethite crystals and particles. The crystals and particles are filtered off, washed and dried. From a thermodynamic point of view, "more monoenergetic" particles are obtained than particles manufactured according to conventional production processes, when electrolytic oxidation processes are used, in particular, when the oxidation to goethite occurs entirely or partly by a (preferably periodic) electrolysis process. The electrolysis process may be combined with oxidation by an oxidation agent, preferably an oxidizing gas or gas mixture. Furthermore, it is possible to first oxidize the iron (II) containing compound completely to goethite by an oxidation agent, preferably an oxidizing gas or gas mixture, and to then subject the resulting suspension to an electrolytic oxidation after-treatment which preferably occurs periodically.
    • 含水不易的含铁化合物(II)的液体悬浮液基本上由水组成,最好是碱性的,被氧化,形成针铁矿晶体和颗粒。 滤出晶体和颗粒,洗涤并干燥。 从热力学的观点来看,当使用电解质氧化方法时,特别是当针铁矿的氧化完全或部分地通过(优选周期性的)电解方法发生时,根据常规生产方法制造的颗粒获得的“更单能量”颗粒 。 电解过程可以通过氧化剂,优选氧化气体或气体混合物与氧化组合。 此外,可以通过氧化剂,优选氧化性气体或气体混合物首先将含铁化合物完全氧化成针铁矿,然后将所得到的悬浮液进行电解氧化后处理,其优选周期性地进行。
    • 9. 发明授权
    • Electromotor
    • 电动机
    • US5821661A
    • 1998-10-13
    • US868197
    • 1997-06-03
    • Walter WissmachStefan MiescherFerdinand KristenErnst Klein
    • Walter WissmachStefan MiescherFerdinand KristenErnst Klein
    • H02K1/14H02K1/17H02K3/34H02K3/52H02K21/44H02K3/32
    • H02K3/522H02K1/17H02K21/44H02K2203/12
    • An electromotor including a stator (32) having a central receiving region for a rotor (23), at least two, projecting into the rotor-receiving region, stator pole pairs (18, 19, 20, 21), an insulation element (1, 2) provided at each end side of the stator (32), a stator winding (16, 17) surrounding a stator pole pair (18, 19, 20, 21) and a portion of a respective insulation element (1, 2), a permanent magnet (14, 15) between a pair of adjacent stator poles (18, 19, 20, 21), and dielectric support elements (7, 8) cooperating with respective insulation elements (1,2) and arranged along the main axis of the rotor-receiving region of the stator (32) between side surfaces (28, 29, 30, 31) of the stator poles (18, 19, 20, 21), which extend substantially parallel to the main axis of the rotor-receiving region of the stator (32) and to each other, and the stator windings (16, 17), respectively.
    • 一种电动机,包括具有用于转子(23)的中心接收区域的定子(32),至少两个突出到转子接收区域中的定子极对(18,19,20,21),绝缘元件(1) ,2),设置在所述定子(32)的每个端侧,围绕定子极对(18,19,20,21)和相应的绝缘元件(1,2)的一部分的定子绕组(16,17) ,一对相邻的定子极(18,19,20,21)之间的永磁体(14,15)和与相应的绝缘元件(1,2)配合并且沿主体布置的电介质支撑元件(7,8) 定子极(18,19,20,21)的侧面(28,29,30,31)的转子接收区域的轴线基本上平行于转子的主轴线延伸 定子(32)的接收区域和彼此之间以及定子绕组(16,17)。
    • 10. 发明申请
    • SCANDATE DISPENSER CATHODE
    • US20090273269A1
    • 2009-11-05
    • US11722100
    • 2005-12-13
    • Georg Friedrich GartnerErnst Klein
    • Georg Friedrich GartnerErnst Klein
    • H01J1/28
    • H01J1/28
    • A scandate dispenser cathode having a cathode body (4) arranged on a cathode support (3), a cathode coating (5, 6) comprising a layer system (6) consisting of one or more alternating layers of rhenium or a rhenium alloy (61) and of scandium oxide or a scandium alloy (62), and an activation acceleration layer system (5) arranged between the cathode body (4) and the layer system (6), said activation acceleration layer system comprising at least one release layer (52) comprising alkaline earth metal oxide, preferably barium oxide, and an activator layer system (51) comprising a barrier material with greater oxidation resistance than the material of the cathode body and an activator material for reducing the alkaline earth metal oxide, preferably barium oxide.
    • 具有设置在阴极支撑体(3)上的阴极体(4)的钪酸盐分配器阴极,包括由一个或多个交替层的铼或铼合金(61)组成的层系统(6)的阴极涂层(5,6) )和氧化钪或钪合金(62),以及设置在阴极体(4)和层系(6)之间的激活加速层系统(5),所述激活加速层系统包括至少一个释放层 52),包括碱土金属氧化物,优选氧化钡,以及包含比阴极体的材料具有更高抗氧化性的阻挡材料的活化剂层体系(51)和用于还原碱土金属氧化物的活化剂材料,优选氧化钡 。