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    • 14. 发明授权
    • Method of detecting surface contamination by an analyte
    • 通过分析物检测表面污染的方法
    • US06514773B1
    • 2003-02-04
    • US08506268
    • 1995-07-24
    • Christian KleinHans-Peter JoselAda Goerlach-GrawReinhold HilpertFlorian BinderJosef RitterRudolf Zimmermann
    • Christian KleinHans-Peter JoselAda Goerlach-GrawReinhold HilpertFlorian BinderJosef RitterRudolf Zimmermann
    • G01N33544
    • C07D451/02C07D489/02G01N1/02G01N33/558G01N2001/007G01N2001/028Y10S436/809Y10S436/81
    • Subject matter of the invention is a method for detecting surface contamination by an analyte by wiping the analyte off the surface with the aid of a wiping surface, eluting the analyte from the wiping surface with an eluant, and detecting the analyte in the eluate in an immunological detection reaction, characterized in that: a) the surface to be tested for the analyte is wiped with a wiping surface, b) the wiping surface is brought into contact with the planar surface of a capillary active, chromatographic test strip which has an eluant application zone at its one end and a target zone at its other end whereby contact is made in an area between these two zones, c) eluting liquid is applied onto the zone provided for this purpose, said liquid moving toward the target zone passes the contact site with the wiping surface as a consequence of capillary forces, whereby analyte is taken up by the eluant, and d) in the target zone, the analyte is measured in an immunological binding reaction. The method is particularly suitable for the detection of drugs on surfaces.
    • 本发明的主题是通过擦拭表面擦拭分析物离开表面的方法,用分析物检测表面污染物的方法,用洗脱液从擦拭表面洗脱分析物,并用洗脱液检测洗脱液中的分析物 免疫学检测反应,其特征在于:a)待分析物的表面用擦拭表面擦拭,b)擦拭表面与具有洗脱剂的毛细管活性色谱测试条的平面接触 在其一端的应用区域和其另一端的目标区域,由此在这两个区域之间的区域中进行接触,c)将洗脱液施加到为此目的设置的区域上,朝向目标区域移动的所述液体通过接触 作为毛细管力的结果,由于分析物被目标区域中的洗脱液和d)吸收,所以在免疫结合反应中测量分析物。 方法特别适用于检测表面上的药物。
    • 16. 发明授权
    • Power transmission
    • 电力传输
    • US4580458A
    • 1986-04-08
    • US436777
    • 1982-10-26
    • Hans GottJosef RitterGerhard RitterKlaus Ritter
    • Hans GottJosef RitterGerhard RitterKlaus Ritter
    • F16H57/02F16H3/08
    • F16H3/08F16H2200/0043Y10T74/194Y10T74/19405
    • The transmission comprises two pairs of aligned coaxial shafts (3,5,12,13) capable of being moved by way of a control relative to each other in an axial direction and having associated therewith at their respective facing ends or sides in each case a clutch disk (37,38,39,40). The shafts can be coupled in various combinations by way of a clutch body (2) disposed so as to be freely shiftable and rotatable between the two pairs of clutch disks.In order to dispose the motor and the elements driven by it on the same side of the transmission, the first pair of coaxial shafts is formed from an extension (3) of the drive shaft (1) extending beyond the clutch element or body (2) and from a hollow shaft (5) concentrically surrounding this extension (3) and connected to it under a fixed transmission ratio. The second pair of coaxial shafts is formed from two shafts (12,13) disposed in front of the clutch body (2) and surrounding coaxially the drive shaft (1), where each of these shafts (12,13) is connected in each case at definite predetermined transmission ratios via a gear wheel (14,15) with a gear wheel (16,17) which in turn is coupled to or is capable of being coupled to the driven shaft (18).
    • 变速器包括两对对准的同轴轴(3,5,12,13),其能够通过相对于彼此在轴向方向上的控制而移动,并且在每个情况下在其相应的相对端或侧具有相关联的轴 离合器盘(37,38,39,40)。 轴可以通过离合器本体(2)以各种组合联接,该离合器本体(2)设置成可在两对离合器盘之间自由地移动和旋转。 为了将电动机和由其驱动的元件设置在变速器的同一侧上,第一对同轴线由延伸超过离合器元件或主体(2)的驱动轴(1)的延伸部(3)形成, )和同心地围绕该延伸部(3)的空心轴(5),并以固定的传动比与其连接。 第二对同轴轴由设置在离合器主体(2)的前面并同轴地包围驱动轴(1)的两个轴(12,13)形成,其中这些轴(12,13)中的每一个连接在每个轴 经由具有齿轮(16,17)的齿轮(14,15)以确定的预定传动比的情况下,齿轮(16,17)又联接到或能够联接到从动轴(18)。
    • 18. 发明授权
    • Change-under-load transmission
    • 负载变化不大
    • US4312243A
    • 1982-01-26
    • US147535
    • 1980-05-07
    • Hans GottJosef RitterGerhard RitterKlaus Ritter
    • Hans GottJosef RitterGerhard RitterKlaus Ritter
    • F16H3/00F16H3/08F16H61/30F16H63/04F16H63/12F16H63/30F16H63/34F16H3/22
    • F16H3/08Y10T74/19288Y10T74/19326
    • The invention relates to a change-under-load transmission having an input shaft (1) and an output shaft (6), each carrying a pair of gearwheels (2, 3; 4, 5). A composite layshaft comprises two pairs of coaxial shafts (7, 8; 9, 10) which are aligned axially with one another. At their adjacent ends the shafts carry friction coupling elements (25, 31 and 25, 30) which have effective coupling faces (25', 31'; 26' 30'). At their remote ends each of the coaxial shafts carries a gearwheel (23, 27; 24, 28) which is in permanent mesh with an associated one of the gear wheels on the respective input or output shaft. Between the adjacent ends of the two pairs of coaxial shafts a central friction coupling element (32) is positioned so as to be freely slidable axially with respect to the coaxial shafts. Correspondingly positioned ones (7, 9 in FIG. 1; 8, 10 in FIG. 2) of the two pairs of shafts are supported so as to be axially inwardly slidable independently of one another out of a rest position into which they are biassed by springs (21, 22 in FIG. 1; 45, 46 in FIG. 2), and the other shaft (8, 10 in FIG. 1; 7, 9 in FIG. 2) are axially immovable. In the rest position of the shafts the effective coupling faces (30' 31' in FIG. 1, 47' 48' in FIG. 2) of the coupling elements on the slidable shafts are nearer the central coupling disc than the coupling faces (25' 26' in FIG. 1 and 49', 50' in FIG. 2) of the coupling elements on the axially immovable shafts.
    • 本发明涉及一种具有输入轴(1)和输出轴(6)的负载变换传动装置,每个输送轴承有一对齿轮(2,3; 4,5)。 复合副轴包括彼此轴向对准的两对同轴轴(7,8; 9,10)。 在其相邻的端部处,轴承有具有有效耦合面(25',31'; 26'30')的摩擦联接元件(25,31和25,30)。 在它们的远端,每个同轴轴承有一个齿轮(23,27; 24,28),该齿轮与相应的输入或输出轴上的一个齿轮永久啮合。 在两对同轴轴的相邻端之间,中心摩擦联接元件(32)被定位成能够相对于同轴轴向轴向自由滑动。 两对轴的相应定位的(图1中的7,9;图2中的8,10)被支撑为能够彼此独立地彼此独立地滑动到休止位置之外,它们被它们所偏压的静止位置 弹簧(图1中的21,22;图2中的45,46),另一个轴(图1中的8,10;图2中的7,9)是轴向不可移动的。 在轴的静止位置,可滑动轴上的联接元件的有效连接面(图1中的30'31',图2中的47'48')比中心联接盘比联接面(25 在图1中的'26'和图2中的49',50')在轴向不可移动的轴上的联接元件。
    • 20. 发明授权
    • Machine for bending bar or rod material
    • 弯曲杆或杆材料的机器
    • US4020669A
    • 1977-05-03
    • US681336
    • 1976-04-28
    • Hans GottJosef RitterKlaus RitterGerhard Ritter
    • Hans GottJosef RitterKlaus RitterGerhard Ritter
    • B21D7/00B21D7/024B21D11/12B21F1/00B21D43/28
    • B21D11/12
    • The invention concerns a bending machine for bar or rod material such as reinforcement bars for reinforcing concrete. The machine includes a bending mandrel which is stationary during the bending process and a bending tool which can be pivoted about the mandrel. Directly in front of the bending mandrel in the direction of the feed path of the bar or rod material are positioned two clamping cheeks movable relative to one another in a direction perpendicular to the feed path of the material, the cheeks each including a clamping face substantially parallel with the feed path and a cutting face substantially perpendicular to the respective clamping face, the lines of intersection of these faces forming cutting edges substantially parallel with one another. The clamping cheeks are also movable relative to one another in a direction substantially parallel toward the feed path so that they can be displaced from a clamping position in which their respective cutting edges are offset from one another and their clamping faces face one another, into a cutting position in which their cutting edges are aligned and the clamping faces are offset from one another.
    • 本发明涉及一种用于棒材或棒材料的弯曲机,例如用于增强混凝土的钢筋。 该机器包括弯曲过程中静止的弯曲心轴和可围绕心轴枢转的弯曲工具。 直接在弯曲心轴前面的杆或杆材料的进给路径的方向上设置有两个夹紧面板,它们可以在垂直于材料的进给路径的方向上相对于彼此移动,每个面颊包括基本上 与馈送路径平行并且切割面基本上垂直于相应的夹持面,这些面的相交线形成切割刃基本上彼此平行。 夹紧面板也可以在基本上平行于进给路径的方向上相对移动,使得它们可以从其相应切削刃彼此偏移并且它们的夹紧面相互面对的夹紧位置移位成 切割位置,其中它们的切割边缘对准并且夹紧面彼此偏移。