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    • 3. 发明授权
    • Electronic balance with scale on top and corner-load adjustment
    • 电子天平与顶部和角落负载调整的刻度
    • US4798251A
    • 1989-01-17
    • US176630
    • 1988-04-01
    • Gunther MaazEduard BierichEberhard Stadler
    • Gunther MaazEduard BierichEberhard Stadler
    • G01G7/02G01G21/24G01G3/08G01G23/14
    • G01G21/244
    • The invention discloses an electronic balance with a scale on top, a balance scale, a balance scale carrier, two identical guide rods (7,8) which connect in an articulated manner the balance scale carrier and the balance scale in the form of a parallel guide to a system carrier (1/5) fixed to the housing and with at least one corner-load adjustment lever (22') which is connected to the system carrier via a thin area (24) and which carries a support point in the vicinity of this thin area (24) for the end of a guide rod (7) on the system carrier that the corner-load adjustment lever (22') is bent at right angles between the support point of the guide rod (7) and the thin area (24) to the system carrier (1,5) in such a manner that the moving joint (17) of the guide rod (7) and this thin area (24) are at the same height. As a result, even great forces in the guide rods such as those which occur at an off-center loading of the balance scale do not cause any torque on the corner-load adjustment lever and thus result in a very stable corner-load adjustment.
    • 本发明公开了一种电子天平,其具有在顶部的秤,平衡秤,平衡秤托架,两个相同的导向杆(7,8),其以铰接方式连接平衡秤托架和平衡形式的平衡秤 引导到固定到壳体的系统载体(1/5)和至少一个角载荷调节杆(22'),所述角载荷调节杆(22')经由薄区域(24)连接到系统载体,并且在 在该系统载体上的导杆(7)端部的该薄区域(24)附近,角载荷调节杆(22')在导杆(7)的支撑点与 以使得导杆(7)的移动接头(17)和该薄区域(24)处于相同高度的方式将薄区域(24)连接到系统托架(1,5)。 因此,在导向杆(例如在平衡秤的偏心加载时发生的那些导向杆)中的大的力也不会在拐角负载调节杆上产生任何扭矩,从而导致非常稳定的转角负载调节。
    • 8. 发明授权
    • Analytical balance with scale on top and with weighing chamber lock
    • 分析天平与秤上和称重室锁
    • US4719980A
    • 1988-01-19
    • US946016
    • 1986-12-24
    • Erich KnotheFranz-Josef MelcherKlaus DardatGunther Maaz
    • Erich KnotheFranz-Josef MelcherKlaus DardatGunther Maaz
    • G01G21/28
    • G01G21/286
    • In an analytical balance with scale on top with a scale carrier which is directly operatively connected to the measured value receiver, with a balance scale disk (6) which rests in a removable manner on the scale carrier, with a weighing chamber which surrounds the balance scale disk (6), the scale carrier and the measured value receiver, with a weighing chamber lock which constitutes the communication between the weighing chamber and the environment and which consists of two sets of closing doors or elements located in a vertically displaced manner in the form of a lock and with a transport device which can move the balance scale between a weighing position on the scale carrier and a loading position outside of the weighing position on the scale carrier and a loading position outside of the weighing chamber, the two closing elements of the weighing chamber lock are located above one another. The lower closing element consists of at least one level, horizontal plate which can be shifted in the plate plane. The upper closing element consists of at least one level plate or of a cylindrically bent plate which can be shifted in the plate plane or in the cylinder surface. The transport device for the balance scale disk moves the latter essentially vertically.
    • 在具有直径可操作地连接到测量值接收器的标尺载体上的秤的分析天平中,具有以可移除的方式搁置在秤载体上的平衡秤盘(6),其中包围该天平的称重室 刻度盘(6),秤载体和测量值接收器,其具有构成称重室和环境之间的连通的称重室锁,并且由两组关闭门或元件以垂直移位的方式位于 锁的形式和运输装置,其可以在秤载架上的称重位置和秤载架上的称重位置外的加载位置和称重室外的装载位置之间移动平衡秤,所述两个闭合元件 的称重室锁位于彼此之间。 下闭合元件由至少一个水平板组成,其可以在板平面中移动。 上封闭元件由至少一个水平板或圆柱形弯曲板组成,其可在板平面或气缸表面中移动。 平衡秤盘的运输装置基本上垂直移动。
    • 9. 发明授权
    • Compact balance
    • 紧凑的平衡
    • US4997051A
    • 1991-03-05
    • US406423
    • 1989-09-11
    • Gunther MaazEduard BierichKlaus Dardat
    • Gunther MaazEduard BierichKlaus Dardat
    • G01G7/02G01G21/24
    • G01G7/02G01G21/24
    • A compact balance with a system carrier including a vertical plate, with a balance scale carrier including a vertical plate, whereby the plane of the system carrier and the plane of the balance scale carrier are parallel to one another, with at least three guide rods which run vertically to the plane of the system carrier and connect the balance scale carrier in the form of a parallel guide to the system carrier and with a balance scale fastened in a hinged fashion to the balance scale carrier that a lever is mounted on the system carrier which lever extends parallel to the plane of the system carrier in the space surrounded by the system carrier and the balance scale carrier and that a coupling element connects the one lever arm of the lever to the balance scale carrier whereas a coil for the electromagnetic compensation of force is fastened to the other lever arm of the lever.
    • 与包括垂直板的系统载体的紧凑平衡,具有包括垂直板的平衡秤载体,由此系统载体的平面和平衡秤载体的平面彼此平行,至少有三个导向杆 垂直于系统载体的平面运行,并将平衡导轨形式的平衡秤托架连接到系统托架上,并将平衡秤以铰接方式固定到平衡秤托架上,杠杆安装在系统托架上 该杠杆在由系统载体和平衡秤载体围绕的空间中平行于系统载体的平面延伸,并且耦合元件将杠杆的一个杠杆臂连接到平衡秤载体,而用于电磁补偿的线圈 力被固定在杠杆的另一个杠杆臂上。
    • 10. 发明授权
    • Balance with force support
    • 平衡力量支持
    • US5525762A
    • 1996-06-11
    • US370605
    • 1995-01-10
    • Gunther MaazMatthias EgerWerner SchulzeChristoph BergMichael MullerEberhard Lubke
    • Gunther MaazMatthias EgerWerner SchulzeChristoph BergMichael MullerEberhard Lubke
    • G01G21/24G01G3/08
    • G01G21/244
    • Disclosed is a balance with a first parallel guide (3, 3') which resiliently connector a load receiver (2) to an area (5, 5') fixed to the housing and which is resiliently deformed under the influence of the weight to be measured, and with a second, softer parallel guide (8) which is connected by its one end to the load receiver (2) and by its other (11) end via a force receiver which is at least approximately without displacement to the area (5, 5') fixed to the housing and which transfers as a result thereof a fraction of the force of the weight onto the force measuring receiver that both parallel guides (3, 3', 8) exhibit at least approximately the same height and the same length and are arranged close to one another laterally. The second parallel guide is advantageously locate between two partial areas (3, 5, and 3', 5') of the first parallel guide.
    • 公开了一种与将负载接收器(2)弹性地连接到固定到壳体的区域(5,5')的第一平行导轨(3,3')的平衡,并且在重量的影响下弹性变形 并且具有第二较软的平行导向器(8),其通过其一端连接到负载接收器(2)和另一端(11)端部,该力接收器至少大致没有位移到该区域 5',5')固定到壳体,并且由此将重量的力的一部分转移到力测量接收器上,两个平行导轨(3,3',8)表现出至少大致相同的高度,并且 相同的长度并横向布置成彼此靠近。 第二平行引导件有利地位于第一平行引导件的两个部分区域(3,5和3',5')之间。