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    • 14. 发明授权
    • Control circuit for the switching motor of self-stabilizing balances
    • 自稳定平衡开关电机的控制电路
    • US4235296A
    • 1980-11-25
    • US007649
    • 1979-01-29
    • Erich KnotheFranz-Josef MelcherFranz Rossmann
    • Erich KnotheFranz-Josef MelcherFranz Rossmann
    • G01G1/29G01G1/34G01G7/00
    • G01G1/29
    • An automatic circuit is provided for a switching motor of electromechanical, self-stabilizing balance having electromechanical compensation. An analog transducer produces an analog measured value which triggers operation of a switching motor whenever an upper or lower limiting value is exceeded, the analog measured value being applicable to a display device. A computer, which actuates a control circuit for the switching motor and the display is connected to the analog transducer via an analog-digital converter, the converter being operatively arranged to derive fine information which is fed to the computer and high-speed coarse or preliminary information which is likewise supplied to the computer ahead of the fine information, which triggers said switching motor in event one or more limiting values is exceeded.
    • 为具有机电补偿的机电自稳定平衡开关电机提供自动电路。 模拟换能器产生模拟测量值,当超过上限或下限值时,模拟测量值适用于显示设备,触发开关电机的操作。 驱动开关电动机和显示器的控制电路的计算机经由模拟 - 数字转换器连接到模拟换能器,该转换器可操作地布置成导出馈送到计算机的精细信息和高速粗略或初步 在超过精细信息之前同样提供给计算机的信息,其在超过一个或多个限制值的情况下触发所述开关电动机。
    • 15. 发明授权
    • Electronic balance for use in potentially explosive areas
    • 用于潜在爆炸区域的电子天平
    • US4632199A
    • 1986-12-30
    • US721439
    • 1985-04-09
    • Jurgen OberFranz-Josef MelcherErich Knothe
    • Jurgen OberFranz-Josef MelcherErich Knothe
    • G01G19/00G01G21/28G01G21/30G01G23/00G01G23/36
    • G01G21/30G01G23/00
    • In an electronic balance for application in potentially explosive areas, the weighing system, the electronic evaluation unit and the digital display unit have an intrinsically safe design with regard to the possibility of explosions. All lead connections are supplied with low voltages and the power unit when present is located outside the electronic balance and connected to the electronic balance via an explosion-safe lead and plug connections with an intrinsically safe design with regard to an explosion. In an alternative the power unit can be encapsulated in a pressure-proof manner, powder-filled, force-ventilated or located outside the potentially combustible gaseous explosive area. It is also contemplated that a battery which is intrinsically safe with regard to explosions can also be used in the housing of the electronic balance instead of a separate power unit.
    • 在用于潜在爆炸区域的电子天平中,称重系统,电子评估单元和数字显示单元在爆炸的可能性方面具有本质安全的设计。 所有引线连接都提供低电压,并且当存在时的电源单元位于电子天平外部,并通过爆炸安全设计的爆炸安全的铅和插头连接连接到电子天平。 在替代方案中,动力单元可以以耐压的方式封装,粉末填充,强制通风或位于潜在可燃气体爆炸区域外部。 还可以设想,关于爆炸本身安全的电池也可以用于电子天平的壳体而不是单独的动力单元。
    • 18. 发明授权
    • Precision balance with scale on top
    • 精密平衡与秤上
    • US4884645A
    • 1989-12-05
    • US323892
    • 1989-03-15
    • Erich KnotheFranz-Josef Melcher
    • Erich KnotheFranz-Josef Melcher
    • G01G21/23G01G21/28G01G21/30
    • G01G21/30G01G21/28
    • In an electric precision balance with scale on top, protected against the penetration of foreign bodies and with a low-displacement measuring system (1), a parallel-guided balance scale carrier (3) for a balance scale (11) which is guided without contact through a housing opening (4) of a surrounding system housing (2) or protective cap, the balance scale carrier (3) is designed for its part with its part running upward outside of the system housing (2) as a protective hood (8) which covers the system housing (2) at least at the top and the sides and which comprises receiving bearings (9) at the low edge (8') for intermediary members (10) which support the balance scale (11), said intermediary members are surrounded without contact by casings (12) which form foreign-body baffles open at the top and the bottom which are a component of a general housing (7) surrounding the system housing (2) and said general housing comprises drainage openings (17,17') located in its low bottom parts.
    • 在具有顶部的刻度的电精密平衡中,防止异物的穿透和低位移测量系统(1),用于平衡秤(11)的平行导向平衡秤(3),其被引导而不 通过周围的系统外壳(2)或保护盖的外壳开口(4)接触,平衡秤托架(3)被设计为其部分,其部分在系统壳体(2)的外侧向上延伸,作为保护罩 8),其至少在顶部和侧面覆盖系统壳体(2),并且包括在用于支撑平衡秤(11)的中间构件(10)的低边缘(8')处接收轴承(9),所述中间构件 中间构件被包围而不与壳体(12)接触,壳体(12)形成在顶部和底部敞开的异物挡板,该外部挡板是围绕系统壳体(2)的一般壳体(7)的部件,并且所述一般壳体包括排水开口 17,17')位于其低底部。
    • 19. 发明授权
    • Method for storing data in an electrically erasable memory for carrying
out this method
    • 用于将数据存储在用于执行该方法的电可擦除存储器中的方法
    • US4811293A
    • 1989-03-07
    • US852726
    • 1986-04-15
    • Erich KnotheFranz-Josef Melcher
    • Erich KnotheFranz-Josef Melcher
    • G11C17/00G06F12/14G06F21/02G11C7/24G11C16/02G11C16/22G11C7/00
    • G11C16/22G11C7/24
    • Method and apparatus of storing data in an electrically erasable memory connected to a microprocessor to effectively protect data stored in the memory from being unintentionally overwritten in cases of defective operation of the microprocessor, an overwrite protection system consisting of a write protect flip-flop (1) whose two logical states signify "with write protection" and "without write protction" and also a gate (3) in the write line which is controlled by the write protect flip-flop and in whose logical "with write protection" state, write errors are prevented from being conducted to the individual memory locations, and, finally a mechanical switch element (5) whereby these components are connected in such a manner that the write protect flip-flop (1) can only be brought into the one logical "with write protection" state by the microprocessor, while it can only be brought into the other logical "without write protection" state, if and when the mechanical switch element (5) is actuated. The overwrite protection can apply depending on the embodiment to the entire electronically erasable memory or only to the subareas thereof.
    • 在连接到微处理器的电可擦除存储器中存储数据以有效保护存储在存储器中的数据的方法和装置在微处理器的故障操作的情况下被无意地重写;由写保护触发器(1) ),其两个逻辑状态表示“具有写保护”和“无写保护”,以及由写保护触发器控制并且在逻辑“具有写保护”状态的写行中的门(3),写 防止误差被传导到各个存储器位置,最后是机械开关元件(5),由此这些部件以这样的方式连接,使得写入保护触发器(1)只能被带入一个逻辑“ 具有写保护“状态,而只有当机械开关元件(5)为 致力于 根据实施例,覆盖保护可以应用于整个电子可擦除存储器或仅对其子区域。
    • 20. 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。