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    • 2. 发明授权
    • Overload protection device for a top pan precision scale
    • 用于顶盘精密秤的过载保护装置
    • US4237988A
    • 1980-12-09
    • US49552
    • 1979-06-18
    • Dieter BlawertKarl-Heinz RademacherErich KnotheFranz J. Melcher
    • Dieter BlawertKarl-Heinz RademacherErich KnotheFranz J. Melcher
    • G01G21/23G01G23/00G01G21/22
    • G01G23/005G01G21/23
    • An overload protection device for a top pan precision scale having a weighing pan support and a support plate carried by a load support mounted for limited movement and connected to an indicator, includes a spring engaged between the weighing pan support and the support plate whereby the weighing pan support is resiliently coupled to the load support, and a plurality of overlapping elements carried by the weighing pan support and extending beyond the outer peripheral edge of the support plate in close proximity thereto so that the weighing pan support and support plate are held in assembled relationship against the bias of the spring by the overlapping elements at the outer peripheral edge of the support plate, whereby upon eccentric loading of the scale, the pivot point of the weighing pan support is extended to the side of the weighing pan support opposite the load, and the lever translation thus effected results in a lower load on the load support than the highest available load.
    • 一种用于具有称重盘支架的顶盘精确秤的过载保护装置和由负载支撑件承载的支撑板,负载支撑件被安装用于有限的运动并连接到指示器,包括接合在称重盘支撑件和支撑板之间的弹簧,由此称重 锅支撑件弹性地联接到负载支撑件,并且由称重盘承载的多个重叠元件支撑并延伸超过支撑板的外周边缘紧密靠近,使得称重盘支撑和支撑板被组装 与支撑板的外周缘处的重叠元件相对于弹簧的偏压的关系,由此在秤的偏心加载时,称重盘支撑件的枢转点延伸到与负载相反的称重盘支架的侧面 ,并且由此实现的杠杆转换导致负载支撑物上的负载比最高可用负载更低。
    • 5. 发明授权
    • Electromechanical weigher
    • 机电秤
    • US4416343A
    • 1983-11-22
    • US355385
    • 1982-03-08
    • Erich KnotheDieter BlawertBernd Schubart
    • Erich KnotheDieter BlawertBernd Schubart
    • G01G23/00G01D11/24G01G21/28G01G23/36G08C19/00
    • G01G21/283G01G23/36
    • In an electromechanical weigher to be used in areas subject to explosion hazards, the electronic indicator ledge and the weigher apparatus or weighing system is constructed explosion proof in an intrinsically safe manner, and the power supply in the case is on all sides partitioned by means of bulkheads, and the free space enveloping these constituents is filled with an explosion-impeding granulate e.g. of quartz. For the use as dosing weigher for prescription weighings in such areas subject to explosion hazards, the indicator ledge is constructed by means of a hollow support engaging the case above the weigher dish and above a tare vessel of the usual height to be put on the weigher dish, as horizontal indicator constituent running approximately parallel to the weigher back, and the indicator constituent is tiltable at the support about a horizontal shaft in which structure the electric supply lines are passed from the indicator edge through the hollow support, into the inside of the case. The indicator constituent is furthermore provided with switches and operating keys which together with the indicator ledge ae explosion proofed in an intrinsically safe manner. For school and demonstration purposs, the indicator constituent is provided with two synchronically connected electronic indicator ledges, one pointing to the frontside and one to the backside of the weigher, which indicator ledges are arranged in a mutually parallel position inside the indicator constituent.
    • 在用于爆炸危险区域的电子机械秤中,电子指示器凸缘和称重仪表或称重系统以本质安全的方式构建防爆,并且在所有方面的电源通过 舱壁和包围这些成分的自由空间填充有防爆颗粒,例如 的石英。 为了在这些受到爆炸危险的区域的处方称量的计量称重器使用,指示器凸缘通过中空支撑件构成,该中空支撑件接合称重仪表上方的壳体,并在通常高度的皮重上方放置在秤上 盘,作为大致平行于称重器背面的水平指示器构件,并且指示器构件在支撑件周围可绕水平轴倾斜,水平轴的电源线从指示器边缘通过中空支撑件进入其中 案件。 指示器构件还设置有开关和操作键,其与指示器凸缘ae一起以本质安全的方式进行防爆。 对于学校和示范用途,指示器组件设有两个同步连接的电子指示器凸缘,一个指向秤头的前侧和一个到后侧,指示器组件中的指示器凸缘被布置在相互平行的位置。