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    • 2. 发明授权
    • Universal modular controller
    • 通用模块化控制器
    • US4016407A
    • 1977-04-05
    • US614996
    • 1975-09-19
    • Roderick S. MesecarFrank G. Evans
    • Roderick S. MesecarFrank G. Evans
    • H03K17/292H03K23/66G06M3/00
    • H03K23/66H03K17/292
    • A universal modular controller for controlling remote events over short or long time periods. The controller includes a clock, a counter and one or more decoder and logic networks. The clock may have a pulse rate range of from a few microseconds to more than an hour. The counter preferably includes four counter stages. Each of the decoder and logic networks is connected to the data output of the counter stage s and each decoder and logic network includes a programmable switching and logic network. This makes it possible to provide long and short duration continuous signals as well as individual or repeating pulse signals for control of various types of devices or loads. The controller may control one or many devices, in a simple or complex manner and over short or long time periods.
    • 一种通用的模块化控制器,用于在短时间和长时间内控制远程事件。 控制器包括时钟,计数器和一个或多个解码器和逻辑网络。 时钟可能具有从几微秒到超过一小时的脉搏率范围。 计数器最好包括四个计数器级。 解码器和逻辑网络中的每一个都连接到计数器级s的数据输出端,并且每个解码器和逻辑网络包括可编程的开关和逻辑网络。 这使得可以提供长和短持续时间的连续信号以及用于控制各种类型的装置或负载的单独或重复的脉冲信号。 控制器可以以简单或复杂的方式以及短时间或长时间段来控制一个或多个设备。
    • 4. 发明授权
    • Sediment sampling system
    • 沉积物采样系统
    • US3975957A
    • 1976-08-24
    • US615017
    • 1975-09-19
    • Roderick S. Mesecar
    • Roderick S. Mesecar
    • G01N1/10G01N1/12G01N1/18G01N33/18G01N1/20
    • G01N1/10G01N1/12G01N1/18G01N2001/1025G01N33/18
    • A sediment sampling system that may be used for oceanographic sampling of trital and sedimentary sized particles in multiple sequences for up to a period of several months. The sampling device has the basic feature of exposing a plastic sheet of sediment collecting material for a predetermined period of time and rolling it up interleaved with a cover plastic sheet, with the sample sandwiched therebetween, for storage. The system includes a sampling bed and an elongated roller at one end of the bed for supplying the sheet of sample collecting material. At the opposite end of the sampling bed are a top elongated cover sheet supply roller and a bottom elongated storage roller. Both the sample collecting material and the cover material, with the sample sandwiched therebetween, and rolled onto the bottom storage roller for storage after each predetermined sample collection period. A honeycomb structure is positioned above the bed to prevent ocean currents from disturbing the sample. An electronic timer and mechanical actuator system are employed to perform the above described functions and may provide variable timing sequences to accommodate different environmental conditions. The system also employs a subsurface float, an anchor, a flasher light and a radio beacon.
    • 一种沉积物采样系统,可用于多个序列的碎屑和沉积尺寸颗粒的海洋取样长达几个月的时间。 采样装置的基本特征是将沉积物收集材料的塑料片暴露预定的时间,并将其与盖塑料片交织,并将样品夹在其间进行存储。 该系统在床的一端包括采样床和细长辊,用于供应样品采集材料片。 在采样床的另一端是顶部细长的盖板供应辊和底部细长的存储辊。 将样品收集材料和覆盖材料两者夹在两者之间,并在每个预定的采样周期之后滚动到底部存储辊上以进行保存。 蜂窝结构位于床之上,以防止洋流扰乱样品。 采用电子定时器和机械致动器系统来执行上述功能,并且可以提供可变时序以适应不同的环境条件。 该系统还采用地下浮子,锚,闪光灯和无线电信标。