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    • 1. 发明公开
    • Real time seismic telemetry system
    • 实时地震电报系统
    • EP0136111A3
    • 1987-01-21
    • EP84305935
    • 1984-08-30
    • Russell, William FranklinBryce, William Wilson
    • Russell, William Franklin
    • G01V01/22H04L25/49
    • G01V1/22
    • A real time seismic telemetry system includes a central station (10) for communication with a plurality of remote data acquisition units (14). The command station (10) has a command unit (34) for controlling the operation of a transmitter (40) for providing instructions to the data acquisition units (14). The data acquisition units (14) receive the data on a receiver (80) and process the data in a logic control circuit (88). Remote data is picked up with a hydrophone (30) and converted to digital data for transmission through a transmitter (78) which is tuned to a discrete channel for each data acquisition unit (14). The command station (10) has a PCM receiver (62) tuned to each of the channels for demodulating the data stream therefrom. A digital receiver (66) is provided for synchronizing and processing the data. The digital receiver (66) synchronizes both to the bit rate and to the beginning and ending of the digital word such that data contained in the digital word can be multiplexed onto a data bus (68). The data bus (68) is controlled by an external storage/control (70) for storage of the data from all of the digital receivers (66) for all of the discrete channels.
    • 实时地震遥测系统包括用于与多个远程数据采集单元(14)通信的中心站(10)。 指令台(10)具有用于控制用于向数据采集单元(14)提供指令的发送器(40)的操作的命令单元(34)。 数据采集​​单元(14)在接收器(80)上接收数据并处理逻辑控制电路(88)中的数据。 用水听器(30)拾取远程数据,并将其转换成数字数据,以通过发射器(78)传输,该发射器被调谐到每个数据采集单元(14)的离散通道。 命令站(10)具有调谐到每个通道的PCM接收器(62),用于解调来自其的数据流。 提供数字接收机(66)用于同步和处理数据。 数字接收机(66)同时将比特率与数字字的开始和结束同步,使得包含在数字字中的数据可以复用到数据总线(68)上。 数据总线(68)由外部存储/控制(70)控制,用于存储来自用于所有离散通道的所有数字接收器(66)的数据。
    • 2. 发明公开
    • Real time seismic telemetry system
    • Seismische Echtzeitfernmessanordnung。
    • EP0136111A2
    • 1985-04-03
    • EP84305935.3
    • 1984-08-30
    • Russell, William FranklinBryce, William Wilson
    • Russell, William FranklinBryce, William Wilson
    • G01V1/22H04L25/49
    • G01V1/22
    • A real time seismic telemetry system includes a central station (10) for communication with a plurality of remote data acquisition units (14). The command station (10) has a command unit (34) for controlling the operation of a transmitter (40) for providing instructions to the data acquisition units (14). The data acquisition units (14) receive the data on a receiver (80) and process the data in a logic control circuit (88). Remote data is picked up with a hydrophone (30) and converted to digital data for transmission through a transmitter (78) which is tuned to a discrete channel for each data acquisition unit (14). The command station (10) has a PCM receiver (62) tuned to each of the channels for demodulating the data stream therefrom. A digital receiver (66) is provided for synchronizing and processing the data. The digital receiver (66) synchronizes both to the bit rate and to the beginning and ending of the digital word such that data contained in the digital word can be multiplexed onto a data bus (68). The data bus (68) is controlled by an external storage/control (70) for storage of the data from all of the digital receivers (66) for all of the discrete channels.
    • 实时地震遥测系统包括用于与多个远程数据采集单元(14)通信的中心站(10)。 指令台(10)具有用于控制用于向数据采集单元(14)提供指令的发送器(40)的操作的命令单元(34)。 数据采集​​单元(14)在接收器(80)上接收数据并处理逻辑控制电路(88)中的数据。 用水听器(30)拾取远程数据,并将其转换成数字数据,以通过发射器(78)传输,该发射器被调谐到每个数据采集单元(14)的离散通道。 命令站(10)具有调谐到每个通道的PCM接收器(62),用于解调来自其的数据流。 提供数字接收机(66)用于同步和处理数据。 数字接收机(66)同时将比特率与数字字的开始和结束同步,使得包含在数字字中的数据可以复用到数据总线(68)上。 数据总线(68)由外部存储/控制(70)控制,用于存储来自用于所有离散通道的所有数字接收器(66)的数据。
    • 6. 发明申请
    • NUCLEATION OF ICE
    • 冰的核化
    • WO1991001992A1
    • 1991-02-21
    • PCT/GB1990001269
    • 1990-08-13
    • CELL SYSTEMS LIMITEDGROUT, Brian, William, Wilson
    • CELL SYSTEMS LIMITED
    • C07J09/00
    • G01N33/5005A01N1/02A01N1/0221G01N33/5014
    • The undercooling of an aqueous medium (and therefore damage to a biological sample in the medium) can be minimised by inducing ice nucleation in the medium using cholesterol having a crystal structure which may be obtained by crystallising from methanol and/or acetic acid. Such crystalline cholesterol can be added to the cryopreservation medium (which may also contain a cryoprotectant) or can be coated onto an inner surface of an ampoule, cryopreservation tube or straw. The cholesterol can also be used to induce ice nucleation in the atmosphere to create hail or snow or artificial snow in aerosols of the aqueous medium for use on ski slopes.
    • 通过使用具有可以通过从甲醇和/或乙酸结晶获得的晶体结构的胆固醇在培养基中诱导冰成核,可以使水性介质的过冷(并因此在培养基中对生物样品的损伤)最小化。 可以将这种结晶胆固醇加入到冷冻保存培养基(其也可以含有冷冻保护剂)中,或者可以涂覆在安瓿,冷冻储存管或吸管的内表面上。 胆固醇也可用于在大气中诱导冰晶核,以在滑雪场的水性介质的气溶胶中产生冰雹或积雪或人造雪。