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    • 3. 发明授权
    • Detonator
    • 雷管
    • US6158347A
    • 2000-12-12
    • US17283
    • 1998-02-02
    • Barry T. NeyerJohn T. AdamsRobert J. Tomasoski
    • Barry T. NeyerJohn T. AdamsRobert J. Tomasoski
    • F42B3/12F42B3/10
    • F42B3/124
    • A detonator with a base portion including a header wall terminating in a support surface; an initiator on the support surface; an explosive charge spaced from the initiator; and a cap having an interior top surface and an enclosure wall extending downward from the interior top surface and surrounding the initiator and the explosive charge. The wall terminates in a rim secured at a location along the header wall corresponding to the thickness of the initiator, the spacing between the initiator and the explosive charge, and the thickness of the explosive charge thereby ensuring that the explosive charge is in communication with the interior top surface of the cap.
    • 一种具有底座部分的雷管,该底座部分包括终止于支撑表面的头壁; 支撑表面上的引发剂; 与起动器间隔的炸药; 以及具有内部顶部表面和从内部顶部表面向下延伸并围绕起动器和爆炸装料的外壳壁的盖。 墙壁终止于固定在沿着头壁的位置处的边缘,该边缘对应于引发器的厚度,起始器与爆炸物之间的间距以及炸药的厚度,从而确保炸药与 盖的内部顶部表面。
    • 4. 发明申请
    • DATA RECORDER FOR HARSH ENVIRONMENTS
    • 数据记录器对于HARH环境
    • US20120297228A1
    • 2012-11-22
    • US13112946
    • 2011-05-20
    • Justin M. GravesChad A. RuttencutterBarry T. Neyer
    • Justin M. GravesChad A. RuttencutterBarry T. Neyer
    • G06F1/28G06F12/00
    • G06F1/30G06F1/28
    • A data recorder configured to idle in a power-saving mode until an input trigger signal is received by the data recorder. After the trigger signal is received, the data recorder samples input data sequentially at successive time intervals, and may record the sampled input data into non-volatile memory. The data recorder samples but does not record data from an input if the data have not changed by a predetermined threshold since data for the input was last recorded. The data recorder monitors and identifies an imminent failure in its power supply, and powers down into a power-saving mode after completing the recording of any sampled but incompletely recorded data, as necessary. The data recorder is configured to recover from a brownout and resume sampling and/or recording data. The data recorder is also configured to recover from a blackout and resume sampling and/or recording data.
    • 一种数据记录器,被配置为以省电模式进行空闲,直到由数据记录器接收到输入触发信号。 在接收到触发信号之后,数据记录器以连续的时间间隔顺序采样输入数据,并将采样的输入数据记录到非易失性存储器中。 如果数据没有改变预定阈值,则数据记录器采样,但不记录来自输入的数据,因为最后记录了输入的数据。 数据记录器监视和识别其电源中即将发生的故障,并在必要时完成记录任何采样但不完整记录的数据后,切断到省电模式。 数据记录器被配置为从掉电恢复并恢复采样和/或记录数据。 数据记录器还被配置为从停电恢复并恢复采样和/或记录数据。
    • 7. 发明授权
    • Dual load charge manufacturing method and press therefore
    • 因此,采用双载荷制造方法
    • US06546837B1
    • 2003-04-15
    • US10002550
    • 2001-11-02
    • Barry T. Neyer
    • Barry T. Neyer
    • F42B308
    • C06C7/02C06B21/0041F42B33/025
    • A method of manufacturing a dual load charge in a single consolidation pressing operation. A first type explosive is placed in a cavity to form a booster charge. A pocket is formed in the booster charge. A second type explosive is disposed in the pocket of the booster charge to form an initiating charge therein. Finally, the booster charge and the initiating charge are preferably simultaneously consolidated to form a dual load charge with intimate contact between the booster charge and the initiating charge. Also disclosed is a press useful for implementing the method of the invention.
    • 一种在单一固结压制操作中制造双载荷装料的方法。 将第一种类型的炸药放置在空腔中以形成增压装置。 增压器中形成一个口袋。 第二种类型的炸药被布置在增压装置的口袋中以在其中形成起始电荷。 最后,升压装料和起始装料优选同时被固结,以形成双载荷装料,其中增压装料与起始装料之间的紧密接触。 还公开了一种用于实现本发明的方法的压机。