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    • 3. 发明申请
    • CLOSURE WITH MEMBRANE AND ROTATABLE PROTECTIVE CAP
    • 封闭膜和可旋转的保护帽
    • US20100176080A1
    • 2010-07-15
    • US12666967
    • 2008-06-02
    • Lothar GrunertAndreas MrassPeter MuellerKemal ErayThorsten HassenzahlKlaus Oswald
    • Lothar GrunertAndreas MrassPeter MuellerKemal ErayThorsten HassenzahlKlaus Oswald
    • B65D51/22
    • B65D47/265B65D41/3404B65D51/002B65D2101/0023
    • A closure (2) for closing an opening of a container (1) for storing and removing sterile or moisture-sensitive media has a closure cap (3), which can be connected to the container in a fluid-tight manner, and a piercable, self-closing septum (20), which closes at least one removal opening (7) in the closure cap (3) in a fluid-tight manner, wherein the closure (2) has a rotatably mounted protective cap (4) with a cutout (5). The cutout (5) is arranged off-centre in the protective cap (4) and the closure cap (3) has off centre a closure region (9) which is not impinged by the at least one removal opening (7) and is larger than the cutout (5) in the protective cap (4). The closure (2) has a latching mechanism, which is suitable for arranging the protective cap (4) in relation to the closure cap (3) in such a way that the cutout (5) in the protective cap (4) is aligned either in line with the or a removal opening (7) in the closure cap (3) or at a distance from the removal opening or openings (7). The closure (2) has at least one tamper-proof means of protection.
    • 用于封闭用于储存和去除无菌或湿度敏感的介质的容器(1)的开口的封闭件(2)具有可以流体密封的方式连接到容器的封闭盖(3)和可穿透的 ,自动关闭隔膜(20),其以流体密封的方式封闭封闭盖(3)中的至少一个移除开口(7),其中封闭件(2)具有可旋转地安装的保护盖(4),其具有 切口(5)。 切口(5)在保护盖(4)中偏心地布置,并且封闭盖(3)已经偏离了不被至少一个拆卸开口(7)冲击的封闭区域(9),并且较大 比保护盖(4)中的切口(5)更好。 封闭件(2)具有闭锁机构,其适于相对于封闭盖(3)布置保护盖(4),使得保护盖(4)中的切口(5)对准 与封闭盖(3)中的或去除开口(7)或与去除开口或开口(7)相距一定距离处。 封闭件(2)具有至少一个防篡改的保护装置。
    • 9. 发明授权
    • Extended response trigger circuit
    • 扩展响应触发电路
    • US4638179A
    • 1987-01-20
    • US704471
    • 1985-02-22
    • Bernhard MattesKlaus OswaldWadym Suchowerskyj
    • Bernhard MattesKlaus OswaldWadym Suchowerskyj
    • B60R21/01B60R21/08
    • B60R21/0133B60R21/0132B60R2021/01322
    • To provide for reliable explosion of an explosive pill, or the like in a passenger restraint system, for example to trigger an air belt, or a seat belt lock, an input signal derived from an impact transducer is applied to an integrator, the integrator being connected to a threshold circuit, to filter noise signals and the output signal from the threshold circuit being applied to an output terminal (8) for connection to the explosive pill or charge. To provide for reliable triggering of the explosive pill or charge, even if the input to the threshold circuit from the integrator passes the threshold level only for a very short period of time, so that the output signal from the threshold circuit (3) is below a desired minimum for triggering the explosive pill, the integrator is coupled to a threshold level circuit (1), the threshold setting of which is modified or changed upon occurrence of an output signal from the threshold circuit, by differentiating the output signal from the threshold circuit and modifying the threshold level in accordance with a differentiated signal; in the alternative, the output signal from the threshold circuit is passed through a summing circuit such as an OR gate (52) and, simultaneously used to trigger a monostable element (51), the output of which is summed in the OR gate to provide for an extended output UA at the output terminal of the system.
    • 为了提供乘客约束系统中的爆炸药丸等的可靠爆炸,例如触发气带或座椅安全带锁定,将来自冲击传感器的输入信号应用于积分器,积分器为 连接到阈值电路,以将来自阈值电路的噪声信号和来自施加到用于连接到爆炸药丸或电荷的输出端子(8)的输出信号进行滤波。 为了提供爆炸药丸或电荷的可靠触发,即使来自积分器的阈值电路的输入仅在非常短的时间段内通过阈值电平,使得来自阈值电路(3)的输出信号低于 触发爆炸药丸的期望最小值,积分器耦合到阈值电平电路(1),其阈值设置通过从阈值电路出现输出信号来修改或改变,通过将输出信号与阈值进行微分 电路和根据微分信号修改阈值电平; 在另一方面,来自阈值电路的输出信号通过诸如或门(52)的求和电路,同时用于触发单稳态元件(51),其输出在或门中相加以提供 用于系统输出端的扩展输出UA。