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    • 11. 发明申请
    • SELF-DESTRUCT FUZE DELAY MECHANISM
    • 自毁式FUZE延迟机制
    • US20070261586A1
    • 2007-11-15
    • US11383116
    • 2006-05-12
    • William ChamleeJerry SmithBerry Flournoy
    • William ChamleeJerry SmithBerry Flournoy
    • F42C15/34F42C15/20
    • F42C9/145F42C15/44
    • An exemplary self-destruct fuze delay for a submuntion includes an ampoule filled with an activation fluid, a spring-loaded pin to break the ampoule upon deployment of the munition, and a wick to collect and retain the activation liquid in contact with a spring loaded restraining link having an embedded firing pin. The activation liquid contacts the restraining link, preferably via the wick. The action of the activation liquid on the restraining link over time causes the link to fail at the predetermined location, allowing a severed portion with the embedded firing pin to move under force (e.g., spring, gas) and impact or initiate a secondary detonator. The secondary detonator is in close proximity to a primary detonator typically used to initiate a main charge of the submunition. Initiation of the secondary detonator destroys the primary detonator and, depending upon slide location, either sterilizes the submunition, or destroys the entire submunition.
    • 用于子功能的示例性自毁引信延迟包括填充有激活流体的安瓿,在展开弹药时破坏安瓿的弹簧加载销,以及芯吸收和保持活化液体与弹簧加载的接触 具有嵌入式触发销的限制链路。 活化液体优选通过芯吸触约束连接。 激活液体在限制链路上的作用随着时间的推移导致连杆在预定位置处失效,从而允许具有嵌入的撞针的切断部分在力(例如,弹簧,气体)下移动并撞击或起动二次雷管。 次级雷管靠近通常用于启动子弹药主要装药的主雷管。 第二雷管的启动会破坏主雷管,并根据滑动位置对子弹药进行灭菌或者破坏整个子弹药。
    • 16. 发明授权
    • Alarm system armed and disarmed by a deadbolt on a door
    • 报警系统由门上的deadbolt武装和解除武装
    • US06225903B1
    • 2001-05-01
    • US09455888
    • 1999-12-06
    • Richard SolowayJorge HeviaJerry Smith
    • Richard SolowayJorge HeviaJerry Smith
    • E05B4506
    • E05B45/12E05B41/00G08B25/008
    • A security alarm system which may be selectively armed or disarmed when monitoring a protected premises is described which utilizes the position of a deadbolt to determine whether the security system should be armed or disarmed. The security system comprises (i) an entry door for permitting ingress to the protected premises from the outside of the entry door and egress from the protected premises from the inside of the entry door; (ii) a lock for selectively locking and unlocking the entry door; and (iii) a switch having a first state indicative of the lock being in a locked position and a second state indicative of the lock being in an unlocked position wherein, when the switch is in its first state, the security system is armed and, when the switch is in its second state, the security system is disarmed. Sensing means are also provided to determine if the lock was engaged from inside or outside the protected premises. In the case where the lock was engaged from outside the premises and no authorized individual remains inside, sensors inside the premises would become activated. Conversely, in the case where the lock was engaged from inside the premises or from outside the premises and an authorized individual remains inside, the inside sensors would remain deactivated. The disabling of an inadvertent (false) alarm is easily, yet securely, achieved by activating a first user-controlled disarming means and returning the lock to its unlocked position.
    • 描述了在监视受保护的房屋时可以选择性地武装或解除武装的安全警报系统,其利用死栓的位置来确定安全系统是否应该被布防或撤防。 安全系统包括(i)入口门,允许从入口门外部进入受保护处所,并从受保护处所从出入口内部出口; (ii)用于选择性地锁定和解锁入口门的锁; 和(iii)具有指示所述锁处于锁定位置的第一状态的开关和指示所述锁处于解锁位置的第二状态,其中当所述开关处于其第一状态时,所述安全系统被布防, 当交换机处于第二状态时,安全系统被撤防。 还提供感测装置以确定该锁是否在受保护的房屋的内部或外部接合。 如果从房屋外部进行锁定,并且没有授权的个人保持在内部,房屋内的传感器将被激活。 相反,如果从房屋内部或房屋外部进行锁定,并且授权的个人保持在内部,则内部传感器将保持停用。 通过激活第一用户控制的撤防装置并将锁定返回到其解锁位置,容易地,可靠地实现无意(错误)报警的禁用。
    • 17. 发明授权
    • Apparatus and method for removing odorous sulfur compounds from potable
water
    • 从饮用水中除去有害硫化合物的装置和方法
    • US5354459A
    • 1994-10-11
    • US33861
    • 1993-03-19
    • Jerry Smith
    • Jerry Smith
    • C02F1/20
    • C02F1/20
    • Apparatus for treating potable water to remove odorous sulfur compounds therefrom is disclosed. The apparatus comprises a treating tank, a fogging nozzle, means for directing water to be treated through the fogging nozzle and into the treating tank, means for injecting compressed air into the water directed through the fogging nozzle, a filter vessel, and a de-aerating vessel. The compressed air injected into the water that is directed through the fogging nozzle is at a pressure sufficiently high that minus 100 micron water droplets leave the fogging nozzle. Air, most of the sulfur compounds present in the water and some entrained water are ultimately discharged from the treating tank. The means for directing the water to be treated through the fogging nozzle is controlled to maintain a predetermined water level in the treating tank. The filter vessel contains a bed of a filter medium which forms a loose bond with the remaining H.sub.2 S in the filter vessel. The apparatus also includes means for directing water from the treating tank through the filter bed and into the de-aerating vessel, means for injecting air into water withdrawn from the treating tank before it flows through the filter bed, and means for venting gases from the de-aerating tank.
    • 公开了一种用于处理饮用水以除去其中有害的硫化合物的设备。 该设备包括处理槽,雾化喷嘴,用于将待处理的水通过雾化喷嘴引导到处理槽中的装置,用于将压缩空气注入到通过雾化喷嘴的水中的装置,过滤器容器, 充气船 喷射到通过雾化喷嘴的水中的压缩空气处于足够高的压力,减去100微米的水滴离开雾化喷嘴。 空气中,存在于水中的大部分硫化合物和一些夹带的水最终从处理槽排出。 控制通过雾化喷嘴引导被处理水的装置,以保持处理槽中的预定水位。 过滤器容器包含与过滤器容器中剩余的H 2 S形成松散结合的过滤介质床。 该设备还包括用于将水从处理槽引导通过过滤床并进入脱气容器的装置,用于在空气流过滤床之前将空气注入到从处理罐中排出的水中的装置,以及用于从 脱气罐。