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    • 22. 发明授权
    • Controlled resistivity boron nitride electrostatic chuck apparatus for retaining a semiconductor wafer and method of fabricating the same
    • 用于保持半导体晶片的受控电阻率氮化硼静电卡盘装置及其制造方法
    • US06535372B2
    • 2003-03-18
    • US09885646
    • 2001-06-20
    • Vijay D. ParkheChandra V. Deshpandey
    • Vijay D. ParkheChandra V. Deshpandey
    • H01T2300
    • H02N13/00Y10T279/23
    • Apparatus for retaining a workpiece in a semiconductor processing chamber and method for fabricating the same. In one embodiment, a method for fabricating the apparatus includes providing a controlled resistivity boron nitride (CRBN) plate. A conductive layer is disposed on a portion of a lower surface of the CRBN plate to form at least one chucking electrode. A layer of boron nitride powder is disposed on the conductive layer and the lower surface of the CRBN plate. The CRBN plate, the conductive layer, and the boron nitride powder are hot pressed together to form the apparatus. In a second embodiment, a conductive electrode layer is deposited on a portion of a lower surface of the CRBN plate. A layer of pyrolytic boron nitride is deposited on the conductive layer and the lower surface of the CRBN plate to form the apparatus.
    • 用于在半导体处理室中保持工件的装置及其制造方法。 在一个实施例中,制造该装置的方法包括提供受控电阻率的氮化硼(CRBN)板。 导电层设置在CRBN板的下表面的一部分上以形成至少一个夹紧电极。 在导电层和CRBN板的下表面上设置一层氮化硼粉末。 将CRBN板,导电层和氮化硼粉末热压在一起以形成该装置。 在第二实施例中,导电电极层沉积在CRBN板的下表面的一部分上。 在导电层和CRBN板的下表面上沉积一层热解氮化硼以形成该装置。
    • 25. 发明授权
    • Personal defense device
    • 个人防御装置
    • US06791816B2
    • 2004-09-14
    • US10375075
    • 2003-02-28
    • Kenneth J. Stethem
    • Kenneth J. Stethem
    • H01T2300
    • F41H13/0018A01K15/029F21V33/0076F41B15/04H05C1/06
    • Multiple embodiments of a personal defense device each include an electrical stun circuit and electrodes with a structure adapted for use as an impact weapon as well, and further include a radially disposed flashlight or signal light therewith. The electrical circuitry for the stun apparatus may be formed of flexible circuit material with dual circuit paths between each component, for reliability and resistance to damage due to impact forces incurred when the device is used as an impact weapon. A second, normally closed interrupter switch may be provided for the stun circuit, with the user of the present device being required to hold the interrupter switch in order to keep the stun circuitry from operating when the master switch is turned on. The end opposite the handle may include a series of impact ribs with cutting blades removably installable thereon, to produce non-lethal cuts in an assailant during an attack.
    • 个人防御装置的多个实施例各自包括电眩光电路和具有适于用作冲击武器的结构的电极,并且还包括径向设置的手电筒或信号灯。 用于眩光装置的电路可以由柔性电路材料形成,在每个部件之间具有双电路路径,用于可靠性并且由于当该装置用作冲击武器时产生的冲击力而导致的损坏。 可以为眩光电路提供第二个常闭断路器开关,本装置的用户需要保持断路器开关,以便在主开关接通时保持眩晕电路不工作。 与手柄相对的端部可以包括一系列具有可拆卸地安装在其上的切割刀片的冲击肋,以在攻击期间在攻击者中产生非致命的切割。
    • 27. 发明授权
    • Hybrid ceramic electrostatic clamp
    • 混合陶瓷静电夹
    • US06754062B2
    • 2004-06-22
    • US10085571
    • 2002-02-27
    • Joseph LoganJohn R. MillerMahmood NaimRobert E. Tompkins
    • Joseph LoganJohn R. MillerMahmood NaimRobert E. Tompkins
    • H01T2300
    • H02N13/00
    • The invention is a hybrid chuck for securing workpieces with an electrostatic charge. The hybrid chuck includes a dielectric base for supporting the hybrid chuck. The dielectric base has a top surface and a conductive layer covers at least a portion of the top surface of the dielectric base. The conductive layer is conductive for receiving a current that creates an electrostatic charge and is non-metallic for maintaining the electrostatic charge without significant eddy current losses in the presence of dynamic electromagnetic fields. The top working surface covers the conductive layer and is flat for holding workpieces upon the receiving of the current to create the electrostatic charge in the conductive layer.
    • 本发明是用于用静电荷固定工件的混合卡盘。 混合卡盘包括用于支撑混合卡盘的电介质基座。 电介质基底具有顶表面,并且导电层覆盖电介质基底的顶表面的至少一部分。 导电层是导电的,用于接收产生静电电荷的电流,并且是非金属的,用于在存在动态电磁场的情况下保持静电电荷而没有显着的涡流损耗。 顶部工作表面覆盖导电层,并且在接收电流时保持工件是平坦的,以在导电层中产生静电电荷。
    • 29. 发明授权
    • Lightning rocket
    • US06597559B2
    • 2003-07-22
    • US09772766
    • 2001-01-31
    • Robert E. Betts
    • Robert E. Betts
    • H01T2300
    • H02G13/00H02G13/20
    • The lightning rocket system of this invention comprises a rocket launcher that is in communication with a detection device that measures the presence of electrostatic and ionic change in close proximity to the rocket launcher that also fires the rocket launcher. This system is designed to control the time and the location of a lightning strike. The lightning rocket can be comprised of solid propellant that has cesium salts added which produces a conductive path when the exhaust gases are discharged from the rocket that is expelled to the static layer of a thundercloud. A conducting lightning rod which is grounded and positioned along side the launch tube for the solid propellant is in communication with the conductive path to thereby control the time and location of a lightning strike from the thundercloud. In a liquid expelled rocket a solution of calcium chloride is used to form a conductive path from a thundercloud. As the rocket flies to the thundercloud this liquid is expelled aft forming a column in the air of particles that are more electrically conductive than the surrounding air. In a similar fashion to the system employing a solid propellant as the conductive producer this conductive path conducts a lightning strike to ground to thereby control the time and location of a lightning strike from the thundercloud.