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    • 2. 发明授权
    • Miniaturized monolithic multi-layer capacitor and apparatus and method
for making same
    • 微型单片多层电容器及其制造方法
    • US5125138A
    • 1992-06-30
    • US636029
    • 1991-01-04
    • David G. ShawAngelo YializisDonald S. StryckerMooyoung Ham
    • David G. ShawAngelo YializisDonald S. StryckerMooyoung Ham
    • B05D3/06B05D7/00B05D7/24H01G4/30H01G13/00
    • B05D7/56B05D1/60B05D3/068B05D7/24H01G13/00H01G4/306Y10T29/435
    • A monolithic multi-layer capacitor having a central capacitively active area and two electrode joining section separated from the active area by sloped sections has dielectric layers about 1 micron thick in the active area which taper gradually to zero thickness in the sloped sections. Electrode layers in the active area have a thickness in the range from 200 to 500 Angstroms and sufficient thickness throughout the sloped sections for adequate current carrying capacity. Various acrylates are used for the dielectric layers, the number of layers ranging from a few to many thousands.Apparatus and methods for the fabrication of such capacitors on a high speed, production scale basis employ techniques for the flash evaporation of highly reactive monomers of acrylate dielectric materials. The vapor is controllably directed to a deposition surface for condensation and subsequent curing by a field enhanced gas discharge electron beam source. The control of the dielectric vapor is accomplished by adjacent gas streams of an inert gas directed to areas of the deposition surface where deposition of the electrode material is unwanted. Monomers of the dielectric material are ultrasonically atomized in preparation for flash evaporation.
    • 具有中心电容有效面积和两个电极接合部分的单片多层电容器具有通过倾斜部分与有源区域分开的电极接合部分,在有源区域中的介电层约为1微米厚,在倾斜部分中逐渐变细至零。 有源区域中的电极层的厚度在200至500埃的范围内,并且在整个倾斜部分具有足够的厚度以具有足够的载流能力。 各种丙烯酸酯用于电介质层,层数从几到数千。 用于以高速,生产规模为基础制造这种电容器的装置和方法采用用于丙烯酸酯介电材料的高反应性单体的闪蒸的技术。 蒸汽被可控地引导到沉积表面用于冷凝,并随后通过场强气体放电电子束源固化。 电介质蒸汽的控制是通过相邻的惰性气体气流来实现的,惰性气体指向沉积表面的区域,其中电极材料的沉积是不希望的。 介电材料的单体被超声波雾化以准备闪蒸。
    • 3. 发明授权
    • High speed apparatus for forming capacitors
    • 用于形成电容器的高速设备
    • US5097800A
    • 1992-03-24
    • US551645
    • 1990-07-10
    • David G. ShawAngelo YializisDonald S. StryckerMooyoung Ham
    • David G. ShawAngelo YializisDonald S. StryckerMooyoung Ham
    • B05D3/06B05D7/00B05D7/24H01G4/30H01G13/00
    • B05D7/56B05D1/60B05D3/068B05D7/24H01G13/00H01G4/306
    • A high speed apparatus for forming capacitors includes a vacuum chamber in which is located a carrier defining a continuous surface configured to move at a rate of from about 150 feet per minute to about 600 feet per minute during the forming operation, a metal depositing device, a dielectric depositing device, and a radiation source. The metal depositing device is configured to deposit layers of metal onto the moving surface, and the dielectric depositing device includes (a) a device for atomizing a radiation-curable polyfunctional acrylic monomer to form liquid droplets of the monomer, (b) a heated surface on which the atomized monomer droplets impinge and are flash vaporized, and (c) device for thereafter condensing the flash-vaporized monomer on the metal layers to form a monomer coating on successive layers. The radiation source is positioned for curing successive monomer coatings after each such coating has been deposited, to thereby form a polymer dielectric layer. Apparatus are provided for controlling each of the devices so that metal is deposited, a monomer coating is deposited, and the monomer coating is cured to form the polymer dielectric layer before the continuous surface passes the devices again for successive metal layers, monomer coatings, and curings.
    • 用于形成电容器的高速装置包括真空室,其中定位有形成连续表面的载体,所述载体构造成在成形操作期间以约150英尺/分钟的速度移动至约600英尺/分钟;金属沉积装置, 介电沉积装置和辐射源。 金属沉积装置被配置为将金属层沉积到移动表面上,并且电介质沉积装置包括(a)用于雾化可辐射固化的多官能丙烯酸单体以形成单体的液滴的装置,(b)加热表面 其上雾化的单体液滴在其上喷射并闪蒸,和(c)此后将闪蒸汽化的单体在金属层上冷凝以在连续层上形成单体涂层的装置。 辐射源被定位用于在每个这样的涂层被沉积之后固化连续的单体涂层,从而形成聚合物介电层。 提供了用于控制每个器件以使得沉积金属,沉积单体涂层的装置,并且在连续表面再次穿过器件之前,将单体涂层固化以形成聚合物电介质层,用于连续的金属层,单体涂层和 治愈。
    • 4. 发明授权
    • Miniaturized monolithic multi-layer capacitor and apparatus and method
for making
    • 微型单片多层电容器及其制造方法
    • US5018048A
    • 1991-05-21
    • US408471
    • 1989-09-15
    • David G. ShawAngelo YializisDonald S. StryckerMooyoung Ham
    • David G. ShawAngelo YializisDonald S. StryckerMooyoung Ham
    • B05D3/06B05D7/00B05D7/24H01G4/30H01G13/00
    • B05D7/56B05D1/60B05D3/068B05D7/24H01G13/00H01G4/306Y10T29/435
    • A monolithic multi-layer capacitor is disclosed having a central capacitively active area and two electrode joining sections separated from the active area by sloped sections. The dielectric layers are about 1 micron thick in the active area and taper gradually to zero thickness in the sloped sections. Electrode layers in the active area have a thickness in the range from 200 to 500 Angstroms and sufficient thickness throughout the sloped sections for adequate current carrying capacity. Various acrylates are used for the dielectric layers, the number of layers ranging from a few to many thousands.Apparatus and methods are disclosed for the fabrication of such capacitors on a high speed, production scale basis. Such employ techniques for the flash evaporation of highly reactive monomers of acrylate dielectric materials so as to form a gaseous stream of such materials. The gas stream is controllably directed to a deposition surface for condensation and subsequent curing by a field enhanced gas discharge electron beam source. The control of the dielectric gas stream is accomplished by means of adjacent gas streams of an inert gas directed to areas of the deposition surface where deposition of the electrode material is unwanted. Means are disclosed for the atomization of the monomers of the dielectric material in preparation for its flash evaporation.
    • 公开了一种单片多层电容器,其具有中心电容有源面积和两个电极接合部分,其通过倾斜部分与有源区域分离。 电介质层在有源区域中约为1微米厚,并且在倾斜部分中逐渐变细至零厚度。 有源区域中的电极层的厚度在200至500埃的范围内,并且在整个倾斜部分具有足够的厚度以具有足够的载流能力。 各种丙烯酸酯用于电介质层,层数从几到数千。 公开了用于以高速,生产规模为基础制造这种电容器的装置和方法。 这种采用技术用于快速蒸发丙烯酸酯介电材料的高反应性单体以形成这种材料的气流。 气流被可控地引导到沉积表面以进行冷凝,然后通过场强气体放电电子束源固化。 电介质气流的控制是通过相邻的惰性气体气流来实现的,该惰性气体指向沉积表面的区域,其中电极材料的沉积是不需要的。 公开了为准备其闪蒸而使介电材料的单体雾化的方法。
    • 9. 发明授权
    • Apparatus for forming multicolor interference coating
    • 用于形成多色干涉涂层的装置
    • US06264747B1
    • 2001-07-24
    • US09366873
    • 1999-08-04
    • David G. ShawDaniel S. ClineEric P. DawsonMarc Langlois
    • David G. ShawDaniel S. ClineEric P. DawsonMarc Langlois
    • C23C1600
    • G02B5/28B42D25/29B42D2035/24G02B5/286G02B5/287G06K19/06046G06K2019/06225Y10T428/31699
    • Several techniques may be used for forming a colored interference filter coating on a substrate such as polyester film. The interference filter has two metal reflective films, at least one of which is semi-transparent. A layer of transparent acrylate polymer dielectric between the metal layers completes the interference filter, which may be sandwiched between protective layers. The dielectric is formed by evaporating an acrylate monomer having a molecular weight in the range of from 150 to 600. Preferably the acrylate monomer has a molecular weight to acrylate group ratio in the range of from 150 to 400. The acrylate condenses on the substrate and is polymerized in situ for forming a monolithic film with a sufficient thickness to produce an interference color. In several embodiments different areas of the film have different thicknesses for producing different interference colors. The thickness of the dielectric can be controlled by the amount of monomer condensed, by either controlling the temperature of the condensation surface or controlling the amount of monomer evaporated adjacent a predetermined area of the substrate. Thickness may also be controlled by condensing a uniform layer of monomer and polymerizing the monomer to different degrees for varying the shrinkage of the film and hence the thickness of the film and color.
    • 可以使用几种技术来在诸如聚酯膜的基底上形成有色干涉滤光器涂层。 干涉滤光片具有两个金属反射膜,其中至少一个是半透明的。 在金属层之间的一层透明丙烯酸酯聚合物电介质完成干涉滤光器,其可夹在保护层之间。 电介质是通过蒸发分子量为150-600的丙烯酸酯单体而形成的。优选地,丙烯酸酯单体的分子量与丙烯酸酯的比例在150-400的范围内。丙烯酸酯在基材上冷凝, 原位聚合以形成具有足够厚度的整体膜以产生干涉色。 在几个实施例中,膜的不同区域具有不同的厚度,用于产生不同的干涉色。 通过控制冷凝表面的温度或控制在衬底的预定区域附近蒸发的单体的量,电介质的厚度可以通过冷凝的单体的量来控制。 厚度也可以通过将均匀的单体层冷凝并将单体聚合到不同程度来控制,以改变膜的收缩率,从而改变膜的厚度和颜色。
    • 10. 发明授权
    • System and method for detecting customer premises equipment alerting
signals
    • 用于检测客户驻地设备警报信号的系统和方法
    • US5974138A
    • 1999-10-26
    • US231534
    • 1999-01-14
    • Sharad SambhwaniDavid G. Shaw
    • Sharad SambhwaniDavid G. Shaw
    • H04M1/00
    • H04M1/573
    • A system for, and method of, detecting a customer premises equipment ("CPE") alerting signal ("CAS") on a telephone line that is carrying near-end audio traffic and CPE embodying the same. The system includes: (1) an echo cancellation circuit, coupled to the telephone line, that detects an outbound component of the near-end audio traffic and produces, in response thereto, an echo canceling signal, (2) a combinatorial circuit, coupled to the telephone line and the echo cancellation circuit, that applies the echo canceling signal to an inbound component of the near-end audio traffic to produce a resulting signal having the near-end audio traffic substantially removed therefrom and (3) a CAS detector, coupled to the combinatorial circuit, that detects the CAS in the resulting signal, the echo cancellation circuit and the combinatorial circuit cooperating to increase the reliability of the CAS detector.
    • 在携带近端音频业务的电话线路上检测客户驻地设备(“CPE”)告警信号(“CAS”)的系统和方法,以及包含其的CPE。 该系统包括:(1)耦合到电话线的回声消除电路,其检测近端音频业务的出站分量,并响应于此产生回波消除信号,(2)组合电路,耦合 到电话线路和回波消除电路,其将回波消除信号应用于近端音频业务的入站分量,以产生具有基本上从其中除去的近端音频业务的结果信号;以及(3)CAS检测器, 耦合到组合电路,其检测所得信号中的CAS,回波消除电路和组合电路协作以增加CAS检测器的可靠性。