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    • 1. 发明授权
    • Semiconductor gas sensor
    • 半导体气体传感器
    • US4453151A
    • 1984-06-05
    • US385822
    • 1982-06-07
    • David J. LearyJames O. Barnes
    • David J. LearyJames O. Barnes
    • G01N27/12G01N27/04G01N27/16
    • G01N27/12Y10T436/184
    • A semiconductor gas sensor for use in equipment for detecting small amounts of H.sub.2 S. The method of sensor fabrication comprises spray deposition of a mixture of metal oxides mixed together with various metal and non-metal materials which serve in the finished product as activators, dopants, and/or film binder materials, and including in suspension a molecular sieve material, for enhancing and defining porosity on a scale of molecular dimensions in the finished sensor. All of the foregoing materials are suspended in a suitable solution and preferably sprayed onto a heated insulating substrate to form the finished product. The example sensor, capable of selective detection of H.sub.2 S in air and a sensitivity of less than 1 PPM (part per million), is comprised of a platinum activated alumina, tin oxide, and zeolite molecular sieve material.
    • 一种用于检测少量H2S的设备的半导体气体传感器。 传感器制造方法包括将金属氧化物与各种金属和非金属材料混合在一起的混合物的喷雾沉积,所述金属和非金属材料在最终产品中用作活化剂,掺杂剂和/或膜粘合剂材料,并且在悬浮液中包括分子筛材料 ,用于在成品传感器中分子尺寸的尺度上增强和限定孔隙率。 将所有上述材料悬浮在合适的溶液中,并优选喷涂到加热的绝缘基材上以形成成品。 能够选择性地检测空气中的硫化氢的实例传感器和小于1PPM(百万分之一)的灵敏度由铂活性氧化铝,氧化锡和沸石分子筛材料组成。
    • 2. 发明授权
    • Hip brace
    • 臀围大括号
    • US06210353B1
    • 2001-04-03
    • US09305140
    • 1999-05-04
    • James O. Barnes
    • James O. Barnes
    • A61F500
    • A61F5/0193
    • A hip brace that dramatically reduces the pain and discomfort associate with hip degeneration. In one embodiment, the hip brace includes a girdle adapted to be wrapped around the user's waist, and a support member including an upper portion connected to the girdle and a lower portion adapted to provide lateral and upward support to the user's buttock. The lower portion is thicker (e.g., at least three times thicker) than said upper portion to facilitate support of the user's buttock. In order to provide additional support, the hip brace can further include a formed spring support connected to the support member. Preferably, the hip brace further includes at least two support straps connecting the lower portion with the girdle. In a preferred embodiment, the support member includes an inflatable member and an inflater connected to the inflatable member. For example, the inflatable member can include an inflatable bladder, and the inflater can include a hand pump, a conduit connecting the hand pump to the inflatable member, and a one-way valve.
    • 髋关节支架显着减少与髋关节退化相关的疼痛和不适。 在一个实施例中,臀部支架包括适于缠绕在使用者的腰部周围的腰带,以及包括连接到腰带的上部的支撑构件和适于向使用者的臀部提供侧向和向上支撑的下部。 下部比所述上部部分更厚(例如,至少三倍厚)以便于支撑使用者的臀部。 为了提供额外的支撑,髋关节支架还可以包括连接到支撑构件的形成的弹簧支撑件。 优选地,髋关节支架还包括连接下部与腰带的至少两个支撑带。 在优选实施例中,支撑构件包括可膨胀构件和连接到可膨胀构件的充气器。 例如,可膨胀构件可以包括可膨胀气囊,并且充气器可以包括手动泵,将手动泵连接到可膨胀构件的导管和单向阀。
    • 4. 发明授权
    • Multi-purpose transistor array
    • 多功能晶体管阵列
    • US06774671B2
    • 2004-08-10
    • US09828083
    • 2001-04-05
    • James O. Barnes
    • James O. Barnes
    • H03K19177
    • H01L27/0629H01L27/0211H01L27/088
    • The addition of an array of transistors through areas of the circuit where active devices normally don't exist, such as under routing channels. By connecting this array of transistors such that the gates are tied to one power supply and the sources and drains to another, the transistors act as bypass capacitors between the power supplies and act to reduce noise on the supplies. Also, the transistors may later be reconnected through changes in the design to form diodes, inverters, buffers, or other logic gates to allow changes to the circuit late in the design cycle.
    • 在通常不存在有源器件的电路的区域中添加晶体管阵列,例如在路由信道下。 通过连接晶体管阵列,使得栅极连接到一个电源,并将源极和漏极连接到另一个电源,晶体管充当电源之间的旁路电容,并起到减少电源上的噪声的作用。 此外,晶体管可以随后通过设计中的变化被重新连接,以形成二极管,反相器,缓冲器或其它逻辑门,以允许在设计周期中更晚的电路。
    • 5. 发明授权
    • CMOS pseudo-NMOS programmable capacitance time vernier and method of
calibration
    • CMOS伪NMOS可编程电容时间游标和校准方法
    • US5214680A
    • 1993-05-25
    • US786447
    • 1991-11-01
    • Alberto Gutierrez, Jr.Christopher KoernerMasaharu GotoJames O. Barnes
    • Alberto Gutierrez, Jr.Christopher KoernerMasaharu GotoJames O. Barnes
    • G01R31/319H03K5/00H03K5/13H03M1/66H03M1/68H03M1/74
    • H03M1/687G01R31/31922H03K5/131H03K5/133H03M1/66H03K2005/00097H03M1/745H03M1/747
    • The present invention is a time vernier providing fine timing control of an input signal having coarse timing edges. The time vernier comprises a receiving means for receiving a value representing a desired time delay to be added to the coarse timing edge input. The desired time delay may have both fine and coarse delay aspects. The time vernier also comprises a first decoding means for decoding the fine delay aspect and generating fine delay control signals, as well as a second decoding means for decoding a coarse delay aspect and generating coarse delay control signals. A delay line is also included in the time vernier which has inputs to receive the input signal having coarse timing edges, the fine and coarse delay control signals, and a control voltage which automatically adjusts with temperature and power supply variations, so as to provide for temperature and power supply compensation. The delay line combines the fine and coarse delay signals to provide an output signal with fine timing edges. Furthermore, the architecture of the present invention enables an automated method of calibration in order to adjust fine and coarse delay elements for fabrication process variations and photolithography variations.
    • 本发明是提供具有粗定时边缘的输入信号的精确定时控制的时间游标。 时间游标包括接收装置,用于接收表示要添加到粗时序边缘输入的期望时间延迟的值。 期望的时间延迟可以具有精细和粗略的延迟方面。 时间游标还包括用于解码精细延迟方面并产生精细延迟控制信号的第一解码装置,以及用于解码粗略延迟方面并产生粗略延迟控制信号的第二解码装置。 延时线还包括在时间游标中,其具有用于接收具有粗定时边缘的输入信号的输入,精细和粗略的延迟控制信号以及根据温度和电源变化自动调整的控制电压,以便提供 温度和电源补偿。 延迟线组合精细和粗略的延迟信号,以提供具有精细时序边缘的输出信号。 此外,本发明的架构能够实现自动校准方法,以便调整用于制造工艺变化和光刻变化的精细和粗略的延迟元件。
    • 6. 发明授权
    • Method for fabricating a semiconductor gas sensor
    • 半导体气体传感器的制造方法
    • US4601914A
    • 1986-07-22
    • US613193
    • 1984-05-23
    • James O. BarnesDavid J. Leary
    • James O. BarnesDavid J. Leary
    • G01N27/12B05D5/12
    • G01N27/12
    • A method for fabricating a solid state semiconductor gas sensor and the semiconductor sensor itself for use in equipment detecting small amounts of H.sub.2 S. The method of sensor fabrication comprises spray deposition of a mixture of metal oxides mixed together with various metal and non-metal materials which serve in the finished product as activators, dopants, and/or film binder materials, and including in suspension a molecular sieve material, for enhancing porosity on a scale of molecular dimensions in the finished sensor. All of the foregoing materials are suspended in a suitable solution and preferably sprayed onto a heated insulating substrate to form the finished product. The example sensor, capable of selective detection of H.sub.2 S in air and a sensitivity of less than 1 PPM (part per million), is comprised of a platinum activated alumina, tin oxide, and zeolite molecular sieve material.
    • 一种用于制造固态半导体气体传感器的方法和用于检测少量H 2 S的设备的半导体传感器本身。 传感器制造方法包括将金属氧化物与各种金属和非金属材料混合在一起的混合物的喷雾沉积,所述金属和非金属材料在最终产品中用作活化剂,掺杂剂和/或膜粘合剂材料,并且在悬浮液中包括分子筛材料 ,用于在成品传感器中以分子尺寸的尺度提高孔隙率。 将所有上述材料悬浮在合适的溶液中,并优选喷涂到加热的绝缘基材上以形成成品。 能够选择性地检测空气中的硫化氢的实例传感器和小于1PPM(百万分之一)的灵敏度由铂活性氧化铝,氧化锡和沸石分子筛材料组成。