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    • 111. 发明授权
    • System and method of control of internal combustion engine using methane
fuel mixture
    • 使用甲烷燃料混合物控制内燃机的系统和方法
    • US4995367A
    • 1991-02-26
    • US545711
    • 1990-06-29
    • Teruo YamauchiAkao Sasayama
    • Teruo YamauchiAkao Sasayama
    • F02D19/08F02D41/00F02D41/06F02M69/04
    • F02D41/064F02D19/0686F02D19/084F02D19/087F02D41/0025F02M69/041F02M69/044F02D2200/0611Y02T10/36
    • In controlling fuel injection and ignition timing in an internal combustion engine operating on a fuel mixture, such as gasoline and methanol, consideration must be given to the mixture ratio of the fuel mixture in determining air/fuel ratio and ignition timing, as well as in controlling the atomizing of the injected fuel. Fuel injection time is determined in accordance with air/fuel ratio, which is calculated in accordance with the expressionA/F=14.8-0.0853Pfor a fuel mixture of gasoline and methanol, where P is the mixture ratio of methanol. In addition, to enhance cold start performance, a droplet size of injected fuel below 100.mu. is desired, and this may be achieved using a heating element whose surface temperature is controlled in accordance with the mixture ratio P or by injecting compressed air with the injected fuel in an amount determined by the mixture ratio P, or both. In the alternative, an ultrasonic fuel injector may be employed whose frequency is controlled in accordance with the mixture ratio P.
    • 在控制燃料混合物(例如汽油和甲醇)中操作的内燃机中的燃料喷射和点火正时控制时,必须考虑燃料混合物在确定空燃比和点火正时时的混合比,以及 控制注入燃料的雾化。 燃料喷射时间根据空气/燃料比确定,该空气/燃料比根据用于汽油和甲醇的燃料混合物的A / F = 14.8-0.0853P的表达式计算,其中P是甲醇的混合比。 此外,为了提高冷启动性能,需要喷射燃料低于100微米的液滴尺寸,这可以使用表面温度根据混合比P控制的加热元件或通过注入压缩空气注入 由混合比P确定的燃料,或两者。 在替代方案中,可以使用超声波燃料喷射器,其频率根据混合比P来控制。
    • 113. 发明授权
    • Steerable antenna and receiver interface for terrestrial broadcast
    • 用于地面广播的可导向天线和接收器接口
    • US08125386B2
    • 2012-02-28
    • US12612483
    • 2009-11-04
    • John G. N. HendersonCarl Scarpa
    • John G. N. HendersonCarl Scarpa
    • H01Q3/12H01Q3/00
    • H01Q1/007H01Q1/24H01Q3/2611H01Q7/005
    • Antennas with steerable antenna patterns and techniques for using such antennas are described. In accordance with the invention, antenna patterns with one or more NULLs are used. Through the use of digital control signals the antenna pattern is steered so that a source of signal interference, e.g., a multipath signal, will be located in a NULL. In this manner the received signal's S/N ratio can be maximized thereby facilitating demodulation. The techniques of the invention can be applied to television, computer devices, mobile devices and a wide range of other systems. Digital commands to control an antenna may include multiple information fields, e.g., a direction field, a channel field, a gain field and a polarity field. Antennas incapable of supporting the specified fields disregard information in fields which are not supported. Information in each supported field is decoded and used to adjust the corresponding antenna characteristic.
    • 描述了具有可导向天线方向图和使用这种天线的技术的天线。 根据本发明,使用具有一个或多个NULL的天线方向图。 通过使用数字控制信号,导航天线方向图,使得诸如多路径信号的信号干扰源将位于空值中。 以这种方式,可以使接收信号的S / N比最大化,从而便于解调。 本发明的技术可以应用于电视,计算机设备,移动设备以及各种其它系统。 用于控制天线的数字命令可以包括多个信息字段,例如方向字段,信道字段,增益字段和极性字段。 无法支持指定字段的天线无视不支持的字段中的信息。 每个支持的字段中的信息被解码并用于调整相应的天线特性。
    • 115. 发明授权
    • Patient rule induction method on large disk resident data sets and parallelization thereof
    • 大盘驻留数据集的病人规则感应方法及其并行化
    • US07269586B1
    • 2007-09-11
    • US09470444
    • 1999-12-22
    • Anurag SrivastavaVineet Singh
    • Anurag SrivastavaVineet Singh
    • G06F17/30G06F7/00G06F17/60
    • G06F17/30595G06F17/30592G06F19/00G06Q50/22G06Q50/24Y10S707/99935Y10S707/99936
    • The present invention relates to analysis of large, disk resident data sets using a Patient Rule Induction Method (PRIM) in a computer system wherein a relational data table is initially received. The relational data table includes continuous attributes, discrete attributes, a matter parameter and a cost attribute. The cost attribute represents cost output values based on continuous attribute values and discrete attribute values as inputs. A hyper-rectangle is then formed which encloses a multi-dimensional space defined by the continuous attribute values and the discrete attribute values. The continuous attribute values and the discrete attribute values are represented as points within the multi-dimensional space. A plurality of points along edges of the hyper-rectangle are then removed based on an average of the cost output value from the plurality of points until a count of the points enclosed within the hyper-rectangle equals the meta parameter. Discrete attribute values and continuous attribute values which were removed from the hyper-rectangle are next added along edges of the hyper-rectangle until a sum of the cost output value over the multi-dimensional space enclosed by the hyper-rectangle changes. In a further embodiment a parallel architecture computer system calculates the cost attribute average values over the plurality of points enclosed by the hyper-rectangle in parallel. The invention analyzes large disk resident data sets without having to load the data set into main memory and can be practiced on a parallel computer architecture or a symmetric multi-processor architecture to improve performance.
    • 本发明涉及在计算机系统中使用患者规则诱导方法(PRIM)分析大的盘驻留数据集,其中最初接收关系数据表。 关系数据表包括连续属性,离散属性,事物参数和成本属性。 成本属性表示基于连续属性值和离散属性值作为输入的成本输出值。 然后形成超矩形,其包围由连续属性值和离散属性值定义的多维空间。 连续属性值和离散属性值表示为多维空间内的点。 然后根据多个点的成本输出值的平均值去除超矩形边沿的多个点,直到包含在超矩形内的点的计数等于元参数。 从超矩形移除的离散属性值和连续属性值接下来沿着超矩形的边缘添加,直到由超矩形包围的多维空间的成本输出值的总和发生变化。 在另一实施例中,并行架构计算机系统并行计算由超矩形包围的多个点上的成本属性平均值。 本发明分析大盘驻留数据集,而不必将数据集加载到主存储器中,并且可以在并行计算机体系结构或对称多处理器架构上实践以提高性能。
    • 116. 发明授权
    • Method and apparatus for performing benefit transactions using a portable integrated circuit device
    • 使用便携式集成电路装置执行有益处理的方法和装置
    • US07234638B2
    • 2007-06-26
    • US11039558
    • 2005-01-20
    • Bradley LeeJames Charles Wilson
    • Bradley LeeJames Charles Wilson
    • G06K5/00
    • G07F7/1008G06Q20/341G06Q20/3555G06Q20/35765G06Q20/367G06Q30/0226
    • A portable electronic data storage/processing device, e.g., smart card maintains an account including benefit packages. Each benefit package includes multiple items with associated quantity information. A smart card includes an account benefits interface and a retailer interface, each interface using different security measures. New benefit packages are added to the smart card through the account benefit interface by a benefit provider. Benefits debit request lists including multiple items and associated quantities are submitted to the smart card through the retailer interface. The smart card is the trusted member and checks if all requested items in quantities requested can be debited. If all requests can be fulfilled, the smart card executes the debiting from the currently valid benefit package and returns a transaction success indication to the retailer. If any of the requests of the list cannot be met, the entire request list is rejected and no debiting occurs. Benefit quantity addition is not possible through the retailer interface. Transactions are performed as block transactions.
    • 便携式电子数据存储/处理设备,例如智能卡维护包括利益包的账户。 每个福利包包括具有相关数量信息的多个项目。 智能卡包括帐户利益界面和零售商界面,每个界面使用不同的安全措施。 新的收益包通过受益提供者的帐户利益界面添加到智能卡。 优惠借记请求列表包括多个项目和相关数量通过零售商界面提交给智能卡。 智能卡是受信任的成员,并检查所请求的数量是否可以被扣除。 如果所有请求都可以满足,智能卡将从当前有效的收益包执行借记,并向零售商返回交易成功指示。 如果列表的任何请求无法满足,整个请求列表将被拒绝,并且不会发生借记。 通过零售商界面无法获得收益数额。 事务作为块事务执行。
    • 120. 发明授权
    • Methods and apparatus for reducing the cost of video decoders
    • 降低视频解码器成本的方法和设备
    • US6148032A
    • 2000-11-14
    • US105223
    • 1998-06-26
    • Larry PearlsteinSharif M. Sazzad
    • Larry PearlsteinSharif M. Sazzad
    • H04N7/32H04N7/26H04N7/30H04N7/50H04N7/12
    • H04N19/00H04N19/17H04N19/186H04N19/423H04N19/45H04N19/60H04N19/61H04N19/30H04N19/70
    • Methods and apparatus for implementing video decoders at a reduced cost are described. The methods include data reduction techniques, simplified inverse quantization techniques, and dynamically varying the complexity of image enhancement operations, e.g., prediction filtering operations, as a function of whether luminance or chrominance data is being processed. In order to reduce data storage requirements, luminance and chrominance data corresponding to previously encoded images may be stored at different resolutions with, in some embodiments, chrominance data being stored at less than half the resolution of luminance data. In various embodiments, data representing portions of B frames which will not be displayed is identified and discarded, e.g., without performing a decoding operation thereon. Portions of I and P frames which will not be displayed are identified and decoded at a reduced resolution and/or using simplified inverse quantization techniques. The decoded I and P frame data is stored for use when making subsequent predictions if required. Another data reduction technique involves applying different amounts of data reduction, e.g., downsampling, to different image portions with no or little downsampling being performed on image portions located at or nearest to the image's center of interest as determined from information included in a received encoded bitstream.
    • 描述了以降低的成本实现视频解码器的方法和装置。 该方法包括数据简化技术,简化逆量化技术,以及动态地改变图像增强操作的复杂性,例如预测滤波操作,作为是否正在处理亮度或色度数据的函数。 为了减少数据存储要求,与以前编码的图像相对应的亮度和色度数据可以以不同的分辨率存储,在一些实施例中,色度数据被存储在亮度数据的分辨率的一半以下。 在各种实施例中,表示不显示的B帧的部分的数据被识别和丢弃,例如不对其执行解码操作。 以降低的分辨率和/或使用简化的逆量化技术来识别和解码不显示的I帧和P帧的部分。 如果需要,进行后续预测时,解码的I和P帧数据被存储以供使用。 另一种数据缩减技术涉及对不同的图像部分应用不同数量的数据缩减,例如下采样,在从包含在接收的编码比特流中的信息确定的位于或最靠近图像的感兴趣中心的图像部分上执行没有或很少的下采样 。