会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明申请
    • Counter/Timer Functionality in Data Acquisition Systems
    • 数据采集​​系统中的计数器/定时器功能
    • US20110026664A1
    • 2011-02-03
    • US12534785
    • 2009-08-03
    • Rafael Castro ScorsiBrian Keith Odom
    • Rafael Castro ScorsiBrian Keith Odom
    • G11C19/00
    • G11C19/00
    • A counter module may include a first set of registers configured to store respective sets of first control data, a second set of registers configured to store respective sets of second control data, a first counter and a second counter. The first counter may be coupled to the first set of registers and may receive counter input signals and an internal control signal, and generate a first count output and a first terminal count output according to one of the respective sets of the first control data, the internal control signal, and the counter input signals. The second counter may be coupled to the first counter and to the second set of registers, and may receive the counter input signals, generate the internal control signal, and generate a second count output and a second terminal count output according to one of the respective sets of the second control data and the counter input signals. The counter module may also include output control logic configured to generate a timer output based on the first terminal count output and the second terminal count output.
    • 计数器模块可以包括被配置为存储相应的第一控制数据组的第一组寄存器,被配置为存储相应的第二控制数据组的第二组寄存器,第一计数器和第二计数器。 第一计数器可以耦合到第一组寄存器,并且可以接收计数器输入信号和内部控制信号,并且根据第一控制数据的各组中的一个产生第一计数输出和第一终端计数输出, 内部控制信号和计数器输入信号。 第二计数器可以耦合到第一计数器和第二组寄存器,并且可以接收计数器输入信号,产生内部控制信号,并且根据相应的一个寄存器产生第二计数输出和第二终端计数输出 第二控制数据和计数器输入信号的集合。 计数器模块还可以包括被配置为基于第一终端计数输出和第二终端计数输出产生定时器输出的输出控制逻辑。
    • 2. 发明授权
    • Sampling mechanism for data acquisition counters
    • 数据采集​​计数器采样机制
    • US08176351B2
    • 2012-05-08
    • US11768255
    • 2007-06-26
    • Rafael CastroBrian Keith Odom
    • Rafael CastroBrian Keith Odom
    • H04B1/38
    • G01R31/318357G01R31/31712
    • One or more counter units of a data acquisition device used to perform sampling operations. Each of the counter units is configurable to operate in a selected one of a plurality of modes. During operation, at least one of the counter units may receive a measurement signal (or input signal) acquired by the data acquisition device and also a sample clock signal. The counter unit may sample the measurement signal based on the selected operational mode and timing of the sample clock, and at a rate that is independent of the frequency of the measurement signal. Furthermore, the counter unit may sample the measurement signal based on a selected one of a plurality of timing modes associated with the sample clock signal. The counter units may take samples of the measurement signal to perform at least one of the following types of measurements: period, frequency, pulse-width, semi-period, time separation, or event counting.
    • 用于执行采样操作的数据采集装置的一个或多个计数器单元。 每个计数器单元可配置为以多种模式中的选定的一种运行。 在操作期间,至少一个计数器单元可以接收由数据获取装置获取的测量信号(或输入信号)以及采样时钟信号。 计数器单元可以基于选择的采样时钟的操作模式和定时以及与测量信号的频率无关的速率对测量信号进行采样。 此外,计数器单元可以基于与采样时钟信号相关联的多个定时模式中选择的一个采样测量信号。 计数器单元可以采集测量信号的样本以执行以下类型的测量中的至少一种:周期,频率,脉冲宽度,半周期,时间分离或事件计数。
    • 4. 发明授权
    • Generating a data stream from cartridge controllers using a plurality of measurement cartridges
    • 使用多个测量盒从墨盒控制器生成数据流
    • US07512725B2
    • 2009-03-31
    • US11684749
    • 2007-03-12
    • Brian Keith OdomJeffrey J. KellamRafael CastroKyle Bryson
    • Brian Keith OdomJeffrey J. KellamRafael CastroKyle Bryson
    • G06F13/05G06F13/00
    • G01D9/005
    • System and method for controlling cartridges to perform industrial operation(s). The system may include cartridge controllers coupled to the cartridges, timing and data routing logic coupled to the cartridge controllers, and controlling software coupled to the timing and data routing logic. Each of the cartridge controllers may be operable to detect and establish communications with a respective cartridge based on information retrieved from the cartridge, and adapt input/output signals of the respective cartridge according to instructions specified by the timing and data routing logic. The timing and data routing logic may be operable to synthesize data stream(s) from the adapted input/output signals, wherein each of the data stream(s) includes a respective subset of the adapted input/output signals received from a corresponding subset of the cartridges, and transmit the data stream(s) to the controlling software. The synthesized data stream(s) may appear as corresponding device(s) to the controlling software.
    • 用于控制墨盒进行工业操作的系统和方法。 该系统可以包括耦合到盒的盒控制器,耦合到盒控制器的定时和数据路由逻辑,以及控制耦合到定时和数据路由逻辑的软件。 每个盒式控制器可以可操作以基于从盒取回的信息检测和建立与相应盒的通信,以及根据由定时和数据路由逻辑指定的指令来调整相应盒的输入/输出信号。 定时和数据路由逻辑可以用于从适应的输入/输出信号合成数据流,其中数据流中的每一个包括从相应的子集的相应子集接收到的适配的输入/输出信号的相应子集 并将数据流传送到控制软件。 合成的数据流可以显示为控制软件的相应设备。
    • 5. 发明授权
    • Adapting a plurality of measurement cartridges using cartridge controllers
    • 使用墨盒控制器调整多个测量墨盒
    • US07509445B2
    • 2009-03-24
    • US11403167
    • 2006-04-12
    • Brian Keith OdomJeffrey J. KellamRafael CastroKyle Bryson
    • Brian Keith OdomJeffrey J. KellamRafael CastroKyle Bryson
    • G06F3/00G06F13/00
    • G01D9/005
    • System and method for controlling cartridges to perform industrial operation(s). The system may include cartridge controllers coupled to the cartridges, timing and data routing logic coupled to the cartridge controllers, and controlling software coupled to the timing and data routing logic. Each of the cartridge controllers may be operable to detect and establish communications with a respective cartridge based on information retrieved from the cartridge, and adapt input/output signals of the respective cartridge according to instructions specified by the timing and data routing logic. The timing and data routing logic may be operable to synthesize data stream(s) from the adapted input/output signals, wherein each of the data stream(s) includes a respective subset of the adapted input/output signals received from a corresponding subset of the cartridges, and transmit the data stream(s) to the controlling software. The synthesized data stream(s) may appear as corresponding device(s) to the controlling software.
    • 用于控制墨盒进行工业操作的系统和方法。 该系统可以包括耦合到盒的盒控制器,耦合到盒控制器的定时和数据路由逻辑,以及控制耦合到定时和数据路由逻辑的软件。 每个盒式控制器可以可操作以基于从盒取回的信息检测和建立与相应盒的通信,以及根据由定时和数据路由逻辑指定的指令来调整相应盒的输入/输出信号。 定时和数据路由逻辑可以用于从适应的输入/输出信号合成数据流,其中数据流中的每一个包括从相应的子集的相应子集接收到的适配的输入/输出信号的相应子集 并将数据流传送到控制软件。 合成的数据流可以显示为控制软件的相应设备。
    • 6. 发明授权
    • Counter/timer functionality in data acquisition systems
    • 数据采集​​系统中的计数器/定时器功能
    • US08144828B2
    • 2012-03-27
    • US12534785
    • 2009-08-03
    • Rafael Castro ScorsiBrian Keith Odom
    • Rafael Castro ScorsiBrian Keith Odom
    • H03K21/00G11C19/00
    • G11C19/00
    • A counter module may include a first set of registers configured to store respective sets of first control data, a second set of registers configured to store respective sets of second control data, a first counter and a second counter. The first counter may be coupled to the first set of registers and may receive counter input signals and an internal control signal, and generate a first count output and a first terminal count output according to one of the respective sets of the first control data, the internal control signal, and the counter input signals. The second counter may be coupled to the first counter and to the second set of registers, and may receive the counter input signals, generate the internal control signal, and generate a second count output and a second terminal count output according to one of the respective sets of the second control data and the counter input signals. The counter module may also include output control logic configured to generate a timer output based on the first terminal count output and the second terminal count output.
    • 计数器模块可以包括被配置为存储相应的第一控制数据组的第一组寄存器,被配置为存储相应的第二控制数据组的第二组寄存器,第一计数器和第二计数器。 第一计数器可以耦合到第一组寄存器,并且可以接收计数器输入信号和内部控制信号,并且根据第一控制数据的各组中的一个产生第一计数输出和第一终端计数输出, 内部控制信号和计数器输入信号。 第二计数器可以耦合到第一计数器和第二组寄存器,并且可以接收计数器输入信号,产生内部控制信号,并且根据相应的一个寄存器产生第二计数输出和第二终端计数输出 第二控制数据和计数器输入信号的集合。 计数器模块还可以包括被配置为基于第一终端计数输出和第二终端计数输出产生定时器输出的输出控制逻辑。
    • 7. 发明申请
    • Sampling Mechanism for Data Acquisition Counters
    • 数据采集​​计数器采样机制
    • US20080043826A1
    • 2008-02-21
    • US11768255
    • 2007-06-26
    • Rafael CastroBrian Keith Odom
    • Rafael CastroBrian Keith Odom
    • H04Q1/20H04B17/00H04B3/46
    • G01R31/318357G01R31/31712
    • One or more counter units of a data acquisition device used to perform sampling operations. Each of the counter units is configurable to operate in a selected one of a plurality of modes. During operation, at least one of the counter units may receive a measurement signal (or input signal) acquired by the data acquisition device and also a sample clock signal. The counter unit may sample the measurement signal based on the selected operational mode and timing of the sample clock, and at a rate that is independent of the frequency of the measurement signal. Furthermore, the counter unit may sample the measurement signal based on a selected one of a plurality of timing modes associated with the sample clock signal. The counter units may take samples of the measurement signal to perform at least one of the following types of measurements: period, frequency, pulse-width, semi-period, time separation, or event counting.
    • 用于执行采样操作的数据采集装置的一个或多个计数器单元。 每个计数器单元可配置为以多种模式中的选定的一种运行。 在操作期间,至少一个计数器单元可以接收由数据获取装置获取的测量信号(或输入信号)以及采样时钟信号。 计数器单元可以基于选择的采样时钟的操作模式和定时以及与测量信号的频率无关的速率对测量信号进行采样。 此外,计数器单元可以基于与采样时钟信号相关联的多个定时模式中选择的一个采样测量信号。 计数器单元可以采集测量信号的样本以执行以下类型的测量中的至少一种:周期,频率,脉冲宽度,半周期,时间分离或事件计数。
    • 8. 发明申请
    • Generating a Data Stream from Cartridge Controllers Using a Plurality of Measurement Cartridges
    • 使用多个测量墨盒从墨盒控制器生成数据流
    • US20070245086A1
    • 2007-10-18
    • US11684749
    • 2007-03-12
    • Brian Keith OdomJeffrey J. KellamRafael CastroKyle Bryson
    • Brian Keith OdomJeffrey J. KellamRafael CastroKyle Bryson
    • G06F13/00
    • G01D9/005
    • System and method for controlling cartridges to perform industrial operation(s). The system may include cartridge controllers coupled to the cartridges, timing and data routing logic coupled to the cartridge controllers, and controlling software coupled to the timing and data routing logic. Each of the cartridge controllers may be operable to detect and establish communications with a respective cartridge based on information retrieved from the cartridge, and adapt input/output signals of the respective cartridge according to instructions specified by the timing and data routing logic. The timing and data routing logic may be operable to synthesize data stream(s) from the adapted input/output signals, wherein each of the data stream(s) includes a respective subset of the adapted input/output signals received from a corresponding subset of the cartridges, and transmit the data stream(s) to the controlling software. The synthesized data stream(s) may appear as corresponding device(s) to the controlling software.
    • 用于控制墨盒进行工业操作的系统和方法。 该系统可以包括耦合到盒的盒控制器,耦合到盒控制器的定时和数据路由逻辑,以及控制耦合到定时和数据路由逻辑的软件。 每个盒式控制器可以可操作以基于从盒取回的信息检测和建立与相应盒的通信,以及根据由定时和数据路由逻辑指定的指令来调整相应盒的输入/输出信号。 定时和数据路由逻辑可以用于从适应的输入/输出信号合成数据流,其中数据流中的每一个包括从相应的子集的相应子集接收到的适配的输入/输出信号的相应子集 并将数据流传送到控制软件。 合成的数据流可以显示为控制软件的相应设备。
    • 10. 发明授权
    • Implementation of packet-based communications in a reconfigurable hardware element
    • 在可重新配置的硬件元素中实现基于分组的通信
    • US07594226B2
    • 2009-09-22
    • US11203805
    • 2005-08-15
    • Timothy A. StelzerWilliam R. PittsRodney W. CummingsBrian Keith OdomCraig M. Conway
    • Timothy A. StelzerWilliam R. PittsRodney W. CummingsBrian Keith OdomCraig M. Conway
    • G06F9/445G06F9/44
    • G06F17/5054
    • In some embodiments, a user may select an elemental function such as read, write, or configuration from a graphical programming environment. A file may be created that instantiates functionality into a programmable hardware element to allow it to send a command across a serial protocol to peripheral interface circuitry and ultimately to peripheral chips (e.g., network chips on a CAN). The elemental node concept may be generic to any network chip because the node may contain only the general data of a packet (e.g., command type, value of data bytes, etc). The actual interface to a network chip may be handled inside the peripheral interface circuitry. The peripheral interface circuitry may have the details of the network chip in which it interfaces and may abstract details of the network chip from the target programmable hardware element through the serial protocol.
    • 在一些实施例中,用户可以从图形编程环境中选择诸如读取,写入或配置的元素功能。 可以创建将功能实例化为可编程硬件元件的文件,以允许其通过串行协议向外围设备接口电路发送命令,最终将其发送到外围芯片(例如,CAN上的网络芯片)。 因为节点可以仅包含分组的一般数据(例如,命令类型,数据字节的值等),所以元素节点概念可以是通用的任何网络芯片。 可以在外围接口电路内处理与网络芯片的实际接口。 外围接口电路可以具有接口的网络芯片的细节,并且可以通过串行协议从目标可编程硬件元件抽取网络芯片的细节。