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    • 3. 发明授权
    • Test mode support for metering accuracy tests
    • 测试模式支持计量精度测试
    • US09277297B2
    • 2016-03-01
    • US13357225
    • 2012-01-24
    • Robert T. Mason, Jr.Andrew J. BorleskeKeith D. Richeson
    • Robert T. Mason, Jr.Andrew J. BorleskeKeith D. Richeson
    • G08B23/00H04Q9/00
    • H04Q9/00G08B23/00H04Q2209/60
    • A metering device may be configured to communicate with other devices on a plurality of metering communication networks. To enable such communications across various networks, the metering communication device may use an active utility identifier corresponding to the metering network in which it is actively communicating. The active utility identifier may be changed to a valid utility identifier corresponding to another metering network and which may be associated with the metering communication device itself. The metering communication device may use the changed active utility identifier to communicate with other devices on the other metering network having the valid utility identifier. For example, the metering communication device may change the active utility identifier to enable communication a test network from a production network, a production network to a test network, or a first test network to a second test network.
    • 计量装置可以被配置为与多个计量通信网络上的其他装置进行通信。 为了实现跨各种网络的这种通信,计量通信设备可以使用与其正在主动通信的计量网络相对应的活动实用程序标识符。 活动效用标识符可以被改变为对应于另一计量网络的有效的效用标识符,并且可以与计量通信设备本身相关联。 计量通信设备可以使用改变的活动实用程序标识符与具有有效实用程序标识符的另一计量网络上的其他设备进行通信。 例如,计量通信设备可以改变活动实用程序标识符,以使测试网络能够从生产网络,生产网络到测试网络,或第一测试网络到第二测试网络。
    • 4. 发明授权
    • Techniques for limiting demand from an electricity meter with an installed relay
    • 用于限制带有已安装继电器的电表的需求的技术
    • US08525692B2
    • 2013-09-03
    • US12482681
    • 2009-06-11
    • Robert T. Mason, Jr.Keith D. RichesonCharlie E. Minton, III
    • Robert T. Mason, Jr.Keith D. RichesonCharlie E. Minton, III
    • G08C19/16G08B23/00G05D3/12G05D5/00G05D9/00G05D11/00G05D17/00G01R21/00G01R21/06
    • G01D4/004Y02B90/242Y04S20/322
    • An electricity meter capable of performing a method for limiting an electricity load in communication with the electricity meter is disclosed. The electricity meter includes at least one load control and the electricity meter has one or more predetermined time-of-use tiers. Each of the one or more predetermined time-of-use tiers has a corresponding time-of-use demand threshold. The method comprises determining a present time-of-use tier; determining a present time-of-use demand for the electricity load in the present time-of-use tier; comparing the present time-of-use demand to the time-of-use demand threshold corresponding to the present time-of-use tier; and setting the at least one load control to a de-energize mode when a de-energize condition is satisfied. The de-energize condition may include sub-conditions such as the present time-of-use demand exceeding the time-of-use demand threshold corresponding to the present time-of-use tier.
    • 公开了一种能够执行限制与电表通信的电力负荷的方法的电表。 电表包括至少一个负载控制,并且电表具有一个或多个预定的使用时间级。 一个或多个预定使用时间层中的每一个具有对应的使用时间需求阈值。 该方法包括确定当前使用时间层; 确定当前使用时间层中电力负荷的当前使用时间需求; 将当前使用时间需求与对应于当前使用时间层的使用时间需求阈值进行比较; 以及当断电条件满足时,将所述至少一个负载控制设置为断电模式。 去激励状态可以包括诸如当前使用时间需求超过与当前使用时间层相对应的使用时间需求阈值的子条件。
    • 7. 发明授权
    • Wireless communications providing interoperability between devices capable of communicating at different data rates
    • 提供能够以不同数据速率通信的设备之间的互操作性的无线通信
    • US08855102B2
    • 2014-10-07
    • US12972826
    • 2010-12-20
    • Andrew J. BorleskeBrent BrianRobert T. Mason, Jr.
    • Andrew J. BorleskeBrent BrianRobert T. Mason, Jr.
    • H04J3/06
    • H04J3/24
    • A method, wireless mesh network and processor-readable storage medium for providing interoperability between devices that are capable of communicating at different data rates are disclosed herein. A start-of-frame delimiter token value in a synchronization header is used to indicate a data rate at which a device is capable of communicating. In certain embodiments, samples are collected around a bit transition and are used to adjust a bit timing of a receiving device to match a bit timing of a transmitting device using a coarse adjustment process and, in some embodiments, a fine adjustment process. In this way, compatibility can be maintained between new devices that can communicate at a relatively fast data rate and legacy devices that communicate at a lower data rate.
    • 本文公开了一种用于在能够以不同数据速率通信的设备之间提供互操作性的方法,无线网状网络和处理器可读存储介质。 同步头中的起始帧定界符令牌值用于指示设备能够进行通信的数据速率。 在某些实施例中,样本在位转移周围收集,并且用于调整接收设备的比特定时以使用粗略调整过程并且在一些实施例中精细调整过程来匹配发送设备的比特定时。 以这种方式,可以在可以以相对较快的数据速率进行通信的新设备与以较低数据速率通信的传统设备之间保持兼容性。
    • 9. 发明授权
    • Microprocessor decoder frequency hopping spread spectrum communications receiver
    • 微处理器解码器跳频扩频通信接收机
    • US07020178B2
    • 2006-03-28
    • US10183936
    • 2002-06-26
    • Robert T. Mason, Jr.Rodney C. HemmingerEugene W. HodgesBrent R. Brian
    • Robert T. Mason, Jr.Rodney C. HemmingerEugene W. HodgesBrent R. Brian
    • H04B15/00H04K1/00H04L27/30
    • H04B1/7156H04B2001/71563
    • The present invention is directed to a frequency hopping spread spectrum transceiver. The transceiver includes a microcontroller; a transmitter having a voltage controlled oscillator, a direct digital synthesizer, and a power amplifier; and a receiver having an amplifier, a mixer, an IF amplifier, a demodulator, and a data slicer. When transmitting, the transmitter sends a preamble that allows the receiving device to detect the signal and lock to it to receive the data. When receiving, the receiver first scans all channels and sorts them based on a Received Signal Strength Indicator (RSSI) and then attempts to lock to the channel with the strongest RSSI value by first sampling the received signal to verify the preamble, then synchronizing to the bit edges of the received signal, then detecting the start of a Start Frame Delimiter (SFD), decoding bits to verify a valid SFD and then sampling data bits to receive the data.
    • 本发明涉及一种跳频扩频收发信机。 收发器包括微控制器; 具有压控振荡器的发射机,直接数字合成器和功率放大器; 以及具有放大器,混频器,IF放大器,解调器和数据限幅器的接收器。 发射时,发射机发送一个允许接收设备检测信号并锁定信号以接收数据的前同步码。 接收机首先对所有信道进行扫描,并根据接收信号强度指示符(RSSI)对其进行分类,然后通过首先对接收到的信号进行采样来验证前导码,然后尝试锁定具有最强RSSI值的信道,然后同步到 接收信号的位边沿,然后检测起始帧定界符(SFD)的开始,解码位以验证有效的SFD,然后采样数据位以接收数据。