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    • 4. 发明授权
    • Programmer unit with composite calculation capability
    • 具有复合计算能力的程序员单元
    • US4328550A
    • 1982-05-04
    • US176269
    • 1980-08-08
    • John M. Weber
    • John M. Weber
    • G05B19/42
    • G05B19/4202G05B2219/36227
    • A programmer unit for developing part programs for numerically controlled machines includes a keyboard through which the operator enters data and a display which outputs data. The programmer unit leads the operator through a series of steps which include the entry of selected composite numbers and the entry of geometric data taken from part drawings. When the required geometric data is not available on the drawing, a composite calculation mode of operation can be enabled by the operator and employed to calculate the required data from data that is available on the drawing.
    • 用于开发用于数控机器的零件程序的编程器单元包括操作者输入数据的键盘和输出数据的显示器。 程序员单元通过一系列步骤引导操作员,其中包括所选复合数字的输入和从零件图纸中获取的几何数据的输入。 当所需的几何数据在图形上不可用时,可以由操作员启用复合计算操作模式,并从图中可用的数据中计算所需的数据。
    • 6. 发明授权
    • Domain specific natural language normalization
    • 域特定自然语言规范化
    • US09122673B2
    • 2015-09-01
    • US13414687
    • 2012-03-07
    • Shareef AlshinnawiGary D. CudakEdward S. SuffernJohn M. Weber
    • Shareef AlshinnawiGary D. CudakEdward S. SuffernJohn M. Weber
    • G06F17/27
    • G06F17/28G06F17/21G06F17/2795
    • Embodiments of the present invention provide a method, system and computer program product for the domain specific normalization of a corpus of text. In an embodiment of the invention, a method for domain specific normalization of a corpus of text is provided, including an industrial, organization, demographic or geographic domain. The method includes loading a corpus of text in memory of a computer and determining a domain for the corpus of text. The method also includes retrieving a lexicon of replacement words for the determined domain. Finally, the method includes text simplifying the corpus of text using the retrieved lexicon. In one aspect of the embodiment, the domain is determined through inference based upon words already presence in the corpus of text. In another aspect of the embodiment, the domain is determined based upon meta-data provided with the corpus of text.
    • 本发明的实施例提供了一种用于文本语料库的域特异性归一化的方法,系统和计算机程序产品。 在本发明的实施例中,提供了一种用于文本语料库的域特异性归一化的方法,包括工业,组织,人口统计学或地理域。 该方法包括将文本语料库加载到计算机的存储器中,并确定文本语料库的域。 该方法还包括检索所确定的域的替换词的词典。 最后,该方法包括使用检索的词典简化文本语料库的文本。 在该实施例的一个方面,通过推断基于文本语料库中已经存在的词来确定域。 在该实施例的另一方面,根据随文本语料库提供的元数据来确定域。
    • 7. 发明授权
    • Elevator self-diagnostic control system
    • 电梯自诊断控制系统
    • US4898263A
    • 1990-02-06
    • US243416
    • 1988-09-12
    • Bradley W. ManskeJohn M. Weber
    • Bradley W. ManskeJohn M. Weber
    • B66B5/00
    • B66B5/0087
    • An elevator self-diagnostic system monitors the operative status of various elevator components and upon sensing an error initiates action to bring the elevator car to a safe operating state. The system then logs the error. The diagnostic system then analyzes the error and the conditions prevailing at the time the error occurred and, if necessary, a corrective action is then taken to resolve the error. This allows the elevator system to be brought back into service more quickly than would otherwise be possible. Specifically, a number of tests are serially performed on various elevator components, such as the motor drive, the position sensors, etc. When an error, or fault, arises in a system component, a selt-diagnostic system logs a preselected error level which has been assigned to the particular fault. A preselected action is then taken according to the particular error. For example, if the output of the position encoder is lost while the elevator car is running, then the elevator car's velocity is decreased at a constant rate until the car is brought to a stop. A short time later, the car is restarted and proceeds toward its target floor.
    • 电梯自诊断系统监视各种电梯部件的操作状态,并且在感测到错误时启动动作以使电梯轿厢处于安全运行状态。 系统然后记录错误。 然后,诊断系统分析错误发生时的错误和主要条件,并且如果需要,则采取纠正措施来解决错误。 这使得电梯系统能够比其他方式更快地恢复使用。 具体地说,在诸如电动机驱动器,位置传感器等的各种电梯部件上连续执行多个测试。当在系统组件中出现错误或故障时,系统诊断系统记录预先选择的误差水平,其中 已被分配到特定故障。 然后根据特定错误采取预选的动作。 例如,如果在电梯轿厢运行时位置编码器的输出丢失,则电梯轿厢的速度以恒定的速度降低,直到轿厢停止。 不久之后,汽车重新开始,朝着目标楼层前进。