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    • 2. 发明申请
    • Ground improvement device
    • 地面改善装置
    • US20060070753A1
    • 2006-04-06
    • US11250917
    • 2005-10-14
    • Kevin LephartJ. JonesBrian MooreRichard Cuddihe
    • Kevin LephartJ. JonesBrian MooreRichard Cuddihe
    • A01B33/00
    • A01B1/065
    • A ground improvement device capable of cultivating, tilling, aerating, or otherwise improving the ground. The ground improvement device has a motor and an axle with at least one tine positioned thereon. A plurality of tines may be positioned on the axle. The number, design, configuration, and location and positioning of the tines may take a variety of forms. In operation, the power source powers the axle to rotate, causing the tine to contact the ground and mix and/or redistribute the soil. A pin that is capable of performing the functions of a tine may be used to connect the axle to the motor. Specialized attachments may also be attached to the tines to improve the cultivating properties of the device.
    • 一种能够耕种,耕种,充气或以其他方式改善地面的地面改良装置。 地面改进装置具有电机和轴,其上定位有至少一个齿。 多个齿可以定位在轴上。 齿数的数量,设计,配置,位置和定位可能采取各种形式。 在操作中,电源为轴旋转,使叉齿接触地面,混合和/或重新分配土壤。 能够执行齿的功能的销可以用于将轴连接到电动机。 特殊附件也可以附着到齿上,以改善装置的培养性能。
    • 3. 发明申请
    • Electronic device history record and product release system
    • 电子设备历史记录和产品发布系统
    • US20070112456A1
    • 2007-05-17
    • US11416026
    • 2006-05-02
    • Ravi SankaJohn LepperWashington CandidoH. WalkerJ. Jones
    • Ravi SankaJohn LepperWashington CandidoH. WalkerJ. Jones
    • G06F19/00G01D1/00
    • G05B19/41875G05B2219/32196G05B2219/32212Y02P90/22
    • These and other objectives are attained with a method and system for recording data monitored during the manufacture of molded ophthalmic lenses. This method comprises the steps of identifying a set of process parameters used in said manufacture, identifying an associated value range for each of the process parameters, and monitoring each of the process parameters during the manufacture of the lenses. If, during the manufacture of one of the ophthalmic lenses, one of the process parameters moves outside the associated value range, then that lens is rejected. However, if, during the manufacture of one of the ophthalmic lenses, all of the process parameters stay within their associated ranges, then that lens is identified as acceptable, and a device history record is made for that lens. This device history record includes a reference code for identifying the set of process parameters. A database, referred to as a shadow table, may be used to protect the integrity of data recorded during, or relating to, the manufacture process. In accordance with this feature, a shadow table is formed, and data items from device history records are copied into the shadow table in response to the occurrence of predefined events. For example, these predefined events may include whenever anyone, or anyone outside a group of identified individuals accesses the device history record to perform predefined operations, such as alter or delete, on the data in the device history record.
    • 这些和其他目的通过用于在制造模制眼镜片期间监测的数据的记录方法和系统来实现。 该方法包括以下步骤:识别在所述制造中使用的一组工艺参数,识别每个工艺参数的相关值范围,以及在制造透镜期间监测每个工艺参数。 如果在其中一个眼科镜片的制造期间,其中一个工艺参数移动到相关的值范围之外,则该镜片被拒绝。 然而,如果在其中一个眼科镜片的制造期间,所有的工艺参数都保持在其相关的范围内,则该透镜被识别为可接受的,并且为该透镜制造设备历史记录。 该设备历史记录包括用于识别一组过程参数的参考代码。 称为影子表的数据库可用于保护在制造过程中记录或与制造过程相关的数据的完整性。 根据该特征,形成影子表,响应于预定事件的发生,将来自设备历史记录的数据项复制到影子表中。 例如,这些预定义的事件可以包括每当任何人或被识别的个人组之外的任何人访问设备历史记录以对设备历史记录中的数据执行诸如改变或删除的预定义操作时。