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    • 9. 发明授权
    • Gauge especially adapted for measuring the frame height of race cars and method of using the same
    • 仪表特别适用于测量赛车的车架高度及其使用方法
    • US06381864B1
    • 2002-05-07
    • US09832487
    • 2001-04-11
    • Michael L. Hayes
    • Michael L. Hayes
    • G01B316
    • G01B5/14
    • An improved frame height gauge for race cars includes a substantially hollow housing having an open top end. A spring urges a stop member pivotally mounted within the housing to an extended position in which the stop member projects through the top opening. In use, an individual slides the gauge beneath a frame portion of a race car at a location to be measured, causing the stop member to contact a portion of the race car frame, depressing the stop member against the bias of the spring into the housing to a depressed position in which the distance from a bottom surface of the housing resting on the ground or a floor to the uppermost extending portion of the stop member corresponds to the car frame height at the particular location. The stop member and housing include cooperating detent members operative to selectively retain and release the stop member from the depressed condition, allowing a user to remove the gauge from beneath the car, while still retaining an indication of the measured frame height on a scale inscribed or imprinted on the housing.
    • 用于赛车的改进的车架高度计包括具有敞开的顶端的基本上中空的壳体。 弹簧促使枢转地安装在壳体内的止动构件延伸到延伸位置,止挡构件穿过顶部开口突出。 在使用中,一个人在测量的位置上将赛车的框架部分下方的量规滑动,导致止动构件接触跑车框架的一部分,将止动构件抵抗弹簧的偏压压入壳体 到其中从壳体的底表面搁置在地面或地板到止挡构件的最上延伸部分的距离对应于在特定位置处的车架高度的凹陷位置。 止动构件和壳体包括协作的止动构件,其可操作以选择性地将止动构件从凹陷状态保持和释放,从而允许使用者从轿厢下方移除量规,同时仍将所测量的框架高度的指示保持在内刻或 印在房屋上。
    • 10. 发明授权
    • System and method for preventing tool breakage
    • 防止刀具破损的系统和方法
    • US4713770A
    • 1987-12-15
    • US725038
    • 1985-04-19
    • Michael L. HayesPaul S. MahrJohn W. Tippie
    • Michael L. HayesPaul S. MahrJohn W. Tippie
    • G05B19/4065G06F15/46G05B19/18
    • G05B19/4065
    • A system for the detection of broken and worn machine tools which may be employed to protect machine tools using one or more machine tool bits and an automatic sequence of machining instructions comprising one or more machining steps. Piezoelectric load cells translate the force applied between the machine tool bit and the workpiece into electrical signals, one of which is selected, sampled, and processed into a series of force values by an analog module, one average force value for every revolution of a machine tool spindle. For the first pass on a first workpiece by a particular machining operation, force value maxima are learned for each machining step, and broken and worn tool force limits are calculated from these force maxima for each machining step. During this learn pass, each recorded force value is compared against predetermined learn ceiling in order to protect the machine tool. During successive passes on subsequent workpieces wear limits are calculated based on the force maxima of the learn pass and break limits are calculated based on the force maxima of the preceding pass. Whenever a learn ceiling, wear limit or break limit is exceeded, the system commands the machine to cease its cutting operation. To increase accuracy, the force values are sampled several times during one spindle revolution and are averaged. A graphing utility may optionally be employed to plot average force value versus revolution number.
    • 一种用于检测破损和磨损的机床的系统,其可以用于使用一个或多个机床位保护机床以及包括一个或多个加工步骤的自动序列的加工指令。 压电称重传感器将机床和工件之间施加的力转换为电信号,其中一个被模拟模块选择,采样和处理成一系列力值,一个机器每转一个平均力值 刀具主轴。 对于通过特定加工操作对第一工件的第一次通过,针对每个加工步骤学习力值最大值,并且对于每个加工步骤,从这些力最大值计算破损和磨损的刀具力极限。 在该学习通过期间,将每个记录的力值与预定的学习天花板进行比较,以保护机床。 在后续工件的连续通过期间,磨损限制基于学习通过力的最大值计算,并且基于先前通过的力最大值计算断裂极限。 每当超过学习天花板,磨损极限或断裂极限时,系统命令机器停止切割操作。 为了提高精度,在一个主轴转速期间,力值被采样多次并进行平均。 图形实用程序可以可选地用于绘制平均力值对转数。