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    • 1. 发明申请
    • Creating Machine Vision Inspections Using a State Diagram Representation
    • 使用状态图表示创建机器视觉检查
    • US20070168943A1
    • 2007-07-19
    • US11550510
    • 2006-10-18
    • Marc MariniNicolas Vazquez
    • Marc MariniNicolas Vazquez
    • G06F9/44
    • G06F8/34
    • A machine vision development environment that may utilize a control flow representation (preferably a state diagram representation) to specify and execute machine vision routines (e.g., sometimes referred to as inspection routines). A user may first create one or more machine vision routines using any of various methods. The user may then graphically specify a sequence of machine vision steps or operations, e.g., a machine vision inspection, using a state diagram representation. The state diagram representation may comprise a plurality of icons which represent states with corresponding operations or functions, such as, for example, Load Inspection, Part Ready, Run Inspection, Read Digital Input, etc. The various icons may be connected by wires that indicate control flow transitions, e.g., state transitions, among the states. The state diagram may then be executed to control the machine vision routines.
    • 机器视觉开发环境可以利用控制流程表示(优选地状态图表示)来指定和执行机器视觉例程(例如,有时被称为检查程序)。 用户可以首先使用各种方法中的任一种来创建一个或多个机器视觉例程。 用户然后可以使用状态图表示图形地指定机器视觉步骤或操作的序列,例如机器视觉检查。 状态图表示可以包括表示具有相应操作或功能的状态的多个图标,例如负载检查,零件就绪,运行检查,读数字输入等。各种图标可以通过指示 控制流程过渡,例如状态转换。 然后可以执行状态图以控制机器视觉例程。
    • 2. 发明申请
    • Tool-less blade clamping apparatus for a reciprocating tool
    • 用于往复式工具的无刀片刀片夹紧装置
    • US20050156390A1
    • 2005-07-21
    • US10760110
    • 2004-01-16
    • Marc MariniVance RoeMatthew CarrGary SinclairGavin Wright
    • Marc MariniVance RoeMatthew CarrGary SinclairGavin Wright
    • B23D51/10B23B5/22
    • B23B31/107B23D51/10Y10T83/9481Y10T279/17Y10T279/17717Y10T279/17743Y10T279/17761Y10T279/17803Y10T279/17811Y10T279/32
    • Several preferred embodiments are disclosed for a tool-less blade clamping apparatus for a reciprocating tool of the type which has a reciprocating plunger which has a tool attachment receiving slot for receiving a tool attachment of the type that has a shank portion. The clamping apparatus has an unclamped position and a clamped position. In the unclamped position, a tool attachment can be easily inserted and when it is in its clamped position, the tool attachment is securely retained. The preferred embodiments have at least one spring biasing the apparatus toward the clamped position, a releasable retaining mechanism for holding the apparatus in its unclamped position after being placed in that position. When the blade shank portion is inserted into the slot a predetermined distance, the shoulders of the shank portion release the retaining mechanism to move it to its clamped position. When a blade is to be removed, the clamping apparatus needs only to be moved to its unclamped position by manually rotating the outer sleeve or collar, and the blade is normally ejected from the mechanism by contact with the blade shoulders as it reaches its unclamped position.
    • 公开了一种用于具有往复式柱塞的往复式工具的无工具刀片夹紧装置的几个优选实施例,该往复式活塞具有用于接收具有柄部分的类型的工具附件的工具附件接收槽。 夹紧装置具有松开位置和夹紧位置。 在松开的位置,可以容易地插入工具附件,并且当其处于其夹紧位置时,工具附件被牢固地保持。 优选实施例具有至少一个将装置偏压到夹紧位置的弹簧,可释放的保持机构,用于在放置在该位置之后将装置保持在其未夹紧位置。 当叶片柄部分插入槽中预定距离时,柄部分的肩部释放保持机构以将其移动到其夹紧位置。 当要移除刀片时,夹紧装置仅需要通过手动旋转外套筒或套环而移动到其未夹紧位置,并且当刀片到达其未夹紧位置时,刀片通常通过与刀片肩部的接触而从机构弹出 。
    • 3. 发明授权
    • Test system for detecting defective batteries
    • 用于检测有缺陷的电池的测试系统
    • US06249125B1
    • 2001-06-19
    • US09517935
    • 2000-03-03
    • Michel HaddadMarc Marini
    • Michel HaddadMarc Marini
    • H02J700
    • H02J7/0021G01R31/3637G01R31/3641
    • A system and method that reduces system cost in testing defective batteries. In a particular embodiment, a test system may be configured to reduce system cost by wiring two-wire relays from a plurality of batteries to a plurality of multiplexers located in a first stage. The number of two-wire relays is equal to: B/2+4.5 if B is odd B/2+5 if B is even where B is the number of batteries. The batteries may be associated with a particular combination of input channels of the multiplexers located in the first stage. The outputs of the multiplexers located in the first stage may then be connected to the inputs of at least one multiplexer located in a second stage. The outputs of the at least one multiplexer located in the second stage may then be connected to at least one instrument, such as a multimeter. Since each battery may be associated with a particular combination of input channels of multiplexers located in the first stage, software may be used to select the particular combination of input channels to be measured by the at least one instrument. The at least one instrument compares the voltage between a particular combination of input channels of multiplexers located in the first stage with an expected value. If the voltage of the particular combination of input channels is less than the expected value, then that particular battery is defective.
    • 一种降低测试有缺陷的电池的系统成本的系统和方法。 在特定实施例中,测试系统可以被配置为通过将来自多个电池的两线制继电器布线到位于第一级中的多个多路复用器来降低系统成本。 如果B为偶数,则B为奇数B / 2 + 5时,两线制继电器的数量等于:B / 2 + 4.5。 电池可以与位于第一级中的多路复用器的输入通道的特定组合相关联。 然后位于第一级中的多路复用器的输出可以连接到位于第二级中的至少一个多路复用器的输入端。 位于第二级中的至少一个多路复用器的输出可以连接到诸如万用表的至少一个仪器。 由于每个电池可以与位于第一级中的多路复用器的输入通道的特定组合相关联,所以可以使用软件来选择由至少一个仪器测量的输入通道的特定组合。 至少一个仪器将位于第一阶段的多路复用器的输入通道的特定组合之间的电压与预期值进行比较。 如果输入通道的特定组合的电压小于预期值,则该特定电池有缺陷。
    • 4. 发明授权
    • Creating machine vision inspections using a state diagram representation
    • 使用状态图表示来创建机器视觉检查
    • US07864178B2
    • 2011-01-04
    • US11550510
    • 2006-10-18
    • Marc MariniNicolas Vazquez
    • Marc MariniNicolas Vazquez
    • G06T11/20G06F3/00G06F3/048
    • G06F8/34
    • A machine vision development environment that may utilize a control flow representation (preferably a state diagram representation) to specify and execute machine vision routines (e.g., sometimes referred to as inspection routines). A user may first create one or more machine vision routines using any of various methods. The user may then graphically specify a sequence of machine vision steps or operations, e.g., a machine vision inspection, using a state diagram representation. The state diagram representation may comprise a plurality of icons which represent states with corresponding operations or functions, such as, for example, Load Inspection, Part Ready, Run Inspection, Read Digital Input, etc. The various icons may be connected by wires that indicate control flow transitions, e.g., state transitions, among the states. The state diagram may then be executed to control the machine vision routines.
    • 机器视觉开发环境可以利用控制流程表示(优选地状态图表示)来指定和执行机器视觉例程(例如,有时被称为检查程序)。 用户可以首先使用各种方法中的任一种来创建一个或多个机器视觉例程。 用户然后可以使用状态图表示图形地指定机器视觉步骤或操作的序列,例如机器视觉检查。 状态图表示可以包括表示具有相应操作或功能的状态的多个图标,例如负载检查,零件就绪,运行检查,读数字输入等。各种图标可以通过指示 控制流程过渡,例如状态转换。 然后可以执行状态图以控制机器视觉例程。