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    • 1. 发明申请
    • MULTI-POINT ACTIVATION TRIGGER SYSTEM AND METHOD
    • 多点活动触发系统和方法
    • US20110139139A1
    • 2011-06-16
    • US12635912
    • 2009-12-11
    • Rocky KnuthDan Kanitz
    • Rocky KnuthDan Kanitz
    • F41A19/00F41B11/00
    • F41B11/71F41B11/57
    • A trigger assembly for a paintball gun preferably includes a trigger arranged to move between a forward and a rearward position. A position transducer is preferably arranged in communication with the trigger to detect an amount of movement of the trigger. The position transducer preferably generates a signal corresponding to the amount of movement of the trigger. A control circuit preferably receives the signal from the position transducer and initiates a firing operation of a firing device when the output signal characteristics satisfy certain predetermined parameters. In one embodiment, the control circuit initiates a firing operation when a change in the output signal is greater than a predetermined threshold value. A change in the output signal can be determined by comparing a present output signal value with a reference signal value. The reference signal value can be set when the trigger is at rest or when the trigger transitions from a forward movement to a rearward movement. In another embodiment, the control circuit can be configured to adjust a firing rate of the firing device based on the amount of trigger pull.
    • 用于彩弹枪的触发器组件优选地包括布置成在向前和向后位置之间移动的触发器。 位置传感器优选地布置成与触​​发器连通以检测触发器的移动量。 位置传感器优选地产生对应于触发器的移动量的信号。 控制电路优选地接收来自位置传感器的信号,并且当输出信号特性满足某些预定参数时启动点火装置的点火操作。 在一个实施例中,当输出信号的变化大于预定阈值时,控制电路启动点火操作。 可以通过将当前输出信号值与参考信号值进行比较来确定输出信号的变化。 当触发器处于静止状态或触发器从正向移动向后移动时,可以设置参考信号值。 在另一个实施例中,控制电路可以被配置为基于触发拉动量来调节点火装置的点火速率。
    • 2. 发明申请
    • ACCELERATION-SENSING LOADER ACTIVATION SYSTEM AND METHOD
    • 加速感应装载机的启动系统及方法
    • US20080178859A1
    • 2008-07-31
    • US11957829
    • 2007-12-17
    • Jamie MooreRocky Knuth
    • Jamie MooreRocky Knuth
    • F41B15/00
    • F41A9/01F41B11/53
    • An acceleration-sensing loader activation system can include an acceleration sensor configured to generate an electrical signal corresponding to the magnitude and periodicity of movement of a marker or loader body or a marker or loader component. A signal filter circuit can be arranged in communication with the acceleration sensor to receive and filter the electrical signal. A signal amplifier circuit can be arranged in communication with the signal filter circuit to amplify a signal from the signal filter circuit and transmit the amplified signal to a signal processing circuit. The signal processing circuit can be programmed to evaluate the incoming signal and determine whether it corresponds to a desired actuation event (such as a firing event). If the signal processing circuit determines that a desired actuation event has occurred, it can then send a control signal to a control circuit to activate a feed device of the loader. A method of activating a loader assembly preferably includes using an acceleration sensor to detect movement of a paintball marker or loader's operating mechanisms and/or body and to output an electrical signal proportional to the magnitude and periodicity of the movement. The resulting signal is then preferably processed using filtering, amplification, and digital signal processing circuitry to determine whether the movement corresponds to a desired actuation event and, if so, to provide an activation signal to activate a loading operation of the paintball loader's internal feed mechanism.
    • 加速度感测加载器激活系统可以包括加速度传感器,该加速度传感器被配置为产生对应于标记或加载器主体或标记或装载器部件的运动的大小和周期性的电信号。 信号滤波器电路可以布置成与加速度传感器通信以接收和滤波电信号。 信号放大器电路可以布置成与信号滤波器电路通信,以放大来自信号滤波器电路的信号,并将放大的信号发送到信号处理电路。 信号处理电路可以被编程以评估输入信号并且确定它是否对应于期望的致动事件(例如点火事件)。 如果信号处理电路确定已经发生期望的致动事件,则其可以将控制信号发送到控制电路以激活装载机的馈送装置。 激活加载器组件的方法优选地包括使用加速度传感器来检测彩弹射击标记或装载机的操作机构和/或主体的移动并输出与运动的大小和周期成正比的电信号。 然后,优选地使用滤波,放大和数字信号处理电路处理所得到的信号,以确定移动是否对应于期望的致动事件,如果是,则提供激活信号以激活彩弹装载机的内部进给机构的加载操作 。