| 摘要 |
<p>A stored energy trigger assembly is provided including a mounting substrate and a pawl plate rotationally mounted thereto having a pawl mount end, a pawl trigger end, and a pawl lock protrusion positioned between. The pawl plate rotatable between a pawl lock position and a pawl disengage position to which it is biased. A cam plate is rotationally engaged to the mounting substrate and includes a cam plate upper surface, a cam plate lower surface, a cam lock slot, and a push wire engagement protrusion positioned on a cam plate periphery. It is rotatable between a cam lock position and a cam release position to which it is biased. A pawl trigger element engages the pawl trigger end and is configured to move the pawl plate to the pawl disengage position. A push wire assembly is moved a wire activation distance when the cam plate is moved to the cam release position. The pawl lock protrusion is positioned within the cam lock slot and restrains the cam plate until the pawl trigger element moves the pawl plate into the pawl disengage position wherein the pawl lock protrusion moves out of the cam lock slot and the cam plate is free to move into the cam release position.</p> |
