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正翻译步骤 17

步骤 17
Let's take a quick deep dive on these triggers: First up, the button sensors—R1 on the left and R2 on the right. R2 seems to use a "two-stage" sensor to differentiate partial and full trigger pulls, while R1 is a plain-Jane digital switch. Next, the plastic frame, metal pin, and spring. These pieces perform the non-adaptive R2 trigger action, without the rest of the fancy parts.
  • Let's take a quick deep dive on these triggers:

  • First up, the button sensors—R1 on the left and R2 on the right. R2 seems to use a "two-stage" sensor to differentiate partial and full trigger pulls, while R1 is a plain-Jane digital switch.

  • Next, the plastic frame, metal pin, and spring. These pieces perform the non-adaptive R2 trigger action, without the rest of the fancy parts.

  • The gear system works together as demonstrated in the previous step: the white worm gear (from the green bullet below) spins the circular gear, which drives the arm up to resist R2's lever action.

  • The white gear housing holds all the gear components together. The silver motor sticking out the bottom drives the worm gear. Its leads are soldered to the trigger module's circuit board (up next).

  • Finally, a circuit board to bring it all together! There are two ribbon cable connections: one to the buttons, and one to the motherboard. The black encoder measures the rotation of the circular gear from the yellow bullet.

让我们快速深入了解这些触发因素:

首先,按钮传感器-左侧的R1和右侧的R2。 R2似乎使用“两级”传感器来区分部分和全部触发拉动,而R1是纯简数字开关。

接下来,是塑料框架,金属销和弹簧。这些片段执行非自适应R2触发动作,而没有其余的花哨部分。

齿轮系统可以协同工作,如上一步所示:白色蜗轮(来自下面的绿色子弹)使圆形齿轮旋转,该齿轮驱动臂向上抵抗R2的杠杆作用。

白色的齿轮箱将所有齿轮组件固定在一起。底部伸出的银色电机驱动蜗轮。其引线焊接到触发模块的电路板上(下一个)。

终于,一块电路板将所有零件组合在一起!有两种带状电缆连接:一种连接到按钮,另一种连接到主板。黑色编码器从黄色子弹开始测量圆形齿轮的旋转。

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