1.The apron uses Arduino microcontroller, a single chip computer that has Bluetooth connectivity.

智采用阿尔杜一诺单片机，这种单片机够进行蓝牙连接。

2.And don't be intimidated because all these use a programmable microcontroller as the brain.

别被吓到，因为这些设备都采用可编程微控器作为核心。机翻

3.A generic term that does not distinction between microprocessor, microcontroller, and digital signal processor.

一个对于微处理器、微控器他数字信号处器无差别的通用术语。

4.The office is fully automated, using a wide range of technology including software scripting, microcontrollers, single-board computers, computer-aided design, 3D printing, laser-cutting, and more.

该办公室是完全自动化的， 使用了广泛的技术，包括软件脚本、微控器、单板计算机、计算机辅助设计、3D 打印、激光切割等。机翻

5.Around four minutes after assembly, the robot's folding mechanisms cool down enough to set hard and the robot's microcontroller sends signals to the legs to make it walk.

组装后大约四分钟，机器人的折叠机构冷却到足够硬化，机器人的微控器向腿部送信号，使其行走。机翻

6.Because of the custom-built weight sensor under the bowl, powered by a load cell and microcontroller, detects that too much weight is removed in too short amount of time.

由于碗下安装了由力传感器和微控器驱动的定重量传感器，一旦检测到在极短时间内移除了过多重量，便反应。机翻

7.Any programmable device, like a PROM, that can be programmed just once by the end user. However, this term is used almost exclusively to refer to microcontrollers with on-chip PROM.

任一可编程的设备，像PROM，仅仅被最终用户编程一次。然而，这个术语一般被专有地使用在拥有片上PROM的微控器上。

8.Battle mode, where the toggle switch now communicates with a microcontroller that activates two 150 kilogram high torque servos swinging yourself into action at which point the green button declares war.

战斗模式下，拨动开关与微控器通信，激活两个150公斤高扭矩伺服电机，使你迅速投入行动，此时绿色按钮即宣告战斗开始。机翻

9.They're composed of multiple layers of circuits, motors, microcontrollers and sensors, all in the single body, and when you control individual folding joints, you'll be able to achieve soft motions like that upon your command.

它们由多层电路、电机、微控器和传感器组成，都在一个整体中， 当你控各个折叠关节时，你就实现像你命令的那样柔软的动作。机翻

10.As a hug takes place, a barometric pressure sensor and microphone inside the artificial chest detect human touch and begin transmitting data via an Arduino Mega microcontroller board to a Robot Operating System (ROS)-based computer located in the HuggieBot 3.0's 3D-printed head.

当拥抱生时，人工胸部内的气压传感器和麦克风检测人类碰，并开始通过 Arduino Mega 微控器板将数据传输到位于第三代抱抱机器人3D 打印头中的基于机器人操作系统的计算机。