We've developed a linear actuator that provides haptic feedback to complement your interactions.

我们打造了一种线性制器，通过产生触觉来与你进行互。

If you want legs for your tiny robot, you need actuators, parts that move.

如果想要让小机器人有腿，就需要促器和会的零部件。

This is one of our actuators, and I'm applying a voltage to it.

这是我们使用的促器之一，我现在给它施加一定的电压。

When I do, you can see the actuator respond by curling up.

大家以看到，促器做出了蜷缩反应。

We've got the smarts and the actuators.

我们有了思想，也有驱力了。

We have lost electrical power to some of the flight control actuators. Request delay our descent to perform checklist.

542. 我们的一些飞行操纵作筒失去了电源。申请延迟下降来做检查单。

Well, the actuator is made from a layer of platinum just a dozen atoms or so thick.

促器是用只有一打原子差不多厚的一层铂制成的。

Sturgeon placed a linear actuator in the beast's stomach.

鲟鱼在野兽的胃放置了一个线性致器。

Here you see a completed Peano-HASEL actuator and how it expands and contracts when voltage is applied.

在这，以看到一个完整的 Peano-HASEL 执行器，以及它在施加电压时如何膨胀和收缩。

Unfortunately, the small, powerful actuators needed to emulate this in robots do not yet exist.

不幸的是，在机器人中模拟这一点所需的小型、强大的执行器尚不存在。

They've developed insect-sized drones with soft actuators, mimicking the agility and resilience of bugs.

他们开发了带有软执行器的昆虫大小的无人机，模仿昆虫的敏捷性和恢复力。

By sticking two actuators together, they bend back and forth to flap the bot's wings.

通过将两个执行器粘在一起， 它们来回弯曲以拍打机器人的翅膀。

Then, the system acts on the world though pumps, motors, heating elements, and other physical actuators.

然后，系统通过泵、电机、加热元件和其他物理执行器作用于世界。

The soft actuators in MIT's drones are made from thin rubber cylinders coated in carbon nanotubes.

麻省理工学院无人机中的软执行器由涂有碳纳米管的薄橡胶圆柱体制成。

Here, you can see my legs: 24 sensors, six microprocessors and muscle-tendon-like actuators.

在这，你以看到我的腿：24 个传感器、六个微处理器和类似肌腱的执行器。

Your actuators, your cables and motors are uncertain, so you can't fully control your own gripper.

的执行器、电缆和电机都是不确定的，因此无法完全控制自己的夹具。

Classical robots like this are built and become functional based on the fixed number of joints and actuators.

像这样的经典机器人是根据固定数量的关节和执行器构建并发挥作用的。

And so then we basically just need to design the specialized actuators and sensors that are needed for humanoid robot.

因此，我们基本上只需要设计人形机器人所需的专用执行器和传感器。

Here you see a geometry called Peano-HASEL actuators, one of many possible designs.

在这，以看到一种称为 Peano-HASEL 致器的几何结构， 这是许多能设计中的一种。

HASEL stands for " hydraulically amplified self-healing electrostatic actuators."

HASEL 代表“液压放大自愈静电致器” 。