The phrase "actuation block" is correct and usable in written English.
It can be used in contexts related to engineering, automation, or control systems, where it refers to a component that activates or controls a mechanism.
Example: "The actuation block is responsible for initiating the movement of the robotic arm in the assembly line."
Alternatives: "activation module" or "control block".
Microrobots 1, 2, 3, and 4 were simultaneously actuated at velocities of 19, 29.6, 44.1, and 31.83 μm/s, respectively, using the actuation block (Fig. 5a c).
There was significant emphasis on reducing the mechanical and thermal coupling from the actuation block.
The microrobot actuation block creates the appropriate optical patterns to move the microrobots.
However, the caging locations require a transformation to match the coordinate system of the actuation block.
The matrix of microrobots was manually controlled by user input to the actuation block.
The actuation of microrobots was accomplished by the "microrobot actuation block".
C-blocks are a building block actuation architecture that addresses the stroke limitations of stack architectures and the force limitations of bender architectures.
Induced-strain actuation displacements of the actuator measured by the test and predicted by magnetic analysis agreed well, and blocked forces, according to the input currents, were estimated from the testing results.
The pneumatic actuation system provides lightweight, powerful actuators.
The Hypervisor block implements the abstraction of sensing and actuation resources, providing functionality at the level of a single node, explicitly defined as a management domain, either an SN controlled by a specific gateway, or a standalone/set of sensors within a device.
Figure 2 shows how completely different material combinations with disparate actuation mechanisms lead to similar robotic actuators with capabilities for actuation with multiple degrees of freedom.
