My Journey into the Cloud (17): using an ESP32 for the actuator

My journey into the Cloud (17): using an ESP32 for the actuator

A printed circuit board (PCB) coil linear actuator is disclosed.

The actuator (12, 112, 212) can be a mechanical actuator, a pneumatic actuator, a hydraulic actuator, or an electrical actuator.

My Journey into the Cloud (17): using an ESP32 for the actuator

My journey into the Cloud (17): using an ESP32 for the actuator

Hardware solution: Sensor-based card, microcontroller, actuator, RF module.

The actuator (20) comprises a setting element (21) and an actuating drive (22) that actuates the setting element (21).

The switch assembly also includes a sub-assembly that uses a micro switch cell in a knob instead of a PCB to reduce the number of connections.

An operator (1656) for a valve that has a guiding ramp (1484) for alignment of a connector (1686) on a double solenoid PC board (1664) is disclosed.

An electric lancet actuator (16) and method of using same.

The actuator assembly (12) has an actuator backing (16), a first actuator (20) and a second actuator (22).

The apparatus includes a first actuator and a second actuator.

The auxiliary interface apparatus includes an auxiliary base connector (290) attached to the base unit, an auxiliary card connector (350) attached to the circuit card (300), and an actuator device (250B).

A second hydraulic actuator is coupled to the first hydraulic actuator.