Bistable actuator (10) connectable to a device to be actuated, said actuator comprising an actuation module (1) for moving the device between a first state of actuation and a second state of actuation, wherein said actuation module (1) comprises a central body (6) sliding inside an external frame (5), a first thrust component that can be activated to generate a first thrust force acting on the central body (6) and to move the device in the first state of actuation and a second thrust component that can be activated to generate a second thrust force acting on the central body (6) in the opposite direction to said first thrust force and to move the device into the second actuation state and a transmission element (3) in mechanical connection with the central body and which can be coupled to the device to be actuated to transmit to said device the first or second thrust force generated by the first or second thrust component, respectively, wherein the transmission element (3) is configured to switch said first or second thrust force into an axial movement or a rotary moment to be transmitted to the device to be activated by passing from the first to the second actuation state and vice versa. The actuator also comprises a blocking module (2) to generate a contrast force on the central element (6) and to keep the device to be actuated in the first or second actuation state, even in the absence of activation of the first and/or second thrust component. FIGURE 14a

BISTABLE ACTUATOR | [BISTABILER STELLANTRIEB] / Aniello, Riccio; Saputo, Salvatore; Sellitto, Andrea. - (2022).

BISTABLE ACTUATOR | [BISTABILER STELLANTRIEB]

Saputo Salvatore;
2022

Abstract

Bistable actuator (10) connectable to a device to be actuated, said actuator comprising an actuation module (1) for moving the device between a first state of actuation and a second state of actuation, wherein said actuation module (1) comprises a central body (6) sliding inside an external frame (5), a first thrust component that can be activated to generate a first thrust force acting on the central body (6) and to move the device in the first state of actuation and a second thrust component that can be activated to generate a second thrust force acting on the central body (6) in the opposite direction to said first thrust force and to move the device into the second actuation state and a transmission element (3) in mechanical connection with the central body and which can be coupled to the device to be actuated to transmit to said device the first or second thrust force generated by the first or second thrust component, respectively, wherein the transmission element (3) is configured to switch said first or second thrust force into an axial movement or a rotary moment to be transmitted to the device to be activated by passing from the first to the second actuation state and vice versa. The actuator also comprises a blocking module (2) to generate a contrast force on the central element (6) and to keep the device to be actuated in the first or second actuation state, even in the absence of activation of the first and/or second thrust component. FIGURE 14a
2022
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11583/2979227