HRP20160626T1 - Electromagnetic relay assembly - Google Patents

Claims (9)

1. An electromagnetic relay (10) with a coil assembly (12), a rotatable armature assembly (13), and a switch assembly (14), wherein the switch assembly (14) contains a three-spring spring assembly (33), said spring assembly (33) contains three composite spring elements (40, 39, 38) and the longitudinal axis of the spring assembly (105), wherein said spring assembly (33) is indicated by the first spring element (40) containing the first length of the spring, the first opening for receiving the contact (45), and the first elastically deformable side end (53), the second spring element (39) contains a second spring with a length shortened in relation to the length of the first spring, a second opening for receiving a contact (43), and a first C-shaped spring part on which it is possible to stack buttons (52) extending radially adjacent to the second opening receiving the contact (43), the third spring element (38) containing a third spring of length equal to the length of the first spring, the first C-shaped opening (42) for enabling the passage of the spring, the third receiving opening contact (41), the second part of the C-shaped spring on which and it is possible to stack the buttons (52) which extends in the middle of the C-shaped opening (42) and the third contact receiving opening (41), and the second elastically deformable side end (53), the first C-shaped opening (42) which extends symmetrically around the longitudinal axis of the spring assembly (105), the second spring element (39) is located between the first and third spring elements (40, 38) so that the first and second parts of the spring on which it is possible to stack the buttons (52, 52) are uniformly stacked, and the first and third spring elements (40, 38) are offset from each other in relation to the second spring element that is between them (39) for activation by the actuator (22) from the switch assembly (14), the first and third spring element (40 , 38), spaced in such a way that they can be reconfigured via the actuator (22) by means of (a) a closed position wherein the first and third spring elements (40, 38) are substantially flat along the lengths of the first and third springs and (b) transitional position where the first and second elastically deformable ends (53, 53) are elastically deformed at such that the first and third spring elements (40, 38) are uneven along the length of the first and second springs. 2. Electromagnetic relay (10) from claim 1, the side ends (53, 53) extend obliquely in relation to the parts on which it is possible to stack the buttons (52) in the lateral vicinity of the respective first and third openings for receiving contacts (45, 41) when are in a transitional position. 3. The electromagnetic relay (10) of claim 1, wherein the first spring element (40) contains a second C-shaped opening (46) for enabling access, and a third part of the spring on which it is possible to stack buttons (52) that extends across the middle of the second of the C-shaped opening (46) and the first opening for receiving the contact (45), the second C-shaped opening (46) is symmetrical about the longitudinal axis of the spring assembly 105, the first, second and third parts on which it is possible to stack the buttons (52) uniformly are complex. 4. The electromagnetic relay (10) of claim 3, wherein the ends of the first and second sides (53, 53) are activated in parallel in relation to each other by the actuator (22) from the switch assembly (14). 5. The electromagnetic relay (10) of claim 1, wherein the three-spring spring assembly (33) defines means for amplifying the transition of the spring and amplifying the closed position of the switch. 6. The electromagnetic relay (10) of claim 1, wherein the three-spring spring assembly (33) defines means for erasing the contact, said means for cleaning the switch assembly (14). 7. The electromagnetic relay (10) of claim 1, wherein the three-spring spring assembly (33) defines means for dampening contact vibrations when it transitions from the open to the closed position. 8. The electromagnetic relay (10) of claim 1, wherein the rotatable armature assembly (13) is indicated by the means for placing the bridge to enable the open operation of the electromagnetic relay (10), the means for placing the bridge are defined by the element for placing the rotor (30), the element for the rotor mounting (30) receives the rotor pin (29) of the rotatable armature assembly (13). 9. The electromagnetic relay (10) of claim 5, wherein the selected side end (53) is selected from the group consisting of the first and second side end (53) contains an offset located on the end part (70), an offset located on the end part ( 70) defines the means for amplifying the transition of the spring and amplifying the closed position of the switch.