Granted Patent B2

US 12,482,962 · App. 18/051,065 · Granted Nov 25, 2025

Inventors: Klaus Lechner (Pretzfeld, DE); Sagar Kumbhar (Pune, IN); Himanshu Kudalkar (Pune, IN); Swanand Deshpande (Pune, IN); Pankaj Ingale (Pune, IN)

Assignee: KNORR-BREMSE SYSTEME FUER NUTZFAHRZEUGE GMBH

H01R12/58

Abstract

Claims (56)

1 . An electric terminal for an electric connection of a device in a connector-to-counter-connector configuration, comprising:

a device contact terminal end;

a counter-connector terminal end; and

an intermediate portion between the device contact terminal end and the counter-connector terminal end;

wherein the electric terminal extends from the device contact terminal end to the counter-connector terminal end in a main direction, and

wherein the intermediate portion includes at least two turning points to deflect the extension of the electric terminal at least once from the main direction, and wherein the intermediate portion is a meander portion having at least one meander deflecting the extension of the electric terminal away from and back towards the main direction;

wherein the electric terminal further includes a further portion between the meander portion and the counter-connector terminal end, the further portion having an opening, wherein the opening extends at least partially through the electric terminal in a direction transverse or inclined to the main direction, and is entirely circumferentially enclosed by a material of the electric terminal, wherein the opening is disposed between at least two shoulder portions which project in a radial outward direction with respect to the main direction, a first shoulder portion of the at least two shoulder portions being at a first end of the further portion adjacent to the meander portion, and a second shoulder portion of the at least two should portions being a second end of the further portion, opposite to the first end, and adjacent to the counter-connector terminal end.

2 . The electric terminal of claim 1 , wherein the intermediate portion is at least partially flexible in the main direction.

3 . The electric terminal of claim 1 , wherein the device contact terminal end and the counter-connector terminal end are on the same axis extending in parallel to the main direction.

4 . The electric terminal of claim 1 , wherein the opening is at least partially in an elliptical or polygon shape.

5 . The electric terminal of claim 1 , wherein the device contact terminal end and the counter-connector terminal end are on the same axis extending in parallel to the main direction.

6 . A terminal assembly for an electric connection of a device in a connector-to-counter-connector configuration, comprising:

at least one electric terminal, including:

a device contact terminal end,

a counter-connector terminal end, and

an intermediate portion between the device contact terminal end and the counter-connector terminal end,

wherein the electric terminal extends from the device contact terminal end to the counter-connector terminal end in a main direction,

wherein the intermediate portion includes at least two turning points to deflect the extension of the electric terminal at least once from the main direction, and wherein the intermediate portion is a meander portion having at least one meander deflecting the extension of the electric terminal away from and back towards the main direction, and

wherein the electric terminal further includes a further portion between the meander portion and the counter-connector terminal end, the further portion having an opening, wherein the opening extends at least partially through the electric terminal in a direction transverse or inclined to the main direction, and is entirely circumferentially enclosed by a material of the electric terminal, wherein the opening is disposed between at least two shoulder portions which project in a radial outward direction with respect to the main direction, a first shoulder portion of the at least two shoulder portions being at a first end of the further portion adjacent to the meander portion, and a second shoulder portion of the at least two should portions being a second end of the further portion, opposite to the first end, and adjacent to the counter-connector terminal end; and

a mold portion;

wherein the mold portion at least partially encloses the at least one electric terminal in a radial direction with respect to the main direction with the device contact terminal end being exposed from the mold portion in an axial direction with respect to the main direction.

7 . The terminal assembly of claim 6 , wherein the counter-connector terminal end is exposed from the mold portion in an axial direction with respect to the main direction on a side of the mold portion facing away from the device contact terminal end.

8 . The terminal assembly of claim 6 , wherein the intermediate portion at least partially or entirely extends from a side of the mold portion facing the device contact terminal portion.

9 . The terminal assembly of claim 6 , wherein the at least two shoulder portions are at least partially or entirely enclosed by the mold portion, and wherein the device contact terminal end and the counter-connector terminal end are on the same axis extending in parallel to the main direction.

10 . The terminal assembly of claim 6 , wherein the opening is at least partially or entirely enclosed by the mold portion with the mold at least partially or entirely filling a space formed by the opening.

11 . A connector assembly for an electric connection of a device in a connector-to-counter-connector configuration, comprising:

a device electrically connectable to a counter-connector;

at least one terminal assembly, including:

at least one electric terminal, including:

a device contact terminal end,

a counter-connector terminal end, and

an intermediate portion between the device contact terminal end and the counter-connector terminal end,

wherein the electric terminal extends from the device contact terminal end to the counter-connector terminal end in a main direction,

wherein the intermediate portion includes at least two turning points to deflect the extension of the electric terminal at least once from the main direction,

wherein the electric terminal includes an opening between the intermediate portion and the counter-connector terminal end, and wherein the opening extends at least partially through the electric terminal in a direction transverse or inclined to the main direction, and wherein the counter-connector terminal end is configured to be positioned in electrical contact with a counter-connector contact; and

a mold portion;

wherein the mold portion at least partially encloses the at least one electric terminal in a radial direction with respect to the main direction with the device contact terminal end being exposed from the mold portion in an axial direction with respect to the main direction;

a connector frame configured to hold the at least one terminal assembly in a position with at least one device contact terminal end in contact with an electric contact of the device; and

a connector portion having at least one counter-connector terminal end.

12 . The connector assembly of claim 11 , wherein at least one intermediate portion is biased in the main direction between the device and the respective counter-connector terminal end.

13 . A method for manufacturing a terminal assembly terminal assembly for an electric connection of a device in a connector-to-counter-connector configuration, the method comprising:

molding the at least one electric terminal in a mold portion;

wherein the at least one electric terminal includes:

a device contact terminal end;

a counter-connector terminal end; and

an intermediate portion between the device contact terminal end and the counter-connector terminal end;

wherein the electric terminal extends from the device contact terminal end to the counter-connector terminal end in a main direction, and

wherein the intermediate portion includes at least two turning points to deflect the extension of the electric terminal at least once from the main direction, and wherein the intermediate portion is a meander portion having at least one meander deflecting the extension of the electric terminal away from and back towards the main direction;

wherein the electric terminal further includes a further portion between the meander portion and the counter-connector terminal end, the further portion having an opening, wherein the opening extends at least partially through the electric terminal in a direction transverse or inclined to the main direction, and is entirely circumferentially enclosed by a material of the electric terminal, wherein the opening is disposed between at least two shoulder portions which project in a radial outward direction with respect to the main direction, a first shoulder portion of the at least two shoulder portions being at a first end of the further portion adjacent to the meander portion, and a second shoulder portion of the at least two should portions being a second end of the further portion, opposite to the first end, and adjacent to the counter-connector terminal end; and

the mold portion;

wherein the mold portion at least partially encloses the at least one electric terminal in a radial direction with respect to the main direction with the device contact terminal end being exposed from the mold portion in an axial direction with respect to the main direction.

14 . The electric terminal of claim 1 , wherein the device contact terminal end and the counter-connector terminal end are on the same axis extending in parallel to the main direction, which is a symmetry axis of the at least one meander.

15 . The electric terminal of claim 1 , wherein the opening is a through opening.

16 . The electric terminal of claim 1 , wherein starting from the meander portion, a width in a direction perpendicular to the main direction of the electric terminal is increased to an enlarged width to form the first shoulder portion, and the second shoulder portion is formed by decreasing the enlarged width to a reduced width at the counter-connector end.

17 . The terminal assembly of claim 6 , wherein starting from the meander portion, a width in a direction perpendicular to the main direction of the electric terminal is increased to an enlarged width to form the first shoulder portion, and the second shoulder portion is formed by decreasing the enlarged width to a reduced width at the counter-connector end.

18 . The method of claim 13 , wherein starting from the meander portion, a width in a direction perpendicular to the main direction of the electric terminal is increased to an enlarged width to form the first shoulder portion, and the second shoulder portion is formed by decreasing the enlarged width to a reduced width at the counter-connector end.

Assignments (1)

Priority Claims (1)

Continuity (1)

References Cited (21)