Flat contact socket with a cantilever
A flat contact socket comprises a connection section and a socket body connected to the connection section. The socket body has a flat contact receptacle and a blocking element. The flat contact receptacle extends along a flat contact plane and receives a flat contact in an insertion direction at an insertion opening of the flat contact receptacle. The blocking element is positioned opposite the insertion opening in the insertion direction and delimits the flat contact receptacle in the insertion direction. The blocking element extends transverse to the insertion direction from a cantilever extending in the insertion direction.
1. A flat contact socket, comprising:
a connection section; and
a socket body connected to the connection section and having:
a flat contact receptacle extending along a flat contact plane, the flat contact receptacle receiving a flat contact in an insertion direction at an insertion opening of the flat contact receptacle, and
a plurality of legs connected by a web, the legs disposed opposite one another in a direction transverse to the flat contact plane, the legs delimiting the flat contact receptacle in the direction transverse to the flat contact plane, and the web disposed opposite the insertion opening in the insertion direction, and
a blocking element positioned opposite the insertion opening in the insertion direction and delimiting the flat contact receptacle in the insertion direction, the blocking element extending transverse to the insertion direction from a cantilever extending in the insertion direction.
2. The flat contact socket of claim 1 , wherein the connection section and socket body are monolithically formed by stamping and bending.
3. The flat contact socket of claim 1 , wherein the socket body has a brace connecting the blocking element to the cantilever.
4. The flat contact socket of claim 1 , wherein the blocking element extends up to at least half a height of the flat contact receptacle in a direction transverse to the flat contact plane.
5. The flat contact socket of claim 1 , wherein at least one of the legs has a contacting section on an inner face of the leg electrically connecting with the flat contact.
6. The flat contact socket of claim 5 , wherein the contact section has a contact spring projecting into the flat contact receptacle and resiliently deflectable toward the at least one leg.
7. The flat contact socket of claim 1 , wherein the socket body has a base disposed opposite the insertion opening in the insertion direction and connected to the connection section, the base extending transverse to the insertion direction.
8. The flat contact socket of claim 7 , wherein the flat contact socket is monolithically formed by stamping and bending.
9. The flat contact socket of claim 8 , wherein the base is a main bending edge about which the stamped flat contact socket is bent.
10. The flat contact socket of claim 9 , wherein the blocking element is at least partially formed from a material of the main bending edge and the blocking element is spaced apart from the main bending edge in the insertion direction.
11. The flat contact socket of claim 1 , wherein the connection section has a plurality of crimping wings.
12. The flat contact socket of claim 1 , further comprising a positive engagement recess extending substantially parallel to the insertion direction into the connection section.
13. The flat contact socket of claim 12 , wherein the positive engagement recess engages with a housing.
14. The flat contact socket of claim 13 , wherein the positive engagement recess forms a stop surface on the socket body extending parallel to the insertion direction.
15. The flat contact socket of claim 14 , wherein the stop surface engages the housing to secure the flat contact socket in the housing.
16. The flat contact socket of claim 1 , wherein the socket body has a lateral blocking element extending from each leg and delimiting the flat contact receptacle in a direction transverse to the insertion direction.