Patent ID: 11876331
Assignee: CVILUX CORPORATION
Field: Electrical machinery, apparatus, energy (Electrical engineering)
Classification: CPC H | IPC H

Claim 0:
1. A wire-clamping connector, comprising:
a housing including at least one through hole and at least one accommodating slot, wherein the accommodating slot penetrates a top wall of the housing, the through hole penetrates a side wall of the housing, and the through hole and the accommodating slot are communicated with each other; and
at least one contact element disposed in the housing, wherein the contact element includes:
a bottom plate structure disposed opposite to the top wall, wherein the bottom plate structure includes a protruding portion that has a contact surface; and
an elastic sheet body, wherein a terminal portion of the elastic sheet body is fixed to the top wall, and a portion of the elastic sheet body is formed by the terminal portion of the elastic sheet body extending in a direction toward the protruding portion, and wherein the elastic sheet body has an acute-angular structure, the acute-angular structure is configured to be adjacent to the contact surface, and an insertion interval is defined between the acute-angular structure and the contact surface;

wherein the through hole is configured for insertion of a wire, a wire core of the wire inserted in the through hole enters the insertion interval and is clamped together by the acute-angular structure and the contact surface, and an elastic restoring force generated by the pressed elastic sheet body allows the wire core to adjoin the contact surface;
wherein the elastic sheet body has a fixed section, an elastic arm section and a bent section; wherein the fixed section is fixed to the top wall, one end of the elastic arm section is connected to the fixed section, and the bent section is formed by another end of the elastic arm section bending in a direction away from the bottom plate structure; wherein the elastic arm section is formed by one end of the fixed section extending in a direction toward the bottom plate structure, an opening is formed between the bent section and the elastic arm section, and the opening is configured for insertion of a tool; wherein the tool that is inserted into the opening is operated to move the elastic arm section and the bent section away from the bottom plate structure; wherein the acute-angular structure is formed on a terminal of the elastic arm section, and the acute-angular structure is configured to be adjacent to the opening.