1. Field of the Invention
The present invention relates to wire locking structures, and more particularly, to a wire locking structure that saves materials, cuts costs, and enhances the wire locking conforming rate.
2. Description of the Related Art
In general, electrical wirings in electronic devices are usually clamped and locked in place with wire locking structures, and then the electrical wirings are electrically connected to terminals electrically connected to the wire locking structure or other electronic components.
Referring to FIG. 1, there is shown a cross-sectional view of a conventional wire locking structure. As shown in the diagram, a conventional wire locking structure 9 comprises a base 91, a box-like body 92, a terminal 93, and a screw 94. The box-like body 92 is disposed in the base 91. The terminal 93 extends from below the box-like body 92. The screw 94 is screwed to the box-like body 92.
A wire locking process performed on an electrical wiring 95 entails the steps of: inserting the electrical wiring 95 into a hole 911 of the base 91; inserting the electrical wiring 95 into an opening 921 of the box-like body 92; and screwing the screw 94 in place. In the screwing step of the wire locking process, the screwing of the screw 94 causes the box-like body 92 to move upward, and in consequence the box-like body 92 clamps the electrical wiring 95 to thereby effectuate the purpose of wire locking.
However, as described above, the conventional wire locking structure 9 is structurally complicated, has a plethora of parts, causes a waste of materials, and incurs high costs.
In addition to the aforesaid drawbacks, the conventional wire locking structure 9 has a technical drawback, that is, with the box-like body 92 being driven by the screw 94 to move upward for clamping the electrical wiring 95, the electrical wiring 95 is likely to bend, thereby increasing the non-conforming rate of wire locking. Accordingly, it is imperative to improve the conventional wire locking structure 9.