Wiring terminal connector used for LED

Abstract

The present invention discloses a wiring terminal connector used for an LED. The wiring terminal connector used for the LED is composed of a shell with buttons and conductive metal plug-ins in the shell, the shell is equipped with conducting wire sockets, and each conductive metal plug-in is composed of a bottom long plate bar and a clamping member located on and connected with the long plate bar. The clamping member comprises a frame-type hole which corresponds to each conducting wire socket and allows a conducting wire to penetrate, an inwards concave protruding piece extending from one end at the tail part of the frame-type hole, and a clamping piece stamping inwards at the other end of the tail part of the frame-type hole and corresponding to the protruding piece. The protruding piece and the clamping piece form a narrowing wire clamping port which can be in snap joint with a conducting wire metal end. The bottom of the shell is equipped with an opening, the clamping members are arranged in the shell, and the long plate bars seal the opening at the bottom of the shell. The end part of the long plate bar located at the same end with the conducting wire socket is parallel and level with the end part of the shell, and the other end part of the long plate strip protrudes out of the other end of the shell. At wiring, a wiring step can be finished by just inserting the conducting wire metal ends in the shell to be in snap joint with the conductive metal plug-ins.

Description

technical field [0001] The invention relates to a connector used in the wiring field, in particular to a wire plug-in type wiring terminal connector applied to the LED wiring field. Background technique [0002] Existing LED wiring generally uses wires and connectors to be fixedly connected by nuts, screws, rivets, etc., or by welding. In recent years, plug-in connection methods have also appeared in LED connectors. One or more wires are connected to the plug, another wire or wires are connected to the socket, and then the wiring is formed by plugging the plug into the socket. In this way, the structure of existing terminal block connectors constantly presents various changes, and the structure of each terminal block connector is also different, as well as the degree of complexity and the way of connection. Although the structure of each terminal block connector is different, the biggest disadvantage of the existing terminal block connectors is that the wiring cannot be com...

AI Technical Summary

Problems solved by technology

In this way, the existing terminal connectors continue to show various changes in structure, and the structures of each terminal connector are also different, and the complexity and wiring methods are also different.

Although the structure of each terminal block connector is different, the biggest disadvantage of the existing terminal block connectors is that the wiring cannot be completed in one step, and often requires multiple operations or wiring to complete the wiring work, and the wiring is complicated.

Especially those who need to open the shell of the terminal connector, use connecting parts or fixing parts, such as bolts, rivets, etc. to fix the metal end of the wire with the metal conductor in the connector, and then close the connector to realize the wire connection. On the device, the wiring of this kind of structure is complicated, and the case needs to be opened again when it is off-line, and it is extremely inconvenient to go off-line

[0003] Although a terminal connector that can be connected at one time has been invented, this type of terminal connector has a complex structure, and the wiring effect is not ideal, and the service life is not long, so it fails to meet the current diversified needs. Wiring requirements

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