Actuating structure of electrical connector

Abstract

The invention relates to an actuating structure of an electric connector, which comprises a base, a holding terminal positioned in a receiving room of the seat, and a shifting block slidably positioned at a center horizontal shifting room of the seat. The front and rear sides of the seat are provided with openings. A base portion of the holding terminal is provided with a penetrating passage, side plates with both front and rear sides bent, and suspending elastic arms relatively inwards obliquely extending from the rear sides of the side plates. Shifting surfaces are arranged at front and rear sides of the shifting block, a first position of each shifting surface is located outside a gap between the two suspending elastic arms of the holding terminal, such that the two suspending elastic arms may be held on the outer diameter of the center conductor of the cable. When a top-push block is moved towards a direction different form a holding direction of the cable, a second position of each shifting surface after horizontal displacement is located within the gap between the two suspending elastic arms of the holding terminal in a movement direction, such that the two elastic arms will be elastically deformed outwardly to insert or remove the center conductor of the cable in or from the opening, lest the outer diameter of the center conductor of the cable in the same direction is held or loosened in an operation manner of a tool.

Description

technical field [0001] The invention relates to an actuating structure of an electrical connector, especially a connector connected between two wires, which can easily clamp or loosen the outer diameter of the central conductor of the wires in the same direction in a tool-free operation. Background technique [0002] By the way, today's computer and electronic technology is developing rapidly, and various electronic products have been popularized in every corner of society; Fast and light, thin, short, and small, the size and height of the connector inside the product need to be greatly reduced. In response to this development trend, the lower circuit board or motherboard is connected to the two Connectors between wires are bound to be more difficult to join and fix. [0003] However, the connectors connected between the two wires are directly welded or locked on the circuit board or the main board, and the connectors connected between the two wires are generally made of in...

AI Technical Summary

Problems solved by technology

[0002] By the way, today's computer and electronic technology is developing rapidly, and various electronic products have been popularized in every corner of society; Fast and light, thin, short, and small, the size and height of the connector inside the product need to be greatly reduced. In response to this development trend, the lower circuit board or motherboard is connected to the two Connectors between wires are bound to be more difficult to join and fix

[0003] However, the connectors connected between the two wires are directly welded or locked on the circuit board or the main board, and the connectors connected between the two wires are generally made of insulating bases and clamping terminals made of conductive metal materials. and the button for actuation. When the wire or terminal is inserted into the insulating base and the clamping opening of the clamping terminal, so that the clamping terminal presents an electrical connection of elastic clamping, it can be pressed down by means of the button above the insulating base. Pushing in a biased way opens the opening of the clamping terminal, and then pulls the wire or terminal out from the inside of the insulating seat and the clamping terminal to the outside, so as to achieve the functions of quick plug-in and repeatable maintenance, but this pressing method Design, because the button is threaded through the wire or terminal of the clamping terminal and pushes the clamping terminal in a nearly vertical direction using a downward bias. The overall structure must retain the pressing stroke of the button and the movement between the button and the clamping terminal The design space of the structure will increase the overall height and the complexity of the structural design. However, under the development trend of consumers in today's society who are crazy about the development of electronic products that are light, thin, short, and small, any reduction in the size of the connector will affect electronic products. In addition, there will be obvious gaps between the button of the connector and the insulating seat body, so that the external dust, foreign matter, and water vapor are particularly easy to pass through the circuit board or the main board. The gap enters the interior of the insulating base and affects its normal operation and service life. Therefore, how to solve the above-mentioned existing shortcomings and inconveniences is the direction that the relevant industry is eager to study and improve.

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