Double pole light emitting diode plug-in type electric connection socket

Abstract

The plug-in electric connection socket for bipolar LED has socket units, each of which is provided with two pole jacks contacting separately with one metal spring sheet tightly for effective electric connection. The two metal spring sheets connects the metal poles inside and outside the socket electrically and effectively and are packed inside the same insulating casing. After the positive and negative poles of one bipolar LED are inserted into the socket unit, they are connected electrically and led out via the spring sheets and metal poles for connecting with other LED's in the other socket units serially or in parallel, with the socket unit number and structure being determined by the practical lighting requirement.

Description

Technical field [0001] The invention relates to a bipolar light-emitting diode plug-in electrical connection insert, in particular to a plug-in electrical connection socket. Background technique [0002] At present, all bipolar light-emitting diodes are fixed on the pre-designed circuit board by welding, and the finished products that have been firmly welded are produced by professional manufacturers, especially when the light-emitting diodes are only packaged in the form of dies, each set of dies The positive and negative electrodes form a light-emitting module in a certain matrix form through ultrasonic pressure welding, and the multi-pole light-emitting diodes above bipolar are driven and controlled by complex circuits to realize the automatic change of luminous lighting indication content and color over time. The latest urban lighting decorative lighting is used The light-emitting strip is electrically connected with a strong cable, and the bipolar light-emitting diode i...

AI Technical Summary

Problems solved by technology

However, a series of practical problems have emerged when it is applied to the daily life lighting application of the family. The main disadvantage of the existing semiconductor light-emitting diode lighting is that it is difficult to specialize, and the traditional lighting design method that is too limited to the screw or bayonet electrical connection cannot be used. Make up for the lack of brightness of semiconductor light-emitting diodes, especially when individual dies fail in the use of a large number of light-emitting diodes, they can only be scrapped as a whole, and the maintenance cost is high. These reasons make it impossible for semiconductor light-emitting diode lighting to completely replace incandescent lamps and fluorescent lamps , not to compete comprehensively with energy-saving lamps

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