Multi-loop low-voltage track lamp connection mechanism

Abstract

The invention relates to a multi-loop low-voltage track lamp connection mechanism. The multi-loop low-voltage track lamp connection mechanism includes track bars connected to each other and a connection device; multiple conductive electric copper sheets and multiple energized input lines, which are in the same number of the track bars, are arranged on the tops inside the track bars along the lengths of the track bars; the multiple energized input lines include: positive electrode input ends and negative electrode input ends, which are parallel and in the same number; the positive electrode input ends are in connect with positive electrode conductive columns; the negative electrode input ends are in contact with negative electrode conductive columns; the connection device includes a bafflefixing block; a side fixing block is inserted into an empty cavity of the baffle fixing block; multiple positive electrode holes and multiple negative electrode holes in the same number are formed onthe side fixing block; the number of the positive electrode input ends is the same as the number of the positive electrode holes; the number of the negative electrode input ends is the same as the number of the negative electrode holes; the positive electrode conductive columns are inserted into the positive electrode holes; the negative electrode conductive columns are inserted into the negativeelectrode holes; a conductive adapter plate is arranged below the side fixing block; the positive electrode conductive columns are in contact with the positive electrode of the conductive adapter plate; and the negative electrode conductive columns are in contact with the negative electrode of the conductive adapter plate. The multi-loop low-voltage track lamp connection mechanism. The multi-looplow-voltage track lamp connection mechanism controls the illumination of partial lamps.

Description

technical field [0001] The invention relates to the technical field of lighting components, in particular to a connection mechanism for multi-circuit low-voltage track lamps. Background technique [0002] At present, the input terminals of the low-voltage track linear spotlights on the market are composed of a positive connection and a negative connection, and are powered through the low-voltage track strip. When the power is turned on, all the track linear spotlights on a track strip need to be turned on. When multiple lights are turned on, the brightness is too high and the glare is serious. Sometimes in order to achieve the best illumination, it is necessary to turn off some of the lights. The staff needs to Climbing up and down with the help of a ladder to turn off some of the lights is a labor-intensive operation that is time-consuming and labor-intensive. Contents of the invention [0003] Aiming at the deficiencies of the prior art, the invention discloses a multi-...

AI Technical Summary

Problems solved by technology

When the power is turned on, all the track linear spotlights on a track strip need to be turned on. When multiple lights are turned on, the brightness is too high and the glare is serious. Sometimes in order to achieve the best illumination, it is necessary to turn off some of the lights. The staff needs to Climbing up and down with the help of a ladder to turn off some of the lights, this operation is a lot of work, time-consuming and laborious

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