Welding and assembling base for high-power energy-saving lamp

Abstract

The invention provides a welding and assembling base for a high-power energy-saving lamp, which comprises a base, wherein immersed grooves matched with the tail end of a 9 U lamp tube are formed in the base and distributed in an equilateral triangle-shaped manner; a plurality of pillars I are arranged outside the immersed grooves; pillars II are arranged in the immersed grooves; supports corresponding to the base are arranged at the tops of the pillars I; equilateral triangle-shaped positioning seats are arranged at the tops of the pillars II; and positioning cavities are formed between the supports and the equilateral triangle-shaped positioning seats. During use, the 9 U lamp tube is placed along the positioning cavities formed between the supports and the equilateral triangle-shaped positioning seats and is fixed on the base when the tail end of the lamp tube is in contact with and spaced by the immersed grooves in the base, so that the lamp tube can be welded with a welding block directly, and the integration of the lamp tube and the base is placed into a production line for assembling a lamp holder and baking. Therefore, the structure is simple, economical and practical; and the welding and assembling base is an ideal assembling tool in flow production.

Description

technical field [0001] The invention relates to the manufacture of energy-saving lamps, in particular to a welded joint base for high-power energy-saving lamps. Background technique [0002] Due to the limitation of volume and power, the energy-saving lamp with the maximum power can only be 9U at present, and the maximum power can reach 200 watts, but the brightness of its lighting is comparable to that of a 1000-watt high-energy-consuming lamp, and the power consumption is only high. 1 / 5 of energy-saving lamps, although more energy-saving diodes have also come out, but they cannot achieve high power, and the brightness is far lower than energy-saving lamps. In the era of advocating energy saving and environmental protection, energy-saving lamps are still more practical. 9U The distribution of the lamps in an equilateral triangle can not only ensure the heat dissipation effect, but also ensure the maximum brightness. In the production, the welding and production of energy-sa...

AI Technical Summary

Problems solved by technology

[0002] Due to the limitation of volume and power, the energy-saving lamp with the maximum power can only be 9U at present, and the maximum power can reach 200 watts, but the brightness of its lighting is comparable to that of a 1000-watt high-energy-consuming lamp, and the power consumption is only high. 1 / 5 of energy-saving lamps, although more energy-saving diodes have also come out, but they cannot achieve high power, and the brightness is far lower than energy-saving lamps. In the era of advocating energy saving and environmental protection, energy-saving lamps are still more practical. 9U The distribution of the lamps in an equilateral triangle can not only ensure the heat dissipation effect, but also ensure the maximum brightness. In the production, the welding and production of energy-saving lamps need standardized operation, and special production tools are required.

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