Novel lamp module with rapid structural and electrical connection function

Abstract

The invention discloses a novel lamp module with a rapid structural and electrical connection function. The novel lamp module comprises a power source cavity, a module body and a decoration head. A first circular mortise is formed in the end of one side of the power source cavity, and a first groove is formed in the end of the other side of the power source cavity; a first connecting terminal waterproof ring is embedded inside the first groove, and a first electrical connecting terminal female seat is arranged on the first connecting terminal waterproof ring in a penetrating mode; a first square mortise is formed between the first circular mortise and the first groove; the module body is arranged outside the power source containing cavity and comprises a module male connector and a modulefemale seat; and a first circular tenon is arranged at the end of one side of the module male connector, and a first electrical connecting terminal male seat is arranged on the other side of the module male connector. According to the novel lamp module with the rapid structural and electrical connection function, structural and electrical assembling can be easier and more convenient, the production cost is reduced, the production efficiency is improved, the illuminating requirements of different scenes can be met, the mould input cost at the earlier development stage is reduced greatly, and re-stocking of companies is facilitated.

Description

technical field [0001] The invention relates to the technical field of splicing lamps, in particular to a novel fast-structure electrical connection lamp module. Background technique [0002] The main purpose of lamps is to provide lighting. However, due to the different sizes of lighting scenes, the required light intensity is also different. Using the same lamp is prone to insufficient light intensity or waste of resources. If different lamps are developed for different sizes of the same application, the cost of mold development and the pressure of stocking will be greatly increased. Therefore, a lamp spliced ​​by small-power independent modules can solve this problem very well. However, independent modules in the market currently There are complex structures, electrical connections and assembly, and the need to customize brackets of various sizes to complete the splicing. In this case, the initial investment costs are only allocated to the production costs. [0003] As t...

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Problems solved by technology

The splicing of most street lamp modules on the market is similar. The electrical connection between each module is realized by manual wiring and the use of waterproof terminals. Each module and bracket also need to be fixed. This method is complicated in process and high in labor costs.

[0004] Another example is that the module splicing method disclosed in the patent CN206269011U has a great improvement compared with the patent CN201320146664. The buckle on the module can be overlapped with the power supply chamber and the adjacent module and then fixed with two screws to complete the structural connection. However, this method The electrical connection between the power supply chamber and the module, and the module and the module is still very complicated, requiring manual threading in a small space. Avoid human errors in production that lead to a decline in product yield

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