Novel energy-saving lamp device

Abstract

The invention discloses a novel energy-saving lamp device which comprises a lamp base and a lamp cap. The lamp base comprises first insertion grooves which are symmetrically arranged vertically, wherein end openings of the first insertion grooves face rightwards. Second insertion grooves are formed in the left end walls of the first insertion grooves. Installation cavities located in the left sides of the second insertion grooves are further formed in the lamp base. First sliding grooves arranged in a vertically-symmetric manner are formed between the first insertion grooves and the installation cavities. Second sliding grooves are formed between the second insertion grooves and the installation cavities. First sliding rods are installed in the first sliding grooves in a sliding manner, and second sliding rods are installed in the second sliding grooves in a sliding manner. The left ends of the first sliding rods and the left ends of the second sliding rods stretch in the installationcavities and are fixedly provided with first transmission blocks and second transmission blocks. Electric supply springs are fixedly installed on the left end walls of the installation cavities, and the electric supply springs are provided with protruding heads facing the first transmission blocks and the second transmission blocks. Joints are formed at the middle positions of the protruding heads.

Description

technical field [0001] The invention relates to the technical field of energy-saving lamps, in particular to a novel energy-saving lamp device. Background technique [0002] In modern home life, plug-in energy-saving lamps are often installed near the bedside of the bedroom for night lighting. The traditional plug-in energy-saving lamp setting mode is too simple, and the plugging force is limited. It is often caused by accidental touch or self-weight. The phenomenon of plugging loose or falling lamps due to various reasons has great disadvantages. At the same time, because the lamp holders of energy-saving lamps are generally set near the head of the bed and are directly charged, for some people who lack safety awareness (such as young children) For example, when an iron rod, key or the like is inserted into the lamp holder and comes into contact with the conductive part, it will cause an electric shock accident, and in severe cases, it will cause death, and there is a great...

AI Technical Summary

Problems solved by technology

[0002] In modern home life, plug-in energy-saving lamps are often installed near the bedside of the bedroom for night lighting. The traditional plug-in energy-saving lamp setting mode is too simple, and the plugging force is limited. It is often caused by accidental touch or self-weight. The phenomenon of plugging loose or falling lamps due to various reasons has great disadvantages. At the same time, because the lamp holders of energy-saving lamps are generally set near the head of the bed and are directly charged, for some people who lack safety awareness (such as young children) For example, when something like an iron rod or key is inserted into the lamp holder and comes into contact with the conductive part, it will cause an electric shock accident, and in severe cases, it will cause death, and there is a great potential safety hazard.

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