Lifting-type solar magnetic lamp

Abstract

The invention discloses a lifting-type solar magnetic lamp which comprises a baseplate, wherein a guide pillar is disposed on the baseplate; a guide groove is formed in the guide pillar; a supporting plate is disposed on the end part of the guide pillar; a notch is formed in the supporting plate; the notch communicates with the guide groove; a notch is disposed in the side wall of the guide pillar; a rotation wheel is disposed in the notch; a lifting tube is disposed in the guide pillar; the lifting tube is in an occlusion connection with the rotation wheel by a tooth groove; the end part of the lifting tube passes through the notch and is equipped with a lifting plate; a plurality of lamp rods are disposed on the lifting plate; a magnetic lamp body is disposed on the top end of each lamp rod; a solar cell panel is disposed on the top end of each lamp rod; and the solar cell panels are electrically connected to the magnetic lamp bodies. The lamp disclosed by the invention is characterized in that vertical ascending and descending can be realized through control of the lifting tube, so that the lifting plate can be adjusted easily and can ascend and descend vertically. In this way, the magnetic lamp bodies can be controlled to ascend and descend vertically and the height can be adjusted easily. In addition, solar power supply is realized by the solar cell panels, so that power supply stability of the magnetic lamp bodies is higher. The lamp is energy-saving and environment friendly.

Description

technical field [0001] The invention relates to a solar magnetic energy lamp, in particular to a lifting type solar magnetic energy lamp. Background technique [0002] The energy-saving lamp is actually a compact fluorescent lamp with its own ballast. When the energy-saving lamp is ignited, the filament of the lamp tube is first heated by the electronic ballast, and the filament starts to emit electrons (because some electronic powder is coated on the filament). The electrons collide with the argon atoms filled in the lamp tube. After the collision, the argon atoms gain energy and then hit the mercury atoms inside. After absorbing the energy, the mercury atoms transition and ionize, forming a plasma state in the lamp tube. The voltage at both ends of the lamp tube is directly conducted through the plasma state and emits 253.7nm ultraviolet rays. The ultraviolet rays excite the phosphor to emit light. Since the temperature of the filament when the fluorescent lamp is working ...

AI Technical Summary

Problems solved by technology

Existing magnetic energy lamps do not have the function of lifting adjustment, poor flexibility, and do not have the function of solar charging, so they are not energy-saving

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