A stable LED light installation device based on gravity

Abstract

The invention discloses an LED lamp installation device based on gravity stabilization. The LED lamp installation device structurally comprises a telescopic rod, a telescopic rod sleeve, the anti-skidsleeve, the fixator connecting seat and a bulb fixing structure, the LED lamp mounting device is combined with the bulb converter through the fixed grabbing stabilizer, when the LED lamp bulb is picked and installed, the operator tilts the handheld mounting device, the bulb fixing claw and the ground are kept in a vertical state, an operator can quickly align the bulb on the bulb fixing claw withthe lamp holder, the situation that a worker needs to stand below the lamp holder by a vertical handheld mounting device is avoided, the situation that the lamp holder is installed at the position ofthe lamp holder is greatly observed, neck fatigue caused by installation of the LED lamp is reduced, and meanwhile, the alignment speed is accelerated, the situation that the bulb is collided and damaged due to the fact that the arm pain shakes due to long-time hand-held is avoided, the new LED bulb can be directly installed after the old bulb is taken down through the bulb converter, so that theinstallation operation time is shortened, and the working efficiency of LED lamp installation is accelerated.

Description

technical field [0001] The invention relates to the field of LED lamps, in particular, to a stable LED lamp installation device based on gravity. Background technique [0002] In daily life, LED light bulbs are consumables and need to be replaced frequently. However, when picking and replacing LED light bulbs at high altitudes such as building roofs and street light poles, you need to use devices such as ladders to access them, which will increase purchases. The cost and storage space of ladders and other devices are also more prone to danger. Therefore, telescopic rods are usually used to send LED bulbs to the bottom of the lamp holder for replacement. The current technical considerations are not perfect. The telescopic rod needs to be extended to a long length, and the arm of the telescopic rod is too long. When the fulcrum is fixed, the arm strength is relatively large, which is easy to cause hand shaking during use, so it is time-consuming to install it on the lamp holde...

AI Technical Summary

Problems solved by technology

[0002] In daily life, LED light bulbs are consumables and need to be replaced frequently. However, when picking and replacing LED light bulbs at high altitudes such as building roofs and street light poles, you need to use devices such as ladders to access them, which will increase purchases. The cost and storage space of ladders and other devices are also more prone to danger. Therefore, telescopic rods are usually used to send LED bulbs to the bottom of the lamp holder for replacement. The current technical considerations are not perfect. The telescopic rod needs to be extended to a long length, and the arm of the telescopic rod is too long. When the fulcrum is fixed, the arm strength is relatively large, which is easy to cause hand shaking during use, so it is time-consuming to install it on the lamp holder. It is longer, and shaking at the same time may easily cause the bulb to collide with the wall or light pole, which will cause the LED bulb to break and cause economic losses; because the bulb is fixed, the user needs to hold it and stand under the lamp holder during the removal and installation process , it is necessary to look up to observe the installation position of the lamp holder, which may easily cause neck fatigue; when the user removes the bulb, the telescopic rod needs to be retracted, and then the new bulb is placed on the top of the bulb fixing clip, and then the telescopic rod is unfolded for installation. The operation process is complicated , low work efficiency

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