Urban landscape double-arm lamp leveling and centering device

Abstract

The invention discloses an urban landscape double-arm lamp leveling and centering device which comprises a telescopic adjusting rod, a first fixing rod and a second fixing rod, and the first fixing rod and the second fixing rod are both L-shaped rods; and the device further comprises a fastening screw, a first level gauge, a second level gauge and a third level gauge, the first level gauge and thesecond level gauge are fixedly arranged on the short portions of the first fixing rod and the second fixing rod respectively, and the third level gauge is fixedly arranged on the upper end face of the telescopic adjusting rod. By arranging the platform capable of being fixed to the lamp and arranging the multiple bubble adjusting instruments on the platform, after the device is fixed to the lamp,real-time adjustment and centering can be achieved through the bubble adjusting instruments on the device, and the time for subsequently and independently adjusting each lamp is saved. The leveling and centering device is simple in modeling, can quickly level and center, can reduce personnel, accelerates the construction progress, reduces the subsequent adjustment time and improves the working efficiency.

Description

Technical field [0001] The present invention relates to the field of urban lighting construction, in particular, to a urban landscape bike light-flat-pair of mid-to-pending devices. Background technique [0002] At present, the existing street lamp is mostly installed with the lamp pole and the lamp, and then use the crane to hoisten to the fixed position required, especially the urban landscape bike lamp, which is beautiful and diverse due to the arms design. When laying, how to unify the things that must be paid attention to when installation, the existing urban landscape bike lamp is lifted by the crane, and it is temporarily fixed by the ground, and the last lamp light is all hoisting. Then, the verticality correction is performed on the entire street lamp. After the verticality correction is completed, the lamp rod and the base are fixed, and the temporary fixture is removed, thereby completing the installation of the lamp; however, in the actual operation, vertical correcti...

AI Technical Summary

Problems solved by technology

[0002] At present, most of the existing street lamps are integrated with the lamp post and the lamp, and then hoisted to the required fixed position by a crane, especially the urban landscape double-arm lamp, which is beautiful and functional due to its dual-arm design. When laying, how to unify is something that must be paid attention to during installation. After the existing urban landscape double-arm lights are hoisted by the crane, each lamp is temporarily fixed by ground brackets and other devices, and finally all the lights with street lights are hoisted and installed. Then do the verticality calibration for the entire row of street lamps. After the verticality calibration is completed, fix the light pole and the base, and remove the temporary fixing device, so as to complete the installation of the lamps; but in actual operation, the verticality calibration is mostly checked by a hanging hammer

When checking the construction with the wire hammer, a worker is required to hold the wire hammer and stand far away from the current detection lamp to adjust the lamps in multiple directions, that is, the angle, and two people are required to stand beside the lamp to adjust the personnel according to the distance. According to the instructions, the body of the lamp is leveled and centered, and finally fixed, and then the remaining lamps are adjusted in turn. The whole process of leveling is labor-intensive, and the adjustment process is carried out by the operator's visual inspection. Combined with the complex terrain, it is inevitable that there will be The calibration error of the verticality affects the accuracy, and the further whole process needs to remove the temporary fixing bracket, which is inefficient

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