A Mechanical Manual High Space Lighting Control Device

Abstract

The invention discloses a mechanical manual overhead lamp control device. A wire winding and unwinding system is an adjusting and control structure of the whole device. An overhaul platform is a work face of the device. A lamp and rail system is an arranging framework structure of the whole device. A through-length platform is arranged on the side close to the wall. The arranging direction of the through-length platform is equal to that of lamps. The lamp and rail system is arranged on a structural beam in the arranging direction of the lamps. The wire winding and unwinding system is connected with the end of a steel wire rope. The lamps to be erected overhead can be made to be in a movable state through the wire winding and unwinding system, the overhaul platform and the lamp and rail system, and the positions of the lamps to be installed or erected can be adjusted at any time. Due to the manual rotating operation of a wire winding device, the steel wire rope is driven, one row of lamps are recycled to one end, the whole device adjusting process is stable, firm and accurate, and the erecting efficiency of the lamp can be effectively improved. According to the mechanical manual overhead lamp control device, overhauling on a fixed and simple operation platform can be achieved, and meanwhile restoring to normal positions can be rapidly achieved after all processes are completed.

Description

technical field [0001] The invention relates to a mechanical manual high-altitude lamp control device, which belongs to the technical field of high-altitude lamp erection. Background technique [0002] Tall spaces are often encountered in new buildings, such as gymnasiums, conference halls, etc., and their lamps are fixed at high altitudes. After the completion of the project, the user needs to replace and repair the lamps during the actual use. The high-altitude tools generally used are: 1) ladder; 2) elevator; 3) repair steel frame. The highest safe operating height of the high-altitude ladder is 5m, and after the high-altitude lamps are installed, their heights are all greater than 5m, which exceeds the safe height and poses a safety hazard. The operation of the lift car is very convenient, and it can be lifted and lowered freely, but the lift car is bulky and heavy, and it is inconvenient to move upstairs and use. However, some engineering stadiums are located on the t...

AI Technical Summary

Problems solved by technology

The maximum safe operating height of the high-altitude ladder is 5m, and after the high-altitude lamps are installed, the height is greater than 5m, which exceeds the safe height and poses a safety hazard

The operation of the lift car is very convenient, and it can be lifted and lowered freely, but the lift car is bulky and heavy, and it is inconvenient to move upstairs

However, some engineering stadiums are located on the third floor, and the space in the corridors and stairwells is relatively narrow, and the lift truck cannot be transported upstairs.

If the lift car is placed in the stadium, it will take up a lot of space, and the storage location is not considered in the design, and it will affect the use of the stadium

Steel frame channels are generally installed in steel structure venues with large areas and concentrated lighting installations. The stadium of this project is a reinforced concrete structure with a small area and scattered lighting layout. And the cost is high

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