Counterweight-type roof communication base station holding rod support

Abstract

The invention provides a counterweight-type roof communication base station holding rod support which comprises a base plate support. A base station device and a holding rod are fixed to the base plate support, and a lightning conductor and antennae are fixed to the holding rod; and the periphery of the holding rod is supported through a plurality of inclined struts. According to the counterweight-type roof communication base station holding rod support, the structure is reasonable, the three antennae which need three holding rods originally are centralized at one holding rod for mounting andfixing, and hole drilling and expansion screw striking are not need to be conducted on the roof floor or the wall surfaces, so that water resistance, heat preservation and the like of the floor are not influenced.

Description

technical field [0001] The invention relates to the field of communication base station brackets, in particular to a counterweight type pole-holding bracket for communication base stations on the roof. Background technique [0002] Existing base station poles on the roof are generally fixed by steel pipes plus support and driven into the wall or floor slab with expansion screws. With the age of the building and the aging strength of the roof wall and concrete, there are great potential safety hazards and leaks. The risk of rain and water leakage is easy to damage the roof insulation layer, waterproof layer and other defects; it has considerable limitations when the owner is unwilling to affect the waterproof and safety of the roof or the construction conditions are not met. [0003] Since expansion screws are generally used for fixing, the connection force between the bolts and the wall and concrete will gradually decrease over time due to expansion, and accidents such as po...

AI Technical Summary

Problems solved by technology

[0002] Existing base station poles on the roof are generally fixed by steel pipes plus support and driven into the wall or floor slab with expansion screws. With the age of the building and the aging strength of the roof wall and concrete, there are great potential safety hazards and leaks. The risk of rain and water leakage is easy to damage the roof insulation layer, waterproof layer and other defects; it has considerable limitations when the owner is unwilling to affect the waterproof and safety of the roof or the construction conditions are not available

[0003] Since expansion screws are generally used for fixing, the connection force between the bolts and the wall and concrete will gradually decrease over time due to expansion, and accidents such as pole-mounted antennas falling from the roof to injure people and objects occur from time to time, and the strength of the connection points decreases. The safety risk is extremely high, and even serious safety accidents and safety liability accidents may occur in severe cases

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