A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Steady type communication base station signal tower
The invention discloses a steady type communication base station signal tower comprising a main pole, anti-collision cylinders and an installing pole. The main pole is vertically installed, and the lower end of the main pole is buried under the ground. One segment, which is exposed out of the ground, of the main pole wraps two semicircular cylindrical anti-collision cylinders. The two anti-collision cylinders are oppositely buckled so that a cylinder is formed. The lower surfaces of the anti-collision cylinders are closely contacted with the ground. Iron wire meshes are arranged in the internal parts of the anti-collision cylinders. The internal part of the connecting edge of each semicircular cylindrical anti-collision cylinder is provided with tubular ears. According to the device, one segment, which is exposed out of the ground, of the main pole wraps the anti-collision cylinders to buffer impact force generated by collision to the main pole so that fracture of the main pole can be avoided and safety performance of the signal tower main body can be enhanced. Besides, a supporting pole rotating along the installing pole is arranged, leaves with mirrors are installed on the supporting poles and the reflected light rays of the mirrors are utilized to effectively repel birds so that the birds are enabled not willing to build nests on the signal tower, and thus normal operation of communication equipment can be guaranteed.
Steady type communication base station signal tower
The invention discloses a steady type communication base station signal tower comprising a main pole, anti-collision cylinders and an installing pole. The main pole is vertically installed, and the lower end of the main pole is buried under the ground. One segment, which is exposed out of the ground, of the main pole wraps two semicircular cylindrical anti-collision cylinders. The two anti-collision cylinders are oppositely buckled so that a cylinder is formed. The lower surfaces of the anti-collision cylinders are closely contacted with the ground. Iron wire meshes are arranged in the internal parts of the anti-collision cylinders. The internal part of the connecting edge of each semicircular cylindrical anti-collision cylinder is provided with tubular ears. According to the device, one segment, which is exposed out of the ground, of the main pole wraps the anti-collision cylinders to buffer impact force generated by collision to the main pole so that fracture of the main pole can be avoided and safety performance of the signal tower main body can be enhanced. Besides, a supporting pole rotating along the installing pole is arranged, leaves with mirrors are installed on the supporting poles and the reflected light rays of the mirrors are utilized to effectively repel birds so that the birds are enabled not willing to build nests on the signal tower, and thus normal operation of communication equipment can be guaranteed.
Steady type communication base station signal tower
2015-08-26
Patent
Electronic Resource
English