Heliport

Abstract

The invention discloses a heliport which is installed on a top of a building and comprises fiberglass grating plates, a fixing plate, a supporting device and an air inducing device. The plurality of fiberglass grating plates are fixedly connected with the fixing plate through buckling pieces, and a heliport body is formed. The heliport body is rectangular or square. The surface of the heliport body is basically flat. A plurality of water and air discharging holes are evenly distributed in the heliport body. The supporting device is fixedly connected with the lower portion of the fixing plate, the air inducing device is fixedly connected with the fixing plate arranged in the middle of the heliport body, the supporting device penetrates through the air inducing device and then is fixedly connected with a roof, and the air inducing device is used for inducing air generated in the landing process of a helicopter to the outer side of the heliport body. The heliport is good in antiskid performance, high in corrosion resistance, attractive in appearance, convenient to install, low in cost, firm in fixation and stable in landing.

Description

technical field [0001] The invention relates to the field of helicopter equipment, in particular to a helipad. Background technique [0002] A helipad is a facility for helicopters to take off, land and stay. The roofs of each building are generally flat, which is suitable for setting up an apron. The helipad is mainly suitable for the fire command building of the urban disaster prevention and relief command and dispatch center, important medical treatment centers, five-star hotels and high-rise buildings. The popularity of helipads is of great significance to my country's national defense, fire protection, first aid, special services, and tourism. From the perspective of vertical evacuation of high-rise buildings, the roof helipad is an effective auxiliary facility, especially for super high-rise buildings, combined with the setting of open or semi-open refuge areas on the roof, it is more conducive to quickly rescue asylum seekers and escape danger. At the same time, i...

AI Technical Summary

Problems solved by technology

But, there is following shortcoming in the deck that uses at present: (1) present deck does not have wind-inducing device, and the vertically downward wind that can produce in the descending process of helicopter, reacts on the helicopter, causes helicopter to land unsteadily and the reduction of service life (2) the upper and lower surfaces of the current deck are not transparent to each other, and snow and ice are easy to accumulate on the deck in rainy and snowy weather, which affects the landing of helicopters; When walking on the apron surface, it is easy to slip; (4) the current deck has low strength and limited load-bearing capacity; (5) the current deck has low corrosion resistance and short service life

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