Binding-type asbestos shingle cover spiking method

Abstract

The present invention relates to a colligation type asbestic tile bamboo beam covering and nailing method and is characterized in covering and nailing points of a centre sill (3) and a circular beam (4) of an asbestic tiles (8) are bored (6) and pressed with treadle bars (9), then colligated and fixed by iron wires (7); the centre sill (3) and the circular beam (4) are also colligated, pulled and nailed on a wall to fix by the iron wires (5). The colligation type asbestic tile bamboo beam covering and nailing method of the invention overcomes the disadvantage that when bamboo is used to make beams, the bamboo can not be stably nailed and also solves the difficult problems that when the asbestic tile is covered and the nails are nailed and the screws are arranged on the beam and the girder by the prior art; the construction is so difficult that the asbestic tile is nailed unstably, easy to damage, high in cost, inconvenient to dismantle and easy to blow off by wind. The wind resisting effect of the present invention is three to five times of the wind resisting effect of the method by nailing the nails and screwing the screws; no stone blocks are needed to pressurize, thereby solving the difficult problem of firm covering and nailing. The invention is widely popularized to the rural areas to replace Han tiles (clay tiles) and save the beam and rafter which are the carriers of the Han tiles (clay tiles), thereby radically restraining timber consumption, and protecting forest ecological environment.

Description

technical field [0001] The invention relates to the field of construction and rural construction, in particular to a binding method for binding asbestos tiles and bamboo beams. Background technique [0002] Asbestos tiles, iron tiles, and fiberglass tiles in the prior art generally have nails and screws, and beams include wooden beams and angle steel beams, all of which have common technical problems and limitations. Due to the brittleness of asbestos tiles, wooden beams are fixed with nails. It is not easy to fasten, but also easy to be broken, difficult to disassemble, easy to pry, and more likely to be damaged by wind. The above-mentioned problems also exist in the screws on the steel beams. Using some stones to pressurize is unsightly and increases the negative pressure on the roof, which seriously hinders people's enthusiasm for using asbestos tiles. Especially in rural areas, asbestos tiles cannot be widely promoted. Hanwa ( Soil Pi burning tiles) continue to occupy t...

AI Technical Summary

Problems solved by technology

[0002] Asbestos tiles, iron tiles, and fiberglass tiles in the prior art generally have nails and screws, and beams include wooden beams and angle steel beams, all of which have common technical problems and limitations. Due to the brittleness of asbestos tiles, wooden beams are fixed with nails. It is not easy to fasten, but also easy to be broken, difficult to disassemble, easy to pry, and more likely to be damaged by wind

The above-mentioned problems also exist in the screws on the steel beams. Using some stones to pressurize is unsightly and increases the negative pressure on the roof, which seriously hinders people's enthusiasm for using asbestos tiles. Especially in rural areas, asbestos tiles cannot be widely promoted. Hanwa ( Soil Pi burning tiles) continue to occupy the construction market, devouring forests in large quantities, and consuming wood. Beams and rafters are the carriers of Han tiles, and the amount of wood consumed is huge. The root cause of the difficulty of forest protection

Based on the above factors, the cover of asbestos tiles, nails, screws, and wind resistance are technical bottlenecks that are difficult to vigorously promote and use.

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