Tubular rail type slideway recreation facility of scenic region

Abstract

The invention discloses a tubular rail type slideway recreation facility of a scenic region. The recreation facility comprises a plurality of supporting pillars, a plurality of mounting beams, a plurality of bases, a first tubular rail, a second tubular rail and a third tubular rail. The bases are provided with the supporting pillars. The mounting beams are mounted on the supporting pillars. The first tubular rail is arranged on the bottom surfaces in the mounting beams. The second tubular rail is arranged on the side faces in the mounting beams. The third tubular rail is arranged on the upper portions of the mounting beams. The supporting pillars comprise first struts, second struts, strut sleeves and fixed nuts. The second struts are buckled on the first struts. The first struts and the second struts penetrate through the strut sleeves respectively. The fixed nuts are arranged on the side faces of the strut sleeves. According to the tubular rail type slideway recreation facility, welding connection can be reduced, reliability is improved, work efficiency is enhanced, mounting cost is reduced, height adjustment can be further carried out, and the recreation facility is convenient to operate.

Description

【Technical field】 [0001] The invention relates to the technical field of amusement facilities, in particular to the technical field of pipe-rail slideway amusement facilities in scenic spots. 【Background technique】 [0002] The slide in the prior art goes up from the ladder and then slides down from the slanting board. The sliding process is short and not very interesting. Although there are some slide-type entertainment items in some large playgrounds, most of them are It is powered, which increases the operating cost of the amusement facility, and it cannot run in case of a power outage. Since amusement facilities are generally suitable for installation in playgrounds, tourists cannot enjoy the natural scenery of the mountains and fields during their play, and the sliding distance is also limited, so that tourists lack a sense of participation. In order to solve the above problems, some It is suitable for trough slides and pipe-rail slides in tourist attractions. Compared...

AI Technical Summary

Problems solved by technology

[0002] The slide in the prior art goes up from the ladder and then slides down from the slanting board. The sliding process is short and not very interesting. Although there are some slide-type entertainment items in some large playgrounds, most of them are It is powered, which increases the operating cost of the amusement facilities, and cannot operate in case of power failure

Since amusement facilities are generally suitable for installation in playgrounds, tourists cannot enjoy the natural scenery of the mountains and fields during their play, and the sliding distance is also limited, so that tourists lack a sense of participation. In order to solve the above problems, some It is suitable for trough slides and pipe-rail slides in tourist attractions. Compared with trough slides, pipe-rail slides are safer

[0003] The tube-rail slideway is a facility erected on the ground with a certain slope for passengers to slide up and down on the slide, including ordinary down slides and jumping down slides. The multiple pipe rails need to be installed at different positions and heights. In the prior art, support columns with different lengths need to be cut and connected to the installation beams for pipe rail support by welding, so that there are too many welds and the reliability is reduced. Low installation efficiency and increased installation cost

[0004] Since the height of the support frame of the pipe rail slideway is not adjustable, especially when installing the jumping down slideway, the support frame of the pipe rail needs to be of different heights, and the installer needs to bring tools and materials for on-site assembly, so the installation efficiency is low. Inconvenient to operate

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