How to prevent glass slide engineering amusement facilities in scenic spots

After the high-altitude glass slide, many people who want to find excitement will go to special scenic spots to experience the thrill of the slide! And this is also a major reason why these thrilling high-altitude slides have become popular in recent years. But safety should also be taken into account, so how to prevent the use of slide engineering amusement facilities in scenic spots?

1. Direct safety technical measures. Glass slides should have inherent safety performance to ensure that no accidents or hazards occur.

2. Indirect safety technical measures. If the equipment itself cannot or cannot fully implement direct safety technical measures, design one or more safety protection devices for the glass slide to prevent and control accidents to the greatest extent possible.

3. Indicative safety technical measures. If indirect safety technical measures cannot be implemented for the glass drifting project in the scenic area, measures such as detection and alarm devices, warning signs, etc. shall be adopted. It is necessary to remind operators and tourists to pay attention in order to take corresponding measures or evacuate dangerous places urgently.

In order to pursue experiential excitement, some scenic spots will make glass slides in higher terrain. Subsequently, some tourists may raise questions and concerns, what if the slide breaks at such a high place? Don't worry, the slide construction unit will take you to understand how the slide is safe and regulated?

The site selection is crucial in the design of glass structures. In order to create a scenic environment for tourists and attract them, the construction of glass slides and glass platforms is mostly chosen on the slopes of steep cliffs. Such a glass structure is a cantilever structure. In addition to its own strength, this structure also needs all kinds of cable-stayed, slant support and cantilever steel beams, which are fixed to the rock wall by anchor bolts.

Therefore, it is important to determine whether the strength of the bedrock is sufficiently hard or firm. This requires an eva1uation of the engineering geological and hydrogeological conditions of the rock layers in the selected location for the construction of the glass slide. At the same time, attention should also be paid to the stability of the rock mass on the slope of the mountain in order to prevent slipping and injuries caused by falling rocks.

Cantilever glass structures such as slide construction need to be fixed in the rock mass with anchor rods, so the construction quality of anchor rods, including their own strength, anchoring strength, and reliability of anchoring bedrock strength, should be highly concerned. This is a concealed project that requires careful construction by the glass slide construction unit and strict inspection by the supervisory personnel. During the construction process, the anchorage quality of anchor rods in different rock masses should be determined by conducting pull-out tests on the anchor rods to determine the anchorage length. After the completion of the construction project, it is important to have experts inspect it, but the safety of these concealed works is also difficult for experts to determine.

Of course, the maintenance and upkeep of the construction of the viewing platform are also important, as it is designed for visitors to walk on. Glass is exposed to the atmosphere for many years, subjected to wind, rain, sun exposure, and freezing, and is easily broken into flowers. In addition, due to the fact that the entire structure of the slide construction is anchored in the rock mass of the cliff, the rock mass is affected by engineering geology and hydrogeology, and the strength of the rock mass may decrease over time. This requires regular inspection of the natural frequency and deflection of the structure under no-load and load (including wind load) for any changes.