Cement concrete spherical outdoor single-person safe house and single-person rescue capsule

Abstract

The invention provides an assembling type cement concrete spherical safe single-person house which is characterized in that prefabricated standard blocks are spliced, structural slurry is injected in joints between the blocks to form an integral structure, an elastic buffer layer is wrapped outside, and use and management are economical and convenient; and the figure 1 is an elevation drawing of the spherical house (See the figure 1 shown in the specifications). Besides, the invention provides a demountable cement concrete spherical safe single-person house which is characterized in that prefabricated standard blocks are spliced, an integral structure is formed by tying the standard blocks and an I-steel structure through hoops and tying the standard blocks through tying iron, an elastic buffer layer is wrapped outside, and use and management are economical and convenient; and the figure 2 is an elevation drawing of the spherical house (See the figure 6 shown in the specifications). Moreover, the invention provides a cement concrete spherical safe single-person rescue capsule which is characterized in that a capsule body is formed by splicing four prefabricated standard blocks, an integral structure is formed through tying with tying iron, an elastic buffer layer is wrapped outside, and use and management are economical and convenient; and the figure 3 is an elevation drawing (See the figure 11 shown in the specifications).

Description

technical field [0001] Residential and security facilities. Background technique [0002] Field workers work and live in a natural environment, and have to deal with natural geological disasters such as earthquakes, mudslides, landslides, flying rocks, and mountain torrents; most of the current life-saving protection facilities are for mining or other industry characteristics, and are not suitable for field workers. The characteristics of the work of field workers are: 1. Working in the field, 2. Long time, 3. Scattered in places; in the field, we must use weather-resistant materials, such as cement concrete; The way of cabin is appropriate; the facilities to deal with natural geological disasters and protect human safety require certain strength, rigidity and dynamic performance. , the dynamic performance of the sphere is the best, so it should be made into a spherical shape; the other two indicators related to the dynamic performance are the size and quality of the body; ...

AI Technical Summary

Problems solved by technology

[0002] Field workers work and live in a natural environment, and have to deal with natural geological disasters such as earthquakes, mudslides, landslides, flying rocks, and mountain torrents; most of the current life-saving protection facilities are for mining or other industry characteristics, and are not suitable for field workers. The characteristics of the work of field workers are: 1. Working in the field, 2. Long time, 3. Scattered in places; in the field, we must use weather-resistant materials, such as cement concrete; The way of cabin is appropriate; the facilities to deal with natural geological disasters and protect human safety require certain strength, rigidity and dynamic performance. , the dynamic performance of the sphere is the best, so it should be made into a spherical shape; the other two indicators related to the dynamic performance are the size and quality of the body; the shape is small, the quality is small, and the dynamic performance is good; in order to maximize the compensation for the poor dynamic performance of cement concrete. Spherical housing for single use, providing the smallest living space; for single use, a spherical rescue cabin with the size of the human body crouching and squatting; hollow spherical concrete formwork support difficult and plug-in vibrator for vibrating concrete, The plate vibrator is not used, and it is difficult to make; the concrete material is relatively heavy, and the wall of the ball should be as thin as possible to reduce the weight

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