Combined reinforcing rib structure

Abstract

The invention relates to the technical field of municipal engineering. The invention aims to provide a combined reinforcing rib structure which can greatly improve the structural strength of a box body without affecting the water storage function of the box body. The combined reinforcing rib structure comprises a combined plastic box body, wherein the box body is internally provided with a plurality of meshed reinforcement structures; the meshed reinforcement structures are arranged in a crisscross manner, so that a reinforcing frame is formed; the shape of the reinforcing frame is matched with that of the box body; the size of the reinforcing frame is matched with that of the box body. The reinforcing frame adopted by the combined reinforcing rib structure is conveniently processed, and can be used for overall supporting the box body on the premise of not affecting the general functions of the box body, so that the integrally structural strength of the box body is greatly improved. The reinforcing frame is especially suitable for the combined box body made of plastic. The combined reinforcing rib structure has the advantages that the structure can be widely applied to the construction of municipal facilities, such as underground ponds, electric power wells and valve wells, and can be ingeniously combined with various types of equipment and facilities, so that the structural strengths of all facilities are greatly optimized under the condition of not affecting the normal use of all the facilities, the installation technologies of all the facilities are simplified, and the effect of extremely strong universality is achieved.

Description

technical field [0001] The invention relates to the technical field of municipal engineering, in particular to a reinforcing rib structure of a water pool. Background technique [0002] The rapid development of the economy is accompanied by the rapid consumption of various resources, such as: oil, natural gas, fresh water, etc. The excessive consumption of resources restricts the rapid development of the economy, so energy conservation and environmental protection have become a common theme in today's world. Under the concept of energy saving and environmental protection, the comprehensive application of rainwater is undoubtedly one of the key technologies. In various facilities that use rainwater, water storage equipment not only plays the role of collecting and storing rainwater, but also a prerequisite for the realization of other application methods, such as: rainwater filtration needs to be carried out in water storage equipment, and deep purification of rainwater need...

AI Technical Summary

Problems solved by technology

However, there are certain shortcomings in the above pools

For the first type of pool, due to the masonry structure, its airtightness cannot be guaranteed, and the construction period is longer

The second type of pool still has the problem of long construction period and high cost

The third type of pool, because it is buried underground, needs to bear the pressure of the surrounding soil on the entire pool body, so its structural strength cannot be guaranteed

Especially the side of the pool is often damaged, causing leakage, which greatly restricts the application and promotion of PP plastic pools

At the same time, municipal facilities such as power wells and valve wells are often buried underground and are under pressure for a long time. The conventional method in the prior art is to improve their structural strength through concrete prefabrication, but the municipal facilities made of concrete are relatively heavy. , its installation and transportation are very inconvenient, and often require high labor costs

However, municipal facilities made of other materials cannot be used in municipal facilities such as power wells and valve wells with deep pre-buried or large diameters due to their structural strength limitations.

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