Novel bagging device and method for large flat geotextile bag

Abstract

The invention relates to a novel bagging device and method for a large flat geotextile bag. High-efficiency bagging of the large flat geotextile bag is achieved with a simple mechanical device and a labor-saving operation method. The bagging device has the advantages of the small volume, the simple structure, use convenience, movement easiness, carry easiness and zero electricity consumption. By using the device and the operation method, the bagging process is mechanized, only simple manual cooperation is needed, the labor intensity is greatly reduced, the work efficiency is very high, and theaction of large-scale mechanical complete bagging equipment can be completely replaced. The novel bagging device and method solve the problem that the geotextile bag is difficult to popularize in thefield of engineering construction because of low bagging efficiency, a gap in the application field of the geotextile bag is filled, the construction efficiency of the geotextile bag in civil engineering, roads, water conservancy construction and disaster relief is greatly improved, and the huge economic and social benefits are obtained.

Description

technical field [0001] The invention relates to a new bagging device and bagging method for large flat geotechnical bags. The method of cooperating with an excavator and a special bagging device and manually assisting the operation solves the problem of bagging large geotechnical bags at the construction site. Time-consuming and labor-intensive problems and difficult equipment handling. Background technique [0002] The so-called geotechnical bag is a special plastic woven bag suitable for civil engineering applications, which is formed after filling sand and soil. Geotechnical bags come in various sizes. At present, geotechnical bags have more and more applications in civil engineering fields such as road foundation filling, retaining walls, slope protection, flood fighting and disaster relief. In order to improve the construction efficiency of geotechnical bags in projects, the most It is best to use large geotechnical bags (generally 0.3-1 cubic meters per bag), but in p...

AI Technical Summary

Problems solved by technology

Geotechnical bags come in various sizes. At present, geotechnical bags have more and more applications in civil engineering fields such as road foundation filling, retaining walls, slope protection, flood fighting and disaster relief. In order to improve the construction efficiency of geotechnical bags in projects, the most It is best to use large geotechnical bags (generally 0.3-1 cubic meters per bag), but in practical applications, if large geotechnical bags are manually bagged, it will be very time-consuming and laborious, and obviously the efficiency is very low; another method is usually to use Large-scale automatic complete bagging equipment, this kind of large-scale bagging equipment is composed of a feeding hopper, a conveyor belt, a lower hopper, a motor and a power supply device, which can realize mechanized bagging and greatly improve the bagging efficiency. Big problem: 1. Space restrictions

The construction site usually cannot meet the power supply conditions of the line, and a special generator set is required; 3. Difficulty in moving

It is also very difficult to move the whole set of equipment when transferring the construction site, and it is necessary to disassemble and lift the equipment

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