Combined type movable climbing plant viaduct column greening device and method

Abstract

The invention relates to a combined type movable climbing plant viaduct column greening device and a method. The combined type movable climbing plant viaduct column greening device is provided with a planting container and a climbing support. The planting container comprises a side wall and the container bottom connected with the side wall. A water preserving layer is arranged above the container bottom, the left side and the right side of the top of one side of the side wall of the planting container is provided with a joint plughole. The climbing support is composed of a braced frame and a wire netting, plugs are stretched out of the two sides of the lower end of the braced frame, and the climbing support is inserted into the joint plugholes of the planting container through the plugs on the climbing support and is assembled, connected and combined together with the planting container. According to the combined type movable climbing plant viaduct column greening device, modular design and assembly type connection are adopted in all component, the structure is flexible, and assembly, disassembly and moving are convenient. The invention further relates to the using method of the combined type movable climbing plant viaduct column greening device, in the actual using process, devices with pre-cultivated climbing plants can be combined around the viaduct column casually, and the effect of greening scene is achieved immediately.

Description

technical field [0001] The invention relates to a combined greening device for climbing plant bridge columns, which is especially suitable for providing planting containers and climbing supports for climbing plants on viaduct columns. Background technique [0002] At present, in terms of greening construction in large cities, it is generally restricted by factors such as greening space and greenable resources. The traditional ground greening increment is decreasing day by day, and three-dimensional greening has increasingly become an important part of urban greening construction. As an important form of urban three-dimensional greening, the three-dimensional greening of viaduct columns has received more and more attention. The viaduct columns located on the hard paved ground have been unable to promote three-dimensional greening on a large scale due to the inability to cultivate climbing plants in the open field and provide support and climbing facilities for the plants....

AI Technical Summary

Problems solved by technology

The viaduct columns located on the hard paved ground have not been able to promote three-dimensional greening on a large scale due to the inability to cultivate climbing plants in the open field and provide support and climbing facilities for the plants.

[0003] At present, the three-dimensional greening of viaduct columns in many places adopts modular, pocket-type, container-type and other greening devices. Although the greening effect is good, the construction is complicated, the cost of plant maintenance and management is high, and the plant species need to be replaced regularly, and there are certain safety hazards. Unable to be widely used

At present, the devices specially designed for climbing plant three-dimensional greening on the market also have many shortcomings. Most of the planting containers are traditional plastic pots, which are easy to deform and rot, lack water storage and water retention functions, and require frequent watering.

Plants or climbing directly on the bridge column or directly fixing the climbing bracket in the bridge column will not only cause certain damage to the bridge column, but also the structure of the device is inflexible, inconvenient to disassemble, and the position cannot be moved, which cannot meet the needs of urban municipal road viaduct columns. Periodic Maintenance Questions

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