A landscape flower bed for irrigating road green belts

Abstract

The invention relates to a landscape flower bed for irrigating road green belts. The internal horizontal layers of the landscape flower bed respectively include an anti-seepage layer, a water storage tank, a structural layer, a planting soil layer, and a landscape plant layer from bottom to top. The storage tank is connected with the planting soil layer in the road green belt through micro-seepage pipes. The landscape flower bed of the invention significantly improves the landscape effect around the road green belt, and realizes the function of irrigating the road green belt. On the one hand, the use of micro-seepage pipes can accurately transport the water source to the plant root system in the green belt, avoiding various forms of water loss during transportation, and is more conducive to plant absorption; on the other hand, the landscape flower bed with irrigation function is effective The labor force used for irrigation of road green belts is greatly liberated, and energy consumption such as electricity is not required, and the purpose of irrigation can be achieved only by using the gravity of the irrigation water itself, which saves input costs and operating costs.

Description

technical field [0001] The invention relates to a landscape flower bed, in particular to a landscape flower bed suitable for irrigating road green belts in arid and semi-arid regions. Background technique [0002] Road green belts or flower beds are almost always higher than the road surface. Even if they are not higher than the road surface, a raised edge will be built around them with stones, a mound will be built around the plants, or stones will be used around the tree pits. The blocks are built around a raised edge, which inadvertently exacerbates the dryness of the road green belt, which often requires artificial irrigation for water replenishment. [0003] At present, there are three common methods of irrigating green belts. One is to use water pumps and fire hoses by maintenance workers to water the water section by section. The water pipes are dragged for a long time during the operation, which is very inconvenient. It is even more difficult to irrigate the central ...

AI Technical Summary

Problems solved by technology

[0002] Road green belts or flower beds are almost higher than the road surface, even if they are not higher than the road surface, a raised edge will be surrounded by stones, a mound will be built around the plants, or stones will be used around the tree pit. These practices have intentionally or unintentionally aggravated the drought degree of the road green belt, resulting in the frequent need for artificial irrigation for water replenishment

[0003] At present, there are three relatively common methods of irrigating green belts. One is to use water pumps and fire hoses to water sections by maintenance workers. The water pipes are very long during operation, which is very inconvenient, and it is even more difficult to irrigate the central green partition. The second is to use sprinklers to irrigate, which not only wastes a lot of water resources, but also because of its large irrigation coverage, the average amount of water per unit area is small, which cannot meet the water needs of seedlings on both sides of the green belt, especially in high temperature and drought seasons. Some relatively tender and small flowers and trees die due to lack of moisture, and this method also brings great hidden dangers to the safety of traffic and operators; the third is to bury underground pipelines for watering, which reduces the workload of workers, but the cost High, and buried pipelines pose a major obstacle to maintenance and troubleshooting

[0004] Therefore, in the process of irrigating green belts, how to take into account irrigation water saving, reduce input costs, reduce irrigation workload, and reduce energy consumption in irrigation have not been well resolved.

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