Mobile planting container

Abstract

The invention provides a mobile planting container, comprising a container and a drainage root resister; a drainage ventilating slot and an impounded slot are mounted on bottom of the container, the drainage ventilating slot leads to external of the container, while a plurality of overflow gaps communicated with the drainage ventilating slot are disposed on upper place of lateral wall of the impounded slot; lid of the drainage root resister is mounted above the drainage ventilating slot and the impounded slot of the container, and a plurality of through holes are disposed on the location corresponding to the impounded slot. Water is firstly stored in the impounded slot, while not directly discharged owing to the design of the impounded slot, and is overflowed from the overflow gaps and discharged only when water in the impounded slot reaches the overflow gaps. Thus, moisture is always stored at bottom of the planting container and water in the impounded slot may transpire upwards to supplement moisture for plants even moisture stored in soil or culture substrate has been evaporated so as to ensure normal growth of plants and reach effects of thermal insulation and heat preservation. Moreover, an insulation layer is further added at bottom of the planting container to obtain effects of heat preservation, thermal insulation and sound insulation.

Description

technical field [0001] The invention relates to a planting container, especially a mobile planting container used for planting vegetables and fruits, seedlings, shrubs, lawns, sports grounds, square roads, temporary decorations and other places on the top of buildings, green plots, and roofs. Background technique [0002] The traditional carrier for greening usually adopts containers such as flower pots. The bottom of the flower pots is equipped with through holes to drain excess water. It is this structure that often causes water to accumulate at the bottom of the flower pots when they are in use. And the silt flowing out together with the water is directly discharged to the roof, which not only causes pollution, but also easily causes roof leakage and sewer pipe blockage when used on the top of the building. Moreover, flower pots are generally not suitable for large-scale greening occasions, because the independent structure of flower pots has disadvantages such as slow co...

AI Technical Summary

Problems solved by technology

[0004] Yet above-mentioned planting container does not have water retention function the same as common flower pot, that is to say after watering plants, most of water seeps out earth very soon and discharges from the through hole at the bottom of the container, and in sunny weather , the water stored in the soil will evaporate quickly, so that the plants will not get enough water and dry up, which will affect the growth of plants

For planting containers placed on the roof, it also has the effect of heat insulation, and if the plant loses water too quickly, it will also reduce the effect of heat insulation and heat preservation

[0005] In addition, although the above-mentioned planting containers can be combined conveniently, they are actually a simple combination of multiple containers of the same shape. Due to the presence of side edges around the containers, after the combination, from the outside, they still look like each other. Independent containers lead to a weak overall sense of the entire green area and cannot form a green effect in patches

[0006] Chinese utility model patents with notification numbers CN2346178Y and CN2277174Y also disclose a combination of green pots, but they also have the above-mentioned shortcomings, that is, after the combination, each independent individual can be clearly seen without a sense of integrity

That is to say, the containers currently used for greening are basically the splicing of the same individual, so they do not have an overall effect

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