Gas-permeable and water-storing flowerpot

A flower pot and pot body technology, applied in the field of breathable water storage flower pots, can solve the problems of waste water discharge, time-consuming and labor-intensive, and lack of connection of multiple pot bodies

Inactive Publication Date: 2015-11-04
吴晓丽
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0009] Most of the flower pots with only one ventilation and drainage hole can only be used alone, and do not have the function of connecting multiple pots through pipes. Generally, manual watering is required, which is time-consuming and labor-intensive, and the water flowin

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0069] A flower pot [1] with a water and soil partition [2] inside, the ventilation and drainage holes [3] are located on the side wall [8] of the basin body at the bottom of the water and soil partition [2], the ventilation and drainage holes [3] have a diameter of 15 mm, The lower edge [3x] of the air drainage hole is about 20 millimeters away from the bottom [2a] of the soil and water barrier, and the basin body is also provided with a plug [7c] of micropores and / or gaps [7] on the air drainage hole [3] ( See figure 1 : side view and front view of the plug with sieve on the basin and the ventilation and drainage hole), the plug [7c] with micropores and / or gaps [7] is plugged on the ventilation and drainage hole [3] of the basin (see figure 2 ), put substrate or soil in the pot for planting, water after planting until the water flows out from the ventilation and drainage holes [3], when the micropores and / or gaps [7] are blocked, the plug [7c] can be removed for cleaning P...

Embodiment 2

[0071] A flower pot [1] with a water-soil partition [2] inside. The water-soil partition [2] is placed on the isolation pier [1a] on the inner wall of the pot. There is a water-absorbing rod [2b] on the water-soil partition [2] to absorb water. The rod [2b] passes through the water and soil partition [2] to the bottom of the basin, and the ventilation drainage hole [3] is located at the lower part of the water and soil partition [2], which is raised from the outer bottom of the water storage area [6] of the basin body and protrudes into the basin. The top [12a] of the hollow pipe [12] is about 8 millimeters away from the bottom [2a] of the water and soil barrier, and the pot body is attached with a cover [7b] with micropores and / or gaps [7] on the ventilation and drainage holes [3] (See image 3 : the cover with sieve holes on the basin and the ventilation and drainage hole), the water and soil separator [2] is taken out from the basin, and the cover [7b] of the tool micropore...

Embodiment 3

[0073]The brown plastic basin body [1] has a water-soil partition [2] inside, and the lower part of the water-soil partition [2] has a pipe that can fix water-absorbing materials and a support foot [2c] of the water-soil partition integrated with the water-soil partition. The support foot [2c] is a hollow tube that runs through up and down and can stand on the bottom of the basin to support the water-soil partition [2]. Various water-absorbing substances can be placed in the tube, such as: water-absorbing rods, water-absorbing fibers, and powdery or fine particles water-absorbing material and soil and cultivation substrate, etc.; on the basin side wall [8] of the lower part of the water-soil partition [2], about 5 mm away from the bottom [2a] of the water-soil partition, there is an oval extending to the bottom of the basin The hole [3k+9k] is the installation hole for the assembly of the detachable water level observation window [9] and the ventilation and drainage hole [3]; t...

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Abstract

The present invention relates to a gas-permeable and water-storing flowerpot, wherein a water-soil separator is provided in a pot body, and vent-drain holes are provided on the pot body, and is characterized in that: the vent-drain holes are provided with a cover that has a mesh; the vent-drain holes are two or more holes at the same height of a sidewall of the pot body under the water-soil separator; the vent-drain holes are two or more holes at different heights of the pot body under the water-soil separator; and the vent-drain holes are a plurality of holes with different heights on the sidewall of the pot body at the lower portion of the water-soil separator, and two or more holes are at a same height. The flowerpot of the present invention can prevent reproduction and breeding of pests, such as mosquitoes and flies, in the pot body. According to needs such as moisture resistance, growth stages, seasons and air root pruning, actual used vent-drain holes and spared holes on the pot body are determined, a water level and a water volume of stored water of the pot body are adjusted, and a plurality of and/or multiple layers of flowerpots can be utilized in tandem by pipes, thereby benefiting automatic and semi-automatic irrigating and draining of the flowerpots.

Description

technical field [0001] The invention relates to a breathable water-storage flower pot, in particular to a pot with a water-soil partition, and the pot body below the water-soil partition has ventilation and drainage holes, so that a substrate area, an air area, and a water storage area can be formed in the pot. flower pots. Background technique [0002] There is a water-soil partition in the pot body, and there are ventilation and drainage holes on the pot body under the water-soil partition board, so that the flower pots that can form a matrix area, an air area, and a water storage area in the pot currently exist in the market and have various forms. The flowerpot can not only store water to reduce the frequency of watering, but also increase the air permeability at the bottom of the substrate area of ​​the basin, which is beneficial to plant growth. [0003] The position of the ventilation and drainage holes of this type of flower pot can be on the side wall of the pot bo...

Claims

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Application Information

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IPC IPC(8): A01G9/02
Inventor 顾歆
Owner 吴晓丽
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