CN103392528B - flowerpot with humidity control function - Google Patents

Abstract

The invention relates to a flowerpot with a humidity adjusting function, and belongs to the technical field of gardening. The flowerpot comprises a pot bottom and a pot wall, wherein a flower planting space is defined by the pot bottom and the pot wall, the pot wall comprises an inner pot wall and an outer pot wall, a first cavity is formed between the inner pot wall and the outer pot wall, fertilization capillaries are formed in the inner pot wall and distributed along the up-down direction of the pot wall, and a liquid fertilizer feeding channel communicated with the first cavity is formed in the outer pot wall; the pot bottom comprises an inner pot bottom and an outer pot bottom, a second cavity is arranged between the inner pot bottom and the outer pot bottom, a group of first liquid collecting capillary tubes which penetrate through the second cavity and the flower planting space are formed in the inner pot bottom, and a liquid outlet channel communicated with the second cavity is formed in the outer pot bottom; the straight tube is fixed on the inner pot wall, a third cavity communicated with the second cavity is formed in the straight tube, and a group of second liquid collecting capillary tubes penetrating through the third cavity and the flower planting space are formed in the straight tube. The flowerpot has the advantages of simple fertilization management and capability of adjusting the humidity in the flowerpot.

Description

flowerpot with humidity control function

technical field

The invention relates to a flower pot, which belongs to the technical field of gardening.

Background technique

Potted flowers are limited by the volume of the flowerpot, and the roots cannot freely extend downward and around, so the root development is hindered. If the management is not good, watering and fertilization are improper, yellow leaves will appear more easily than outdoor flowers.

The management of potted flowers is basically manual management, and the following shortcomings often occur:

1) Too much watering. Long-term over-humidity of the pot soil will cause hypoxia in the soil, causing some fibrous roots to rot, hindering normal respiration and absorption of water and nutrients, causing the leaves to turn yellow and fall off. After being damaged, the young leaves turn light yellow first, and then the old leaves gradually turn yellow;

2) Drought and dehydration: Leaky watering or long-term watering halfway up (that is, wet at the top and dry at the bottom) will affect nutrient absorption, and easily cause the leaves to become dull and dull, and the leaves will wilt and sag. First, the lower old leaves age, and gradually wither and fall off from the bottom to the top;

3) Long-term defertilization: long-term application of ammonia fertilizer or potting and soil replacement, lack of nutrients such as nitrogen in the soil, resulting in thin branches and leaves, thin and yellow leaves;

4) Excessive fertilization. Excessive fertilization will cause the new leaves to be thick and uneven, and the tips of the old leaves will be browned and fall off;

5) Improper temperature. If the room temperature is too low in winter, the flowers that love high temperature are often susceptible to cold damage, which will cause the leaves to turn yellow, and in severe cases, they will die.

The applicant found that manual fertilization of potted flowers is cumbersome, mistakes often occur, and fertilizers cannot be applied in time, requiring personnel to judge, which is not suitable for novices in potted flower planting.

Contents of the invention

The technical problem to be solved by the present invention is to propose a flower pot with humidity regulating function which is simple in fertilization management and can regulate the humidity in the flower pot.

The technical solution proposed by the present invention to solve the above technical problems is: a flower pot with humidity adjustment function, including a pot bottom and a pot wall, the pot bottom and pot walls enclose a space for planting flowers, and the pot wall includes an inner The basin wall and the outer basin wall, the edges of the inner basin wall and the outer basin wall are connected to each other and a first cavity is formed between the inner basin wall and the outer basin wall, and a set of penetrating first cavity is formed on the inner basin wall. A cavity and a feeding capillary in the flower planting space, the feeding capillary is distributed along the up and down direction of the basin wall, and the outer basin wall is provided with a liquid fertilizer feeding channel communicating with the first cavity; the bottom of the basin includes An inner basin bottom and an outer basin bottom, a second cavity is arranged between the inner basin bottom and the outer basin bottom, and a group of first liquid-collecting capillaries penetrating the second cavity and the flower planting space are formed on the inner basin bottom , the outer basin bottom is provided with a liquid outlet channel communicating with the second cavity; the inner basin wall is fixed with a straight pipe, and the straight pipe is formed with a third cavity communicating with the second cavity, so A group of second liquid-collecting capillaries that pass through the third cavity and the flower planting space are formed on the straight pipe.

The beneficial effects of adopting the above-mentioned technical scheme in the present invention are: 1) Since the basin wall is provided with a first cavity, a group of feeding capillaries are formed on the inner basin wall to pass through the first cavity and the flower planting space, and the outer basin wall is provided with The liquid fertilizer feed channel communicated with the first cavity, the liquid fertilizer is injected into the first cavity through the liquid fertilizer feed channel, and the flowers in the flower pot can be fertilized through the application capillary, and the fertilization can be continued for a long time, And the management is simple, especially suitable for novices in flower planting; 2) A group of first liquid-collecting capillaries that pass through the second cavity and the flower planting space are formed on the inner basin bottom, and an outlet that communicates with the second cavity is provided on the outer basin bottom. A liquid channel, a straight tube is fixed on the inner basin wall, a third cavity communicating with the second cavity is formed in the straight tube, and a group of second liquid-collecting capillaries that pass through the third cavity and the flower planting space are formed on the straight tube, When the humidity in the flowerpot is too high, excess liquid flows into the second cavity from the first liquid-collecting capillary and the second liquid-collecting capillary, thereby realizing the adjustment of the humidity in the flowerpot.

The improvement of the above technical solution is: a water pump is provided on the liquid outlet channel.

Since the water pump is provided on the liquid outlet channel, the humidity in the flower pot can be automatically adjusted.

The improvement of the above technical solution is: a water injection pump is provided on the liquid fertilizer feed channel.

Since a water injection pump is provided on the liquid fertilizer feeding channel, the liquid fertilizer is injected into the first cavity through the water injection pump, thereby realizing automation.

Description of drawings

The present invention will be further described below in conjunction with accompanying drawing:

Fig. 1 is a schematic structural view of a flower pot with a humidity regulating function according to an embodiment of the present invention.

Detailed ways

Example

The flower pot with humidity adjustment function of this embodiment, as shown in FIG. 1 , includes a pot bottom 1 and a pot wall 2 . The pot bottom 1 and the pot wall 2 form a space 3 for planting flowers.

The basin wall 2 includes an inner basin wall 2-1 and an outer basin wall 2-2. Edges of the inner basin wall 2-1 and the outer basin wall 2-2 are connected to each other and form a first cavity 2-3 between the inner basin wall 2-1 and the outer basin wall 2-2. A set of application capillary tubes 2-4 passing through the first cavity 2-3 and the flower planting space 3 are formed on the inner basin wall 2-1. The feeding capillary 2-4 is distributed along the up and down direction of the basin wall 2. The outer basin wall 2-2 is provided with a liquid fertilizer feeding channel 2-5 communicating with the first cavity 2-3.

The pelvic floor 1 includes an inner pelvic floor 1-1 and an outer pelvic floor 1-2. A second cavity 1-3 is provided between the inner pelvic floor 1-1 and the outer pelvic floor 1-2. The inner basin bottom 1-1 is formed with a group of first liquid-collecting capillaries 1-4 that pass through the second cavity 1-3 and the flower planting space 3. The outer pelvic floor 1-2 is provided with a liquid outlet channel 1-5 communicating with the second cavity 1-3.

A straight pipe 4 is fixed on the inner basin wall 2-1. A third cavity 4-1 communicating with the second cavity 1-3 is formed in the straight pipe 4. The straight pipe 4 is formed with a group of second liquid-collecting capillary tubes 4-2 that pass through the third cavity 4-1 and the flower planting space 3.

In this embodiment, a water pump 1-6 is provided on the outlet channel 1-5.

A water injection pump 2-6 is provided on the liquid fertilizer feeding channel 2-5 of the present embodiment.

The present invention is not limited to the above-described embodiments. All technical solutions formed by equivalent replacements fall within the scope of protection required by the present invention.

Claims (1)

1. A flower pot with humidity regulating function, comprising a pot bottom and a pot wall, the bottom of the pot and the pot wall are surrounded by a flower planting space, it is characterized in that: the pot wall includes an inner pot wall and an outer pot wall, The edges of the inner basin wall and the outer basin wall are connected to each other and form a first cavity between the inner basin wall and the outer basin wall, and a group of penetrating first cavities and flower planting spaces are formed on the inner basin wall The application capillary is distributed along the vertical direction of the basin wall, and the outer basin wall is provided with a liquid fertilizer feeding channel communicated with the first cavity; the basin bottom includes an inner basin bottom and an outer basin bottom , a second cavity is provided between the inner pelvic floor and the outer pelvic floor, and a group of first liquid-collecting capillaries that pass through the second cavity and the flower planting space are formed on the inner pelvic floor. A liquid outlet channel communicating with the second cavity is provided; a straight pipe is fixed on the bottom of the inner basin, and a third cavity communicating with the second cavity is formed in the straight pipe, and a set of straight pipes are formed on the straight pipe The second liquid-collecting capillary that runs through the third cavity and the flower planting space; the liquid outlet channel is provided with a water pump; the liquid fertilizer feeding channel is provided with a water injection pump, and the liquid fertilizer is injected into the first through the water injection pump. cavity.