CN2365875Y

CN2365875Y - Flower-pot with ventilation and moisture-conservation function

Info

Publication number: CN2365875Y
Application number: CN 98241810
Authority: CN
Inventors: 李金明
Original assignee: Individual
Current assignee: Individual
Priority date: 1998-10-23
Filing date: 1998-10-23
Publication date: 2000-03-01
Anticipated expiration: 2008-10-23

Abstract

The utility model relates to a moisture-keeping air-permeable flowerpot. A sheathed assembly structure is composed of a son flowerpot and a mother flowerpot which are provided with ventilating holes. The moisture-keeping air-permeable flowerpot is characterized in that the side walls of the motor flowerpot and the son flowerpot are provided with ventilating holes, the position and size of which are corresponding to each other; the side wall of the upper end of the son flowerpot is provided with an annular flange, and the son and the motor flowerpots are both provided with a water storing and moistening groove. The utility model used for planting flowers can have the effect of moisture keeping and air ventilation, and prevent tip from opening, leaf from opening and root from rotting.

Description

A kind of air permeable humidity retaining flowerpot

The utility model belongs to a kind of articles for daily use, specifically is applicable to the flowerpot of plantation orchid.

Orchid is subjected to people's preference deeply as a kind of rare flower.But its cultivation gardening is very complicated, requires very high.Specifically, the orchid happiness is wet, but can not soak in water for a long time, is easy to mashed root under the root long period of soaking.Particularly,, often cause and do point, dead leaf because of the ecotope drying in the north, extremely incompatible with the makings of orchid elegance, the person's that do not grow flower just worry.Strengthen temperature and can cause mashed root again, then need good root ventilation environment.For reaching above requirement, the person of growing flower has made many improvement in soil structure, flowerpot moulding, specialized designs has the flowerpot structure of double-deck suit, and on sidewall, set up ventilation hole, make orchid can obtain growing environment preferably, particularly root preserve moisture the ventilation environment be greatly improved, help the growth of orchid.Yet, in different growing stages or the season of orchid, particularly different cymbidium varieties, often humidity and aeration condition are required to have than big-difference, stationary structure after the improvement still protean environment of incompatibility that seems, particularly only the root ecotope is changed, and can't improve orchid branches and leaves external environment condition, and can't fundamentally improve the withered and yellow coarse drawback of orchid blade.

Goal of the invention of the present utility model is further existing flowerpot structure to be proposed to improve, and can regulate so that a kind of orchid root living environment that can make to be provided, and can improve the new-type orchid basin design of branch, leaf external environment condition.

Key of the present utility model is on the basis of primary and secondary basin sleeve structure, guarantee the adjustable characteristic that root ventilates, its objective is the different phase of hope in orchid growth, or corresponding to different seasons and division of day and night air permeability can being regulated, thereby the managerial skills of orchid improved greatly.And want to accomplish this point, need the ventilation hole on the sidewall adjustable.For this reason, the utility model has designed the vent hole structure on son, the female basin especially.At first make the position size of air-vent all be symmetrical distribution, and be provided with a circular bead on the sidewall of sub-basin upper end, this bead external diameter should be not less than female basin basin mouth overall diameter.So in fact form a location edge of sub-basin and female basin suit.This location edge is supported sub-basin, is positioned on female basin.Simultaneously, because the circular support that sub-basin flange forms makes sub-basin be easy to mention gently and puts down after the back rotates an angle again.Promptly be not difficult to find in conjunction with the primary and secondary basin air-vent of symmetry, regulated the Air permenbility of flowerpot sidewall by the position between rotation change, the female basin in fact effectively.Air permenbility maximum when air-vent is symmetrical fully, the big more then Air permenbility of corresponding air-vent staggered positions is more little.Like this, the user just can strengthen according to the needs of different times or reduce Air permenbility, to adapt to the growth needs of orchid.

How further specify goal of the invention of the present utility model below in conjunction with accompanying drawing realizes:

Fig. 1 is a decomposition texture schematic diagram of the present utility model.

Fig. 2 is a sectional structure chart of the present utility model.

Fig. 3 is the another kind of structure embodiment of the utility model.

Wherein, 1 is sub-basin, and 1A is the locating flange on sub-basin top, 1B is an air-vent on the sub-basin, and 1C is the warm water tank that adds on the sub-basin, and 1D is the hat filter screen that is arranged on sub-basin bottom part, 1F is sub-basin bottom part, 2 is female basin, and 2B is the air-vent on female basin, and 2C is the Watering trough on female basin, at the bottom of 2D is female basin, 3 be the double-deck semi-enclosed basin of sub-basin at the bottom of, 4 is plane net sheet, 5 is nutrient solution.

The flange 1A that is located on the sub-basin 1 plays the role of positioning, and help rotary manipulation, and flange can be made the closed circular annular when specifically making, also can make forming of not sealing by several sections circular arcs, effect is identical, even the raised section that can make more than three gets final product.

Since suit formula, female basin structure, and increased correspondence feature sub, female basin air-vent, so just be easy to control the interior orchid of flowerpot and want needed humidity of portion and corresponding Air permenbility.Air-vent can be designed as prismatic, circle, ellipse or polygon.Air-vent shape on sub, female basin is corresponding with size.For further regulating the needed external environment condition of orchid branches and leaves, particularly adapt to northern climate drying.The utility model is provided with circular water storage Watering trough 1C, 2C on the primary and secondary basin.In the date of drying, can be in groove water storage, make its slowly evaporation form local moist environment to help the growth of orchid branch, leaf.

Be to keep the relativity of humidity, 1F is semienclosed at the bottom of the basin of sub-basin, is provided with a hollow out hat filter screen 1D in the above, and unnecessary moisture content is oozed out, and can strengthen ventilated from the bottom again, helps the good growing environment of root.

Accompanying drawing 3 has provided another embodiment of the present utility model, the cultivation technique without soil of Cai Yonging in this embodiment, the nutrient solution that adopts 5 is located in female basin, so be to seal shape at the bottom of female basin basin, the structure of sub-basin is at the bottom of double-deck semi-enclosed sub-basin basin 3, and sub-basin bottom on top is provided with a circular hollow out net sheet 4 then.Lower bottom part inserts in the nutrient solution of female basin, can guarantee that like this fibrous root of orchid stretches among the nutrient solution 5 of female basin.

The flowerpot made from the utility model design not only can keep the humidity requirement of root leaf, and can adjust its Air permenbility flexibly according to the growth needs of orchid different times, realizes high-quality cultivating process, and orchid relatively can healthy and strongly grown in the rugged environment.

Claims

1, a kind of air permeable humidity retaining flowerpot, sub-basin (1) and female basin (3) by band air-vent (1B, 2B) are formed the suit assembly structure, it is characterized in that air-vent (1B, 2B) position and size that female basin (2) and sub-basin (1) sidewall are provided with all are symmetrically distributed, on the sidewall of sub-basin (1) upper end annular flange (1A) is set.

2, a kind of air permeable humidity retaining flowerpot according to claim 1 is characterized in that the overall diameter of the round flange (1A) on the sidewall of sub-basin (1) upper end is not less than the overall diameter of female basin (2) basin mouth.

3, a kind of air permeable humidity retaining flowerpot according to claim 1 and 2 it is characterized in that the flange (1A) on the sidewall of sub-basin (1) upper end is the closed circular ring-type, or segmentation is circular-arc.

4, a kind of air permeable humidity retaining flowerpot according to claim 1 and 2 is characterized in that sub-basin (1) and female basin (2) top all are provided with circular water storage Watering trough (1C, 2C).

5, a kind of air permeable humidity retaining flowerpot according to claim 1 and 2, the air-vent (1B, 2B) that it is characterized in that sub-basin and female basin is a prismatic, or circular, or oval, or polygon.

6, a kind of air permeable humidity retaining flowerpot according to claim 1 and 2 is characterized in that (1F) is semiclosed shape at the bottom of sub-basin (1) basin, and the hat filter screen (1D) of a hollow out is set on it.

7, a kind of air permeable humidity retaining flowerpot according to claim 1, it is characterized in that female basin (2) for the sealing basin at the bottom of (2D), nutrient solution (5) is housed in female basin.

8, a kind of air permeable humidity retaining flowerpot according to claim 7 is characterized in that sub-basin (1) is (3) at the bottom of the double-deck semiclosed shape basin, injects in the nutrient solution at the bottom of the bottom basin, is provided with circular hollow out net sheet (4) at the bottom of the basin of top.