CN201919412U

CN201919412U - Novel sleeve type flowerpot

Info

Publication number: CN201919412U
Application number: CN2011200446264U
Authority: CN
Inventors: 刘华荣
Original assignee: Individual
Current assignee: Individual
Priority date: 2011-02-20
Filing date: 2011-02-20
Publication date: 2011-08-10
Anticipated expiration: 2021-02-20

Abstract

A novel sleeve type flowerpot mainly comprises an outer pot body (1), an inner pot body (2), an isolation layer (3), a water storage cavity (4), a breeding cavity (5), a water through hole (6), a water gauge (9), a water flow body (13) and the like. The inner pot body (2) is sleeved into the outer pot body (1) and divided into the breeding cavity (5) and the water storage cavity (4) by the isolation layer (3); the water flow body (13) in the middle of the isolation layer (3) is a meshed hollow pipe; and substances with high water absorptivity are placed in the pipe so that water and manure in the water storage cavity (4) continuously flow into soil of the cultivation cavity through capillary absorption to breed and moisten flowers and trees. Besides, the water gauge (9) is arranged in the gap between the inner pot body (2) and the outer pot body (1), and the water gauge is used as a reference for deciding whether to add water into the flowerpot or not and deciding the quantity of the water to be added. The novel sleeve type flowerpot is simple in structure, easy in manufacture, can be large or small in size, can be square or circular in shape, is attractive and environment-friendly, is kept for quite a long time without watering, and can be widely used for places such as a flower and tree breeding base, a household, an office and the like.

Description

A kind of novel shell type flowerpot

Technical field the utility model belongs to the potted landscape technical field, is specifically related to a kind of novel shell type flowerpot.

Background technology is along with social development, potted landscape, flowers and trees, greens enter huge numbers of families more and more, but there is the water frequency and quantity of a lot of people to be difficult to grasp, the tradition flowerpot is to wear a drip tray to connect the outer spilling water that waters under being placed on flowerpot more, but this has a strong impact on clean and tidy and attractive in appearance, it is two-layer up and down with being divided in the flowerpot that the flowerpot design is also arranged, soil and plant are put in the upper strata, lower floor is a water storage cavity, but in actual meeting, can occur because of year in and year out, the regolith water on upper strata corrodes and refinement for a long time, sinking also, the what plug fills up the water storage cavity of lower floor, and can't remove, finally make the new flowerpot of designing not realize the expection of design in practice.

The summary of the invention the purpose of this utility model is the deficiency that overcomes above-mentioned various flowerpots, the novel shell type flowerpot that a kind of water-tight, environmentally-friendly sanitary is provided and keeps certain hour to need not to water.

The realization technical solution adopted in the utility model is: it comprises outer basin and inner basin, and inner basin is inserted in outer basin during use.The bottom of outer basin does not have small opening, and useful ceramics matter, plastics, glass, crystal, metal etc. are easy to the material manufacturing that technology is beautified, but have appreciating; The shape of inner basin, outer basin can design, manufacture various circle, square, multiaspect shape or other body as required all can.Wherein, inner basin adopts the soil of good permeability to make pottery or makes punctulate plastic or other material manufacturing, and the separation layer that is provided with water penetration in inner basin 2 is divided into interior basin two-layer up and down, and the upper strata is to culture the chamber, places the earth and the plant of supporting; Lower floor is a water storage cavity, and the water in the water storage cavity provides the moisture content demand of upper strata earth and plant by capillary percolation and evaporation.By being set, water gauge shows it is whether how many promptings that contain the water yield in the basin need Jia Shui and the amount that adds water.

The beneficial effects of the utility model are: the water in the basin is excessive never, hygienic environment-protecting, water in the water storage cavity can keep need not adding water in certain suitable time, the nutrition of plant moisture content is abundant, safety, and water gauge shows makes amount of water as seen, as can be known, avoids adding water and excessively causes waterlogging, mashed root, simultaneously because outer basin does not directly contact the earth and the plant of supporting, outer basin can be made into good handicraft, has good sight, has beautified environment.

Appended drawings is the vertical profile general structure schematic diagram of novel shell type flowerpot.

Among the figure: the 1-outer basin, the 2-inner basin, the 3-separation layer, the 4-water storage cavity, 5-cultures the chamber, the 6-limbers, 7-air exchange hole, 8-carries basin group, the 9-water gauge, the protruding retaining of 10-, 11-water wave line, the 12-hole of seeping water, the capable water body of 13-, 14-floats the chamber, 15-syringe needle, 16-upper edge.

Embodiment the utility model relates to a kind of novel shell type flowerpot, mainly by outer basin 1, and inner basin 2, separation layer 3, water storage cavity 4 is cultured chamber 5, limbers 6, basin group 8 is carried in air exchange hole 7, water gauge 9, protruding retaining 10, water wave line 11, infiltration hole 12, row water body 13, floating chamber 14, syringe needle 15, upper edge 16 compositions such as grade.

The utility model is described in further detail below in conjunction with accompanying drawing, but the utility model is not limited to this:

Accompanying drawing is the utility model vertical profile general structure schematic diagram, inner basin 2 is inserted in outer basin 1, and highly be lower than outer basin 1, and by separation layer 3 inner basin 2 is divided into and cultures chamber 5 and water storage cavity 4, water storage cavity 4 does not have the bottom surface, be provided with at least one limbers 6 in its lower edge, make inner basin 2, water body in the outer basin 1 communicates, in making, water storage horizontal line unanimity in the outer basin, contour, so that water gauge 9 is truly measured by the horizontal plane in inner basin 2 outsides, the height of the water yield in the reflection inner basin 2, what, that is: water gauge 9 is located in the space between inner basin 2 and the outer basin 1, present down " T word " shape, one pointer is arranged above, keep afloat in the floating chamber 14 that is hollow below, the length that is connected in the pointer on the floating chamber 14 is upper edge 16 concordant being as the criterion of (shown in water wave line 11 among the figure) syringe needle 15 and inner basin 2 when just in time soaking and flooding the upper surface of separation layer 3 with water level.Whether need add water in the basin also as reference, when the pointer 15 that adds water to water gauge 9 is appeared and be substantially concordant with the upper edge 16 of inner basin 2, show water capacity, can stop.The appropriate location of inner basin 2 inwalls is provided with the protruding retaining 10 more than at least 3, separation layer 3 places on the protruding retaining 10 on the inwall of inner basin 2, make, be densely covered with some quantity infiltrations hole 12 above it, diameter 2mm-10mm, the feasible water that adds flowerpot from the top can be gone into water storage cavity 4 by smooth seepage flow, and the water that can make 4 li of water storage cavities simultaneously is by evaporating, infiltrate through the soil above the separation layer 3; There is a through hole that pierces to settle row water body 13 in the middle of the separation layer 3, row water body 13 is netted hollow pipes, be placed with bibulous material in the pipe, as the hydroscopic substance that yarn, absorbent cotton or other any technology in the cards are made, make water in the water storage cavity 4, fertilely constantly infilter the soil of culturing layer and support, moisten flowers and trees by the capillary water absorption phenomenon.Present embodiment also is provided with the air exchange hole 7 of some quantity on the tub wall of inner basin 2, diameter 1mm-5mm, purpose is to make the earth of culturing plant exchange mutually, permeate with extraneous air better by this hole, has overcome close airtight, the vexed deficiency of closing mashed root of traditional flowerpot all around.Because earth is on water, it is long-pending to corrode refinement, sinking and what because of the regolith water that makes the upper strata year in and year out is long-term in actual meeting, so turning over every half a year or 1 year " L shaped " in grasping carries basin group 8 inner basin 2 is proposed outer basin 1 together with supporting plant, and separately to outer basin 1 clear what, the inner basin 2 that resets thereafter gets final product in outer basin 1.

The utility model is simple in structure, easily make, and volume can be greatly, can be little, and shape can be just, Keyuan Garden, convenient management, and environmental protection attractive in appearance can be widely used in places such as flowers and trees cultivation base, family, office.

Claims

1. novel shell type flowerpot, mainly by outer basin (1), inner basin (2), separation layer (3), water storage cavity (4), culture chamber (5), limbers (6), air exchange hole (7) carry basin group (8), water gauge (9), protruding retaining (10), water wave line (11), infiltration hole (12), row water body (13), floating chamber (14), syringe needle (15), upper edge compositions such as (16), it is characterized in that: described inner basin (2) is to be inserted in outer basin (1), and by separation layer (3) inner basin (2) is divided into breed chamber (5) and water storage cavity (4).

2. a kind of novel shell type flowerpot according to claim 1, it is characterized in that: described separation layer (3) places on the protruding retaining (10) on the inwall of inner basin (2), make, be densely covered with some quantity infiltrations hole (12) above it, diameter 2mm-10mm, the centre has a through hole that pierces to settle row water body (13).

3. a kind of novel shell type flowerpot according to claim 1, it is characterized in that: described water gauge (9) is located in the space between inner basin (2) and the outer basin (1), present down " T word " shape, have above with pointer, keeping afloat in the floating chamber (14) that is hollow below, is connected in pointer length on the floating chamber (14) and is concordant being as the criterion in upper edge (16) of syringe needle (15) and inner basin (2) when just in time soaking and flooding the upper surface of separation layer (3) with water level.

4. a kind of novel shell type flowerpot according to claim 1, it is characterized in that: described water storage cavity (4) does not have the bottom surface, is provided with at least one limbers (6) in its lower edge, and the water body in inner basin (2), the outer basin (1) is communicated.

5. a kind of novel shell type flowerpot according to claim 1 is characterized in that: described capable water body (13) is placed in the through hole that separation layer (3) pierces, and it is netted hollow pipe, is placed with the water imbibition material in the pipe.

6. a kind of novel shell type flowerpot according to claim 1 is characterized in that: the tub wall of described inner basin (2) is provided with the air exchange hole (7) of some quantity, diameter 1mm-5mm.

7. a kind of novel shell type flowerpot according to claim 1 is characterized in that: described outer basin (1), inner basin (2) can manufacture various circle, square or multiaspect body.