CN203761937U

CN203761937U - Layered-wall combined type flower pot

Info

Publication number: CN203761937U
Application number: CN201420056151.4U
Authority: CN
Inventors: 胡博尧
Original assignee: Individual
Current assignee: Individual
Priority date: 2014-01-28
Filing date: 2014-01-28
Publication date: 2014-08-13
Anticipated expiration: 2024-01-28

Abstract

The utility model discloses a layered-wall combined type flower pot. The layered-wall combined type flower pot comprises a framework, a barrel-shaped surface coating layer, a base and an upper clamping sleeve, wherein the framework is covered with the barrel-shaped surface coating layer, a water storage cavity formed between the inner surface layer and the outer surface layer of the barrel-shaped surface coating layer is filled with water absorbing materials, and water seepage holes are distributed allover in the inner surface layer and are used for absorbing and discharging moisture. Due to the fact that the water storage cavity is filled with the water absorbing materials, water can be continuously supplied to soil in the flower pot, the moisture preservation time of the soil in the flower pot can be prolonged, and the flower pot is suitable for containing potted flowers and plants in areas where water sources are unavailable; the layered-wall combined type flower pot is easy to combine, disassemble and assemble and can be stored conveniently when not used; the components such as the coating layer can be replaced when broken, and cost of containing the potted flowers and plants is reduced.

Description

A kind of layer of wall Combined type flowerpot

Technical field

The utility model relates to a kind of for planting the modular container of the plants such as flowers and plants, vegetables, outdoor especially for be placed on temporarily, the Combined type flowerpot with containment structures of the plants such as plantation flowers and plants.

Background technology

In festivals or holidays or celebration activity, conventionally will put the plants such as a large amount of potted fresh flowers in places such as park, squares, need a large amount of flowerpots, the flowerpot of this class purposes is mostly rigid plastics or ceramic one-shot forming at present, and the cost of watering flowers when putting without water head site side is higher.Chinese patent literature CN98108354.4 discloses a kind of flowerpot, and contiguous setting of storage unit of the plantation portion of planting plants and storage water, the partition portion that separates plantation portion and storage unit forms by the material with water permeability, this flowerpot prolongation plant moisturizing time.But this flowerpot exists manufacturing cost high, shape fixedly takes up room greatly, with after be difficult for folding and unfolding, floral disc is made by hard material, easy damaged problem during carrying, simultaneously this flowerpot can only unidirectionally permeate moisture in ridging, can not be from ridging draws water, under environment, can not by flowerpot self, collect precipitation in time in the open.

Utility model content

The technical problems to be solved in the utility model is to provide a kind of Combined type flowerpot with water storage function;

The technical problem that the utility model further will solve is that the skeleton of Combined type flowerpot can split, and is easy to folding and unfolding.

The technical scheme of the utility model layer wall Combined type flowerpot is: a kind of layer of wall Combined type flowerpot 1, comprise skeleton 2, the barrel-shaped surface coating layer 3 of coated skeleton 2, base 7 and upper cutting ferrule 6, described barrel-shaped surface coating layer 3 forms layer wall construction by interior surface layers 32 and outer surface layer 33, described interior surface layers 32 is connected along encircling 23 places under skeleton with outer surface layer 33, formed water storage cavity 4, described skeleton 2 is placed among described water storage cavity 4, in described interior surface layers 32, near flowerpot base section, along the circumferential direction arrange water seepage hole 31, in the water storage cavity 4 forming between interior surface layers 32 and outer surface layer 33, fill absorbent material 5, by described water seepage hole 31, suck and release moisture.

The further improved technical scheme of the utility model is: described skeleton 2 is supported and formed by pressed on ring 21, lower ring 23 and 3-6 root post 22, described pressed on ring 21, lower ring 23 are circle or polygonal shape, and described upper cutting ferrule 6 or base 7 shapes adapt with pressed on ring 21, lower ring 23 shapes respectively.Between the pressed on ring 21 of described skeleton 2, column 22 and lower ring 23, be fixedly connected with, or between the pressed on ring 21 of described skeleton 2, column 22 and lower ring 23, be flexibly connected, dismountable column arranges the semi-circular fastener 24 that same pressed on ring 21 and lower ring 23 match in two ends Shang Xia 22.

Technique effect of the present utility model is: because flowerpot clad adopts hollow type double-decker, in water storage cavity between surfaces externally and internally, there is absorbent material, can store large quantity of moisture, continue to keep the skin wet in the soil of flowerpot, can play the effect that extends the soil moisturizing time in flowerpot, there is the effect that is applicable to putting without water source area potted plant flowers and plants; Be easy to combination and dismounting, convenient with rear folding and unfolding; The assembly breakages such as clad are replaceable, reduced and put potted plant flowers and plants cost.

Accompanying drawing explanation

Below in conjunction with accompanying drawing, the utility model is further illustrated.

Each assembling parts all-in-one-piece overall diagram of Fig. 1 flowerpot;

Shown in Fig. 2 Fig. 1, flowerpot A-A is to cutaway view;

Fig. 3 circular flowerpot skeleton drawing;

Fig. 4 polygon flowerpot skeleton drawing;

The barrel-shaped surface coating layer of Fig. 5 launches schematic diagram;

The barrel-shaped surface coating layer interior surface layers of Fig. 6, outer surface layer and water storage cavity schematic diagram;

Fig. 7 base stereogram;

Fig. 8 base profile.

Embodiment

As shown in Figure 1 and Figure 2, flowerpot 1 comprises barrel-shaped surface coating layer 3, upper cutting ferrule 6 and the base 7 of skeleton 2, skeleton 2.The skeleton 2 of flowerpot 1 is comprised of circular framework pressed on ring 21, lower ring 23 and skeleton column 22, and 33 layers of the interior surface layers 32 of the barrel-shaped surface coating layer 3 of skeleton and outer surfaces are coated on respectively skeleton medial and lateral, the middle water storage cavity 4 that forms.By walk around 23 doublings of skeleton 2 times ring with the barrel-shaped surface coating layer 3 of water seepage hole 31, be enclosed within skeleton pressed on ring 21 on backward, form flowerpot interior surface layers 32, outer surface layer 33 and water storage cavity 4.The part that the A end of barrel-shaped surface coating layer 3 is surpassed to pressed on ring 21 is walked around in the downward invagination water storage of pressed on ring 21 cavity 4 from inside to outside, its B end is surpassed to pressed on ring 21 parts and walk around pressed on ring 21, is folded to from outside to inside flowerpot skeleton heart portion 8; Upper cutting ferrule 6 is coordinated with pressed on ring 21 and clamping card splenium is installed is divided 9, the skeleton bottom 23 after coated is packed within the depression draw-in groove 72 arranging on base 7 fixing.

Filled and process absorbent material 5 in water storage cavity 4, when pouring in flowerpot earth, because moisture in earth is sufficient, absorbent material 5 in water storage cavity 4 absorbs storage large quantity of moisture by surperficial water seepage hole 31, during clay and drying in flowerpot 1, can the moisture storing in absorbent material 5 be discharged in earth by surperficial water seepage hole 31 again, keep for a long time earth humidity.

As shown in Figure 3, Figure 4, skeleton 2 consists of pressed on ring 21, lower ring 23 and column 22.Can wholely adopt rigid plastics or stamped metal to form, can also adopt Split type structure, make separately pressed on ring 21, lower ring 23 and column 22.Pressed on ring 21 and lower ring 23 can be circle, pentagon or other polygons, and pressed on ring 21 should be identical with the shape of lower ring 23.Column 22 quantity of circular pressed on ring 21 or lower ring 23 are 3-6 root; When pressed on ring 21, lower ring 23 are pentagon, column 22 quantity are 5; While adopting other polygons, column 22 quantity are identical with polygon quantity.When pressed on ring 21, lower ring 23 are made respectively with column 22, column arranges the semi-circular fastener 24 that can hold upper and lower ring in two ends Shang Xia 22, within pressed on ring 21, lower ring 23 are put into fastener by the opening of semi-circular fastener 24.

As shown in Figure 5, in barrel-shaped surface coating layer 3, near A end, divide the whole body to be covered with water seepage hole 31, by this water seepage hole 31, suck and release moisture.Water seepage hole 31 diameters are 0.5-1.5mm, and the distance between water seepage hole 31 is not less than 1mm, and water seepage hole 31 is respectively 3-7cm apart from skeleton pressed on ring 21 and lower ring 23.

As shown in Figure 6, while making flowerpot 1, hold lower ring 23 places by skeleton 2 to penetrate skeleton heart portion 8 interior surface layers of the barrel-shaped surface coating layer 3 of both ends open 32 part A, when arriving lower ring 23 contact center line D, after the B end of barrel-shaped surface coating layer 3 is walked around to lower ring 23 turnovers, along skeleton 2 outsides, be pulled upwardly, form interior surface layers 32 and outer surface layer 33 and the water storage cavity 4 of flowerpot; Absorbent material 5 is packed in water storage cavity 4, height distance pressed on ring 21 below 3-5cm, the part that A end is surpassed to pressed on ring 21 is walked around in the downward invagination water storage of pressed on ring 21 cavity 4 from inside to outside, B end is surpassed to upper loop section and walk around pressed on ring 21, is folded to from outside to inside flowerpot skeleton heart portion 8; Upper cutting ferrule 6 is coordinated to installation with pressed on ring 21.

As shown in Figure 7, Figure 8, the base card 71 on base 7 is blocked to lower ring 23, organizator Combined type flowerpot 1.

Certainly, the material of barrel-shaped surface coating layer 3 will select the plastics such as flexible polyethylene or the rubber of certain degree of hardness and thickness to make.Absorbent material 5 can be both graininess, strip, can be also sheet or with the supporting tubbiness of clad material size, pack in water storage cavity 4.

Claims

1. a layer wall Combined type flowerpot, comprise skeleton (2), the barrel-shaped surface coating layer (3) of coated skeleton, base (7) and upper cutting ferrule (6), it is characterized in that: described barrel-shaped surface coating layer (3) forms layer wall construction by interior surface layers (32) and outer surface layer (33), described interior surface layers (32) is located to be connected along ring (23) under skeleton with outer surface layer (33), formed water storage cavity (4), described skeleton (2) is placed among described water storage cavity (4), in described interior surface layers (32), near flowerpot base section, along the circumferential direction arrange water seepage hole (31), in, in the water storage cavity (4) forming between outer surface, fill absorbent material (5), by described water seepage hole (31), suck and release moisture.

2. flowerpot according to claim 1, it is characterized in that: described skeleton (2) is supported and formed by pressed on ring (21), lower ring (23) and 3-6 root post (22), described pressed on ring (21), lower ring (23) are circle or polygonal shape, and described upper cutting ferrule (6) or base (7) shape adapt with pressed on ring (21), lower ring (23) shape respectively.

3. flowerpot according to claim 2, is characterized in that: between the pressed on ring (21) of described skeleton (2), column (22) and lower ring (23), be fixedly connected with.

4. flowerpot according to claim 2, it is characterized in that: between the pressed on ring (21) of described skeleton (2), column (22) and lower ring (23), be flexibly connected, the upper and lower two ends of dismountable column (22) arrange the semi-circular fastener (24) that same pressed on ring (21) and lower ring (23) match.

5. flowerpot according to claim 2, it is characterized in that: described water seepage hole (31) diameter is 0.5-1.5mm, distance between water seepage hole (31) is not less than 1mm, and water seepage hole (31) is respectively 3-7cm apart from skeleton pressed on ring (21) and lower ring (23).

6. the flowerpot described in any one according to claim 1 to 5, is characterized in that: described absorbent material (5) can be graininess, strip or sheet.

7. the flowerpot described in any one according to claim 1 to 5, is characterized in that: the material of described barrel-shaped surface coating layer (3) is flexible vinyon.