CN201491546U

CN201491546U - Split-type environment protection energy saving flowerpot

Info

Publication number: CN201491546U
Application number: CN2009201287287U
Authority: CN
Inventors: 周建伟
Original assignee: Chongqing Zhenhao Technology Co Ltd
Current assignee: Chongqing Zhenhao Technology Co Ltd
Priority date: 2009-09-04
Filing date: 2009-09-04
Publication date: 2010-06-02
Anticipated expiration: 2019-09-04

Abstract

The utility model relates to a split type environment protection energy-saving flowerpot, which comprises a cultivation bowl and a water storage bowl which are split and matched with each other. The cultivation bowl is arranged above the water storage bowl, a hole provided with a water absorbing strip which penetrates through an installation hole is arranged at the bottom portion of the cultivation bowl, the upper section of the water absorbing strip is arranged inside the cultivation bowl, and the lower section of the water absorbing strip is arranged inside the water storage bowl, a hollow ventilation hole is arranged inside the water storage bowl, the upper end of the ventilation hole is abutted to the bottom portion of the cultivation bowl, and the lower end of the ventilation hole is connected to the bottom portion of the water storage bowl into a whole. The lateral wall of the upper end of the hollow ventilation hole is provided with a lateral opening which leads the hollow ventilation hole to be communicated with the air outside the flowerpot, thereby effectively resolving problems of shortcomings, unreasonable structural design and the like of the conventional flowerpot; and also resolving problems that the conventional flowerpot (including a split type flowerpot) is inconvenient to be filled with water, not favorable for production and high in cost. The split type environment protection energy-saving flowerpot can also directly use a conventional ordinary flowerpot as a cultivation bowl and leads a water storage bowl matched with the conventional ordinary flowerpot to be produced directly, thereby reducing production cost.

Description

Split type environmental protection and energy saving flowerpot

Technical field

The utility model relates to a kind of container of flower planting, relates in particular to a kind of split type environmental protection and energy saving flowerpot.

Background technology

The potted flower that potted flower that the gardens flowers and trees are cultivated or family view and admire often needs interior ground of flowerpot earth moistening, and soil can not be too dried, can not be too wet, and could satisfy flowerpot like this and spend well developed root system interiorly, branches and leaves are luxuriant; Can produce root growth at least if water slow even dry up or wither because of lack of water; if watering at most, the very fast sinking of soil causes soil compaction; be unfavorable for root growth; the duty of watering in addition also can cause flowers and trees sometimes hot and sometimes cold; the suddenly big or suddenly small normal development growth that directly influences flowers and trees of water content; and; in use; if want to know and whether irrigated water in the basin; have only and observe whether fugitive water of the beneath osculum of basin; the result has not only wasted the energy but also polluted environment, also a drip tray need be set below existing flowerpot again usually, is unfavorable for moving and furnishing.

At present, problem at above-mentioned existence, many inventors are studying, two-layerly constitute by upper and lower as the disclosed technical scheme of Chinese patent ZL200420110305.X the split type flowerpot of preserving moisture, by suction hose UNICOM, have dividing plate simultaneously, observe water level window, its median septum is arranged between the upper and lower layer of flowerpot inside, upper strata and lower floor constitute cover benzvalene form structure, and lower floor's tub wall of flowerpot is provided with to pour water and takes over and transparent observation lid.The flowerpot of this structure can keep interior ground of flowerpot earth moistening, the air of flowerpot lower floor and extraneous circulation, help the normal development growth of flowers and trees, and in use, can observe the water yield of flowerpot lower floor, a drip tray need be set below existing flowerpot again, help moving and furnishing; But the flowerpot of this structure is because lower floor's tub wall lateral surface of flowerpot is provided with the adapter of pouring water (having draining and ventilatory function concurrently), promptly pouring water to take over is positioned on the lateral wall of flowerpot, and structural design is unreasonable, occupies big relatively space, influence the face shaping of flowerpot and make difficulty, cost height; In addition, also there is the inconvenient defective of pouring water; Moreover the upper and lower of the flowerpot of said structure constitute the cover box structure, are provided with dividing plate between the upper and lower layer, the upper strata is by the membrane support upper strata, and the understructure of this flowerpot design waste material is unfavorable for producing, and can not satisfy market demand, also require further improvement.

The utility model content

The technical problems to be solved in the utility model provides a kind of split type environmental protection and energy saving flowerpot, defective-the watering time that can effectively solve existing flowerpot lack at interval (1～3 day), earth easily harden, be subject to influence, the pallet of underground heat (or ground is cold) rebasing-be unfavorable for moving and big, the problem such as structural design is unreasonable of furnishing and take up room, moreover can solve and have flowerpot (the containing split type flowerpot) inconvenience of pouring water now and be unfavorable for production and defect of high cost.

In order to address the above problem, the utility model, a kind of split type environmental protection and energy saving flowerpot, comprise cultivation alms bowl and retaining alms bowl that split is supporting, cultivate alms bowl be arranged on the retaining alms bowl above, cultivate the alms bowl bottom and be provided with the hole (can increase and decrease as required) that the suction bar is installed, the suction bar passes installing hole, the epimere of suction bar places cultivates in the alms bowl, hypomere places in the retaining alms bowl, be provided with the ventilation chimney of hollow structure in the retaining alms bowl, ventilation chimney upper end is inconsistent with cultivation alms bowl bottom, and ventilation chimney lower end is connected in aggregates with retaining alms bowl bottom, the sidewall of the ventilation chimney upper end of hollow is provided with side opening, the ventilation chimney of hollow structure is communicated with the flowerpot extraneous air, and under the effect of suction bar and ventilation chimney, flowerpot inside has formed from outside to inside, by the interior air flow that makes progress.

Adopt the split type environmental protection and energy saving flowerpot of technique scheme, because the ventilation chimney of hollow structure is arranged on the inside of retaining alms bowl, such ventilation chimney has not only satisfied the function of ventilation draining, simultaneously owing to the inside of design at the retaining alms bowl, reduced the locus of split type flowerpot, and appearance looks elegant, rational in infrastructure, the flowerpot of this ventilation chimney structure is cultivated alms bowl and the retaining alms bowl all can directly adopt once injection moulding, and is easy to process.

In use, can dose suitable soil earlier in the cultivation alms bowl with split type environmental protection and energy saving flowerpot, the suction bar that installs certain-length is set as required, make the suction bar pass installing hole, the epimere of suction bar places cultivates in the alms bowl; Suitable water or nutrient solution will be injected then in the retaining alms bowl, to cultivate again alms bowl place the retaining alms bowl above, the hypomere of suction bar is placed in the retaining alms bowl, because ventilation chimney bottom outer rim and retaining alms bowl bottom are tightly connected in the retaining alms bowl, ventilation chimney hollow structure is communicated with the flowerpot extraneous air, the sidewall of ventilation chimney is provided with side opening, side opening is communicated with ventilation chimney hollow structure, so the height of water or nutrient solution can not exceed end line under the side opening on the sidewall of ventilation chimney, has guaranteed that air communicates with outside air in the retaining alms bowl; Because the suction bar is made up of the material of good water absorptions such as sliver, utilize capillary theory water or nutrient solution can be drawn in the soil of pallet top, plant can be according to required moisture or nutrient solution, the autonomous absorption, and it is bad and development of plants that cause is bad to have removed Artificial Control from.

Use the split type flowerpot of the technical program, can also directly utilize existing common flowerpot, directly produce supporting with it retaining alms bowl, the suction bar is passed the osculum of existing common flowerpot bottom, minimizing production cost as cultivating alms bowl.

Use the split environmental protection and energy saving flowerpot of the technical program, the ventilation chimney of flowerpot retaining alms bowl bottom center can make extraneous air enter flowerpot bottom and upwards circulate and drain unnecessary water or nutrient solution, the root of flowers and trees can direct contact water or nutrient solution and venting capability good, can not cause mashed root of flowers and trees or earth to harden, make that the blanking time that adds water or nutrient solution is longer than traditional flowerpot, be generally 7～45 days, thereby reach water saving,, manpower, the purpose of energy, simultaneously, it is not subjected to weather effect, dog days' scorcher also ice-cold winter no matter, be used in flowers plant, urban operating mechanism, applying unit in enormous quantities such as enterprises and institutions or drought and water shortage area, the social effect of generation and economic benefit can be bigger.

Because the plant suction is to carry from lower to upper, meet the natural law that plant absorbs from root, do not need often to water and cause the temperature of flowers and trees fluctuated, flowers and trees are had the effect of insulation, it makes that plant growing way such as flowers and trees is better than using traditional flowerpot.

Because this flowerpot can be regulated the big flood that sucks amount of moisture in the soil by what and thickness of suction bar, thereby it can be fit to plant all kinds of flower plants.

Utilize the structural design function of this flowerpot, also can effectively administer, the retaining alms bowl of split type flowerpot is made big water storage filling or water tank the desert, planted selected tree grass after, be embedded in the zone of need administering, desert.

Further, for the convenience that realizes split type flowerpot is poured water, limit on the described cultivation alms bowl madial wall water filling airway is set, water filling airway and retaining alms bowl communicate, the upper port of water filling airway is positioned at cultivates alms bowl, be lower than the alms bowl mouth plane of cultivating alms bowl, when adding water filling like this, can be directly add water from the upper port of water filling airway, there is no need to take apart split type flowerpot, and water can not overflowed to the flowerpot outside when adding water, and more convenient than the split type flowerpot water filling of prior art, solve the existing split type flowerpot inconvenient technical problem of pouring water; Simultaneously, more help directly circulation from bottom to top of air.

Further, the particular location of constrained side opening is to be positioned on the sidewall of ventilation chimney upper top, and such design can guarantee that the retaining alms bowl holds the water yield to greatest extent, and its topnotch that holds water is the lower plane of side opening.

Further, cooperate easily in order to guarantee that described cultivation alms bowl and retaining alms bowl are more stable, the outer rim that the alms bowl bottom is cultivated in restriction is provided with the convex edge, retaining alms bowl upper inside wall is provided with the groove that cooperates with the convex edge, further, limit the L shaped bayonet socket that being connected to of described convex edge and groove cooperatively interact and be connected, cooperate when being placed on the retaining alms bowl will cultivating alms bowl like this, the outer rim that only needs to cultivate the alms bowl bottom is provided with L shaped convex edge and is provided with retaining alms bowl upper inside wall that the L shaped groove that cooperates with the convex edge is corresponding to get final product well.

In order better to observe what of water in the retaining alms bowl or nutrient solution, what of accurate in locating water or nutrient solution, further limit the structure of retaining alms bowl, promptly limit on the described retaining alms bowl sidewall part observation window is set at least, further limit observation window and be provided with graduation mark, also can further limit observation window is rhombus or rectangle.

Further, being supported on stability on the following retaining alms bowl for strengthen cultivating alms bowl, being limited in described retaining alms bowl madial wall and being provided with at least three brace rods, the height of brace rod equal the to ventilate height of chimney is cultivated alms bowl and is supported on the brace rod.

Description of drawings

Below in conjunction with drawings and Examples technical solutions of the utility model are further specified.

Fig. 1 is the schematic diagram of the split type environmental protection and energy saving flowerpot of the utility model embodiment one;

Fig. 2 is the plan structure schematic diagram of Fig. 1;

Fig. 3 is the A-A sectional structure schematic diagram of Fig. 2;

Fig. 4 cultivates the alms bowl structural representation among Fig. 1;

Fig. 5 is a retaining alms bowl plan structure schematic diagram among Fig. 1.

Embodiment

Extremely shown in Figure 5 as Fig. 1, a kind of split type environmental protection and energy saving flowerpot that the utility model provides, comprise cultivation alms bowl 1 and retaining alms bowl 2 that split is supporting, cultivate alms bowl 1 be arranged on retaining alms bowl 2 above, cultivate alms bowl 1 bottom 11 and be provided with 4 installing holes 12, suction bar 13 passes installing hole 12, the epimere of suction bar 13 places cultivates in the alms bowl 1, hypomere places in the retaining alms bowl 2, be provided with the ventilation chimney 21 of hollow structure in the retaining alms bowl 2, ventilation chimney 21 upper ends are inconsistent with cultivation alms bowl 1 bottom 11, ventilation chimney 21 bottoms are connected in aggregates with retaining alms bowl 2 bottoms, ventilation chimney 21 hollow structures are communicated with the flowerpot extraneous air, and the top of the sidewall of ventilation chimney 21 is provided with side opening 22, and side opening 22 is communicated with ventilation chimney 21 hollow structures; Cultivate on alms bowl 1 madial wall water filling airway 14 is set, water filling airway 14 and retaining alms bowl 2 communicate, and the upper port of water filling airway 14 is positioned at cultivates alms bowl 1, is lower than the alms bowl mouth plane of cultivating alms bowl 1; The outer rim of cultivating alms bowl 1 bottom 11 is provided with convex edge 17, and retaining alms bowl 2 upper inside wall are provided with the groove 23 that cooperates with the convex edge, and the L shaped bayonet socket that cooperatively interacts that is connected to of convex edge and groove is connected; Be provided with the rhombus observation window 15 of graduation mark 16 on retaining alms bowl 2 sidewalls; Retaining alms bowl 2 madial walls are provided with four brace rods 24, the height of brace rod 24 equal the to ventilate height of chimney 21, when cultivation alms bowl 1 is placed on retaining alms bowl 2, cultivate alms bowl 1 and be supported on the brace rod 24, cultivate L shaped bayonet socket that convex edge, alms bowl 1 bottom 17 cooperatively interacts and be connected in the convex edge on retaining alms bowl 2 upper inside wall.

Above-described only is preferred implementation of the present utility model; should be understood that; for a person skilled in the art; under the prerequisite that does not break away from the utility model structure; can also make some distortion and improvement; such as the position of the position of the shape of flowerpot integral body, the installation method of cultivating alms bowl 1 and retaining alms bowl 2, observation window 15 and shape, ventilation chimney 21 and version etc.; these also should be considered as protection domain of the present utility model, because above distortion and change can not influence effect and the practical applicability that the utility model is implemented.

Claims

1. split type environmental protection and energy saving flowerpot, comprise cultivation alms bowl and retaining alms bowl that split is supporting, cultivate alms bowl be arranged on the retaining alms bowl above, cultivate the alms bowl bottom and be provided with the hole that the suction bar is installed, the suction bar passes installing hole, the epimere of suction bar places cultivates in the alms bowl, hypomere places in the retaining alms bowl, it is characterized in that: the ventilation chimney that is provided with hollow structure in the retaining alms bowl, ventilation chimney upper end is inconsistent with cultivation alms bowl bottom, ventilation chimney lower end is connected in aggregates with retaining alms bowl bottom, the sidewall of the ventilation chimney upper end of hollow is provided with side opening, the ventilation chimney of hollow structure is communicated with the flowerpot extraneous air, and under the effect of suction bar and ventilation chimney, flowerpot inside has formed from outside to inside, by the interior air flow that makes progress.

2. split type environmental protection and energy saving flowerpot according to claim 1, it is characterized in that: described cultivation alms bowl madial wall is provided with the water filling airway, water filling airway and retaining alms bowl communicate, and the upper port of water filling airway is positioned at cultivates alms bowl, is lower than the alms bowl mouth plane of cultivating alms bowl.

3. split type environmental protection and energy saving flowerpot according to claim 1 is characterized in that: described side opening is positioned on the sidewall of ventilation chimney upper top.

4. split type environmental protection and energy saving flowerpot according to claim 1 is characterized in that: the outer rim of described cultivation alms bowl bottom is provided with the convex edge, and retaining alms bowl upper inside wall is provided with the groove that cooperates with the convex edge.

5. split type environmental protection and energy saving flowerpot according to claim 1 is characterized in that: on the described retaining alms bowl sidewall part observation window is set at least.

6. split type environmental protection and energy saving flowerpot according to claim 1 is characterized in that: described retaining alms bowl madial wall is provided with at least three brace rods, and the height of brace rod equal the to ventilate height of chimney is cultivated alms bowl and is supported on the brace rod.

7. split type environmental protection and energy saving flowerpot according to claim 4 is characterized in that: the L shaped bayonet socket that cooperatively interacts that is connected to of described convex edge and groove is connected.

8. split type environmental protection and energy saving flowerpot according to claim 5, it is characterized in that: described observation window is provided with graduation mark.

9. according to claim 5 or 8 described split type environmental protection and energy saving flowerpots, it is characterized in that: described observation window is rhombus or rectangle.