CN2741350Y

CN2741350Y - Soilless ervironment protection flower pot

Info

Publication number: CN2741350Y
Application number: CN 200420087455
Authority: CN
Inventors: 段淦
Original assignee: Individual
Current assignee: Individual
Priority date: 2004-07-30
Filing date: 2004-07-30
Publication date: 2005-11-23
Anticipated expiration: 2014-07-30

Abstract

The utility model discloses an improved soilless environment protection flower pot, comprising a flower-pot body, nutrition water, a movable baffle, a transparent water level gauge, a water level gauge conduit pipe, two ventilating bent tubes, a guide water cup, a water level sash, a rotary plug for contamination draining, and a moisture preserving stroma. The movable baffle is placed at the lower part of the flower-pot body. The lower part of the movable baffle contains the nutrition water. The center of the movable baffle is provided with the guide water cup, and the bottom of the cup is provided with water inlet holes. The surroundings wound the guide water cup on the movable baffle surface are provided with three holes. Two holes of the three holes are erectly inserted into one end of two ventilating bent tubes, and the other end of two ventilating bent tubes is inserted into holes opened at the side wall of the upper part of the flower-pot body. The other hole on the movable baffle surface is inserted into the water level gauge conduit pipe. The transparent water level gauge is inserted into the conduit pipe. The moisture preserving stroma is filled on the movable baffle and in the guide water cup. The lowest part of the flower-pot body is provided with the water level sash and the rotary plug for contamination draining. The moisture preserving stroma is a haydite, vermiculite, cinder, and perlite mixture. The plants can be fresh and alive for a long time, water can be saved, the environment is protective and sanitary, and the disease is hard to generate.

Description

There is not native environmental protection type flowerpot

Affiliated technical field

The utility model relates to a kind of improved plant cultivating device, especially a kind of device of soilless cultivating flowers.

Background technology

Along with growth in the living standard, interest has taken place to growing flower in increasing people, and growing flower admires the beauty of flowers is the hobby of an elegance really, can mould people's temperament and interest in the process of admiring the beauty of flowers of growing flower, and the marvellous effect of promoting longevity is arranged.To spend really be not an easy thing but support, and a lot of people are animated buys back a potted flower, although water not only but also apply fertilizer, effort is worried about again, and effect is undesirable, and the flower that has is also withered day by day Trace it to its cause, traditional flowerpot structure is undesirable, and it is a subject matter that the ordinary people is difficult to operation.Traditional flowerpot has following weak point: 1. the fertilising and loosening the soil of need regularly watering, water at every turn that it is not all right to have lacked, and watered howly also not all right, do not water less qualified to do it in busy sometimes several days.2. waste liquid manure---daily watering watered above, following surface current, soil property preserve moisture and fertility poor performance.3. contaminated environment-flowerpot soil property spills below flowerpot along with watering or periphery overflows, and very easily causes the environmental pollution up and down of flowerpot periphery, is difficult to remove clean.4. easy sick evil---flowerpot soil property sterilization difficulty cause plant, the easy sick evil of flowers, and control is comparatively difficult.

Summary of the invention

At the deficiencies in the prior art part, it is a kind of simple to operation that the utility model provides, and plant is fresh and alive, using water wisely, and sanitation and hygiene are without the nothing soil environmental protection type flowerpot of soil property.

Technical scheme is: do not have native environmental protection type flowerpot and comprise flowerpot body, nutritive water, active clapboard, water guide cup, transparent water gauge, water gauge conduit, ventilative bend pipe, moisturizing substrate, foam cock and water level window.Wherein, transparent water gauge is by a transparent outer cover, a float, and a connecting rod and a red scale are formed, and fixedly connected with red scale with float respectively and be placed in the transparent outer cover in the connecting rod two ends, the inlet opening of the nutritious water in transparent outer cover lower end.Active clapboard is placed on the bottom of flowerpot body, and the below of active clapboard fills nutritive water; The active clapboard center has a hole, and the water guide cup is placed in the hole, and put at the bottom of the flowerpot its bottom, and upper end is fixedlyed connected with active clapboard centre bore limit, and water guide cup bottom has the nutritive water inlet opening.On the active clapboard planar annular, having three holes around the water guide cup, wherein is two holes of symmetry with the water guide cup, the lower end of each two ventilative bend pipe of uprightly pegging graft, have two holes in flowerpot body upper portion side wall symmetric position, the upper end of two ventilative bend pipes is plugged on respectively in these two holes; Have a plurality of air-vents on the ventilative bend pipe wall.Insert transparent water gauge in the water gauge conduit a little more than the flowerpot body upper surface water gauge conduit lower end of vertically pegging graft, another hole on the active clapboard planar annular, its upper surface, drops down onto the flowerpot bottom.Moisturizing substrate is filled in the water guide cup at the top of active clapboard and dividing plate center, the moisturizing substrate after the filling, and horizontal plane is a little less than the flowerpot upper end.Lowermost part at flowerpot body is provided with water level window and foam cock respectively.

Moisturizing substrate of the present utility model can adopt haydite, vermiculite, cinder, perlitic mixture.

The beneficial effects of the utility model are: 1. the long fresh-keeping work of plant, safeguard that simply, nutritious water is stored in the basin, and high-order nutritive water can be protected the demand of plant more than 20 days, plant normal growth.2. using water wisely, comparable traditional flowerpot water saving is more than 90%.3. environmentally-friendly sanitary has been stopped the influence of traditional flowerpot to surrounding enviroment, and is both attractive in appearance, environmental protection again.4. be difficult for taking place disease: not malicious in spite of illness because all host materials all are to make through high temperature in the flowerpot, so the plant in the basin is difficult for taking place disease.5. wide adaptability: this flowerpot is fit to the cultivation of various plants, as long as the proportioning of appropriate change moisturizing substrate, just can reach the preserve moisture purpose of degree of change matrix, adapt to the liquid manure demand of different plants, and the open air all can be used indoors.

Description of drawings:

Below in conjunction with the utility model is described in further detail to drawings and Examples, but content of the present utility model is not limited to shown in the accompanying drawing.

Fig. 1 is the head-down position schematic diagrames of each parts in flowerpot;

Fig. 2 is a structural representation of the present utility model;

Fig. 3 is the utility model user mode schematic diagram;

1. flowerpot bodies among the figure, 2. nutritive water, 3. active clapboard, 4. ventilative bend pipe, 5. air-vent, 6. transparent water gauge shell, 7. float, 8. connecting rod, 9. red scale, 10. water gauge conduit, plug is executed in 11. blowdowns, 12. transparent water level window, 13 water guide cups, 14. water guide cup inlet openings, 15. moisturizing substrate.

Embodiment

Transparent water gauge is by a transparent outer cover 6 in Fig. 2,7, connecting rods 8 of a float and a red scale 9 are formed, and fixedly connected with red scale 9 with float 7 respectively in the two ends of connecting rod 8, and be placed in the transparent outer cover 6, the lower end of transparent outer cover is provided with the inlet opening of nutritive water.Active clapboard 3 is seated in high 1/4 place in the flowerpot body 1, and makes the bottom of the water guide cup 13 that is connected active clapboard 3 centre bores drop on the bottom of flowerpot body 1, and the bottom of water guide cup 13 has inlet opening 14.On the planar annular of active clapboard 3, having three circular holes around water guide cup 13 on week with the garden, wherein, is two holes of center in symmetric position with water guide cup 13, respectively the lower end of two ventilative bend pipes 4 is uprightly inserted in the hole, make its slightly outstanding active clapboard 3 below; On the high 3/4 place's peripheral side wall in the top of flowerpot body 1, have two holes of mutual symmetry, respectively the upper end of two ventilative bend pipes 4 is inserted in the hole, make the outer wall of the slightly outstanding flowerpot body 1 of its end face, have a plurality of gas ports 5 on the tube wall of ventilative bend pipe 4; On the plane of active clapboard, with symmetrical two Kong Tongyuan on week and with equidistant position, two holes on another hole of having, the vertical water gauge conduit 10 that inserts in the hole, make the slightly outstanding active clapboard 3 in its lower end below, the upper end of water gauge conduit 10 is a little more than the upper surface of flowerpot body 1, transparent water gauge is inserted water gauge conduit 10, in the nutritive water 2 of flowerpot body 1 bottom, float 7, connecting rod 8, red scale 9 gets up at the nutrition water float, subsequently above the active clapboard in flowerpot body 13 and in the water guide cup 13, fill moisturizing substrate 15, quantity is exceeded a little less than the upper surface of flowerpot body 1 with its horizontal plane, is provided with blowdown in the bottom of flowerpot body and executes plug 11 and transparent water level window 12.

The cultivation mechanism of not having native environmental protection type flowerpot is: after plant roots being planted in the moisturizing substrate 15, the nutritive water 2 of flowerpot body 1 bottom enters in the cup by the water-guiding hole 14 of water guide cup 13 bottoms, and a moisturizing substrate 15 of filling in the process cup is slowly infiltrated in whole moisturizing substrate 15, till setting up liquid equilibrium; Plant roots fastens and absorb nutrient and water in moisturizing substrate 15, keeps growth.Water gauge is inserted in the water gauge conduit 10, float 7 in the water gauge, connecting rod 8, red scale 9 constitute interlock, can be floating with the liquid level height of the nutritive water 2 of flowerpot bottom, from exposing the indicated altitude that the red scale 9 in the transparent water gauge is seen in water gauge conduit 10 upper ends, grasp the amount of filling nutritive water 2; The nutritive water of annotating at ordinary times can cast directly on the moisturizing substrate 15, through the moisturizing substrate 15 of loose multigap and the slit of active clapboard 3 peripheries, flows into the flowerpot bottom rapidly and stores; Also can extract water gauge out and directly store to the flowerpot bottom, supply with plant and slowly absorb from water gauge conduit 10 filling nutritive waters 2.Air duct by the ventilative bend pipe 4 of two porous is formed can import the basin outer air in the loose moisturizing substrate 15 through the gas port on the ventilative bend pipe, promotes the breathing of plant root, and plant is grown normally.When the nutritive water 2 in flowerpot needs displacement, open the foam cock 11 of flowerpot bottom, emit old nutritive water 2, the traling foam cock 11 afterwards, inject new nutritive water 2.The water level window 12 that the basin bottom is provided with is transparent, can directly observe the SEA LEVEL VARIATION of nutritive water 2 at the bottom of the basin, and nutritive water 2 is controlled at rational state.

Claims

1. an improved no native environmental protection type flowerpot is characterized in that comprising flowerpot body, nutritive water, active clapboard, transparent water gauge, water gauge conduit, ventilative bend pipe, water guide cup, water level window, foam cock and moisturizing substrate.Active clapboard is seated in the flowerpot body bottom; The below of active clapboard fills nutritive water; The active clapboard center is provided with the water guide cup, and there is the inlet opening at the cup end; On the active clapboard plane around the water guide cup, have three holes, each upright lower end of inserting two ventilative bend pipes, two holes wherein, the other end of two ventilative bend pipes respectively inserts in the hole of opening on the flowerpot body upper portion side wall, the water gauge conduit is inserted in another hole on the active clapboard plane, and transparent water gauge is inserted in the conduit; Moisturizing substrate is filled in and reaches in the water guide cup above the dividing plate; Foot at flowerpot body is provided with water level window and foam cock respectively.

2. no native environmental protection type flowerpot according to claim 1 is characterized in that described ventilative bend pipe is the ventilative bend pipe that has a plurality of air-vents.

3. no native environmental protection type flowerpot according to claim 1 is characterized in that described water level window is transparent water level window.