CN209462990U - A kind of flowerpot of achievable water and soil blending - Google Patents

Abstract

A kind of flowerpot of achievable water and soil blending provided by the utility model, including fixed ring layer, water inlet, water delivery mechanism, pore plate, water storage frame, waffle slab, small-sized standpipe, hole layer, opening and basin body, basin body is located at the lower end of fixed ring layer, and basin body is integrated setting with fixed ring layer, water inlet is respectively positioned on the upper end face of fixed ring layer, and water inlet and fixed ring layer are through setting, water delivery mechanism is respectively positioned on one end on the inside of fixed ring layer, and water delivery mechanism and fixed ring layer are kept through setting.A kind of flowerpot of achievable water and soil blending provided by the utility model keeps this device structure design stability reliable by the design of water delivery mechanism and small-sized standpipe, and pass through in the soil that pore plate, water storage frame, waffle slab and hole layer can make this equipment that water be diffused in flowerpot in real time in the case where absorbing water resource, the effect that water and soil blends in flowerpot can be realized with this, keep it time saving and energy saving in actually plantation.

Description

A kind of flowerpot of achievable water and soil blending

Technical field

The utility model relates to pot culture technology field more particularly to a kind of flowerpots of achievable water and soil blending.

Background technique

Potting is widely used in gardening field of planting, wherein flowerpot is a kind of auxiliary flowers and plants growth important tool.

In the prior art, there are periodical, patent and the documents and materials of numerous researchs and discussion flowerpot, wherein there is a patent No. Disclose a kind of manufacture craft of cement flowerpot for the Patent Case of CN201510603280.X, in this flowerpot technique include molding, Coating release agent, production A half module plus glass fibre and steel wire, production half module B, air-dry and demoulding arrangement suspension hook.With Traditional cement flowerpot is compared, and at least promotes 40% using the concrete flowerpot intensity that the technique of the utility model makes, weight 30% or more is reduced, the weight of cement flowerpot is not only reduced, is readily transported or carries, and also add intensity, avoid flowerpot It cracks or is crushed.

For another example application No. is: in the Chinese utility model patent of CN201610728210.1, provide a kind of double-layer flowerpot, This kind of flowerpot includes outer layer flowerpot and internal layer flowerpot, and outer layer flowerpot bottom is equipped with round boss, internal layer centered on the center of circle of bottom Flowerpot is placed on round boss, and the peripheral wall of round boss is equipped with through-hole, forms cavity between outer layer flowerpot and internal layer flowerpot, Invagination groove is arranged at internal layer flowerpot bottom, and the internal layer flowerpot is divided into left half flowerpot and right half flowerpot, left half flowerpot and right half flowerpot It is buckled and is connected by rivet.Internal layer flowerpot is divided into separable two parts, transplanted by double-layer flowerpot described in the utility model When plant, it need to will only be separated between internal layer flowerpot two parts, so that it may which soil and plant are separated into flowerpot；Two layers of setting Bottom circular aperture is arranged in flowerpot, internal layer flowerpot, and extra water is flowed between outer layer flowerpot and internal layer flowerpot, avoid making dirty ground or Windowsill；Outwardly extending two handles, which facilitate, at the top of internal layer flowerpot leaves outer layer flowerpot for internal layer flowerpot end.

It is found based on above-mentioned retrieval, above-mentioned utility model patent exists when in use:

1. flowerpot structure design is single, only has single plantation to flowers in actual use, cultivates function, and can not Play the role of carrying out flowers automatic water conveying and water resource is recycled.

2. limited by practical needs the investment of a large amount of manpowers when actually cultivating, this limits flowers to a certain extent Growth.

Then, utility model people is in view of this, adhere to abundant to the relevant industries for many years design and develop and actual fabrication Experience, study improvement for existing structure and missing, a kind of flowerpot that achievable water and soil blends is provided, to reach Purpose more with practical value.

Utility model content

The purpose of this utility model is to provide a kind of flowerpots of achievable water and soil blending, to solve in above-mentioned background technique Can not playing for proposing carries out automatic water conveying to flowers and water resource is recycled and needs a large amount of manpowers when actually cultivating Investment, the problem of this limits the growth of flowers to a certain extent.

The utility model can realize the purpose and effect of the flowerpot of water and soil blending, be reached by technological means in detail below:

A kind of flowerpot of achievable water and soil blending, wherein the flowerpot that water and soil blending can be achieved includes:

Fixed ring layer, water inlet, water delivery mechanism, pore plate, water storage frame, waffle slab, small-sized standpipe, hole layer, opening, Basin body；

The basin body is located at the lower end of fixed ring layer, and basin body is integrated setting with fixed ring layer, and the water inlet is equal Positioned at the upper end face of fixed ring layer, and water inlet and fixed ring layer are through setting, and the water delivery mechanism is respectively positioned on retainer plate One end of layer inside, and water delivery mechanism and fixed ring layer are kept through setting, the pore plate is fixed in water delivery mechanism The side in portion, the water storage frame are fixed at one end of pore plate, and the waffle slab is fixed at the side of water storage frame, and It is closely to be connected between pore plate, water storage frame and waffle slab, the small-sized standpipe is located at the bottom end inside basin body, institute The side for stating small-sized standpipe, which is run through, is equipped with opening, and described hole layer is fixed at the upper end inside small-sized standpipe.

Preferably, the inside of the fixed ring layer is connected with basin body holding.

Preferably, the small-sized standpipe is in " rectangle " shape.

Preferably, the water storage frame is that the water storage frame that small-sized pore is distributed with is run through in side.

Preferably, the equal keeping parallelism of one side edge of the water delivery mechanism is to just.

In comparison with existing structure, the utility model has the advantages that

1. a kind of flowerpot of achievable water and soil blending provided by the utility model passes through water delivery mechanism and small-sized standpipe Design keeps this device structure design stability reliable, and this equipment can be made to inhale by pore plate, water storage frame, waffle slab and hole layer Water is diffused in the soil of flowerpot in real time in the case where receiving water resource, the effect that water and soil blends in flowerpot can be realized with this, Keep it time saving and energy saving in actually plantation.

2. a kind of flowerpot of achievable water and soil blending provided by the utility model can be reduced by entire water delivery mechanism to people The dependence of power investment, ensure that effective growth of flowers on this basis, avoid grower due to watering is forgotten in carelessness to flower Grass growth impacts.

Detailed description of the invention

Fig. 1 is the utility model overall structure diagram.

Fig. 2 is the utility model water inlet schematic diagram of internal structure.

Fig. 3 is the utility model water delivery mechanism schematic diagram of internal structure.

Fig. 4 is partial structurtes enlarged diagram at the A of the utility model Fig. 2.

Fig. 5 is the small-sized standpipe structural profile illustration of the utility model.

In figure: the fixed ring layer of 1-；101- water inlet；102- water delivery mechanism；1021- pore plate；1022- water storage frame；1023- Waffle slab；The small-sized standpipe of 103-；1031- hole layer；104- opening；2- basin body；

Specific embodiment

In the following, will be explained in the embodiments of the present invention, the example is shown in the accompanying drawings and the description below.Although will The utility model is described in conjunction with exemplary embodiment, it is to be understood that the description does not really want the utility model to be limited to this to show The embodiment of example property.On the contrary, the utility model will not only cover the exemplary embodiment, but also cover various replacements, Change, equivalent and other embodiments, may include the spirit and model in the utility model as defined in the appended claims In enclosing.

Referring to Fig. 1 to Fig. 5, a kind of flowerpot of achievable water and soil blending includes:

It is fixed ring layer 1, water inlet 101, water delivery mechanism 102, pore plate 1021, water storage frame 1022, waffle slab 1023, small-sized Standpipe 103, hole layer 1031, opening 104, basin body 2；

Basin body 2 is located at the lower end of fixed ring layer 1, and basin body 2 is integrated setting, the equal position of water inlet 101 with fixed ring layer 1 In the upper end face of fixed ring layer 1, and water inlet 101 and fixed ring layer 1 are through setting, and water delivery mechanism 102 is respectively positioned on fixation One end of 1 inside of ring layer, and water delivery mechanism 102 and fixed ring layer 1 are kept through setting, pore plate 1021 is fixed at water delivery Side inside mechanism 102, water storage frame 1022 are fixed at one end of pore plate 1021, and waffle slab 1023 is fixed at storage The side of water frame 1022, and be closely to be connected between pore plate 1021, water storage frame 1022 and waffle slab 1023, small-sized storage Water pipe 103 is located at the bottom end inside basin body 2, and the side of small-sized standpipe 103, which is run through, is equipped with opening 104, and hole layer 1031 is solid Upper end inside small-sized standpipe 103 is set calmly.

Preferably, the inside of fixed ring layer 1 is connected with the holding of basin body 2, inside and basin body 2 by fixed ring layer 1 Holding is connected the validity that ensure that water delivery.

Preferably, small-sized standpipe 103 is in " rectangle " shape, be can absorb and store in basin body 2 by small-sized standpipe 103 Water resource.

Preferably, water storage frame 1022 is that the water storage frame 1022 that small-sized pore is distributed with is run through in side, passes through water storage frame 1022 can store clear water in the middle-end of basin body 2.

Preferably, the equal keeping parallelism of the one side edge of water delivery mechanism 102 can guarantee the equilibrium of water delivery by this feature to just Property.

The working principle of the present embodiment:

When using this equipment, the tightness connected between this equipment components is first checked, plantation is then poured into basin Required soil, and poured into clear water from there by two water inlets 101, it diffuse in water can inside basin body 2, make basin body 2 Internal water slowly invades in water delivery mechanism 102 and small-sized standpipe 103, makes the water in water delivery mechanism 102 can be by thin Orifice plate 1021, water storage frame 1022 and waffle slab 1023 enter in soil layer by layer, realize the orderly water delivery to soil with this, can Make the absorption moisture of soil equilibrium, to promote flowers uniformly to grow, the dependence to human input can be reduced, protected on this basis The effective growth for having demonstrate,proved flowers avoids grower and impacts because watering is forgotten in carelessness to flower growth.

In conclusion although the utility model is described in detail with reference to the foregoing embodiments, for this field For technical staff, it is still possible to modify the technical solutions described in the foregoing embodiments, or to part Technical characteristic is equivalently replaced, within the spirit and principle of the utility model, made any modification, equivalent replacement, Improve etc., it should be included within the scope of protection of this utility model.

Claims (5)

1. a kind of flowerpot of achievable water and soil blending, it is characterised in that: the flowerpot of the achievable water and soil blending includes: Gu Determine ring layer (1), water inlet (101), water delivery mechanism (102), pore plate (1021), water storage frame (1022), waffle slab (1023), small Type standpipe (103), hole layer (1031), opening (104), basin body (2)；

The basin body (2) is located at the lower end of fixed ring layer (1), and basin body (2) is integrated setting with fixed ring layer (1), described Water inlet (101) is respectively positioned on the upper end face of fixed ring layer (1), and water inlet (101) and fixed ring layer (1) be through setting, The water delivery mechanism (102) is respectively positioned on one end on the inside of fixed ring layer (1), and water delivery mechanism (102) and fixed ring layer (1) are kept Through setting, the pore plate (1021) is fixed at the internal side of water delivery mechanism (102), and the water storage frame (1022) is solid Fixed to be arranged in one end of pore plate (1021), the waffle slab (1023) is fixed at the side of water storage frame (1022), and thin It is closely to be connected between orifice plate (1021), water storage frame (1022) and waffle slab (1023), the small-sized standpipe (103) The bottom end internal positioned at basin body (2), the side of the small-sized standpipe (103), which is run through, is equipped with opening (104), described hole layer (1031) it is fixed at the internal upper end of small-sized standpipe (103).

2. the flowerpot of achievable water and soil blending according to claim 1, it is characterised in that: the fixed ring layer (1) it is interior Portion keeps being connected with basin body (2).

3. the flowerpot of achievable water and soil blending according to claim 1, it is characterised in that: the small-sized standpipe (103) In " rectangle " shape.

4. the flowerpot of achievable water and soil blending according to claim 1, it is characterised in that: the water storage frame (1022) is one The water storage frame (1022) that small-sized pore is distributed with is run through in side.

5. the flowerpot of achievable water and soil blending according to claim 1, it is characterised in that: the water delivery mechanism (102) The equal keeping parallelism of one side edge is to just.