CN204968680U - Automatically regulated moisture flowerpot is planted to gradable - Google Patents
Automatically regulated moisture flowerpot is planted to gradable Download PDFInfo
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- CN204968680U CN204968680U CN201520415273.2U CN201520415273U CN204968680U CN 204968680 U CN204968680 U CN 204968680U CN 201520415273 U CN201520415273 U CN 201520415273U CN 204968680 U CN204968680 U CN 204968680U
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Abstract
The utility model provides an automatically regulated moisture flowerpot is planted to gradable, relates to the plant and plants the afforestation utensil. Including the lower basin body and last basin body detachable connections are personally experienced sth. Part of the body to the basin body and last basin down, basin body antetheca is equipped with the breach down, the reservoir chamber is established to basin body both sides down, the one -level cistern is established to the internal chamber of basin bottom down, water drainage tank is established to the one -level cistern, establish one -level absorbent article between reservoir chamber and the one -level cistern, first year flitch is established to one -level cistern top, the through -hole array was established to the flitch in first year, first year flitch and form first planting chamber down between the basin body perisporium, establish second grade absorbent article between first planting chamber and the one -level cistern, go up basin body antetheca and establish the breach, go up the internal chamber of basin bottom and establish the second grade cistern, establish tertiary absorbent article between second grade cistern and the reservoir chamber, water drainage tank is established to the second grade cistern, second grade cistern top is equipped with the second and carries the flitch, the second carries the flitch and is equipped with the through -hole array, the second carries and forms second planting chamber between flitch and the last basin body perisporium, the second is planted and is equipped with level four absorbent article between chamber and the second grade cistern.
Description
Technical field
The utility model relates to planting greening implement, especially relates to one plantation of can classifying and automatically regulates moisture flowerpot.
Background technology
In recent years, along with the carrying out of urban construction, green beautifying city process also constantly strengthens.The greening at edge, the high-altitude such as overline bridge and overpass is also given birth to immediately.But examine the pattern of these overhead greens, cropping pattern is traditional basin device, traditional basin device is subject to the restriction of himself structure, can not realize classification plantation.Therefore often cause varieties of plant single, no doubt grand beautiful during blossom spring and summer, but can show very dull, can aestheticly tired be produced in the course of time.In addition, autumn and winter season has do not bloom for 3 to 4 months, and the color of leaf also seems puckery secretly unglazed, and what some was arranged in place of approach viaduct lower floor causes dispirited because can not get sufficient Yanguan Pass sunshine.Meanwhile, watering yet will by manually carrying out, and maintenance cost is high.
Summary of the invention
The purpose of this utility model is to provide can according to plantation of classifying season, and the suitable water absorption of maintenance flowers and plants, increases flowers and plants kind automatically, and the good ecological one of maintenance can be classified and be planted adjustment moisture flowerpot automatically.
The utility model comprises lower basin body and upper basin body, and lower basin body is connected with upper basin body is removable;
Lower basin body antetheca is provided with breach, lower basin body both sides are provided with reservoir chamber, lower basin body intracavity bottom is provided with one-level cistern, bossed rhone established by one-level cistern, rhone bottom surface is provided with osculum, be provided with one-level between reservoir chamber and one-level cistern to absorb water bar, one-level water suction bar two ends lay respectively in reservoir chamber with in one-level cistern, the first loading plate is provided with above one-level cistern, first loading plate is provided with via-hole array, form first kind between first loading plate and lower basin body perisporium and plant chamber, plant for first kind and to be provided with secondary between chamber and one-level cistern and to absorb water bar, secondary water suction bar two ends lay respectively at first kind and plant in chamber with in one-level cistern,
Upper basin body antetheca is also provided with breach, upper basin body intracavity bottom is provided with secondary cistern, three grades of bars that absorb water are provided with between secondary cistern and described reservoir chamber, three grades of water suction bar two ends lay respectively in secondary cistern with in described reservoir chamber, bossed rhone also established by secondary cistern, rhone bottom surface is provided with osculum, the second loading plate is provided with above secondary cistern, second loading plate is provided with via-hole array, form second kind between second loading plate and upper basin body perisporium and plant chamber, plant for second kind and to be provided with level Four between chamber and secondary cistern and to absorb water bar, level Four water suction bar two ends lay respectively at second kind and plant in chamber with in secondary cistern.
The profile of described lower basin body and upper basin body is preferably rectangle; The breach of described lower basin body antetheca is preferably U-shaped breach; The breach of described upper basin body antetheca is preferably comb-tooth-type breach.Both sides, described upper basin body bottom surface are preferably arranged with raised line, and raised line is embedded in the upper port of the reservoir chamber of lower basin body both sides.
The quantity of described one-level, secondary, three grades and level Four water suction bar can be at least 2, and is symmetrical arranged.
Compared with the prior art, the utility model has following outstanding advantages:
When the utility model uses, first loading plate of lower basin body is put cultivating soil (planting material), second loading plate of upper basin body is put cultivating soil (planting material), cultivating soil (planting material) on first loading plate and the second loading plate being put cultivating soil (planting material) can different choice, different flowers and plants can being planted respectively according to actual conditions like this, playing better effect to beautifying the environment.As cultivation grass on the first loading plate, cultivation flower on the second loading plate.First full water can be stored in reservoir chamber, then by water suction bar at different levels, water is introduced in cistern at different levels, and be introduced in the cultivating soil (planting material) in plantation chamber, because water suction bar can automatic ink-suction, therefore manually directly need not water cultivating soil (planting material) and pour water, irrigation amount can be avoided like this to grasp bad and cause flowers and plants dead.Can save a large amount of artificial, be held in motility rate simultaneously.In addition, the breach of lower basin body antetheca and the breach of upper basin body antetheca can stretch out for flowers and plants, more attractive in appearance, ventilation and lighting better.
In addition, lower basin body is matrix (width and the degree of depth will determine according to vessel size), is generally used for the stationarity plant of plantation perennial evergreen.Upper basin body property planting season is bloomed or the replaceability plant such as the various shrub of color.Because upper basin body antetheca is provided with comb-tooth-type breach, the carrying out of formula of can arranging flowers like this plants cultivation, and flowers and plants stretch out from comb-tooth-type breach, and according to replacing different cultivars plant season, can form diversified displaying like this.To improve sight.
Because each cistern is set as certain altitude, and rhone is set, like this, both can ensures the cistern water yield, its height of water level can be controlled by rhone again, avoid water level too high.
Major advantage is summarized as follows:
1) levels is planted and is planted the superimposed rear horse back generation diversity effect of plant of different nature.
2) " be divided into two " and become light, reduce difficulty of construction and risk factor.
3) improve the convenience of maintenance and the ease of replacement, reduce the workload of operation.
4) utilize limit end reservoir chamber, create complementary effect to ensure the effect that fully feeds water, play environment-friendly water-saving effect simultaneously.
5) range of application can be made to become large by the change of shape.
6) modes simultaneously possessing two kinds of feedwater to plant cultivation pattern provide can medium plantation again can soilless culture (water planting), or the mode cultivations of two kinds of mixing.
Accompanying drawing explanation
Fig. 1 is the Facad structure schematic diagram of the utility model embodiment.
Fig. 2 is the lower basin body decomposition texture schematic diagram of the utility model embodiment.
Fig. 3 is the upper basin body decomposition texture schematic diagram of the utility model embodiment.
Embodiment
See Fig. 1 ~ 3, plantation flowerpot of can classifying described in the present embodiment, comprises lower basin body 100 and upper basin body 200.
The profile of lower basin body 100 and upper basin body 200 is rectangle.Lower basin body 100 antetheca is provided with U-shaped breach 101, lower basin body 100 bilateral symmetry is provided with reservoir chamber 102, reservoir chamber 102 madial wall is provided with water suction bar perforation 109, lower basin body 100 intracavity bottom is provided with one-level cistern 103, bossed rhone 104 is established in the middle part of one-level cistern 103, rhone 104 bottom surface is provided with osculum 105, and osculum 105 is for discharging superfluous water.Be provided with one-level between reservoir chamber 102 and one-level cistern 103 to absorb water bar 106, one-level water suction bar 106 is through water suction bar perforation 109, one-level water suction bar 106 two ends lay respectively in reservoir chamber 102 and one-level cistern 103, water in reservoir chamber 102 can be introduced in one-level cistern 103 by one-level water suction bar 106 automatically, the first loading plate 107 is provided with above one-level cistern 103, first loading plate 107 is provided with via-hole array, via-hole array can ventilating drainage, form first kind between first loading plate 107 and lower basin body 100 perisporium and plant chamber, plant for first kind and to be provided with secondary between chamber and one-level cistern 102 and to absorb water bar 108, water in one-level cistern 102 can be introduced first kind and plant in chamber by secondary water suction bar 108 automatically, for flowers and plants.
Upper basin body 200 antetheca is provided with comb-tooth-type breach 201, upper basin body 200 intracavity bottom is provided with secondary cistern 203, secondary cistern 203 liang of outside are arranged with water suction bar perforation 202, three grades of bars 208 that absorb water are provided with between secondary retaining room 202 and reservoir chamber 102, three grades of water suction bars 208 are through water suction bar perforation 202 and water suction bar perforation 109, three grades of water suction bar 208 upper ends are arranged in secondary cistern 203, three grades of water suction bar 208 lower ends are arranged in reservoir chamber 102, water in reservoir chamber 102 can be introduced in secondary cistern 203 by three grades of water suction bars 208 automatically, also bossed rhone 204 is established in the middle part of secondary cistern 203, rhone 204 bottom surface is provided with osculum 205, osculum 205 is for discharging superfluous water.The second loading plate 206 is provided with above secondary cistern 203, second loading plate 206 is provided with via-hole array, via-hole array can ventilating drainage, form second kind between second loading plate 206 and upper basin body 200 perisporium and plant chamber, plant for second kind and to be provided with level Four between chamber and secondary cistern 203 and to absorb water bar 207, water in secondary cistern 203 can be introduced second kind and plant in chamber, for flowers and plants by level Four water suction bar 207.
Described upper basin body 200 bottom surface bilateral symmetry is provided with raised line (not shown), and raised line is embedded in the upper port of the reservoir chamber 102 of lower basin body 100 both sides.
Described one-level, secondary, three grades and level Four water suction bar quantity can set as required.
From embodiment, water to be introduced by multistage water suction bar and is transmitted by the present embodiment, thus automatically carries out automatic water-supply to the flowers and plants in lower basin body 100 and upper basin body 200, automatically regulates output simultaneously, guarantees surviving of flowers and plants.Significantly alleviate nourishment's cost.
Claims (4)
1. plantation of can classifying regulates a moisture flowerpot automatically, and comprise lower basin body and upper basin body, lower basin body is connected with upper basin body is removable; It is characterized in that,
Lower basin body antetheca is provided with breach, lower basin body both sides are provided with reservoir chamber, lower basin body intracavity bottom is provided with one-level cistern, bossed rhone established by one-level cistern, rhone bottom surface is provided with osculum, be provided with one-level between reservoir chamber and one-level cistern to absorb water bar, one-level water suction bar two ends lay respectively in reservoir chamber with in one-level cistern, the first loading plate is provided with above one-level cistern, first loading plate is provided with via-hole array, form first kind between first loading plate and lower basin body perisporium and plant chamber, plant for first kind and to be provided with secondary between chamber and one-level cistern and to absorb water bar, secondary water suction bar two ends lay respectively at first kind and plant in chamber with in one-level cistern,
Upper basin body antetheca is also provided with breach, upper basin body intracavity bottom is provided with secondary cistern, three grades of bars that absorb water are provided with between secondary cistern and described reservoir chamber, three grades of water suction bar two ends lay respectively in secondary cistern with in described reservoir chamber, bossed rhone also established by secondary cistern, rhone bottom surface is provided with osculum, the second loading plate is provided with above secondary cistern, second loading plate is provided with via-hole array, form second kind between second loading plate and upper basin body perisporium and plant chamber, plant for second kind and to be provided with level Four between chamber and secondary cistern and to absorb water bar, level Four water suction bar two ends lay respectively at second kind and plant in chamber with in secondary cistern.
2. one can be classified as claimed in claim 1, and plantation is automatic regulates moisture flowerpot, and it is characterized in that, the profile of described lower basin body and upper basin body is rectangle; The breach of described lower basin body antetheca is U-shaped breach; The breach of described upper basin body antetheca is comb-tooth-type breach.
3. one can be classified as claimed in claim 1, and plantation is automatic regulates moisture flowerpot, and it is characterized in that, described upper basin body bottom surface bilateral symmetry is provided with raised line, and raised line is embedded in the upper port of the reservoir chamber of lower basin body both sides.
4. one plantation of can classifying automatically regulates moisture flowerpot as claimed in claim 1, and it is characterized in that, the quantity of described one-level water suction bar, secondary water suction bar, three grades of water suction bars and level Four water suction bars is at least 2, and is symmetrical arranged.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520415273.2U CN204968680U (en) | 2015-06-16 | 2015-06-16 | Automatically regulated moisture flowerpot is planted to gradable |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520415273.2U CN204968680U (en) | 2015-06-16 | 2015-06-16 | Automatically regulated moisture flowerpot is planted to gradable |
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| Publication Number | Publication Date |
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| CN204968680U true CN204968680U (en) | 2016-01-20 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201520415273.2U Active CN204968680U (en) | 2015-06-16 | 2015-06-16 | Automatically regulated moisture flowerpot is planted to gradable |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104904516A (en) * | 2015-06-16 | 2015-09-16 | 叶金星 | Flowerpot capable of achieving classified planting and automatically adjusting moisture |
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2015
- 2015-06-16 CN CN201520415273.2U patent/CN204968680U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104904516A (en) * | 2015-06-16 | 2015-09-16 | 叶金星 | Flowerpot capable of achieving classified planting and automatically adjusting moisture |
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