CN204443301U - A kind of water and soil mixing type farming equipment - Google Patents

A kind of water and soil mixing type farming equipment Download PDF

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Publication number
CN204443301U
CN204443301U CN201420806599.3U CN201420806599U CN204443301U CN 204443301 U CN204443301 U CN 204443301U CN 201420806599 U CN201420806599 U CN 201420806599U CN 204443301 U CN204443301 U CN 204443301U
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China
Prior art keywords
water
hole
plate
storage area
growing area
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CN201420806599.3U
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Chinese (zh)
Inventor
孙福军
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Shenzhen Tongsheng Green Technology Co Ltd
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Shenzhen Tongsheng Green Technology Co Ltd
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Priority to CN201420806599.3U priority Critical patent/CN204443301U/en
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Abstract

The utility model provides a kind of water and soil mixing type farming equipment, and this water and soil mixing type farming equipment comprises: planting groove and planting pot; Planting groove comprises storage area and growing area further, and described storage area is used for water storage; Planting pot is placed in described growing area, and described planting pot is provided with multiple permeable hole, and described planting pot is for filling soil with serike; Wherein, be communicated with by water stream channel between described storage area and described growing area, described water stream channel includes aquaporin and drainage channel, described drainage channel is provided with valve, by water is called in described growing area to water to plant from entering aquaporin described in the warp of described storage area, and watered water is made to be back to described storage area through described drainage channel by the valve opened on described drainage channel.The water and soil mixing type farming equipment that the utility model provides, by arranging structure planting groove and planting pot structure cleverly, make this water and soil cultivating device structure simple, efficient, be convenient to management, can use various places cultivated plant.

Description

A kind of water and soil mixing type farming equipment
Technical field
The utility model relates to the technical field of water and soil culturing device, specifically relates to a kind of water and soil mixing type farming equipment.
Background technology
Little and the techique of the neat and tidy mainly soilless culture of existing floor space, soilless culture (soilless culture), as the term suggests namely cultivate the method for plant with other thing without soil, comprises water planting, mist (gas) training, substrate culture etc.In 19th century, this method of the utility models such as W. Ke Nuopu.Start this technology to be applied in agricultural production to the thirties in 20th century, at the further improvement opportunity of 21st century people, soilless culture is grown up.
With the culture fluid of artificial preparation in soilless culture, the needs of supply plant and mineral nutrition.Soilless culture a kind ofly adopts the nutrient solution containing growth and development of plants indispensable element to provide nutrition without natural soil, makes plant normally complete the culture technique of whole life cycle.In cultivation technique without soil, can provide a kind of eurythmy, the nutrient solution that concentration is appropriate for plant, be that cultivation is successfully crucial.
Although cultivation technique without soil has the features such as simple, clean and tidy, efficient, but be utilize nutrient solution to cultivate plants (especially greengrocery) after all, also cannot compared with the plant desired substance integrality contained in soil even if the proportioning of nutrient solution is very perfect, in addition, moreover much plant is also not suitable with the ambient growth of cultivation technique without soil.
Moreover of the prior art have soil cultivation to comprise green house, potted plant etc., but the floor space of green house is huge, is not suitable for the indoor growing of urban environment, and potted plant individuality is single isolated, cannot form unified effective management.
In sum, a kind of water and soil mixing type farming equipment clean and tidy, easy to use by the urgent need to.
Utility model content
The utility model embodiment provides a kind of water and soil mixing type farming equipment, to solve the strong to floristics adaptability of cultivation technique without soil in prior art and the technical problem to potted plant management inconvenience.
For solving the problem, the utility model embodiment provides a kind of water and soil mixing type farming equipment, and it is characterized in that, comprising: planting groove and planting pot, planting groove comprises storage area and growing area further, and described storage area is used for water storage; Planting pot is placed in described growing area, and described planting pot is provided with multiple permeable hole, and described planting pot is for filling soil with serike; Wherein, be communicated with by water stream channel between described storage area and described growing area, described water stream channel includes aquaporin and drainage channel, described drainage channel is provided with valve, by water is called in described growing area to water to plant from entering aquaporin described in the warp of described storage area, and watered water is made to be back to described storage area through described drainage channel by the valve opened on described drainage channel.
According to the utility model one preferred embodiment, described water and soil mixing type farming equipment also comprises water pump, and described water pump is used for calling in described growing area by entering aquaporin described in the water of described storage area warp.
According to the utility model one preferred embodiment, described drainage channel comprises:
Spilling water passage, is communicated with the top of described growing area with described storage area;
Drainage gallery, is communicated with the bottom of described growing area with described storage area;
One or more Liquid level passage, is communicated with in the middle part of described growing area or many places with described storage area;
Wherein, described drainage gallery, one or more Liquid level passage described are provided with valve;
When watering to described plant, valve is in closed condition, water is called in described growing area to water to described plant from entering aquaporin described in the warp of described storage area, water level constantly raises, and is back to described storage area to ensure that peak level does not overflow when water level is increased to described spilling water passage via the drainage of described spilling water passage;
When needing stopping to water, open valve on described drainage gallery so that the water drainage in described growing area is back to described storage area;
When needing to keep predetermined water level to basin irrigation, open valve corresponding on one or more Liquid level passage described to control to basin irrigation water level.
According to the utility model one preferred embodiment, described planting groove comprises:
Base plate;
Side plate, is connected to the dual-side of described base plate;
End plate, match with the both ends of described base plate and described side plate formation cell body;
Dividing plate, the dual-side of described dividing plate is connected to described side plate, matches with described end plate in the two ends of described dividing plate, and described cell body is divided into described storage area and described growing area by described dividing plate.
According to the utility model one preferred embodiment, described planting groove comprises connection box further, and described connection box is used for, between described end plate, base plate, described side plate, described dividing plate described in two or more sets are assembled the planting groove forming different length.
According to the utility model one preferred embodiment, described end plate is provided with spillway hole at the top of the described growing area of correspondence, described end plate is provided with lower spillway hole at correspondence described storage area place, by water pipe, described upper spillway hole, described lower spillway hole is communicated with the described spilling water passage of formation;
Described end plate is provided with spilled water hole in the bottom of the described growing area of correspondence, and described end plate is provided with lower spilled water hole at correspondence described storage area place, by water pipe, described upper spilled water hole, described lower spilled water hole is communicated with the described drainage gallery of formation;
One or the many places of described end plate in the middle part of the described growing area of correspondence are provided with Liquid level hole on one or more, described end plate is provided with lower Liquid level hole at correspondence described storage area place, by water pipe, described upper Liquid level hole, described lower Liquid level hole is communicated with the described Liquid level passage of formation;
Wherein, described lower spillway hole, described lower spilled water hole, described lower Liquid level hole can be independently hole or a shared hole.
According to the utility model one preferred embodiment, described end plate is provided with blasthole at the middle part of the described growing area of correspondence, described end plate is provided with lower blasthole at correspondence described storage area place, by water pipe by described upper blasthole, aquaporin is entered described in the connection of the running water hole is formed, described planting groove is provided with the first extension further in described growing area, described first extension one end is communicated with described upper blasthole and the other end is closed, described first extension offers and multiplely emits water hole, by water from described storage area through described in enter aquaporin call in described growing area time, described water is emerged from described multiple water hole that emits.
According to the utility model one preferred embodiment, described planting groove comprises the second extension further in described growing area, described second extension one end is communicated with described upper Liquid level hole, described second stretches on pipe and offers multiple backwater hole, described multiple backwater hole and describedly multiplely emit the contour setting in water hole, the junction that described first extension and described second extension are formed in described side plate and described dividing plate is step-like to make the cross section of described growing area, step-like in described growing area adaptation of described planting pot.
According to the utility model one preferred embodiment, described in enter aquaporin and comprise weep pipe further, one end of described weep pipe is communicated with the running water hole, and described weep pipe is suspended at described growing area top, for carrying out drip irrigation to described plant.
For solving the problems of the technologies described above, the utility model embodiment also provides a kind of water and soil mixing type farming equipment, described water and soil mixing type farming equipment is placed on pond, described water and soil mixing type farming equipment comprises planting groove and planting pot, described planting pot is placed in described planting groove, described planting pot is provided with multiple permeable hole, and described planting pot is for filling soil with serike;
Wherein, be communicated with by water stream channel between described pond and described planting groove, described water stream channel includes aquaporin and drainage channel, described drainage channel is provided with valve, by water is called in described planting groove to water to described plant from entering aquaporin described in the warp of described pond, and watered water is made to be back to described pond through described drainage channel by the described valve opened on described drainage channel.
Relative to prior art, the water and soil mixing type farming equipment that the utility model provides, by arranging structure planting groove and planting pot structure cleverly, make this water and soil cultivating device structure simple, efficient, be convenient to management, various place can be applied to, comprise household balcony, office, sentry post, borderland, island or large-scale growing area etc., compared to cultivation technique without soil, it can be more balanced, comprehensive to the nutrition that plant provides, in addition, by coordinating deployed soil and nutrient solution to use together, various soil condition difference can be adapted to or there is no the place of soil.
Accompanying drawing explanation
In order to be illustrated more clearly in the technical scheme in the utility model embodiment, below the accompanying drawing used required in describing embodiment is briefly described, apparently, accompanying drawing in the following describes is only embodiments more of the present utility model, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 is the integrally-built three-dimensional view of the utility model water and soil mixing type farming equipment one preferred embodiment;
Fig. 2 is the three-dimensional view of planting groove in Fig. 1 embodiment;
Fig. 3 is the end view of planting groove in Fig. 2;
Fig. 4 is the part-structure schematic diagram of water and soil mixing type farming equipment end in Fig. 1 embodiment;
Fig. 5 is the structure cutaway view of water and soil mixing type farming equipment end in Fig. 1 embodiment;
Fig. 6 is the structural representation of connection box in water and soil mixing type farming equipment in Fig. 1 embodiment;
Fig. 7 is the perspective view of planting pot in Fig. 1 embodiment; And
Fig. 8 is the structural representation sketch of another embodiment of the utility model water and soil mixing type farming equipment.
Embodiment
Below in conjunction with drawings and Examples, the utility model is described in further detail.It is emphasized that following examples are only for illustration of the utility model, but scope of the present utility model is not limited.Same, following examples are only section Example of the present utility model and not all embodiments, and those of ordinary skill in the art are not making other embodiments all obtained under creative work prerequisite, all belong to the scope of the utility model protection.
Refer to Fig. 1, the integrally-built three-dimensional view of Fig. 1 the utility model water and soil mixing type farming equipment one preferred embodiment, this water and soil mixing type farming equipment mainly comprises planting groove 100 and planting pot 200.
Specifically, see also Fig. 2 and Fig. 3, Fig. 2 is the three-dimensional view of planting groove in Fig. 1 embodiment, and Fig. 3 is the end view of planting groove in Fig. 2.This planting groove 100 comprises storage area 110 and growing area 120 further.Storage area 110 is for water storage, and growing area 120 is for laying planting pot 200.
Preferably, this water and soil mixing type farming equipment also comprises water pump 300, and water pump 300 is for calling in growing area 120 by the water of storage area 110 through entering aquaporin 131.
See also Fig. 4 and Fig. 5, Fig. 4 is the part-structure schematic diagram of water and soil mixing type farming equipment end in Fig. 1 embodiment, and Fig. 5 is the end construction cutaway view of water and soil mixing type farming equipment in Fig. 1 embodiment.
Wherein, this planting groove 100 comprises base plate 101, side plate 102, end plate 103 and dividing plate 104 further; Side plate 102 is connected to the dual-side of base plate 101, end plate 103 matches to form cell body with the both ends of base plate 101 and side plate 102, the dual-side of dividing plate 104 is connected to side plate 102, match with end plate 103 in the two ends of dividing plate 104, cell body is divided into storage area 110 and growing area 120 by dividing plate 104.Certainly, the shape of planting groove 100 is not limited to the pattern form drawn in the application, can be the various shape such as elliposoidal, square.
Be communicated with by water stream channel 130 between storage area 110 and growing area 120.Water stream channel 130 includes aquaporin 131 (Fig. 1) and drainage channel 132 further, drainage channel 132 is provided with valve 140, by water is called in growing area 120 to water to plant from storage area 110 through entering aquaporin 131, and watered water is made to be back to storage area 110 through drainage channel 132 by the valve 140 opened on drainage channel 132.This kind of mode can realize recycling of water, saves water resource.This kind of island, remote mountain areas, frontier sentry etc. of water-cycling mode to those lacks of water are particularly important, water is in closed recurrent state (except a small amount of inevitably evaporation) in whole process, availability for water almost reaches 100%, simultaneously owing to adopting the mode of watering of basining irrigation from bottom, also the evaporation discharge of moisture is greatly reduced compared to traditional mode of watering (from top-watered), its water-saving result is remarkable, has very high market using value.In addition, in the application, the water of indication not only refers to common pouring water, also comprise the nutrient solution, mineral matter etc. that add in water, this water and soil mixing type farming equipment for convenience of description, is below referred to as water, but do not form the restriction with water in the utility model, meanwhile, deployed soil of can also arranging in pairs or groups in the technical scheme of the application uses together, not have soil or the bad place of soil condition to use, such as, the remote districts such as sentry box, borderland, island.
Drainage channel 132 comprises spilling water passage 1323, drainage gallery 1322 and one or more Liquid level passage 1321.
The top of growing area 120 is communicated with storage area 110 by spilling water passage 1323, the spillway hole 1035 that its one end link plate 103 is arranged at the top of corresponding growing area 120, and the other end connects the lower spillway hole 1036 that end plate 103 is arranged at corresponding storage area 110 place.
The bottom of growing area 120 is communicated with storage area 110 by drainage gallery 1322, the bottom of growing area 120 is provided with groove 1041, drainage gallery 1322 is communicated with by the upper spilled water hole 1033 that end plate 103 is arranged with this groove 1041, and the lower spilled water hole 1034 that the other end is then arranged at corresponding storage area 110 place with end plate 103 connects.
The middle part of growing area 120 is communicated with storage area 110 with the lower Liquid level hole 1032 that end plate 103 is arranged at corresponding storage area 110 place by the upper Liquid level hole 1031 that end plate 103 is arranged by Liquid level passage 1321.A Liquid level passage 1321 is only indicated in this embodiment, Liquid level passage 1321 can be multiple in other embodiments, be separately positioned on the differing heights position of growing area 120, different liquid levels is in control growing area 120, make the growing area 120 of this water and soil mixing type farming equipment can have the water of differing heights, to adapt to different plant growth environment requirements.
In addition, drainage gallery 1322 and Liquid level passage 1321 are provided with valve 140; When watering to plant, valve 140 is in closed condition, water is called in growing area 120 to water to plant from storage area 110 through entering aquaporin 131 by water pump 300, water level constantly raises, when water level is increased to spilling water passage 1323, be back to storage area 110 to ensure that peak level does not overflow from the top of growing area 120 via spilling water passage 1323 drainage.When needing stopping to water, open valve 140 on drainage gallery 1322 so that the water drainage in growing area 120 is back to storage area 110; When needing to keep predetermined water level to basin irrigation, open valve 140 corresponding on one or more Liquid level passage 1321 to control the water level of basining irrigation.
Further, the lower spillway hole 1036 described in embodiment above, lower spilled water hole 1034 and lower Liquid level hole 1032 are independently hole, also above-mentioned lower spillway hole 1036, lower spilled water hole 1034 and lower Liquid level hole 1032 can be set to a shared hole in other embodiments, or certain two hole wherein share, within the scope that those skilled in the art can understand, repeat no more herein.
End plate 103 is provided with blasthole 1037 at the middle part of corresponding growing area 120, and end plate 103 is provided with lower blasthole 1038 at corresponding storage area 110 place, to be communicated with by upper blasthole 1037 to be formed into aquaporin by water pipe with lower blasthole 1038.
Further, planting groove 100 is also provided with the first extension 160 and the second extension 170 in growing area 120, and one end of this first extension 160 is communicated with upper blasthole 1037 and the other end is closed.First extension 160 offers and multiplely emits water hole 1601, water pump 300 by water from storage area 110 through enter aquaporin 131 call in growing area 120 time, water is emerged from the plurality of water hole 1601 that emits, to supply water to growing area 120.
One end of second extension 170 is communicated with upper Liquid level hole 1031, and this second is stretched on pipe 170 and offer multiple backwater hole 1701, and the plurality of backwater hole 1701 emits the contour setting in water hole 1601 with multiple.First extension 160 and the second extension 170 are formed at the junction of side plate 102 and dividing plate 104, and to make the cross section of growing area 120 be step-like, the bottom of planting pot 200 is step-like with this growing area 120 adaptation.Certainly, the quantity of extension is also not limited to two, can according to concrete size design many extensions of planting groove 100 respectively as oral siphon or drainpipe.Will not enumerate herein.
Further, refer to Fig. 6, Fig. 6 is the structural representation of connection box in water and soil mixing type farming equipment in Fig. 1 embodiment, this planting groove 100 also comprises connection box 150, and connection box 150 for assembling two or more sets base plates 101, side plate 102 and dividing plate 104 planting groove 100 forming different length between end plate 103.The structure end face of connection box 150 is H type, and the base plate 101 of both sides, side plate 102 and dividing plate 104 are plugged on the opening two ends of this H type, to be linked together by multistage planting groove 100.Certainly, in other embodiments, the structure of connection box 150 also can be other forms, such as in banded, linked together by multistage planting groove 100, do not limit herein by the mode of riveting or tying up.Visible, this kind of structural design can make water and soil mixing type farming equipment of the present utility model adapt to different places, the adjustable in length of planting groove 100.
Preferably, enter aquaporin 131 and can also comprise weep pipe (not shown), one end of this weep pipe is communicated with lower blasthole 1038, weep pipe is suspended at the top of growing area 120, for carrying out drip irrigation to planting pot 200 implants being located at growing area 120, provide the way selection of multiple irrigating plant.
In addition, storage area 110 can also be provided with juice lever indicator tube (not shown), as the transparent pipe of vertical setting of drawing from storage area, for showing the water yield of storage area.
Refer to Fig. 7, Fig. 7 is the perspective view of planting pot in Fig. 1 embodiment, the appearance profile of this planting pot 200 and growing area 120 inwall of planting groove 100 adapt, the sidewall of planting pot 200 and bottom are provided with multiple permeable hole 201, but this permeable hole 201 can be set to water-permeable and air permeable only native form, and certainly, permeable hole 201 also can be designed as larger hole, filter native net at the saturating gurgling of laid inside one deck of planting pot 200, reach the effect that water-permeable and air permeable is only native equally.The inside of planting pot 200 is for filling soil with serike.Wherein, a planting groove 100 can coordinate multiple planting pot 200 to use.
In addition, the top dual-side of planting pot 200 is along the holding section 202 being also provided with bending, and this holding section 202 coordinates with the edge 1021 of planting groove 100 side top, is suspended in the growing area 120 of planting groove 100 to make this planting pot 200.
Refer to Fig. 8, Fig. 8 is the structural representation sketch of another embodiment of the utility model water and soil mixing type farming equipment, the plurality of water and soil mixing type farming equipment 800 is placed on pond 900, water and soil mixing type farming equipment 800 comprises planting groove and planting pot (not shown) equally, planting pot is placed in planting groove, planting pot is provided with multiple permeable hole, and planting pot is for filling soil with serike.
Wherein, be communicated with by water stream channel 810 between pond 900 and planting groove, water stream channel includes aquaporin and drainage channel, drainage channel is provided with valve (not shown), by water is called in planting groove to water to plant from pond 900 through entering aquaporin, and watered water is made to be back to pond 900 through drainage channel by the valve opened on drainage channel.
In addition, this water and soil mixing type farming equipment 800 can comprise the structure such as weep pipe, water pump, and the part identical with a upper example structure repeats no more herein.
Further with improvement, the water and soil mixing type farming equipment of the embodiment of the present application can also make many planting groove arrays version together, to facilitate transport and management, within the scope of the understanding of those skilled in the art, introduces no longer in detail herein.
The water and soil mixing type farming equipment provided of the utility model embodiment, by arranging structure planting groove and planting pot structure cleverly, make this water and soil cultivating device structure simple, efficient, be convenient to management, various place can be applied to, comprise household balcony, office, sentry post, borderland, island or large-scale growing area etc.In addition, compared to cultivation technique without soil, it can be more balanced, comprehensive to the nutrition that plant provides, and adopt the water circulation method closed, and there is the version of watering of carrying out from bottom basining irrigation, up to 100%, and then can reach the object of fully water saving to the availability of water, market application foreground is wide.
The foregoing is only a kind of embodiment of the present utility model; not thereby protection domain of the present utility model is limited; every utilize the utility model specification and accompanying drawing content to do equivalent device or equivalent flow process conversion; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present utility model.

Claims (10)

1. a water and soil mixing type farming equipment, is characterized in that, comprising:
Planting groove, comprises storage area and growing area, and described storage area is used for water storage;
Planting pot, is placed in described growing area, and described planting pot is provided with multiple permeable hole, and described planting pot is for filling soil with serike;
Wherein, be communicated with by water stream channel between described storage area and described growing area, described water stream channel includes aquaporin and drainage channel, described drainage channel is provided with valve, by water is called in described growing area to water to plant from entering aquaporin described in the warp of described storage area, and watered water is made to be back to described storage area through described drainage channel by the valve opened on described drainage channel.
2. water and soil mixing type farming equipment according to claim 1, is characterized in that, described water and soil mixing type farming equipment also comprises water pump, and described water pump is used for calling in described growing area by entering aquaporin described in the water of described storage area warp.
3. water and soil mixing type farming equipment according to claim 2, it is characterized in that, described drainage channel comprises:
Spilling water passage, is communicated with the top of described growing area with described storage area;
Drainage gallery, is communicated with the bottom of described growing area with described storage area;
One or more Liquid level passage, is communicated with in the middle part of described growing area or many places with described storage area;
Wherein, described drainage gallery, one or more Liquid level passage described are provided with valve;
When watering to described plant, valve is in closed condition, water is called in described growing area to water to described plant from entering aquaporin described in the warp of described storage area, water level constantly raises, and is back to described storage area to ensure that peak level does not overflow when water level is increased to described spilling water passage via the drainage of described spilling water passage;
When needing stopping to water, open valve on described drainage gallery so that the water drainage in described growing area is back to described storage area;
When needing to keep predetermined water level to basin irrigation, open valve corresponding on one or more Liquid level passage described to control to basin irrigation water level.
4. water and soil mixing type farming equipment according to claim 3, it is characterized in that, described planting groove comprises:
Base plate;
Side plate, is connected to the dual-side of described base plate;
End plate, match with the both ends of described base plate and described side plate formation cell body;
Dividing plate, the dual-side of described dividing plate is connected to described side plate, matches with described end plate in the two ends of described dividing plate, and described cell body is divided into described storage area and described growing area by described dividing plate.
5. water and soil mixing type farming equipment according to claim 4, it is characterized in that, described planting groove comprises connection box further, and described connection box is used for, between described end plate, base plate, described side plate, described dividing plate described in two or more sets are assembled the planting groove forming different length.
6. the water and soil mixing type farming equipment according to claim 4 or 5, it is characterized in that, described end plate is provided with spillway hole at the top of the described growing area of correspondence, described end plate is provided with lower spillway hole at correspondence described storage area place, by water pipe, described upper spillway hole, described lower spillway hole is communicated with the described spilling water passage of formation;
Described end plate is provided with spilled water hole in the bottom of the described growing area of correspondence, and described end plate is provided with lower spilled water hole at correspondence described storage area place, by water pipe, described upper spilled water hole, described lower spilled water hole is communicated with the described drainage gallery of formation;
One or the many places of described end plate in the middle part of the described growing area of correspondence are provided with Liquid level hole on one or more, described end plate is provided with lower Liquid level hole at correspondence described storage area place, by water pipe, described upper Liquid level hole, described lower Liquid level hole is communicated with the described Liquid level passage of formation;
Wherein, described lower spillway hole, described lower spilled water hole, described lower Liquid level hole can be independently hole or a shared hole.
7. water and soil mixing type farming equipment according to claim 6, it is characterized in that, described end plate is provided with blasthole at the middle part of the described growing area of correspondence, described end plate is provided with lower blasthole at correspondence described storage area place, by water pipe by described upper blasthole, aquaporin is entered described in the connection of the running water hole is formed, described planting groove is provided with the first extension further in described growing area, described first extension one end is communicated with described upper blasthole and the other end is closed, described first extension offers and multiplely emits water hole, by water from described storage area through described in enter aquaporin call in described growing area time, described water is emerged from described multiple water hole that emits.
8. water and soil mixing type farming equipment according to claim 7, it is characterized in that, described planting groove comprises the second extension further in described growing area, described second extension one end is communicated with described upper Liquid level hole, described second stretches on pipe and offers multiple backwater hole, described multiple backwater hole and describedly multiplely emit the contour setting in water hole, the junction that described first extension and described second extension are formed in described side plate and described dividing plate is step-like to make the cross section of described growing area, step-like in described growing area adaptation of described planting pot.
9. water and soil mixing type farming equipment according to claim 8, it is characterized in that, described in enter aquaporin and comprise weep pipe further, one end of described weep pipe is communicated with the running water hole, described weep pipe is suspended at described growing area top, for carrying out drip irrigation to described plant.
10. a water and soil mixing type farming equipment, it is characterized in that, described water and soil mixing type farming equipment is placed on pond, described water and soil mixing type farming equipment comprises planting groove and planting pot, described planting pot is placed in described planting groove, described planting pot is provided with multiple permeable hole, and described planting pot is for filling soil with serike;
Wherein, be communicated with by water stream channel between described pond and described planting groove, described water stream channel includes aquaporin and drainage channel, described drainage channel is provided with valve, by water is called in described planting groove to water to described plant from entering aquaporin described in the warp of described pond, and watered water is made to be back to described pond through described drainage channel by the described valve opened on described drainage channel.
CN201420806599.3U 2014-12-17 2014-12-17 A kind of water and soil mixing type farming equipment Expired - Fee Related CN204443301U (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105746206B (en) * 2014-12-17 2018-10-02 深圳市同盛绿色科技有限公司 A kind of water and soil mixing type farming equipment

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105746206B (en) * 2014-12-17 2018-10-02 深圳市同盛绿色科技有限公司 A kind of water and soil mixing type farming equipment

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