CN203313898U - System for green organic agricultural planting and cultivation ecological cycle and components thereof - Google Patents
System for green organic agricultural planting and cultivation ecological cycle and components thereof Download PDFInfo
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- CN203313898U CN203313898U CN2013200655714U CN201320065571U CN203313898U CN 203313898 U CN203313898 U CN 203313898U CN 2013200655714 U CN2013200655714 U CN 2013200655714U CN 201320065571 U CN201320065571 U CN 201320065571U CN 203313898 U CN203313898 U CN 203313898U
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Abstract
The utility model provides a system for the green organic agricultural planting and the cultivation ecological cycle and components thereof. The system comprises an aquiculture vessel (1), a first connection pipe (2), a sediment vessel (3), a first temporary storage vessel (5), a first filtering vessel (6), a nitration vessel (7), a second filtering vessel (8), a second temporary storage vessel (9) and plant planting vessels (10). The components comprise the sediment vessel (3), an assembly formed by the first temporary storage vessel (5), the first filtering vessel (6), the nitration vessel (7), the second filtering vessel (8) and the second temporary storage vessel (9), and/or the plant planting vessels (10).
Description
Technical field
The utility model belongs to plant husbandry and aquaculture farm machinery technical field, and particularly, the utility model relates to plantation, the breeding ecological circulatory system and the parts thereof for green organic agricultural.
Background technology
By aquatic (as, non-benthonic animal, as fish) waste water and/or the waste residue that produce carry out Planting Crops, with this circulate plantation and cultivation, the R&D work starting of this technology is morning.For example, Chinese patent discloses fish (shrimp) symbiotic fish (shrimp)-vegetable system for No. 90100155, by breeding fish in water, the water surface and space multistory vegetable soilless culture, yet the implementation detail of the system architecture of this patent is more rough, especially " in the middle of breeding pool, have the fish excrement to collect well; fish excrement and the sewage collected in well are upwards poured into the cultivating groove of the superiors by the sewage pump suction ", the waste water that causes cultivation to produce does not separate with waste residue.
Chinese patent discloses water plants and animal ecology recirculation system for No. 99110087, plantation duckweed class plant in the water plants groove, with the water in the aquatic animal groove, circulated, yet the implementation detail of the system architecture of this patent is more rough, and waste water do not separate with waste residue, be limited to planting aquatic plants.
Chinese patent discloses the photocatalysis-plant cooperated process for purifying water of the water body of breeding fish for No. 200810204130, designed the solid magazine of lautertuns discharge cultivation, utilize containing photocatalysis material of titanium dioxide and process, and then for cultivating plant, yet its efficiency is not high, the low concentration water quality that is mainly used in municipal view is processed, but not large-scale aquaculture/planting industry, and use thereinly promotes also costliness too containing photocatalysis material of titanium dioxide for large-scale aquaculture/planting industry.
Chinese patent discloses vegetables and fish Aquaponics facility for producing for No. 200880123138, wherein except more conventional cultivation and cultivation unit, also comprise making for collecting the moisture of plant transpiration of condenser pipe, efficiency is not high in fact for this, and the meaning of attending trifles and neglect essentials is even arranged.
But Chinese patent discloses device and implementation method that efficient circulation is utilized aquaculture for No. 200910037806, comprise plant cultivation floating bed, microorganism cultivation intermediate layer and bottom sounding board, yet the plant cultivation amount in this patent be limited to the plant cultivation floating bed can be floating coverage of water, the cultivation efficiency of its apparatus structure is not high yet.
Chinese patent discloses the removal method of organic granular and nutritive salt in the closed cycling aquaculture water for No. 201010103123, mainly utilize the not good plants of economy such as algae or perennial ryegrass, and corresponding construction also is only suitable for aquaculture water day internal circulating load in the situation of 10 times of left and right.
Chinese patent discloses the double-layer fish and vegetable symbiotic industrial circulating water cultivating system No. 201010138335, the water that wherein all cultivation produce all enters the watercress water planting by biofilter and supports device, then carry out the water quality bar and join, then the culturing pool that refluxes, this can cause efficiency not good.
Chinese patent discloses zero-emission fish dish alternate EGR for No. 201120090260, has adopted comparatively common apparatus structure, and lacks the details of implementing.
Although so many technology is arranged, this kind equipment fails to promote the use of in China all the time.Trace it to its cause, the inventor studies for a long period of time and finds to mainly contain two, at first be to lack implementation detail, equipment such as collection, blowdown is mentioned once, if design and improve in reality, the perhaps insufficient water-quality deterioration that causes of blowdown, or discharge too much water body and need to supplement, the original idea of circulation lost; Secondly, can't the active balance microorganism and plant to the different catharsis of water body; Again, be also prior, production efficiency is not high, and input/output ratio is too high, loses often (the pumping electric weight that circulates required can't be economized), has lost the source of profit of Industry Promotion for environment-protective circulating.
The inventor passes through for a long time and painstaking efforts, by studying in great detail of the cost to industry and output and each link, at first abandoned and saved pumping electric power and slow down the conventional way of circulation (because it can reduce the circulation flux, the inefficiency that causes plantation/cultivation, especially the inefficiency cultivated), the guiding theory that adopts high circulation flux to process, coordinate a series of corrective measures that surmount the device/modular construction of prior art, balance microorganism and plant are to the different catharsis of water body and improve efficiency of energy utilization, developed the plantation for green organic agricultural, the breeding ecological circulatory system, green, the organic farming plantation, the breeding ecological circulatory system, on the basis that reaches the environmental requirements such as water inner loop, the requirement that economically can actual sustainable popularization that made input/output ratio reach.
Summary of the invention
The technical problems to be solved in the utility model has been to provide new plantation, the breeding ecological circulatory system, green, organic farming plantation, the breeding ecological circulatory system, it can be for green organic agricultural, and new plantation, the parts of culture circulation system are provided, green, the parts of organic farming plantation, the breeding ecological circulatory system.
Particularly, the utility model provides plantation and culture circulation system, and it comprises and it is characterized in that have discharge outlet aquaculture container (1) and the planting container for plant (10) of (14), and it comprises,
Precipitation vessel (3), its top has lower than the discharge outlet of the water surface of aquaculture container (1) (12) (34) and has the water inlet (35) lower than the water surface (12) of aquaculture container (1), and its water inlet (35) is communicated with the discharge outlet (14) of aquaculture container (1) by the first tube connector (2);
The first temporary container (5), its top is communicated with the discharge outlet (34) of precipitation vessel (3), and its underpart has discharge outlet (51), and its discharge outlet (51) is communicated with the bottom of the first filtering container (6);
The first filtering container (6), its top has lower than the discharge outlet of the water surface of aquaculture container (1) (12) (63), and its discharge outlet (63) is communicated with nitrated container (7) top, and its within loading filter filler (61);
Nitrated container (7), its underpart has discharge outlet (73), and its discharge outlet (73) is communicated with the second filtering container (8) bottom, and its within loads cultivation ball (71) and/or active carbon;
The second filtering container (8), its top has lower than the discharge outlet of the water surface of aquaculture container (1) (12) (83), and its discharge outlet (83) and the second temporary container (9) top is communicated with, and its within loading filter filler (81); With,
The second temporary container (9), it carries water by the second tube connector (11) to aquaculture container (1), carry water by the 3rd tube connector (91) to planting container for plant (10), and receive the water from planting container for plant (10) by the 4th tube connector (92).
In this article, system of the present utility model is named as the AOS green, organic farming plantation, the breeding ecological circulatory system.Wherein, " AOS " is the abbreviation of Aqua Organic System, is the general designation of green organic system.The system of utility model of the present invention, for agricultural planting, cultivation, has been accomplished recycling of water body and water-soluble plantation, breeding waste, for green and/or organic farming provide the foundation.
In addition, the utility model also provides all parts of said system.These parts can be used for manufacturing system of the present utility model, also can be for the manufacture of other plantations and culture circulation system.
In this article, as illustrated without contrary, " first ", " second " ... vocabularys such as " the 5 " shows that referred to parts are positioned at diverse location, but the function of referred to parts, material etc. is not played to the restriction effect.For example, tetrad is taken over and is all and plays the function that is connected and carries water body with the 3rd tube connector, can use identical or different material to be prepared from, but their position is different.
In this article, explanation as contrary as nothing, in this article, understanding can be known to those skilled in the art in words such as " ”He“ bottoms, top ", but for the sake of clarity, " top " can refer to the ，“ bottom, position of the above part of respective objects mid-height " can refer to that respective objects refers to the position of the following part of mid-height.
In this article, explanation as contrary as nothing, in this article, " lower than " and " a little less than " etc. word can know to those skilled in the art understanding, but for the sake of clarity, " lower than " refer to that level height is lower, and " a little less than " refer to the lower 1-30cm of level height, 2-20cm preferably, as 5-10cm.
In this article, explanation as contrary as nothing, " aquatic products " or " aquatic products " refers to has the aquatic biological that cultivation is worth, and is preferably the aquatic biological of dwelling at the non-end, and as fish, in preferred aquatic products Cultivation container (1), the aquatic products of cultivation are non-benthonic aquatic products, as fish.The feed of aquatic biological all can be bought from the market.
In this article, as illustrated without contrary, the shape of " container " is generally cube or cylinder." container " and other pipelines can be used cement, stainless steel, plastics or other suitable current materials to make, and these are usually the same with pump and valve, can buy from the market.
In system of the present utility model, " container " can have lid, also can not cover.In system of the present utility model, (aquaculture container (1) preferably, because this container itself needs to drop into feed to have a container at least; Can be also the first temporary container (5) and/or the second temporary container (9), throw and cause the local pH out of control to aquaculture container (1) because can avoid directly) lid or lid can not opened, thereby can supplement because of water that evaporation and biological growth etc. consume, trace element (as, magnesium nitrate) and/or drop into pH adjusting agent (as, acid or alkali, for example hydrochloric acid or NaOH, and for example dipotassium hydrogen phosphate and/or potassium dihydrogen phosphate), to maintain the environment that is suitable for the aquatic biological growth.
In system of the present utility model, aquaculture container (1), the first tube connector (2), precipitation vessel (3), the first temporary container (5), the first filtering container (6), nitrated container (7), the bottom surface of the second filtering container (8) and/or the second temporary container (9) can be on the same level position on, also can be not on the same level position, preferred aquatic products Cultivation container (1), the first tube connector (2), the first temporary container (5), the first filtering container (6), the bottom surface of nitrated container (7) and the second filtering container (8) is on the same level position, the bottom surface (or base angle) of precipitation vessel (3) not with the bottom surface of aquaculture container (1) on the same level position, more preferably the bottom surface (or base angle) of precipitation vessel (3), lower than the bottom surface of aquaculture container (1), so more is conducive to collecting precipitation, and/or the second temporary container (9) can be with the bottom surface of aquaculture container (1) on the same level position, can be not yet with the bottom surface of aquaculture container (1) on the same level position, as the bottom surface lower than aquaculture container (1).
Study discovery through the inventor, aquatic products (as, fish) feed have many can be floating or suspend and exist, the metabolism residue that affects water quality mostly is precipitation, therefore preferably in system of the present utility model, the water inlet (35) of precipitation vessel (3) is communicated with the discharge outlet (14) of aquaculture container (1) bottom by the first tube connector (2), that is to say, aquaculture container (1) bottom has discharge outlet (14).Like this, can avoid the waste of feed as far as possible, and the efficiency of increasing water quality and purifying.
The first temporary container (5) can closely be connected with precipitation vessel (3), and the first temporary container (5) has shared chamber wall with precipitation vessel (3), and the discharge outlet (34) of precipitation vessel (3) can be positioned on this chamber wall.Yet, study discovery through the inventor, because precipitation vessel (3) is the maximum parts of build up of dirt in whole system, its maintenance, frequency of maintenance are greater than miscellaneous part, and asynchronous with miscellaneous part, therefore preferably in system of the present utility model, the first temporary container (5) top is communicated with the discharge outlet (34) of precipitation vessel (3) by the 5th tube connector (4).Like this, adopt independently the 5th tube connector (4), the 5th tube connector (4) that especially can be opened and closed can conveniently be isolated precipitation vessel (3) from system.So, also preferably on the 5th tube connector (4), be provided with valve (41).
Through inventor's research, adopt the filtration of antigravity direction can more effectively filter removing deleterious particle type impurity, so the discharge outlet (51) of the first temporary container (5) is communicated with the bottom of the first filtering container (6).The discharge outlet (51) of the first temporary container (5) can be communicated with the bottom of the first filtering container (6) by tube connector, yet, through the inventor, design, can more effectively utilize space, therefore preferably in system of the present utility model, the first temporary container (5) closely is connected with the first filtering container (6), and the first temporary container (5) has shared chamber wall (52) with the first filtering container (6).Also preferably wherein, the discharge outlet (51) of the first temporary container (5) is the opening on chamber wall (52).
Preferably, in system of the present utility model, the first filtering container (6) top has the discharge outlet (34) lower than precipitation vessel (3)) discharge outlet (63).
The discharge outlet (63) of the first filtering container (6) can be communicated with nitrated container (7) top by tube connector.Yet, through inventor's design, can more effectively utilize space, therefore preferably in system of the present utility model, the first filtering container (6) closely is connected with nitrated container (7), and the first filtering container (6) has shared chamber wall (62) with nitrated container (7).Also preferably wherein, the discharge outlet (63) of the first filtering container (6) is the overfall formed by the reduction of chamber wall (62) top.
The filtration studies of the same antigravity direction based on the inventor, the discharge outlet (73) of nitrated container (7) can be communicated with the second filtering container (8) bottom by tube connector.And, through the inventor, design more effectively to utilize space equally, can be preferably in system of the present utility model, nitrated container (7) closely is connected with the second filtering container (8), be that nitrated container (7) has shared chamber wall (72) with the second filtering container (8), also preferably wherein, the discharge outlet (73) of nitrated container (7) is the opening on chamber wall (72).
Preferably in system of the present utility model, the second filtering container (8) top has lower than the discharge outlet (34) of precipitation vessel (3) or lower than the discharge outlet (83) of the discharge outlet (63) of the first filtering container (6).
The discharge outlet (83) of the second filtering container (8) can be communicated with the second temporary container (9) top by tube connector.Yet, through inventor's design, can more effectively utilize space, therefore preferably in system of the present utility model, the second filtering container (8) closely is connected with the second temporary container (9), and the second filtering container (8) has shared chamber wall (82) with the second temporary container (9).Also preferably wherein, the discharge outlet (83) of the second filtering container (8) is the overfall formed by the reduction of chamber wall (82) top.
In system of the present utility model, can be provided with pump and/or valve (21) on the first tube connector (2).Study discovery through the inventor, the first tube connector (2) is not if siphon pipe with respect to the more difficult obstruction of common pipeline, but also can arrange pump, thereby reduce costs.Therefore, preferably, in system of the present utility model, the first tube connector (2) is that (that is, the highest point of this pipe is higher than the water surface (12) of aquaculture container (1) for siphon pipe, but not higher than 10m), further preferably the first tube connector (2) is siphon pipe and pump is not set.In addition, for siphon pipe, valve (21) can be set, thereby be convenient to precipitation vessel (3) is kept apart.
Study discovery through the inventor, although be provided with precipitation vessel (3) in system, but because the high-density breeding aquatic products are high to the water circulation processing requirements, therefore sometimes (as, the concentrated defecation of a period of time after the concentrated feeding of fish), when in water, dirt content is high, can have little time to be deposited to the bottom of precipitation vessel (3), and flow directly into the discharge outlet (34) of precipitation vessel (3), bring pressure on the one hand the water circulation processing of back, easily stop up on the other hand the discharge outlet (34) of precipitation vessel (3).Therefore through the inventor, design, preferably in system of the present utility model, the water inlet (35) of precipitation vessel (3) is lower than the discharge outlet (34) of precipitation vessel (3), and filter screen (31) is located to arrange higher than water inlet (35) and lower than discharge outlet (34) in precipitation vessel (3) inside.Like this, can effectively avoid the problems referred to above.Filter screen (31) can be dismountable, thereby is convenient to safeguard cleaning.
Precipitation vessel (3) bottom can have the sewage draining exit of the switching of allowing.Like this, open sewage draining exit, the dirt that is deposited in bottom can be cleared up to the external world.Yet, study discovery through the inventor, if sewage draining exit arranges too lowly, as be arranged on the bottom surface of precipitation vessel (3), open sewage draining exit and cleared up in the system operation, because hydraulic pressure is excessive, cleaning operation is very inconvenient; And if arrange highlyer, precipitation vessel (3) bottom will accumulate dirt and be difficult to cleaning, long-term use will cause the capacity minimizing of precipitation vessel (3).Therefore through the inventor, design, preferably in system of the present utility model, precipitation vessel (3) bottom presents collapsed shape gradually, and precipitation vessel (3) inner lower has the cover (32) facing to center of compression, and on cover (32), the blow-off pipe (33) that can be in communication with the outside is set.Like this, dirt and being not easy in bottom accumulation, and can avoid the excessive problem of hydraulic pressure.Usually, be provided with valve (331) on blow-off pipe (33).In addition, with the equipment of prior art hanker after the equipment that does process the cleaning to the enlightenment of extraneous dirt, completely contradict, through the inventor, study, due to the current of dirt (or sediments) through circulation, be all basically non-water-soluble components, low for the trophic level of plant, economy and the technological value do not processed again, the directly filler of as fertilizer sources, agricultural chemicals or feed use after collection, and do not processed, so the external world is not provided for processing this sedimental sewage processing equipment.So preferably the external world of blow-off pipe (33) does not arrange sewage processing equipment.
Preferably in system of the present utility model, be provided with the filter screen that filter packing (61) for preventing the first filtering container (6) enters the first temporary container (5) on the discharge outlet (51) of the first temporary container (5).
The filter packing (61) of the first filtering container (6) can comprise rubble and/or active carbon.Study discovery through the inventor, in order to obtain better filter effect, preferably, in system of the present utility model, the filter packing (61) of the first filtering container (6) comprises rubble and active carbon, more preferably comprises successively rubble and active carbon from bottom to top.
In this article, rubble can be gravel and/or cobblestone, and general diameter is at 1 ~ 5cm.In addition in this article, because active carbon easily flows with current, therefore usually it is wrapped in gauze bag and uses, in case of necessity, can add rubble so that it is more stable in bag.
In this article, the cultivation ball is the water treatment facilities that use in aquaculture well-known to those skilled in the art, for nitrifying bacteria provides on its surface or inside the place be installed with.The cultivation ball can be own without nitrifying bacteria, and by self-assembling formation after cultivation a period of time; Also can implant in advance nitrifying bacteria.In addition, it is also useful adding a little active carbons in the cultivation ball.These cultivation balls all can be bought from the market.In the specific embodiment of the present invention, the cultivation ball can be purchased from inscription peak, Zhejiang.In order to promote nitrated to water body of nitrifying bacteria, preferred nitrated container (7) inside passes into the first breather pipe (74).Can pass into air or oxygen like this, promote that nitrifying bacteria metabolism and growth on the cultivation ball is nitrated.
Preferably in system of the present utility model, be provided with the filter screen that cultivation ball (71) and/or the active carbon of filter packing (81) for preventing the second filtering container (8) and nitrated container (7) exchange on the discharge outlet (73) of nitrated container (7).
The filter packing (81) of the second filtering container (8) can comprise rubble and/or active carbon.Yet study discovery through the inventor, only need to use a rubble just can meet well the processing requirements of this step, so preferably in system of the present utility model, the filter packing (81) of the second filtering container (8) comprises rubble and do not comprise active carbon.
In system of the present utility model, be provided with pump (111) and/or valve on the second tube connector (11), preferably be provided with pump (111) and valve is not set, more preferably wherein pump (111) is high power pumps, be that its specification (power) water body in aquatic products Cultivation container (1) that can per hour circulate is greater than 0.5 time, be preferably greater than 1 time, more preferably greater than 2 times, as 3 ~ 5 times.Study discovery through the inventor, thereby the high flow capacity of water body circulation is the key that can high-density breeding produces enough economic benefits, thus pump (111) generally do not close, thereby also without valve.The high flow capacity circulation of water body has brought enough oxygen for water body, so aquaculture container (1) can not arrange the second breather pipe (13); Certainly in order to prevent pump (111) fault, need to meet an urgent need, aquaculture container (1) inside also can pass into the second breather pipe (13).
Study discovery through the inventor, the water yield of carrying to planting container for plant (10) is without too high.Therefore in system of the present utility model, be provided with pump (911) and/or valve (912) on the 3rd tube connector (91), preferably be provided with pump (911) and valve (912); And/or, be provided with pump (921) and/or valve (922) on the 4th tube connector (92), preferably be provided with pump (921) and valve (922).The switch of pump and valve can be regulated the water yield of carrying to planting container for plant (10).The water yield of carrying to planting container for plant (10) can soak the porous particle (101) in planting container for plant (10), as wetting as the flowing water with 0.5 ~ 5L/ minute flow velocity, preferably wetting with the flowing water of 1 ~ 3 L/ minute flow velocity, more preferably wetting with the flowing water of 2L/ minute flow velocity.
Preferably, in system of the present utility model, planting container for plant (10) is one or more planting grooves, is more preferably one or more downward-sloping planting grooves, as one or more downward-sloping planting grooves with corner preferably.In this article, groove has the conventional implication of understanding of the public, with the container of long crack or opening, plant can be from crack or opening part grow out.Planting container for plant (10) within filling porous particle (101), preferably haydite, wherein without soluble nitrogen, phosphorus, potassium, just provide the attachment of taking root and keep moisture for plant.
In sum, the utility model provides following green, organic farming plantation, the breeding ecological circulatory system and parts thereof:
In first aspect, the utility model provides green, the parts of organic farming plantation, the breeding ecological circulatory system, and it is precipitation vessel (3), it is characterized in that,
Its top has discharge outlet (34) and water inlet (35), and its water inlet (35) is lower than its discharge outlet (34), and filter screen (31) is located to arrange higher than water inlet (35) and lower than discharge outlet (34) in its inside.
Preferably the parts of the utility model first aspect, is characterized in that, its underpart presents collapsed shape gradually, and its inner lower has the cover (32) facing to center of compression, and on cover (32), the blow-off pipe (33) that can be in communication with the outside is set.
The parts of further preferred the utility model first aspect, is characterized in that, wherein on blow-off pipe (33), is provided with valve (331).
In second aspect, the utility model provides green, the parts of organic farming plantation, the breeding ecological circulatory system, it comprises the first temporary container (5), the first filtering container (6), nitrated container (7), the second filtering container (8) and the second temporary container (9), it is characterized in that, wherein
The first temporary container (5) can receive water (opening and/or the pipeline that as had, can receive water), and its underpart has discharge outlet (51), water can be entered to the first filtering container (6);
The first filtering container (6) can loading filter filler (61), and its top has discharge outlet (63), water can be entered to nitrated container (7);
Nitrated container (7) can load cultivation ball and/or active carbon, and its underpart has discharge outlet (73), water can be entered to the second filtering container (8);
The second filtering container (8) can loading filter filler (81), and its top has the discharge outlet (83) lower than the discharge outlet (63) of the first filtering container (6), water can be entered to the second temporary container (9); With,
The second temporary container (9) can export water (as, there is opening and/or the pipeline that can export water).
Preferably the parts of the utility model second aspect are comprised of with the second temporary container (9) the first temporary container (5), the first filtering container (6), nitrated container (7), the second filtering container (8).
Preferably the parts of the utility model second aspect, is characterized in that, wherein,
The first temporary container (5) closely is connected with the first filtering container (6), the first temporary container (5) has shared chamber wall (52) with the first filtering container (6), and the discharge outlet (51) of the first temporary container (5) is the opening on chamber wall (52);
The first filtering container (6) closely is connected with nitrated container (7), the first filtering container (6) has shared chamber wall (62) with nitrated container (7), and the discharge outlet (63) of the first filtering container (6) is the overfall formed by the reduction of chamber wall (62) top;
Nitrated container (7) closely is connected with the second filtering container (8), and nitrated container (7) has shared chamber wall (72) with the second filtering container (8), and the discharge outlet (73) of nitrated container (7) is the opening on chamber wall (72); And/or,
The second filtering container (8) closely is connected with the second temporary container (9), the second filtering container (8) has shared chamber wall (82) with the second temporary container (9), and the discharge outlet (83) of the second filtering container (8) is the overfall formed by the reduction of chamber wall (82) top.
The parts of further preferred the utility model second aspect, is characterized in that, wherein,
Be provided with the filter screen that filter packing (61) for preventing the first filtering container (6) enters the first temporary container (5) on the discharge outlet (51) of the first temporary container (5);
The filter packing (61) of the first filtering container (6) comprises rubble and/or active carbon, preferably includes rubble and active carbon, more preferably comprises rubble and active carbon from bottom to top;
Nitrated container (7) inside passes into the first breather pipe (74);
Be provided with the filter screen that cultivation ball (71) and/or the active carbon of filter packing (81) for preventing the second filtering container (8) and nitrated container (7) exchange on the discharge outlet (73) of nitrated container (7); And/or,
The filter packing (81) of the second filtering container (8) comprises rubble and/or active carbon, preferably includes rubble and does not comprise active carbon.
In the third aspect, the utility model provides green, the parts of organic farming plantation, the breeding ecological circulatory system, it is the planting container for plant (10) of within filling porous particle (101), it is characterized in that, it is the planting groove, and preferably downward-sloping planting groove, be more preferably one or more downward-sloping planting grooves with corner; Also preferred plant planting container (10) within loads haydite.
Aspect comprehensive, the utility model provides green, organic farming plantation, the breeding ecological circulatory system, it comprises the have discharge outlet aquaculture container (1) of (14), it is characterized in that, it also comprises, the parts of the parts of the utility model first aspect, the utility model second aspect and the parts of the utility model third aspect.
The system of the aspect that preferred the utility model is comprehensive, is characterized in that, wherein,
The discharge outlet (34) of precipitation vessel (3) is lower than the water surface (12) of aquaculture container (1), and the water inlet (35) of precipitation vessel (3) is lower than the water surface (12) of aquaculture container (1), and the water inlet (35) of precipitation vessel (3) is communicated with (preferably the water inlet (35) of precipitation vessel (3) is communicated with the discharge outlet (14) of aquaculture container (1) bottom by the first tube connector (2)) by the first tube connector (2) with the discharge outlet (14) of aquaculture container (1);
The top of the first temporary container (5) is communicated with (preferably the top of the first temporary container (5) is communicated with the discharge outlet (34) of precipitation vessel (3) by the 5th tube connector (4)) with the discharge outlet (34) of precipitation vessel (3);
The discharge outlet (63) of the first filtering container (6) is lower than the water surface (12) of aquaculture container (1), preferably lower than the discharge outlet (34) of precipitation vessel (3); And/or,
The second temporary container (9) is carried water by the second tube connector (11) to aquaculture container (1), and the second temporary container (9) is carried water by the 3rd tube connector (91) to planting container for plant (10), and receives the water from planting container for plant (10) by the 4th tube connector (92).
The system of the aspect that further preferred the utility model is comprehensive, is characterized in that, wherein,
Be provided with pump and/or valve (21) on the first tube connector (2), preferably it is siphon pipe and pump is not set, and more preferably it is siphon pipe and valve (21) is set;
Be provided with valve (331) on the blow-off pipe (33) of precipitation vessel (3), preferably the external world of blow-off pipe (33) does not arrange sewage processing equipment;
Be provided with valve (41) on the 5th tube connector (4);
Be provided with pump (111) and/or valve on the second tube connector (11), preferably be provided with pump (111) and valve is not set, more preferably wherein pump (111) is high power pumps;
Be provided with pump (911) and/or valve (912) on the 3rd tube connector (91), preferably be provided with pump (911) and valve (912);
Be provided with pump (921) and/or valve (922) on the 4th tube connector (92), preferably be provided with pump (921) and valve (922); And/or,
Aquaculture container (1) inside passes into the second breather pipe (13), or the second breather pipe (13) is not set.
In system of the present utility model, in aquaculture container (1), cultivation density can be greater than 10kg/m
3Water body, be preferably greater than 20 kg/m
3Water body, more preferably greater than 30 kg/m
3Water body, be preferably 35 ~ 100kg/m
3Water body, as 50 ~ 75kg/m
3Water body.In the specific embodiment of the present invention, every m in aquaculture container (1)
3Water body can cultivate 50 ~ 100 carps or Tilapia mossambica.
The cultivation density of prior art is low, and the plant nutrient substance concentration in water body is low, therefore can be few for the planting amount of supporting, be difficult to application in practice.And in the situation that high-density breeding of the present invention (the plant nutrient substance concentration that corresponding aquatic biological metabolism produces is higher), 1m in aquaculture container (1)
3Plantation amount (that is, the 1m of 100 ~ 3000kg plant in corresponding planting container for plant (10) is measured in the cultivation of water body
3In the time of aquifer cultivation, can supply plant growth, the phytomass that grows up to 100 ~ 3000kg with final maturation), the plantation amount of 500 ~ 2000kg plant in preferred corresponding planting container for plant (10), more preferably the plantation amount of 800 ~ 1500kg plant in corresponding planting container for plant (10).Planting container for plant (10) can planting vegetable and/or fruit, preferably plants leaf vegetables (as, Chinese cabbage), also the preferred fruit of plantation such as strawberry.
Use the flow process of system of the present utility model to comprise, in aquaculture container (1), the water of aquaculture product is successively through precipitation, first filters, the processing such as nitrated and the second filtration, then, first's water directly is transmitted back in aquaculture container (1), after planting container for plant (10) planting plants of second portion current through being filled with porous particle (101), be transmitted back to again in aquaculture container (1), the overall flow rate that wherein is transmitted back to the water in aquaculture container (1) is greater than 0.5 time for water body in the aquatic products Cultivation container (1) that per hour circulates, be preferably greater than 1 time, more preferably greater than 2 times, as 3 ~ 5 times.
And the water yield of the planting container for plant of flowing through (10) planting plants needn't be too high.For example, the water yield that the water yield planting container for plant (10) of planting container for plant (10) planting plants of flowing through is carried can soak the porous particle (101) in planting container for plant (10), as wetting as the flowing water with 0.5 ~ 5L/ minute flow velocity, preferably wetting with the flowing water of 1 ~ 3 L/ minute flow velocity.
First filters with rubble and/or activated carbon filtration, more preferably uses rubble and activated carbon filtration, as preferably used successively rubble and activated carbon filtration.
Second filters with rubble and/or activated carbon filtration, more preferably with rubble, filters.
Like this, in aquaculture container (1), cultivation density can be greater than 10kg/m
3Water body, be preferably greater than 20 kg/m
3Water body, more preferably greater than 30 kg/m
3Water body, be preferably 35 ~ 100kg/m
3Water body, as 50 ~ 75kg/m
3Water body.Thereby in the situation that corresponding high-density breeding, can support the height plantation amount of plant.
In this article, (plant) plantation amount is that phytomass maybe can gather in plant growth cycle end maturation the time calculates.1m in aquaculture container (1)
3Plantation amount (that is, the 1m of 100 ~ 3000kg plant in corresponding planting container for plant (10) is measured in the cultivation of water body
3In the time of aquifer cultivation, can supply plant growth, the phytomass that grows up to 100 ~ 3000kg with final maturation), the plantation amount of 500 ~ 2000kg plant in preferred corresponding planting container for plant (10), more preferably the plantation amount of 800 ~ 1500kg plant in corresponding planting container for plant (10).
The beneficial effect that the utility model is obtained is, water body circulates in aquaculture and/or planting, except needs supplement the water dissipated on a small quantity, has reached the environmental requirement that recycles water body, both greatly reduce the consumption of water, also greatly reduced the discharge of sewage simultaneously; System of the present utility model can be carried out highdensity aquaculture, can support the planting of high plantation amount simultaneously, cultivation amount and plantation amount have significantly been improved, and the closure due to system of the present utility model, therefore can avoid polluting invading, make green organic agricultural be implemented, except social benefits such as views, also can obtain good economic benefit; The energy consumed (electric weight) is cultivation and planting benefit relatively, reached the sustainable level of applying, this has benefited from the raising of cultivation amount and plantation amount and the income of green organic agricultural on the one hand, also has benefited from the other hand the innovative design of a large amount of detail sections of system of the present utility model.
For the ease of understanding, below will the utility model be described in detail by concrete drawings and Examples.It needs to be noted, instantiation and accompanying drawing are only in order to illustrate, do not form the restriction to the utility model scope.Obviously those of ordinary skill in the art can illustrate according to this paper, in scope of the present utility model, the utility model is made to various corrections and change, and these corrections and change are also included in scope of the present utility model.In addition, the utility model has been quoted open source literature, these documents are also in order more clearly to describe the utility model, and their full text content is all included the utility model in and carried out reference, just look like they full text in the utility model specification repeated description excessively the same.
The accompanying drawing explanation
Fig. 1 has shown that the part of the utility model plantation and culture circulation system forms (containing the parts of the utility model first aspect).
Fig. 2 has shown that the part of the utility model plantation and culture circulation system forms (containing the parts of the utility model second aspect).
Fig. 3 has shown that the part of the utility model plantation and culture circulation system forms (containing the parts of the utility model third aspect).
Embodiment
Below by exemplary embodiment, be illustrated, wherein feed of the material of each parts, cultivation etc. all can be bought by market.
The formation of embodiment 1 plantation of the present utility model and the breeding ecological circulatory system and parts thereof
As Figure 1-3, it comprises with lower component and formation and type of attachment the structure of plantation of the present utility model and culture circulation system:
Aquaculture container 1: aquaculture container 1 has discharge outlet 14 close to the bottom of bottom; In addition, aquaculture container 1 inside can pass into the second breather pipe 13, for to water body, passing into air or oxygen, but also the second breather pipe 13 can be set;
The first tube connector 2: precipitation vessel 3 water inlets 35 are communicated with the discharge outlet 14 of aquaculture container 1 by the first tube connector 2; The first tube connector 2 is siphon pipe (wherein highest point higher than the water surface 12 of aquaculture container 1), and valve 21 is set with coutroi velocity and flow, but the first tube connector 2 does not arrange pump;
Precipitation vessel 3: precipitation vessel 3 tops have the water surface 12 that should be when coming into operation a little less than the chamber wall height of the obvious aquaculture container 1 of water surface 12(of aquaculture container 1, in addition, the height of other each walls of a container particularly points out as non-, the water surface 12 that also should be when coming into operation) discharge outlet 34 and lower than the water inlet 35 of the discharge outlet 34 of precipitation vessel 3, precipitation vessel 3 inside arrange filter screen 31 higher than water inlet 35 and lower than discharge outlet 34 places, to prevent that the following large granular impurity that must reach precipitation from flowing directly into (and may stop up) discharge outlet 34, although not necessarily, filter screen 31 preferably can open and close, thereby conveniently fishes for (cleaning) floating thing, precipitation vessel 3 bottoms present gradually collapsed shape (as, inverted taper or reverse pyramid), and precipitation vessel 3 inner lower have the cover 32 facing to the collapsed shape center, and cover on 32 the blow-off pipe 33 that can be in communication with the outside is set, and preferably on blow-off pipe, be provided with valve 331, the sediments receipts Water Pressure at Open valve 331 after-contraction shape centers is filled with and enters in cover 32 and flow to the external world (because sediments is non-water-soluble components by blow-off pipe 33, trophic level for plant is low, therefore the external world is not provided for processing this sedimental sewage processing equipment, this sediments direct as fertilizer sources after collecting, the filler of agricultural chemicals or feed is used),
The temporary container of the 5th tube connector 4: the first 5 tops are communicated with the discharge outlet 34 of precipitation vessel 3 by the 5th tube connector 4; Be provided with valve 41 with coutroi velocity and flow on the 5th tube connector 4, but the 5th tube connector 4 does not arrange pump;
The temporary container 5 of the first temporary container 5: the first has shared chamber wall 52 with the first filtering container 6, and chamber wall 52, is communicated with for the bottom with the first filtering container 6 as the first discharge outlet 51 of keeping in container 5 close to the bottom upper shed of bottom; Be provided with filter screen on discharge outlet 51, for the gauze bag of the rubble that prevents the first filtering container 6 and coating active charcoal, enter the first temporary container 5;
The first filtering container 6: the first filtering container 6 has shared chamber wall 62 with nitrated container 7, chamber wall 62 tops are reduced to the discharge outlet 34 a little less than precipitation vessel 3, thereby form the discharge outlet 63 of overfall as the first filtering container 6, for being communicated with nitrated container 7 tops; The first filtering container 6 inside are loaded rubble and active carbon from bottom to top successively, its medium stone can be loaded into the discharge outlet of the first temporary container 5 more than 51, in addition in order to prevent that active carbon from stopping up discharge outlet, therefore active carbon can, with one or more gauze bag parcels, also can be placed rubble with ballast in gauze bag;
Nitrated container 7: nitrated container 7 withins load cultivation balls 71, and the mineralized nitrogen bacterium by load on cultivation ball 71 is by the Ammonia Nitrification in water body; In order to increase the transformation efficiency of mineralized nitrogen bacterium, nitrated container 7 inside can pass into the first breather pipe 74, in order to improve dissolved oxygen; Nitrated container 7 and the second filtering container 8 have shared chamber wall 72, chamber wall 72 is the discharge outlet 73 as nitrated container 7 close to the bottom upper shed of bottom, for being communicated with the second filtering container 8 bottoms, and be provided with filter screen on the discharge outlet 73 of nitrated container 7, for the filter packing 81 that prevents the second filtering container 8 and the cultivation ball 71 of nitrated container 7, alter mutually;
The second filtering container 8: the second filtering container 8 and the second temporary container 9 have shared chamber wall 82, chamber wall 82 62 tops are reduced to the discharge outlet 63 a little less than the first filtering container 6, thereby form the discharge outlet 83 of overfall as the first filtering container 8, for being communicated with the second temporary container 9 tops; The inner filling rubble of the second filtering container 8, and do not load active carbon;
The temporary container 9 of the second temporary container 9: the second does not arrange the second tube connector 11 of valve and carries water to aquaculture container 1 by being provided with pump 111, wherein pump 111 is high power pumps, and in the aquatic products Cultivation container 1 that can per hour circulate, water body is 3 ~ 5 times; The second temporary container 9 is carried water to planting container for plant 10 with 0.5 ~ 5L/ minute flow velocity by the 3rd tube connector 91 that is provided with pump 911 and valve 912; And, the water that the second temporary container 9 receives from planting container for plant 10 by the 4th tube connector 92 that is provided with pump 921 and valve 922, wherein pump 911 and pump 921 can only need to maintain whole moistening the getting final product of porous particle 101 of planting container for plant 10 inner fillings, and general flow velocity gets final product at 2L/min; With,
Planting container for plant 10: planting container for plant 10 is a plurality of downward-sloping planting grooves with corner, downward-sloping angle be 3 degree to 20 degree, within is filled with fictile porous particle 101.
The method of embodiment 2 plantation of the present utility model and cultivation circulation
Implement green, organically ecological circulation plantation and cultivation with the plantation as embodiment 1 and culture circulation system, particularly:
Use plantation and the culture circulation system of embodiment 1, at first each container is filled with to water, then in the situation that each valve opening except the valve 331 of blow-off pipe 33 is pressed the long demand throwing of sashimi (raw fish) conventional feed with high density (50 ~ 75kg/m in aquaculture container 1
3water body) cultivation fish (as, Tilapia mossambica or carp, approximately 100/m
3water body), simultaneously, water in aquaculture container 1 enters precipitation vessel 3 by the first connector 2, then enter the first temporary container 5 by the 5th tube connector 4, then antigravity direction adverse current is advanced the first filtering container 6 and is filtered for the first time, then overflow enters nitrated container 7 and carries out nitrated, antigravity direction adverse current is advanced the second filtering container 8 and is filtered for the second time again, last overflow enters the second temporary container 9, then flow back to aquaculture container 1 by the effect of the pump 111 on the second tube connector 11, wherein the pumping flow velocity of pump 111 is about in the aquatic products Cultivation container 1 that per hour circulates water body 3 ~ 5 times, simultaneously, water in the second temporary container 9 is by the 3rd tube connector 91 planting container for plant 10 of flowing through at a slow speed, and then flowing back to the second temporary container 9 by the 4th tube connector 92, general flow velocity gets final product at 2L/min, all moistening with the porous particle 101 that maintains planting container for plant 10 inner fillings.
At high density (50 ~ 75kg/m
3Water body) cultivation fish (as, Tilapia mossambica or carp, approximately 100/m
3Water body) under condition, every m
3The metabolite of the fish of water body can be supplied in planting container for plant 10 plantation results 800 ~ 1500kg vegetables (as, Chinese cabbage).
In said method, the water yield of the planting container for plant 10 of flowing through is few, so the required pumping energy (electric weight) of respective cycle lacks; Although the water yield to 1 pumping of aquaculture container is large, but on the one hand because whole system can make water body purification must be enough to meet the level of high-density breeding fish by microorganism and plant, because only need to meeting water in theory, the energy (electric weight) that rationally makes pumping consume designed keeps in the lifting of the water surface of container 9 to the water surface 12 of aquaculture container 1 from second on the other hand, therefore the gross energy (electric weight) consumed is with respect to the output of fish and vegetables (especially fish), be still economical, thereby can really promote the use of.
Claims (2)
1. the parts of green, organic farming plantation, the breeding ecological circulatory system, it is precipitation vessel (3), it is characterized in that, its top has discharge outlet (34) and water inlet (35), and its water inlet (35) is lower than its discharge outlet (34), and filter screen (31) is located to arrange higher than water inlet (35) and lower than discharge outlet (34) in its inside.
2. parts according to claim 1, is characterized in that, its underpart presents collapsed shape gradually, and its inner lower has the cover (32) facing to center of compression, and on cover (32), the blow-off pipe (33) that can be in communication with the outside is set.
3. parts according to claim 2, is characterized in that, wherein on blow-off pipe (33), is provided with valve (331).
4. the parts of green, organic farming plantation, the breeding ecological circulatory system, it comprises the first temporary container (5), the first filtering container (6), nitrated container (7), the second filtering container (8) and the second temporary container (9), it is characterized in that, wherein,
The first temporary container (5) can receive water, and its underpart has discharge outlet (51), water can be entered to the first filtering container (6);
The first filtering container (6) can loading filter filler (61), and its top has discharge outlet (63), water can be entered to nitrated container (7);
Nitrated container (7) can load cultivation ball and/or active carbon, and its underpart has discharge outlet (73), water can be entered to the second filtering container (8);
The second filtering container (8) can loading filter filler (81), and its top has the discharge outlet (83) lower than the discharge outlet (63) of the first filtering container (6), water can be entered to the second temporary container (9); With,
The second temporary container (9) can be exported water.
5. parts according to claim 4, is characterized in that, wherein, the first temporary container (5) has opening and/or the pipeline that can receive water.
6. parts according to claim 4, is characterized in that, wherein, the second temporary container (9) has opening and/or the pipeline that can export water.
7. parts according to claim 4, is characterized in that, wherein,
The first temporary container (5) closely is connected with the first filtering container (6), the first temporary container (5) has shared chamber wall (52) with the first filtering container (6), and the discharge outlet (51) of the first temporary container (5) is the opening on chamber wall (52);
The first filtering container (6) closely is connected with nitrated container (7), the first filtering container (6) has shared chamber wall (62) with nitrated container (7), and the discharge outlet (63) of the first filtering container (6) is the overfall formed by the reduction of chamber wall (62) top;
Nitrated container (7) closely is connected with the second filtering container (8), and nitrated container (7) has shared chamber wall (72) with the second filtering container (8), and the discharge outlet (73) of nitrated container (7) is the opening on chamber wall (72); And/or,
The second filtering container (8) closely is connected with the second temporary container (9), the second filtering container (8) has shared chamber wall (82) with the second temporary container (9), and the discharge outlet (83) of the second filtering container (8) is the overfall formed by the reduction of chamber wall (82) top.
8. according to claim 4,5,6 or 7 described parts, it is characterized in that, wherein,
Be provided with the filter screen that filter packing (61) for preventing the first filtering container (6) enters the first temporary container (5) on the discharge outlet (51) of the first temporary container (5);
The filter packing (61) of the first filtering container (6) comprises rubble and/or active carbon;
Nitrated container (7) inside passes into the first breather pipe (74);
Be provided with the filter screen that cultivation ball (71) and/or the active carbon of filter packing (81) for preventing the second filtering container (8) and nitrated container (7) exchange on the discharge outlet (73) of nitrated container (7); And/or,
The filter packing (81) of the second filtering container (8) comprises rubble and/or active carbon.
9. parts according to claim 8, is characterized in that, wherein, the filter packing (61) of the first filtering container (6) comprises rubble and active carbon.
10. parts according to claim 9, is characterized in that, wherein, the filter packing (61) of the first filtering container (6) comprises rubble and active carbon from bottom to top.
11. parts according to claim 8, is characterized in that, wherein, the filter packing (81) of the second filtering container (8) comprises rubble and does not comprise active carbon.
12. green, organic farming is planted, the parts of the breeding ecological circulatory system, it is planting container for plant (10), it is characterized in that, it is downward-sloping planting groove; And, planting container for plant (10) within filling porous particle (101).
13. parts according to claim 12, is characterized in that, it is one or more downward-sloping planting grooves with corner.
14. parts according to claim 12, is characterized in that, planting container for plant (10) within filling haydite.
15. green, organic farming is planted, the breeding ecological circulatory system, it comprises the have discharge outlet aquaculture container (1) of (14), it is characterized in that, it also comprises, the arbitrary described parts of the arbitrary described parts of claim 1-3, the arbitrary described parts of claim 4-11 and claim 12-14.
16. system according to claim 15, is characterized in that, wherein,
The discharge outlet (34) of precipitation vessel (3) is lower than the water surface (12) of aquaculture container (1), and the water inlet (35) of precipitation vessel (3) is lower than the water surface (12) of aquaculture container (1), and the water inlet (35) of precipitation vessel (3) is communicated with the discharge outlet (14) of aquaculture container (1) by the first tube connector (2);
The top of the first temporary container (5) is communicated with the discharge outlet (34) of precipitation vessel (3);
The discharge outlet (63) of the first filtering container (6) is lower than the water surface (12) of aquaculture container (1); And/or,
The second temporary container (9) is carried water by the second tube connector (11) to aquaculture container (1), and the second temporary container (9) is carried water by the 3rd tube connector (91) to planting container for plant (10), and receives the water from planting container for plant (10) by the 4th tube connector (92).
17. system according to claim 16, is characterized in that, wherein, the water inlet (35) of precipitation vessel (3) is communicated with the discharge outlet (14) of aquaculture container (1) bottom by the first tube connector (2).
18. system according to claim 16, is characterized in that, wherein, the top of the first temporary container (5) is communicated with the discharge outlet (34) of precipitation vessel (3) by the 5th tube connector (4).
19. system according to claim 16, is characterized in that, wherein, the discharge outlet (63) of the first filtering container (6) is lower than the discharge outlet (34) of precipitation vessel (3).
20. system according to claim 16, is characterized in that, wherein,
Be provided with pump and/or valve (21) on the first tube connector (2);
Be provided with valve (331) on the blow-off pipe (33) of precipitation vessel (3);
Be provided with valve (41) on the 5th tube connector (4);
Be provided with pump (111) and/or valve on the second tube connector (11);
Be provided with pump (911) and/or valve (912) on the 3rd tube connector (91);
Be provided with pump (921) and/or valve (922) on the 4th tube connector (92); And/or,
Aquaculture container (1) inside passes into the second breather pipe (13), or the second breather pipe (13) is not set.
21. system according to claim 20, is characterized in that, wherein, the first tube connector (2) is siphon pipe and pump is not set.
22. system according to claim 21, is characterized in that, wherein, the first tube connector (2) is siphon pipe and valve (21) is set.
23. system according to claim 20, is characterized in that, wherein, is provided with pump (111) on the second tube connector (11) and valve is not set.
24. system according to claim 23, is characterized in that, wherein, pump (111) is high power pumps.
25. system according to claim 20, is characterized in that, wherein, is provided with pump (911) and valve (912) on the 3rd tube connector (91).
26. system according to claim 20, is characterized in that, wherein, is provided with pump (921) and valve (922) on the 4th tube connector (92).
27. system according to claim 20, is characterized in that, wherein, the external world of blow-off pipe (33) does not arrange sewage processing equipment.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013200655714U CN203313898U (en) | 2013-02-05 | 2013-02-05 | System for green organic agricultural planting and cultivation ecological cycle and components thereof |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013200655714U CN203313898U (en) | 2013-02-05 | 2013-02-05 | System for green organic agricultural planting and cultivation ecological cycle and components thereof |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104145872A (en) * | 2014-08-27 | 2014-11-19 | 成立 | Running water type ecological fishpond |
| CN109699335A (en) * | 2018-12-10 | 2019-05-03 | 李新亚 | Balcony multifunction wall hanging |
-
2013
- 2013-02-05 CN CN2013200655714U patent/CN203313898U/en not_active Expired - Lifetime
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104145872A (en) * | 2014-08-27 | 2014-11-19 | 成立 | Running water type ecological fishpond |
| CN104145872B (en) * | 2014-08-27 | 2015-12-23 | 潍坊新力蒙水产技术有限公司 | The ecological fishpond of a kind of continuous-flow type |
| CN109699335A (en) * | 2018-12-10 | 2019-05-03 | 李新亚 | Balcony multifunction wall hanging |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CP01 | Change in the name or title of a patent holder | ||
| CP01 | Change in the name or title of a patent holder |
Address after: 611630 No. five, No. 35 Industrial Road, Heshan Town, Pujiang County, Sichuan, Chengdu Patentee after: Chengdu new Chaoyang Crop Science Co.,Ltd. Address before: 611630 No. five, No. 35 Industrial Road, Heshan Town, Pujiang County, Sichuan, Chengdu Patentee before: CHENGDU NEWSUN CROPSCIENCE Co.,Ltd. |
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Granted publication date: 20131204 |