RO132958A2 - Mini-phytotron installation and bio-technology for wheatgrass cultivation - Google Patents
Mini-phytotron installation and bio-technology for wheatgrass cultivation Download PDFInfo
- Publication number
- RO132958A2 RO132958A2 ROA201700435A RO201700435A RO132958A2 RO 132958 A2 RO132958 A2 RO 132958A2 RO A201700435 A ROA201700435 A RO A201700435A RO 201700435 A RO201700435 A RO 201700435A RO 132958 A2 RO132958 A2 RO 132958A2
- Authority
- RO
- Romania
- Prior art keywords
- water
- tank
- trays
- installation
- wheat
- Prior art date
Links
Landscapes
- Cultivation Of Plants (AREA)
Abstract
Description
Instalație Mini-fîtitron si biotehnologie de cultivare a ierbii de grâuMini-phytitron plant and biotechnology for growing wheat grass
Invenția se refera la o instalație denumita Mini-fitotron destinata biotehnologiei creșterii ierbii de grâu folosita ca materie prima in alimentație si medicina alternativa si procedeul de obținere a acesteia.The invention relates to an installation called Mini-phytotron for biotechnology of wheat grass growing used as feedstock and alternative medicine and the process for obtaining it.
Sunt cunoscute diverse metode de cultivare a ierbii de grâu www.wheatgrass.com. www.creativehealthinstitute.com. precum si brevetele US 1942943, MY156405. Se cunosc, de asemenea și procedee de obținere a preparatelor pentru nutriție si medicina alternativa prezentate in Whe Wheatgrass Book by Ane Wigmore, din iarba de grâu.Various methods of growing wheat grass are known at www.wheatgrass.com. www.creativehealthinstitute.com. and U.S. Patents 19,42943, MY156405. Also known are processes for obtaining nutritional and alternative medicine preparations presented in Whe Wheatgrass Book by Ane Wigmore, from wheat grass.
Instalația Mini-fitotron si biotehnologia de creștere a ierbii de grâu, conform invenției, constă în aceea că iarba de grâu este crescută intr-un spațiu redus bine iluminat cu ajutorul unei instalații dezvoltata in plan vertical alcatuita dintr-un număr de tăvi pe care este așezat suportul bilogic, semințele de grâu, tăvi înclinate in asa fel incat apa sa dreneze din stratul bilogic, scurgandu-se de sus in jos gravitațional de la o tavita la alta pina in rezervorul cuva din partea inferioara. Apa este preparata si pompata regulat cu ajutorul unei pompe si a unui sistem de distribuție, cu ajutorul unui sistem programabil funcție de umiditatea necesara 50-60% si temperatura de 21 grade celsius din ecosistemul creat. In rezervorul cuva se afla dispus si un sistem de preparare si control a calitatii apei prin amestecarea acesteia cu extract de sol bio bogat in nutrientii necesari obținerii vitaminelor si mineralelor dorite in cultura. Prin încălzirea apei din cuva se urmărește si menținerea unei temperaturi constante si a unui microclimat in jurul temperaturii de 21 grade Celsius.The Mini-phytotron plant and the biotechnology of wheat grass growth, according to the invention, consists in the fact that the wheat grass is grown in a well-lit small space using a vertically developed plant made up of a number of trays that is placed the bilogical support, the wheat seeds, trays inclined so that the water drained from the bilogical layer, draining from top to bottom gravitationally from one tray to another to the bottom of the tank. The water is prepared and pumped regularly with the help of a pump and a distribution system, with the help of a programmable system depending on the required humidity 50-60% and the temperature of 21 degrees Celsius in the created ecosystem. In the tank there is also a system of preparation and control of water quality by mixing it with organic soil extract rich in nutrients necessary to obtain the vitamins and minerals desired in the culture. By heating the water in the tank it is also intended to maintain a constant temperature and a microclimate around the temperature of 21 degrees Celsius.
Etapele succesive sunt următoarele: pregătirea tavitelor cu material de cultura, pregătirea si prepararea apei pentru udare, așezarea tavitelor in sistemul de rafturi verticale la unghiul de înclinare de 3%, potrivirea sistemului de preparare, distribuție si pompare a apei, programarea sistemului de udare si a temperaturii si pornirea instalației.The successive stages are the following: preparing the nozzles with culture material, preparing and preparing the water for watering, placing the nozzles in the vertical shelving system at an angle of 3%, matching the system for preparing, distributing and pumping the water, programming the watering system and temperature and starting the system.
Prin aplicarea invenției se obțin următoarele avantaje: o cultura bio curata, bogata in nutrienti si minerale, uniforma, ușor controlabila si repetabila, recoltabila in mod continuu din doua in doua zile funcție de numărul de rafturi si tavite folosite, cu cicluri a 2017 00435By applying the invention the following advantages are obtained: a clean bio culture, rich in nutrients and minerals, uniform, easily controllable and repeatable, continuously harvestable from two to two days depending on the number of shelves and trays used, with cycles of 2017 00435
29/06/2017 continue de lucru. Oprirea instalației se face bilunar pentru curatare si înlocuire a apei. Instalația funcționează in mod automat, intervenția operatorului fiind necesara numai in fazele de recoltare si înlocuire a tavitelor cu semințe.06/29/2017 continues to work. The shutdown of the installation is done bi-monthly for cleaning and replacement of water. The installation works automatically, the operator's intervention being necessary only in the phases of harvesting and replacing the seed trays.
Se dă în continuare un exemplu de realizare a invenției:The following is an example of embodiment of the invention:
Instalația Mini-fitotron de creștere, conform invenției, începe cu pregătirea tavitelor. Iarba de grau(l) este crescută intr-un spațiu redus bine iluminat cu ajutorul unei instalatii(2) dezvoltata in plan vertical alcatuita dintr-un număr de tavi(3) pe care este așezat suportul biologic, semințele de grâu, in tavi(3) înclinate cu un unghi de 3% in asa fel incat apa sa dreneze din stratul biologic, scurgandu-se de sus in jos gravitațional de la o tavita la alta pina in rezervorul cuva(4) din partea inferioara. Apa (potabila, de la robinet, fantana sau inbuteliata ) este preparata si pompata regulat cu ajutorul unei pompe(5) si a unui sistem de distributie(6) alcătuit dintr-un furtun(7) si un distribuitor(8), cu ajutorul unui sistem programabil(9) funcție de umiditatea necesara, 50-60% si temperatura de 21 grade Celsius din ecosistemul creat. In rezervorul cuva(4) se afla dispus si un sistem de preparare si control(9) a calitatii apei prin amestecarea acesteia cu extract se sol bio bogat in nutrientii necesari obținerii vitaminelor si mineralelor dorite in cultura. Sistemul asigura o decantare si un amestec continuu a apei cu substratul biologic. Prin încălzirea cu un termostat a apei din cuva(4) se urmărește si menținerea unei temperaturi constante si a unui microclimat in jurul temperaturii de 21 grade celsius. (Apa din cuva este dezinfectată cu lampa cu UV (10) cunoscuta. Instalația este ventilata cu aer curat pentru evitarea mucegaiului. La extremitățile instalației se ataseaza cate o husa (11) din folie de polietilena transparenta pentru înlăturarea stropirii in exterior, asigurandu-se concomitent iluminarea optima si aerarea culturii de iarba de grâu).The Mini-phytotron breeding plant according to the invention begins with the preparation of the nozzles. The wheat grass (l) is raised in a small space well lit by means of an installation (2) developed vertically consisting of a number of trays (3) on which is placed the biological support, the wheat seeds, in trays ( 3) inclined with an angle of 3% so that the water drains from the biological layer, draining from top to bottom gravitationally from one tray to another until the tank (4) from the bottom. Water (potable, tap, well or bottled) is regularly prepared and pumped using a pump (5) and a distribution system (6) consisting of a hose (7) and a distributor (8), with the help of a programmable system (9) depending on the required humidity, 50-60% and the temperature of 21 degrees Celsius of the created ecosystem. In the tank tank (4) there is also a system of preparation and control (9) of the water quality by mixing it with extract, bio-rich soil in the nutrients necessary to obtain the vitamins and minerals desired in the culture. The system ensures a constant decantation and mixing of water with the biological substrate. By heating with a thermostat the water in the tank (4) is aimed at maintaining a constant temperature and a microclimate around the temperature of 21 degrees Celsius. (The water in the tank is disinfected with the known UV lamp (10). The installation is ventilated with fresh air to prevent mold. At the ends of the installation, a cover (11) of transparent polyethylene foil is attached to remove the splash, ensuring at the same time optimum illumination and aeration of the wheat grass crop).
Claims (3)
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
ROA201700435A RO132958A2 (en) | 2017-06-29 | 2017-06-29 | Mini-phytotron installation and bio-technology for wheatgrass cultivation |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
ROA201700435A RO132958A2 (en) | 2017-06-29 | 2017-06-29 | Mini-phytotron installation and bio-technology for wheatgrass cultivation |
Publications (1)
Publication Number | Publication Date |
---|---|
RO132958A2 true RO132958A2 (en) | 2018-12-28 |
Family
ID=64900482
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
ROA201700435A RO132958A2 (en) | 2017-06-29 | 2017-06-29 | Mini-phytotron installation and bio-technology for wheatgrass cultivation |
Country Status (1)
Country | Link |
---|---|
RO (1) | RO132958A2 (en) |
-
2017
- 2017-06-29 RO ROA201700435A patent/RO132958A2/en unknown
Similar Documents
Publication | Publication Date | Title |
---|---|---|
JP2019146581A (en) | Plant cultivation method and facility | |
KR101190139B1 (en) | Nutrient solution culture system | |
CN102077782B (en) | Circulating culture water overflow device | |
CN107072181B (en) | Aquaculture facility and culture method | |
US20180153115A1 (en) | Appratus for crop/plant/life-form cultivation | |
KR20130059044A (en) | Rotary multistage cultivation equipment | |
KR20160026224A (en) | Hydroponics-aquarium | |
KR101303247B1 (en) | Apparatus for hydroponics with demountable pot | |
KR20180046623A (en) | Multi-stage plant cultivation apparatus having improved water supply structure | |
JP6460912B2 (en) | Plant growing apparatus and plant growing method for growing plants in a ship | |
KR101222546B1 (en) | Plant factory structure for purifing water | |
KR102035095B1 (en) | Multipurpose fish farm | |
KR20180096115A (en) | Hydroponics Device Combined Domestic Aquarium | |
KR101512032B1 (en) | A device for sprout cultivation | |
JP6304732B2 (en) | Hydroponic cultivation system using seawater and cultivation system for sowing seedlings | |
KR101740571B1 (en) | Circulation type deep flow technique apparatus for producing seed potatoes and cultivation method using the same | |
RO132958A2 (en) | Mini-phytotron installation and bio-technology for wheatgrass cultivation | |
KR101414557B1 (en) | A Slim port assembly for ebb and flow system | |
KR101561658B1 (en) | Apparatus of cultivating bean sprouts | |
KR20200139402A (en) | Versatile hydroponics | |
RU194725U1 (en) | Multi-tier plant growing device | |
KR20150129981A (en) | Water culture box with waterway and cultivating apparatus using the same | |
KR20180037668A (en) | the rotary hydroponic system for vertical farming | |
KR200309855Y1 (en) | Device for hydroponics using circulation of nutrient solution | |
KR101191161B1 (en) | Peanut sprout planting systems |