Abstract:
"Sistemas de irrigações aplicados no cultivo de milho e soja" compreendido por um sistema de irrigação em cultura de milho e soja, que compreende uma mangueira de irrigação feita de resina sintética, podendo ser ainda de outros materiais de condução de água, podendo ter uma, duas ou mais mangueiras que formam linhas de irrigação alongadas, cada linha compreendendo uma passagem de água separada adaptada para comunicação individual ou coletiva com uma fonte de abastecimento de água, e uma sucessão de furos espaçados de irrigação, cada furo associado com um emissor de irrigação e por um sistema autopropelido, tipo carretel enrolador que é um sistema mecanizado que irriga áreas de diferentes formatos e declividades, o equipamento é composto de uma tubulação de sucção, um conjunto motobomba, uma linha principal, um carretel enrolador e um carro irrigador, contendo um aspersor do tipo canhão ou uma barra irrigadora.
Abstract:
The present system comprises, a MFC controller, emitter-lines that utilize non-drain technology on the emission devices and control valves for individual drip lines or groups of drip lines within an irrigation zone, along with a means to actuate the control valves by the controller. The MCF system utilizes a number of valves in an irrigation system to control either individual emitter-lines or groups of emitter-lines but does not control individual emitters. The present system has a programmable controller that has a number of stations, each of which controls a group of valves. Each station can be programmed for start time and duration that the station is actuated. Each station can be programmed independently from all the others allowing overlap or complimentary irrigation. The total input flow rate to the system remains nearly constant during a daily irrigation while the valve groups are cycling within the system.
Abstract:
A system for dispersing water to the root zone of one or more plants beneath the soil's surface, comprising a perforated hollow cylindrical tube, ending in a spike, with an internal filter, which is driven into the ground to deliver water to the root zone of a plant or plants is disclosed.
Abstract:
본 발명은 식물 재배에 필요한 물품을 고르게 공급하고 방해물을 배출하고 지하수위 조정하는 것을 특징으로 하는 식물재배 방법과 그 장치에 관한 것이다. 더 상세하게 설명하면, 종래 실시한 여러 작물재배법(노지, 수경, 지표점적관수, 지중점적관수, 지중공기공급)의 장점들이 시너지 효과를 내고 단점들을 줄이기 위하여, 공급과 배수하는 지중배관에 수위와 비중과 압력차로 작동하는 밸브들과 구조적인 강도는 크면서 여과구멍은 적고 총여과구멍 면적을 키운 여과배관을 일정 간격 연결하여 매설하고, 식물을 식재하여, 재배에 필요한 물품을 고르게 공급하고, 방해물을 배출하고, 지하수위 조정으로 한계농지 경작을 확대할 수 있고, 저 인력과 무농약으로 유기재배 농림산물을 연작으로 저장성이 증가한 고당도 다수확 재배할 수있는 것을 특징으로 하는 식물 재배 방법과 그 장치에 관한 것이다.
Abstract:
본 발명은 다공성 섬유조직 재질의 외피 내부에 다공성 분말이 충진되어 봉 형상의 수분이송부재를 형성하고, 이 수분이송부재를 커버하는 케이싱이 구비되어 이루어지는 것으로서, 토양 수분이 부족한 환경에서 별도의 동력없이 지하의 수분을 상부로 이동시켜 수목에 물을 지속적으로 공급하도록 하는 수목재배용 물공급장치를 개시한다.
Abstract:
A conduit for dispersion of a fluid underground, the conduit comprising a sleeve; the sleeve comprising a base structure and an upper structure thereover and coupled thereto, thereby defining a chamber between said base structure and said upper structure; the base structure comprising an impermeable material and having a cross-section with a substantial flat or raised center on its upper surface to encourage liquid thereon to flow towards outer edges thereof, and the upper structure comprising a permeable material to allow fluid flow therethrough. The conduit may further include one of more intermittently perforated fluid pipes to drip liquid or aerate the conduit and thereby irrigate and / or aerate soil therearound.
Abstract:
According to the present invention, an irrigation system pipe system (10) for aerating and watering a tract of land includes a first irrigation pipe section (14) having first and second isolated flow channels (34, 36), extending between the inlet and outlet ends (14a, 14b) of the pipe section (14), the second flow channel (36) having a plurality of openings formed therethrough; a second irrigation pipe section (14') having first and second isolated flow channels (34', 36'), extending between the inlet and outlet ends (14a', 14b') of the pipe section (14'), the second flow channel (36') having a plurality of openings (38) formed therethrough; and coupling means (16) for interconnecting the first and second irrigation pipe sections (14, 14') so that water flowing through the first flow channels (34, 34') and through the second flow channels (36, 36') can flow between the first and second flow channels of the first and second irrigation pipe sections.
Abstract:
An equipment of underground drip irrigation includes a pressure reducing member (2) and an infiltrating irrigation tube (30) having a hollow pipe under the pressure reducing member. The pressure reducing member (2) may be unattached or attached, and its core (3) structure may include a flow passage type core or an elastic piece type core. One or more openings (31) can be equipped in the end of the water output. The method of dripping irrigation includes: vertically sending the infiltrating irrigation tube to the underground, sending the cuts end of the infiltrating irrigation tube to the plant roots area. The advantages of the present invention are simple installation, high irrigation efficiency and anti-block.