Full-automatic intelligent water-controlled farmland irrigation water gate control system
A technology of farmland irrigation and control system, which is applied in the field of automatic intelligent water control farmland irrigation sluice control system, which can solve the problems of time-consuming, labor-consuming, resource-consuming, labor-intensive and labor-intensive, etc., and achieve simple structure, reasonable design, and prevent water backflow Effect
Pending Publication Date: 2018-10-19
AGRI ENG INST ANHUI ACADEMY OF AGRI SCI
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Problems solved by technology
[0002] Farmland irrigation requires good water regulation. When the farmland is short of water, the water in the irrigation canal needs to be put into the farmland. The traditional farmland irrigation is to dig a gap in the ridge of the farmland to introduce water into the field, which requires people to stay on the farmland for a long time. The water level is monitored. After the water level reaches the specified standard, it is troublesome and laborious to block the gap in the ridge. Now there are also water gates in the farmland that need to manually control the switch of the water gate, and some need to be driven by a motor to control the switch of the gate. Consume resources
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[0012] Such as Figure 1 to Figure 5 The fully automatic intelligent water control farmland irrigation sluice control system shown is composed of: float device 1, switch control device 2, anti-backflow device 3, gate 4, vertical rod 5, baffle plate 6 and connecting rod device 7; Fully automatic intelligent water control farmland irrigation sluice control system consists of switch control device 3 anti-inverting device 1 and float device 1, vertical rod 5 is connected to baffle 6 through connecting rod device 7; when the field is short of water, the switch control device 2. Automatically open the floating ball and lower it. The vertical rod 5 presses down the connecting rod device 7. The baffle plate 6 opens the gate 4 and opens the water to enter the field. When the water in the field reaches the set value, the switch control device 2 automatically opens the floating ball and rises vertically. Rod 5 pulls up the connecting rod device 7 baffle plate 6 and closes the gate 4 to s...
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The invention discloses a full-automatic intelligent water-controlled farmland irrigation water gate control system. The system is divided into a switch control device, an anti-backflow device and a floating ball device; a water gate is placed on the field ridge, the switch control device and a floating ball are placed in the field, and the anti-backflow device is placed in the water channel; whenthe field is in water shortage, the switch control device is automatically started, the floating ball descends, the gate is opened, and water enters the field; when the water in the field reaches a set value, the switch control device is automatically started, the floating ball rises, and the gate is closed; when no water exists in the water channel, the anti-backflow device controls the switch control device, when the field is in water shortage internally, the switch control device cannot be automatically started, the floating ball cannot descend, the gate cannot be opened, so that the waterin the field is prevented from flowing backwards into the water channel, and full-automatic intelligent water control is realized.
Description
Technical field: [0001] The invention relates to a water control sluice, in particular to a fully automatic intelligent water control sluice control system for farmland irrigation. Background technique: [0002] Farmland irrigation requires good water regulation. When the farmland is short of water, the water in the irrigation canal needs to be put into the farmland. The traditional farmland irrigation is to dig a gap in the ridge of the farmland to introduce water into the field, which requires people to stay on the farmland for a long time. The water level is monitored. After the water level reaches the specified standard, it is troublesome and laborious to block the gap in the ridge. Now there are also water gates in the farmland that need to manually control the switch of the water gate, and some need to be driven by a motor to control the switch of the gate. Consume resources. Invention content: [0003] In order to overcome the defects of the above-mentioned prior a...
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Login to View More IPC IPC(8): E02B13/02
CPCE02B13/02
Inventor 王川施六林王伟罗丙伍王斌王丽伟张瑾
Owner AGRI ENG INST ANHUI ACADEMY OF AGRI SCI