CN105993350A - Remote control and timing-quantitative monitor device for water and fertilizer supply of wet land substrate - Google Patents
Remote control and timing-quantitative monitor device for water and fertilizer supply of wet land substrate Download PDFInfo
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- CN105993350A CN105993350A CN201610413107.8A CN201610413107A CN105993350A CN 105993350 A CN105993350 A CN 105993350A CN 201610413107 A CN201610413107 A CN 201610413107A CN 105993350 A CN105993350 A CN 105993350A
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- wetland
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01C—PLANTING; SOWING; FERTILISING
- A01C23/00—Distributing devices specially adapted for liquid manure or other fertilising liquid, including ammonia, e.g. transport tanks or sprinkling wagons
- A01C23/04—Distributing under pressure; Distributing mud; Adaptation of watering systems for fertilising-liquids
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01G—HORTICULTURE; CULTIVATION OF VEGETABLES, FLOWERS, RICE, FRUIT, VINES, HOPS OR SEAWEED; FORESTRY; WATERING
- A01G25/00—Watering gardens, fields, sports grounds or the like
- A01G25/16—Control of watering
- A01G25/167—Control by humidity of the soil itself or of devices simulating soil or of the atmosphere; Soil humidity sensors
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- Life Sciences & Earth Sciences (AREA)
- Soil Sciences (AREA)
- Engineering & Computer Science (AREA)
- Water Supply & Treatment (AREA)
- Environmental Sciences (AREA)
- Fertilizers (AREA)
- Fertilizing (AREA)
Abstract
The invention discloses a remote control and timing and quantitative monitor device for water and fertilizer supply of a wet land substrate. The device comprises a support, and the support is provided with an installation plate; the upper surface of the installation plate is provided with a wet land multi-fertilizer selecting, storing and putting mechanism and an automatic remote control volume controlling water supply mechanism, the lower surface of the installation plate is provided with a wet land substrate parameter sampling mechanism, and the installation plate is provided with a control box; a central control system is arranged outside the support and electrically connected with the control box, and the control box is electrically connected with the wet land multi-fertilizer selecting, storing and putting mechanism, the automatic remote control volume controlling water supply mechanism and the wet land substrate parameter sampling mechanism separately. The device has the advantages of being simple in structure and high in practicability.
Description
Technical field
The present invention relates to ecological, environmental protective equipment, particularly a kind of remotely control monitoring wetland substrate at regular time and quantity is fed water to fertile device.
Background technology
Degraded wetland ecological recovery, the research of reconstruction come from 20 century 70s with practice in order to protect and recover the natural wetland ecosystem degenerated.Countries in the world are all actively taking measures to carry out ecological recovery at present, control coastal wetland degradation situation, such as U.S.'s Hackensack wetland recovery, south, California salt marsh restoration etc..In recent years, defining the Liang great center of wetland recovery research in the world: one is Europe, mainly revert to main with oligotrophic bog Bog, two is North America, mainly based on eutrophic mire Fen.Wetland recovery is concentrated mainly on marsh, lake and the Wetland Type such as river and estuarine wetland with practice with the research of reconstruction.The pattern of wetland recovery may be summarized to be two kinds, both clear-cutting forestland pattern and manually urging into reforestation practices.Manually urge and can be divided into again biological resuming and engineering reparation etc. into reforestation practices.The protection of next step degraded wetland is clear-cutting forestland pattern to be combined with manual reversion pattern with the trend recovered; by utilizing clear-cutting forestland ability and the artificial restoration ability of ecosystem; the basic necessary function recovering existing degraded wetland ecosystem; and make it have self-sustaining ability; so, be badly in need of at present a kind of can the extensive situation of periodic monitor Wetland ecological, simultaneously can be with long-range control water saving mode and the equipment of flow.
Summary of the invention
The invention aims to solve the problems referred to above, devise a kind of remotely control monitoring wetland substrate at regular time and quantity and feed water to fertile device.
nullRealize above-mentioned purpose the technical scheme is that，A kind of remotely control monitoring wetland substrate at regular time and quantity is fed water to fertile device，Including support，Described support is provided with installing plate，Described installing plate upper surface is provided with the multiple fertilizer of wetland and selects to store throwing mechanism、Remote auto control amount feed mechanism，The multiple fertilizer of described wetland selects to store throwing mechanism and is thrown in box body by the storage fixedly mounted on a mounting board、It is positioned at the universal peumatic dial storing feeding box body lower surface、It is positioned at the indexing regulation signal receiver of universal peumatic dial、The cylinder multiple fertilizer Storage Box being fixedly mounted on universal peumatic dial、It is positioned at cylindrical multiple fertilizer Storage Box and angularly splits the dividing plate of cylindrical multiple fertilizer Storage Box、The compartment being partitioned into by dividing plate、It is positioned at the liquid level sensor of each compartment inner bottom part side surface、It is positioned at the liquid level signal emitter within each liquid level sensor、Edge is fixed to be inlaid in and is stored the fluoroscopic observation plate throwing in box body edge、It is opened in the rectangular aperture on fluoroscopic observation plate surface、It is fixedly mounted on fluoroscopic observation plate upper surface and the vertical hollow box corresponding with rectangular aperture、It is opened in the oblong openings on vertical hollow box side surface、It is fixedly mounted on vertical hollow box top and the downward micro drives linear electric motors of telescopic end、It is positioned at the driving signal receiver within micro drives linear electric motors、It is fixedly mounted on the quantitative miniature suction pump on micro drives linear electric motors telescopic end、Be positioned at quantitative miniature suction pump quantitatively extracts receptor、The reagent suction tube being connected is fixed, with quantitative miniature suction pump, in one end、It is fixedly mounted on the shower nozzle on the reagent suction tube other end、The spiral branches stay tube being sleeved on reagent suction tube collectively forms，Described installing plate following table is provided with wetland floor parameter sampling mechanism，Described wetland floor parameter sampling mechanism is by the wetland floor parameter detection device being fixedly mounted on installing plate lower surface、It is positioned at the floor parameter sender unit of wetland floor parameter detection device、It is fixedly mounted on installing plate lower surface and miniature linear that telescopic end is downward、It is positioned at the depth adjustment control signal receptor within miniature linear、The sampling suction pump being connected is fixed with the telescopic end of miniature linear、It is positioned at sampling taken amount count receiver within suction pump、One end is fixed with sampling suction pump and is connected and the other end and wetland floor parameter detect what the sampling catheter that device is connected collectively formed，Described installing plate is provided with control chamber，Described support is externally provided with central control system，Described central control system is electrically connected with control chamber，Described control chamber fertilizer multiple with wetland respectively selects to store throwing mechanism、Remote auto control amount feed mechanism and wetland floor parameter sampling mechanism are electrically connected with.
Described remote auto control amount feed mechanism is thrown in casing by the feedwater fixedly mounted on a mounting board, it is opened in the feedwater near wetland side and throws in the horizontal rectangular aperture on casing, it is positioned at the slide rail of horizontal rectangular aperture, it is inlaid in slide rail and with the electronic loading dolly of pulley, it is positioned at the speed regulation receptor of electronic loading car interior, fixed installation is on electronic loading dolly and spout stretches out feedwater and throws in the fluid jetting head outside casing, it is fixedly mounted on feedwater and throws in the water storage casing in casing, it is positioned at the flow counting suction pump of storage tank body, it is positioned at the flow signal receptor of flow counting suction pump, one end is fixed with fluid jetting head and is connected and retractable connecting tube that the counting suction pump of the other end and flow is connected collectively forms.
Described central control system is by the central computer of peripheral hardware, the data sink of centrally located computer-internal, PLC control system and command generating device.
Described control chamber outer surface is provided with master control switch and commercial power interface.
Be provided with Data Integration emitter in described control chamber, indexing regulates signal projector, quantitatively extract emitter, floor parameter signal receiving device, depth adjustment control signal emitter, taken amount counting emitter, speed regulate emitter, flow signal emitter, liquid level signal receptor, drive signal projector.
Described water storage casing upper surface is provided with circular shaped motion card interface.
Described support is fixedly mounted on the ground on wetland substrate side by foundation bolt.
Utilize the title that technical scheme makes, the situation of wetland substrate is found timely by this device, simultaneously timing according to different situations, give from different feedwater to fertilizer amount, reach wetland basal salt soda balance state, control the multiple fertilizer of these wetlands by central control system to select to store throwing mechanism simultaneously, remote auto control amount feed mechanism and wetland floor parameter sampling mechanism, reach long-range controlling extent, realize no worker monitor state, regular check and the monitoring of staff can be saved, save the working time of staff, the raising of work efficiency.
Accompanying drawing explanation
Fig. 1 is that a kind of long-range control of the present invention is monitored wetland substrate at regular time and quantity and fed water the structural representation to fertile device；
Fig. 2 is that a kind of long-range control of the present invention is monitored wetland substrate at regular time and quantity and fed water and select to store throwing mechanism side view to the multiple fertilizer of fertile device；
Fig. 3 is that a kind of long-range control of the present invention is monitored wetland substrate at regular time and quantity and fed water and select to store throwing mechanism top view to the multiple fertilizer of fertile device；
Fig. 4 is that a kind of long-range control of the present invention is monitored wetland substrate at regular time and quantity and fed water the wetland floor parameter sampling mechanism structural representation to fertile device；
Fig. 5 is that a kind of long-range control of the present invention is monitored wetland substrate at regular time and quantity and fed water the remote auto control amount feed mechanism structural representation to fertile device；
Fig. 6 is that a kind of long-range control of the present invention is monitored wetland substrate at regular time and quantity and fed water the remote auto control amount feed mechanism top view to fertile device；
Fig. 7 is that a kind of long-range control of the present invention is monitored wetland substrate at regular time and quantity and fed water the control schematic diagram to fertile device；
In figure, 1, support；2, installing plate；3, input box body is stored；4, universal peumatic dial；5, indexing regulation signal receiver；6, cylindrical multiple fertilizer Storage Box；7, dividing plate；8, compartment；9, liquid level sensor；10, liquid level signal emitter；11, fluoroscopic observation plate；12, rectangular aperture；13, vertical hollow box；14, oblong openings；15, micro drives linear electric motors；16, signal receiver is driven；17, quantitative miniature suction pump；18, receptor is quantitatively extracted；19, reagent suction tube；20, shower nozzle；21, spiral branches stay tube；22, wetland floor parameter detection device；23, floor parameter sender unit；24, miniature linear；25, depth adjustment control signal receptor；26, sampling suction pump；27, taken amount count receiver；28, sampling catheter；29, control chamber；30, casing is thrown in feedwater；31, slide rail；32, pulley；33, electronic loading dolly；34, speed regulation receptor；35, water storage casing；36, flow counting suction pump；37, flow signal receptor；38, retractable connecting tube；39, central computer；40, data sink；41, PLC control system；42, command generating device；43, master control switch；44, commercial power interface；45, Data Integration emitter；46, indexing regulation signal projector；47, emitter is quantitatively extracted；48, depth adjustment control signal emitter；49, taken amount counting emitter；50, speed regulation emitter；51, flow signal emitter；52, circular shaped motion card interface；53, floor parameter signal receiving device；54, liquid level signal receptor；55, signal projector is driven；56, horizontal rectangular aperture.
Detailed description of the invention
nullBelow in conjunction with the accompanying drawings the present invention is specifically described，As shown in figs. 1-7，A kind of remotely control monitoring wetland substrate at regular time and quantity is fed water to fertile device，Including support (1)，Described support (1) is provided with installing plate (2)，Described installing plate (2) upper surface is provided with the multiple fertilizer of wetland and selects to store throwing mechanism、Remote auto control amount feed mechanism，The multiple fertilizer of described wetland selects to store throwing mechanism and is thrown in box body (3) by the storage fixedly mounted on a mounting board、It is positioned at and stores the universal peumatic dial (4) throwing in box body (3) bottom inner surface、It is positioned at indexing regulation signal receiver (5) of universal peumatic dial (4)、The cylinder multiple fertilizer Storage Box (6) being fixedly mounted on universal peumatic dial (4)、It is positioned at cylindrical multiple fertilizer Storage Box (6) and angularly splits the dividing plate (7) of cylindrical multiple fertilizer Storage Box (6)、The compartment (8) being partitioned into by dividing plate (7)、It is positioned at the liquid level sensor (9) of each compartment (8) inner bottom part side surface、It is positioned at the liquid level signal emitter (10) that each liquid level sensor (9) is internal、Fixing being inlaid in edge stores the fluoroscopic observation plate (11) throwing in box body (3) edge、The rectangular aperture (12) being opened on fluoroscopic observation plate (11) surface、It is fixedly mounted on fluoroscopic observation plate (11) upper surface and the vertical hollow box (13) corresponding with rectangular aperture (12)、The oblong openings (14) being opened on vertical hollow box (13) side surface、It is fixedly mounted on vertical hollow box (13) top and the downward micro drives linear electric motors (15) of telescopic end、It is positioned at the driving signal receiver (16) that micro drives linear electric motors (15) are internal、The quantitative miniature suction pump (17) being fixedly mounted on micro drives linear electric motors (15) telescopic end、Be positioned at quantitative miniature suction pump (17) quantitatively extracts receptor (18)、One end reagent suction tube (19) of being connected fixing with quantitative miniature suction pump (17)、The shower nozzle (20) being fixedly mounted on reagent suction tube (19) other end、The spiral branches stay tube (21) being sleeved on reagent suction tube (19) collectively forms，Described installing plate (2) following table is provided with wetland floor parameter sampling mechanism，Described wetland floor parameter sampling mechanism is by wetland floor parameter detection device (22) being fixedly mounted on installing plate (2) lower surface、It is positioned at the floor parameter sender unit (23) of wetland floor parameter detection device (22)、It is fixedly mounted on installing plate (2) lower surface and miniature linear (24) that telescopic end is downward、It is positioned at depth adjustment control signal receptor (25) that miniature linear (24) is internal、The sampling suction pump (26) being connected is fixed with the telescopic end of miniature linear (24)、It is positioned at the taken amount count receiver (27) that sampling suction pump (26) is internal、One end is fixing with sampling suction pump (26) to be connected and the other end detects what the sampling catheter (28) that device (22) is connected collectively formed with wetland floor parameter，Described installing plate (2) is provided with control chamber (29)，Described support (1) is externally provided with central control system and is electrically connected with control chamber (29)，Described control chamber (29) fertilizer multiple with wetland respectively selects to store throwing mechanism、Remote auto control amount feed mechanism and wetland floor parameter sampling mechanism are electrically connected with；nullDescribed remote auto control amount feed mechanism is thrown in casing (30) by the feedwater being fixedly mounted on installing plate (2)、It is opened in the feedwater near wetland side and throws in the horizontal rectangular aperture (56) on casing (30)、It is positioned at the slide rail (31) of horizontal rectangular aperture (56)、It is inlaid in slide rail (31) and with the electronic loading dolly (33) of pulley (32)、It is positioned at speed regulation receptor (34) that electronic loading dolly (33) is internal、Fixed installation is that electronic loading dolly (33) is upper and spout stretches out feedwater and throws in casing (30) fluid jetting head (20) outward、It is fixedly mounted on feedwater and throws in the water storage casing (35) in casing (30)、It is positioned at flow counting suction pump (36) of water storage casing (35)、It is positioned at the flow signal receptor (37) of flow counting suction pump (36)、One end and fluid jetting head (20) be fixing to be connected and the other end counts what the retractable connecting tube (38) that suction pump (36) is connected collectively formed with flow；Described central control system is by the central computer (39) of peripheral hardware, data sink (40), PLC control system (41) and the command generating device (42) of centrally located computer (39) inside；Described control chamber (29) outer surface is provided with master control switch (43) and commercial power interface (44)；Be provided with Data Integration emitter (45) in described control chamber (29), indexing regulates signal projector (46), quantitatively extract emitter (47), floor parameter signal receiving device (53), depth adjustment control signal emitter (48), taken amount counting emitter (49), speed regulation emitter (50), flow signal emitter (51), liquid level signal receptor (54), driving signal projector (55)；Described water storage casing (35) upper surface is provided with circular shaped motion card interface (52)；Described support (1) is fixedly mounted on the ground on wetland substrate side by foundation bolt.
nullThe feature of the present embodiment is，Support is provided with installing plate，Installing plate upper surface is provided with the multiple fertilizer of wetland and selects to store throwing mechanism、Remote auto control amount feed mechanism，The multiple fertilizer of wetland selects to store throwing mechanism and is thrown in box body by the storage fixedly mounted on a mounting board、It is positioned at the universal peumatic dial storing feeding box body lower surface、It is positioned at the indexing regulation signal receiver of universal peumatic dial、The cylinder multiple fertilizer Storage Box being fixedly mounted on universal peumatic dial、It is positioned at cylindrical multiple fertilizer Storage Box and angularly splits the dividing plate of cylindrical multiple fertilizer Storage Box、The compartment being partitioned into by dividing plate、It is positioned at the liquid level sensor of each compartment inner bottom part side surface、It is positioned at the liquid level signal emitter within each liquid level sensor、Edge is fixed to be inlaid in and is stored the fluoroscopic observation plate throwing in box body edge、It is opened in the rectangular aperture on fluoroscopic observation plate surface、It is fixedly mounted on fluoroscopic observation plate upper surface and the vertical hollow box corresponding with rectangular aperture、It is opened in the oblong openings on vertical hollow box side surface、It is fixedly mounted on vertical hollow box top and the downward micro drives linear electric motors of telescopic end、It is positioned at the driving signal receiver within micro drives linear electric motors、It is fixedly mounted on the quantitative miniature suction pump on micro drives linear electric motors telescopic end、Be positioned at quantitative miniature suction pump quantitatively extracts receptor、The reagent suction tube being connected is fixed, with quantitative miniature suction pump, in one end、It is fixedly mounted on the shower nozzle on the reagent suction tube other end、The spiral branches stay tube being sleeved on reagent suction tube collectively forms，Installing plate following table is provided with wetland floor parameter sampling mechanism，Wetland floor parameter sampling mechanism is by the wetland floor parameter detection device being fixedly mounted on installing plate lower surface、It is positioned at the floor parameter sender unit of wetland floor parameter detection device、It is fixedly mounted on installing plate lower surface and miniature linear that telescopic end is downward、It is positioned at the depth adjustment control signal receptor within miniature linear、The sampling suction pump being connected is fixed with the telescopic end of miniature linear、It is positioned at sampling taken amount count receiver within suction pump、One end is fixed with sampling suction pump and is connected and the other end and wetland floor parameter detect what the sampling catheter that device is connected collectively formed，Installing plate is provided with control chamber，Support is externally provided with central control system and is electrically connected with control chamber，Control chamber fertilizer multiple with wetland respectively selects to store throwing mechanism、Remote auto control amount feed mechanism and wetland floor parameter sampling mechanism are electrically connected with，The situation of wetland substrate is found timely by this device，Simultaneously timing according to different situations，Give from different feedwater to fertilizer amount，Reach wetland basal salt soda balance state，Control the multiple fertilizer of these wetlands by central control system to select to store throwing mechanism simultaneously、Remote auto control amount feed mechanism and wetland floor parameter sampling mechanism，Reach long-range controlling extent，Realize no worker monitor state，Regular check and the monitoring of staff can be saved，Save the working time of staff，The raising of work efficiency.
nullIn the present embodiment，Support is fixedly mounted on the ground on the wetland substrate side needing monitoring by staff，Open central control system，Central computer in central control system sends instruction，Data Integration emitter in controller accepts instruction，Wetland floor parameter sampling mechanism is opened，The degree of depth by depth adjustment control signal receptor regulation miniature linear，Sampling suction pump is opened when reaching to sample ground，The quantity of sampling quantity of sampling suction pump is determined by taken amount count receiver，Take sample and enter wetland floor parameter detection device by sampling catheter，Data after detection device detection are by floor parameter sender unit，Transfer back to central control system，Decide whether to throw in fertilizer or feedwater，If needing to throw in fertilizer to increase wetland saline and alkaline，Then open the multiple fertilizer of wetland by the command generating device in central control system to select to store throwing mechanism，By driving signal receiving device to open micro drives linear electric motors，Micro drives linear electric motors move downward，Thus quantitative miniature suction pump is stretched in compartment，The taken amount data of quantitative miniature suction pump are determined again by quantitatively extraction receptor，It is thrown in wetland regulate the saline and alkaline of wetland by the fertilizer of selection by shower nozzle，If needing multiple fertilizer to throw in，Universal peumatic dial can be opened by temperature regulation signal receiver，And then required fertilizer is rotated above rectangular aperture，Repeat above-mentioned operation principle，Until completing the regulation purpose of wetland saline and alkaline，If wetland needs feedwater，Then open remote auto control amount feed mechanism，By flow signal receptor，Turn-on flow rate counting suction pump，Then the water of water storage casing is pumped to fluid jetting head，Complete feedwater，By electronic loading dolly, fluid jetting head can be moved along slide rail direction，Can reach the purpose of wetland substrate Omni-directional water supplying，Again detect whether to meet the requirements by wetland floor parameter sampling mechanism，If not meeting，Repeat above-mentioned operation principle，Until wetland basal salt alkalinity balance.
Technique scheme only embodies the optimal technical scheme of technical solution of the present invention, and some variations that some of which part may be made by those skilled in the art all embody the principle of the present invention, within belonging to protection scope of the present invention.
Claims (7)
- null1. a long-range control is monitored wetland substrate at regular time and quantity and is fed water to fertile device，Including support (1)，It is characterized in that，Described support (1) is provided with installing plate (2)，Described installing plate (2) upper surface is provided with the multiple fertilizer of wetland and selects to store throwing mechanism、Remote auto control amount feed mechanism，The multiple fertilizer of described wetland selects to store throwing mechanism and is thrown in box body (3) by the storage fixedly mounted on a mounting board、It is positioned at and stores the universal peumatic dial (4) throwing in box body (3) bottom inner surface、It is positioned at indexing regulation signal receiver (5) of universal peumatic dial (4)、The cylinder multiple fertilizer Storage Box (6) being fixedly mounted on universal peumatic dial (4)、It is positioned at cylindrical multiple fertilizer Storage Box (6) and angularly splits the dividing plate (7) of cylindrical multiple fertilizer Storage Box (6)、The compartment (8) being partitioned into by dividing plate (7)、It is positioned at the liquid level sensor (9) of each compartment (8) inner bottom part side surface、It is positioned at the liquid level signal emitter (10) that each liquid level sensor (9) is internal、Fixing being inlaid in edge stores the fluoroscopic observation plate (11) throwing in box body (3) edge、The rectangular aperture (12) being opened on fluoroscopic observation plate (11) surface、It is fixedly mounted on fluoroscopic observation plate (11) upper surface and the vertical hollow box (13) corresponding with rectangular aperture (12)、The oblong openings (14) being opened on vertical hollow box (13) side surface、It is fixedly mounted on vertical hollow box (13) top and the downward micro drives linear electric motors (15) of telescopic end、It is positioned at the driving signal receiver (16) that micro drives linear electric motors (15) are internal、The quantitative miniature suction pump (17) being fixedly mounted on micro drives linear electric motors (15) telescopic end、Be positioned at quantitative miniature suction pump (17) quantitatively extracts receptor (18)、One end reagent suction tube (19) of being connected fixing with quantitative miniature suction pump (17)、The shower nozzle (20) being fixedly mounted on reagent suction tube (19) other end、The spiral branches stay tube (21) being sleeved on reagent suction tube (19) collectively forms，Described installing plate (2) following table is provided with wetland floor parameter sampling mechanism，Described wetland floor parameter sampling mechanism is by wetland floor parameter detection device (22) being fixedly mounted on installing plate (2) lower surface、It is positioned at the floor parameter sender unit (23) of wetland floor parameter detection device (22)、It is fixedly mounted on installing plate (2) lower surface and miniature linear (24) that telescopic end is downward、It is positioned at depth adjustment control signal receptor (25) that miniature linear (24) is internal、The sampling suction pump (26) being connected is fixed with the telescopic end of miniature linear (24)、It is positioned at the taken amount count receiver (27) that sampling suction pump (26) is internal、One end is fixing with sampling suction pump (26) to be connected and the other end detects what the sampling catheter (28) that device (22) is connected collectively formed with wetland floor parameter，Described installing plate (2) is provided with control chamber (29)，Described support (1) is externally provided with central control system，Described central control system is electrically connected with control chamber (29)，Described control chamber (29) fertilizer multiple with wetland respectively selects to store throwing mechanism、Remote auto control amount feed mechanism and wetland floor parameter sampling mechanism are electrically connected with.
- nullOne the most according to claim 1 remotely controls to monitor wetland substrate at regular time and quantity and feeds water to fertile device，It is characterized in that，Described remote auto control amount feed mechanism is thrown in casing (30) by the feedwater being fixedly mounted on installing plate (2)、It is opened in the feedwater near wetland side and throws in the horizontal rectangular aperture (56) on casing (30)、It is positioned at the slide rail (31) of horizontal rectangular aperture (56)、It is inlaid in slide rail (31) and with the electronic loading dolly (33) of pulley (32)、It is positioned at speed regulation receptor (34) that electronic loading dolly (33) is internal、Fixed installation is that electronic loading dolly (33) is upper and spout stretches out feedwater and throws in casing (30) fluid jetting head (20) outward、It is fixedly mounted on feedwater and throws in the water storage casing (35) in casing (30)、It is positioned at flow counting suction pump (36) of water storage casing (35)、It is positioned at the flow signal receptor (37) of flow counting suction pump (36)、One end and fluid jetting head (20) be fixing to be connected and the other end counts what the retractable connecting tube (38) that suction pump (36) is connected collectively formed with flow.
- One the most according to claim 1 remotely controls to monitor wetland substrate at regular time and quantity and feeds water to fertile device, it is characterized in that, described central control system is by the central computer (39) of peripheral hardware, data sink (40), PLC control system (41) and the command generating device (42) of centrally located computer (39) inside.
- One the most according to claim 1 remotely controls to monitor wetland substrate at regular time and quantity and feeds water to fertile device, it is characterised in that described control chamber (29) outer surface is provided with master control switch (43) and commercial power interface (44).
- One the most according to claim 1 remotely controls to monitor wetland substrate at regular time and quantity and feeds water to fertile device, it is characterized in that, be provided with in described control chamber (29) Data Integration emitter (45), indexing regulation signal projector (46), quantitatively extract emitter (47), floor parameter signal receiving device (53), depth adjustment control signal emitter (48), taken amount counting emitter (49), speed regulation emitter (50), flow signal emitter (51), liquid level signal receptor (54), drive signal projector (55).
- One the most according to claim 2 remotely controls to monitor wetland substrate at regular time and quantity and feeds water to fertile device, it is characterised in that described water storage casing (35) upper surface is provided with circular shaped motion card interface (52).
- One the most according to claim 1 remotely controls to monitor wetland substrate at regular time and quantity and feeds water to fertile device, it is characterised in that described support (1) is fixedly mounted on the ground on wetland substrate side by foundation bolt.
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| CN201610413107.8A CN105993350B (en) | 2016-06-14 | 2016-06-14 | A kind of remote control monitors wetland substrate and fed water to fertile device at regular time and quantity |
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| CN201610413107.8A CN105993350B (en) | 2016-06-14 | 2016-06-14 | A kind of remote control monitors wetland substrate and fed water to fertile device at regular time and quantity |
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| CN105993350B CN105993350B (en) | 2017-11-10 |
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| CN106818012A (en) * | 2016-12-16 | 2017-06-13 | 青岛橡胶谷知识产权有限公司 | Feed water to fertile device in a kind of farmland |
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| CN203761828U (en) * | 2014-01-27 | 2014-08-13 | 定西市金源农业发展有限责任公司 | Intelligent water-fertilizer integrated water-saving filtration irrigation device in greenhouse |
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| CN104920172A (en) * | 2015-06-15 | 2015-09-23 | 张菲 | Automatic garden plant water supply control system |
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| CN102763587A (en) * | 2012-08-14 | 2012-11-07 | 祝恩波 | Plant root water injection irrigation system |
| CN203151999U (en) * | 2013-03-07 | 2013-08-28 | 新疆农垦科学院 | Water and fertilizer regulation and control system for drop irrigation cotton pot plant |
| CN203761828U (en) * | 2014-01-27 | 2014-08-13 | 定西市金源农业发展有限责任公司 | Intelligent water-fertilizer integrated water-saving filtration irrigation device in greenhouse |
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| CN104920172A (en) * | 2015-06-15 | 2015-09-23 | 张菲 | Automatic garden plant water supply control system |
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| CN106430493A (en) * | 2016-11-25 | 2017-02-22 | 宋文静 | Urban water conservancy purification equipment |
| CN106489681A (en) * | 2016-11-28 | 2017-03-15 | 应天峰 | A kind of multipurpose rural water conservancy irrigation rig |
| CN106745668A (en) * | 2016-12-14 | 2017-05-31 | 应天峰 | A kind of sewage disposal purifier |
| CN106818012A (en) * | 2016-12-16 | 2017-06-13 | 青岛橡胶谷知识产权有限公司 | Feed water to fertile device in a kind of farmland |
| CN107306925A (en) * | 2017-07-17 | 2017-11-03 | 高伟伟 | A kind of gardens multi-medicament spray appliance |
| CN107197754A (en) * | 2017-07-20 | 2017-09-26 | 李文华 | A kind of equipment repaired for wetland human assistance |
| CN108918799A (en) * | 2018-04-04 | 2018-11-30 | 青岛理工大学 | One kind is monitored at regular time and quantity for water flow velocity source of early warning |
| CN111010967A (en) * | 2019-12-24 | 2020-04-17 | 张倩 | Intelligent environment-friendly deep-application irrigation system for organic fertilizer |
| CN112205148A (en) * | 2020-10-27 | 2021-01-12 | 陈宏军 | Intelligent control's vegetables grow seedlings liquid manure integrated device |
| CN112205148B (en) * | 2020-10-27 | 2023-07-04 | 湖北麦麦农业科技有限公司 | Intelligent control vegetable seedling water and fertilizer integrated device |
| CN116138022A (en) * | 2023-04-21 | 2023-05-23 | 安徽朗坤物联网有限公司 | Water and fertilizer integrated device capable of switching water and fertilizer application modes |
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