116results about How to "Realize automatic irrigation" patented technology

The invention relates to an agricultural irrigation water saving system. The system comprises a Web platform, a wireless gateway and wireless terminal equipment, wherein a mobile communication network is adopted for communication between the Web platform and the wireless gateway, and a short-range wireless communication network is adopted for communication between the wireless gateway and the wireless terminal equipment. The Web platform issues a control instruction to the wireless gateway, the wireless gateway forwards the instruction to the wireless terminal equipment, and then the wireless terminal equipment carries out corresponding operation and returns a result. The Web platform comprises an irrigation planning module used for making irrigation strategies according to different crops, different environmental attributes, real-time soil moisture content data, pipeline pressure and the like. The system intelligently makes the irrigation strategies in a pointed mode, can monitor region environment in real time and remotely control equipment to achieve automatic irrigation and improves water-saving capacity and accuracy of irrigation.

The invention discloses a combined self-infiltrating lap-joinable inclined-insertion multifunctional green wall device, which comprises pots and a box. The box is provided with a front board on the side having hollows for inserting the pots, each pot with the bottom facing down can be slantingly inserted into the box from the corresponding hollow of the front board, the lower end of the bottom of each pot inserted into the box is provided with a water inlet, the box is provided with a water inlet portion on the top and a water outlet at the bottom, and the water inlet of each pot is positioned between the water outlet and a bottom board of the box. In addition, a bearing portion extends up diagonally towards the outside from the lower edge of each hollow of the front board of the box, and / or a limiting portion extends down diagonally towards the outside from the upper edge of each hollow, so that falling of the pots is prevented. The combined self-infiltrating lap-joinable inclined-insertion multifunctional green wall device is compact in structure, convenient and quick in assembly, multifunctional, widely applicable, high in safety and highly attractive, and is capable of automatically rendering infiltration irrigation.

The invention relates to a solar pumping irrigation system. The solar pumping irrigation system is characterized by comprising a solar panel array, a control cabinet, a vanadium battery pack, an inverter, a soft starter, a solar pumping inverter, a control device, a high-lift water pump, an impounding reservoir, and a sprinkler plant, wherein the solar panel array is connected with the solar pumping inverter, a change-over switch and the high-lift water pump in series; meanwhile, the solar panel array is connected with the control cabinet, the vanadium battery pack, the inverter, the starter, the change-over switch and the high-lift water pump in series; the high-lift water pump is connected to a mountain reservoir through an upper water pipe and a check valve, and then connected with a sprinkler gun through a lower water pipe. The solar pumping irrigation system is suitable for being popularized and applied to villages in remote and mountain areas and power shortage areas.

The invention discloses an intelligent irrigation greenhouse and relates to the technical field of agricultural planting. The intelligent irrigation greenhouse comprises a greenhouse body and a water tank, the greenhouse body comprises a left side plate, a right side plate and a top frame, height of the left side plate is greater than that of the right side plate, a ventilation device is arranged on each of the left side plate and the right side plate, the top frame is obliquely arranged between the left side plate and the right side plate, a water guide pipe is arranged on the top frame obliquely and provided with a plurality of nozzles vertically, the water tank is provided with a water outlet which is provided with a water pump and an electromagnetic valve, the water guide pipe is connected with the water outlet of the water tank through a pipeline, and a rainwater collection tank which is arranged obliquely is arranged on the side wall of the right side plate and communicated with the water tank through a guide pipe; a storage battery and a controller in electrical connection are arranged on the left side plate, multiple humidity sensors are arranged in the greenhouse body, and the humidity sensors, the water pump and the electromagnetic valve are all connected with the controller electrically. The intelligent irrigation greenhouse is provided with a rainwater collection device, so that water resources are saved; intelligent irrigation is adopted, so that irrigation efficiency is improved.

The invention provides a planting system formed by novel planting ropes and relates to the technical field of agriculture, automatic irrigation, three-dimensional planting, soilless culture and ecological culture. The system is characterized in that a device with the planting system can achieve automatic irrigation, is more convenient in culturing and provides large space for the growth of a plant root system, an automatic water supply switch is more convenient to manufacture, the hanging of seeding-use towel rings is more stable, and an animal breeding function is added on the basis of the three-dimensional planting. According to the technical scheme, the plant system is formed by an automatic lifting device, a hook, a rotation shaft, hanging ropes, a basin, water suction ropes, novel planting ropes, an inner ring, an outer ring, a novel automatic water supply switch, a flotage ring, the seeding-use towel rings, a coop, a water storage tank and a green algae incubator, wherein when the novel planting ropes are used for planting, a sponge block which is inserted with plant roots can be inserted into a hard hollow ring. The coop, the water storage tank, the green algae incubator, the novel planting ropes and the seeding-use towel rings achieve a bird-fish-vegetable-algae symbiotic system together.

The invention discloses a vertical greening wall used on a building wall surface. The greening wall comprises a vertical wall body, vertical fixing racks and vertical greening units. The vertical greening units are connected with automatic rotation mechanisms. The automatic rotation mechanisms comprise rotation driving assemblies, screw driving assemblies and spring connection assemblies; the rotation driving assemblies are connected with the screw driving assemblies; one ends of the spring connection assemblies are connected to the vertical greening units; the other ends of the spring connection assemblies are connected to the screw driving assemblies. The vertical greening units comprises mounting plates, greening cylinders and plant accommodation containers. The upper ends of the mounting plates are connected with the vertical fixing racks; the greening cylinders are arranged on the mounting plates; the plant accommodation containers are arranged on the greening cylinders; and the plant accommodation containers are connected to an automatic irrigation system. The device provided by the invention has the advantages of convenient detachment and mounting, convenient plant irrigation, good structural stability, and good flexibility. The device is not influenced by greening heights. With the device, adjustment and integrated design of natural daylighting and natural ventilation of the inner functional space of the wall body, and shading of the building can be realized.

The invention provides an ecological supporting and protecting system and a construction method using a flexible cladding soil nailing wall combined with reinforced earth. The flexible cladding soil nailing wall comprises a plurality of soil nails, a plurality of connecting structures and flexible cladding; one end of each of the connecting structures is connected fixedly with a corresponding soil nail, and the other end of each of the connecting structures is connected with the flexible cladding; soil nails are arranged fixedly in drilling holes arranged on a side slope, and the flexible cladding covers the surface of the side slope; a reinforced earth retaining wall comprises a reinforced material, a backfill soil layer and a vegetation layer; one end of the reinforced material is connected with the connecting structures, the backfill soil layer is embedded in the reinforced material, the vegetation layer is embedded in the backfill soil layer and is away from the flexible cladding, and the other end of the reinforced material wraps an end portion of the backfill soil layer; an automatic irrigation system comprises an impounding reservoirs and irrigation pipes, inlets of the impounding reservoirs are connected with a water discharging system of the side slope, outlets of the impounding reservoirs are connected with the irrigation pipes and the impounding reservoirs and irrigation pipes are arranged on the reinforced earth retaining wall.

The invention provides an automatic irrigation and water monitoring device for a crop potting experiment. The device comprises an automatic irrigation system and a data acquisition and transmission system. Automatic irrigation control on crop potting in an agronomical experiment is realized by the device through the automatic irrigation system, so that during the potting experiment, each repeated potted plant in different treating intervals can be slowly, quantitatively and uniformly irrigated, and surface soil disturbance is not caused, so that system error of the potting experiment is reduced; the functions of data in-situ storage and data remote transmission of potting soil water weight change are realized through the data acquisition and transmission system, real-time monitoring on the potting experiment is realized, and the experiment management efficiency by a scientific research personnel is improved.

The invention provides a three-dimensional vegetable planting device capable of achieving automatic irrigation and facilitating fertilization and relates to the technical fields of agriculture, automatic irrigation, three-dimensional planting and soilless culture. The device is mainly characterized in that the automatic irrigation and three-dimensional cultivation function is achieved, and space can be fully used. According to the technical scheme, the device is characterized in that the device is composed of a hook, a rotary shaft, a detachable screw, a hanging rope, a water basin, a water absorbing rope, a planting rope, a water absorbing rope for seedling breeding, towels for seedling breeding, a convex-face towel ring, a concave-face towel ring, an inner ring, an outer ring, a concave cover and a water storage tank. A sponge above the planting rope, the towels for seedling breeding and the concave cover can be used for planting seedlings after being wetted, the planting rope is arranged on the inner ring and the outer ring, the towels for seedling breeding are stacked and distributed in an up-down mode, and the automatic irrigation function is achieved because a solar power generation plate supplies power.

The invention discloses a smart irrigation control system and a control method thereof. The smart irrigation control system comprises a data acquiring module, a data receiving module, a central processing module, an irrigation equipment management module, an irrigation equipment terminal execution module and a data feedback module. The data acquiring module is used for acquiring relevant data andsending the data to the data receiving module; the data receiving module sends the received data to the central processing module, and the data are processed to form irrigation requests; the central processing module sends the irrigation requests to the irrigation equipment management module; irrigation equipment forms irrigation instructions and sends the same to the irrigation equipment terminalexecution module; the irrigation equipment terminal execution module controls the corresponding irrigation equipment to perform corresponding actions; the data feedback module feeds back execution data of an irrigation equipment terminal to the data acquiring module. By the smart irrigation control system, water-fertilizer integrated irrigation is automatically controlled, manual opening of valves is not needed, and time and labor are saved.

The invention provides a system for automatically adjusting the water supply quantity according to crop growth environmental changes. The system comprises an environment information detection module, a central analysis control module and an automatic irrigation module. An operational method in the central analysis control module comprises the step of building a relation formula between an environment change result and water supply information data, wherein the formula is shown in the description, and the function formula f shows the corresponding relation between the environment change result and water supply information. Automatic water irrigation under the environment change condition is achieved so as to lower the crop death rate; the labor cost is saved, environment information values can be automatically detected, and automatic irrigation is achieved; growth, development and morphogenesis of crops can be automatically adjusted, the culture period can be shortened, the quality can be improved, energy consumption can be greatly lowered, and the cost can be lowered.

The invention discloses an automatic irrigation device applied to an orchard. The automatic irrigation device comprises a transmission unit, a detection unit, a measuring unit, a control unit and water supplying units. The multiple water supplying units are connected with a sprinkling irrigation head and a dropping arrow which are arranged on a middle standing rod through a first sprinkling-irrigation main pipe electromagnetic valve, the sprinkling irrigation head and the dropping arrow are connected with a flow meter, the middle standing rod is fixed on one side of a fruit tree, the sprinkling irrigation head is arranged at the upper end of the middle standing rod, automatic irrigation and fertilization of the orchard are achieved, the automatic irrigation device is suitable for accurate and intelligent orchard management of citrus trees with the large areas and the different heights, the yield and the quality of the orchard are greatly improved, and the income of fruit farmers are increased.

An automatic irrigation device for garden planting comprises an irrigation box and a water tank, a water outlet pipe is arranged on the side wall, close to the irrigation box, of the water tank, the water outlet pipe is right opposite to the irrigation box, two guide plates are symmetrically and fixedly connected to the inner side wall of the water tank, and guide grooves are formed in the two guide plates; baffles are connected into the two guide grooves in a sliding mode, a connecting rope is fixedly connected to one end of each baffle, and a direction adjusting device is arranged on the water tank. The garden plants can be automatically irrigated at different frequencies according to the water requirement conditions of the plants under different weather conditions, and the requirement of the garden plants for moisture in the growth process under different weather conditions is fully met.

The invention discloses an irrigation system for plants and a method thereof. The irrigation system comprises: a humidity sensor, a host, a first solenoid valve, a water pump, a timer, and a pipeline.The humidity sensor is fixed in the soil of an area where plants are located; a plant irrigation data table is stored in the host; the plant irrigation data table includes humidity data and pH valuedata of each species of plants for each month; a data output end of the humidity sensor and the timer are both connected to an input end of the host; the host is used for determining current irrigation volume of plants according to the detection data of the humidity sensor and humidity data of the plant irrigation data table; an output end of the host is connected with an input end of the solenoidvalve, an output end of which is connected with a control end of the water pump, a water outlet of which is connected with the pipeline; the pipeline is laid in the area where plants are located; andthe hose is used for adjusting on-off time of the solenoid valve according to the irrigation volume so as to further adjust the opening time of the water pump. By the system or the method of the invention, automatic irrigation can be achieved to improve irrigation efficiency.

The invention belongs to the field of paddy field irrigation, and provides an automatic paddy field irrigation device which comprises a water injection pipe, a floater chamber, a floater and a buoyancy valve block. The top of the water injection pipe is used for being communicated with a water source, and the bottom of the water injection pipe is arranged above a to-be-irrigated paddy field piece; the floater chamber is arranged below the bottom of the water injection pipe, a top opening and a bottom opening are formed in the floater chamber, and the set height of the top opening is equal to the height of irrigation stop water level for the to-be-irrigated paddy field piece; the floater is inserted in the top opening, and a first blocking body is arranged on the top of the floater and is used for blocking the bottom of the water injection pipe; an outer edge is arranged on the top of the floater, is positioned on the outer periphery of the first blocking body and is used for preventing water drained from the water injection pipe from directly flowing into the floater chamber; the buoyancy valve block is arranged below the bottom opening and is provided with a second blocking body which is used for blocking the bottom opening. The automatic paddy field irrigation device has the advantages that the automatic paddy field irrigation device is simple in structure, convenient to operate, low in cost and easy to popularize and utilize, the paddy field piece can be automatically irrigated by the automatic paddy field irrigation device without being watched by personnel, and rainwater can be accumulated by the aid of the automatic paddy field irrigation device.

The invention discloses a field surface irrigation device. The field surface irrigation device comprises a water suction pump, wherein the water suction pump is connected with a water conveying main pipeline; a first gate valve, a filtering device, a water and fertilizer mixing device and a second gate valve are sequentially arranged on the water conveying main pipeline; a plurality of detachable branch pipelines are arranged on the water conveying main pipeline below the water outlet end of the second gate valve; a sub-control valve is arranged on each branch pipeline; the lower end of each branch pipeline is connected with a transverse field-in pipe; a plurality of gates are arranged at the side edge of each field-in pipe; the distance between the gates are consistent with the field distance; and a flow detector is arranged at the water outlet of each gate. The field surface irrigation device further comprises a temperature and humidity sensor, and the temperature and humidity sensor, the flow detector, the first gate valve, the second gate valve, the sub-control valve and the gates are in signal connection with a controller. The field surface irrigation device can supply both water and fertilizers during irrigation, saves manpower, material resources, water resources and time, greatly meets nutrition demands for crop growth, and facilitates automatic management.

The invention discloses an automatic irrigation system. The automatic irrigation system comprises a humidity sensor, a temperature sensor, a water pressure sensor and an MPS430 single chip microcomputer, wherein the humidity sensor, the temperature sensor and the water pressure sensor are connected with an input end of the MPS430 single chip microcomputer, the input end of the MPS430 single chip microcomputer is connected with a power module, a data storage device, a serial communication module and a keyboard circuit, the data storage device is used for storing crops information, the keyboard circuit is used for conveniently setting parameters by a user, and an output end of the MPS430 single chip microcomputer is connected with an electromagnetic valve, a water pump and an alarm. The automatic irrigation system has the advantages that the structure is simple, the design is reasonable, usage effects are good, automatic irrigation can be real-timely performed according to changes of temperature and humidity, workload of operators can be reduced, and working efficiency and working qualities are improved.

The invention discloses a watering basin for a water-loving miniascape, which comprises a flowerpot placed in a placing groove, wherein a water groove is fixedly connected to the outer side wall of the placing groove; a water storage groove is formed in the upper side wall of the water groove; a water outlet is formed in the inner bottom wall of the water storage groove; a mounting cavity communicated with the water outlet is formed in the inner bottom of the water groove; the mounting cavity is communicated with the bottom of the placing groove through a through opening formed in the inner wall of the placing groove; a first trapezoidal block and a second trapezoidal block which are fixedly connected with each other slide in the through opening; a connecting rod is fixedly connected to the lower side of the flowerpot; and a first ball which is in contact with the inclined surface of the first trapezoidal block is fixedly connected to the lower end of the connecting rod. When water inthe flowerpot is insufficient, a floating ball floats through magnetic repulsion force to discharge the water for irrigation, and a hose moves in cold weather to inject water from the edge, so that frostbite of potted plants is avoided.

The invention provides an agricultural irrigation machine and relates to the technical field of agricultural equipment. The agricultural irrigation machine comprises a base, and a first motor and a damping table are fixedly arranged in the base; a first belt wheel is movably mounted at the output end of the first motor, a spring is sleeved with the damping table, and a push plate is fixedly arranged at the bottom of the spring. According to the agricultural irrigation machine, the first motor, the first belt wheel, a second belt, a third belt wheel, a first rotating wheel, a first movable rod,a first piston head, a second piston head, a second movable rod and a connecting shaft cooperate with one another, so that a second rotating wheel rotates, the rotating amplitude of the second rotating wheel is controlled by controlling the opening degree of a hydraulic valve, and then a sprayer can rotate by 360 degrees and reciprocatingly swing within 180 degrees; automatic irrigation is achieved, and the sprayer does not need to be adjusted manually, so that manpower is saved; the sprayer continuously swings for irrigation, so that irrigation is uniform, and the effect of improving the irrigation efficiency is achieved.

The invention discloses a sponge city low-lying land multistage cascading rotary purification system. The system comprises a desilting water collection pool, a rotary purification canal and a reservoir. The desilting water collection pool is disposed at the top of a low-lying land. The rotary purification canal is in spiral downward arrangement along the periphery of the low-lying land, and is isolated into several purification units by several concrete baffle plates. Each purification unit is equipped with an antiscour layer, a soil layer, a coarse sand layer and a purification layer from top down in order, the soil layer and the purification layer are internally provided with water absorption discs, two sides of the purification layer extend to the purification unit surface layer, and the section is in U-shaped distribution. Water permeable geotextile is disposed at the contact part of the purification layer and the soil layer and the coarse sand layer. The reservoir is arranged at the bottom of the low-lying land, and the bottom is provided with a water pumping pump. The system provided by the invention not only can green and beautify the environment, but also can absorb heavy metals and other hazardous substances in water, and is of important reference significance for urban non-point source pollution control, rainwater purification recycling and sponge city construction.

The invention discloses a green plant door which comprises a door frame, a door sash, a water supply device, container water storage tanks, multiple green plant devices, a water containing tank and a water receiving tank. The door sash is hinged to the door frame, the water supply device penetrates into the door frame, and a water outlet of the water supply device is located at the top of the door frame. The water containing tank is installed at the top of the door sash and located below the water outlet of the water supply device, the water receiving tank is installed at the bottom of the door sash and located under the water containing tank, the multiple green plant devices are installed in the middle of the door sash and located between the water containing tank and the water receiving tank, and the container water storage tanks are fixedly installed at the tops of the green plant devices. Due to the fact that the green plant door comprises the door frame, the door sash, the water supply device, the green plant devices, the water containing tank, the water receiving tank and other parts, plants can be planted in the green plant devices, automatic plant irrigation is achieved through the water supply devices, the water containing tank and the water receiving tank, and the green plant door has the advantages of being novel in structure and convenient to use.

The invention belongs to the technical field of garden landscape irrigation and particularly relates to a garden landscape irrigation spray head capable of freely controlling the spraying range. The garden landscape irrigation spray head comprises a fixing support and a spraying assembly. The spraying assembly is arranged on the upper portion of the fixing support. The spraying assembly of the fixing support is in a fan shape, and spray head bodies are arranged on the front arc-shaped face of the spraying assembly in a radial mode. Butt joints are arranged at the rear end of the spraying assembly, a guiding joint is arranged at the top end of the fixing support, and an inner water through pipe is arranged in the fixing support. Distances between the spray head bodies can be changed. A rotating connector is arranged at the upper end of the fixing support so that the spraying assembly can rotate around the axis of the fixing support. A device for driving the guiding connector to rotate is arranged on the rear portion of the connected guiding connector. According to the garden landscape irrigation spray head, spraying of a water flow can be kept to be evenly changed, so that a lawn isevenly irrigated; and the garden landscape irrigation spray head can achieve automatic irrigation, spray irrigation can be conducted according to green belts with different shapes, and the good applicability is achieved.

The invention provides a residential area waterscape system. The residential area waterscape system comprises a first water treatment unit, a landscape pool and a drainage system, which are located above a garage top plate and sequentially arranged from upstream to downstream. The outlet of the first water treatment unit is communicated with the landscape pool; a reclaimed water conveying pipe network is buried below the first water treatment unit, the reclaimed water conveying pipe network is communicated with the inlet of the landscape pool, the outlet of the landscape pool is communicated with the drainage system, and the drainage system is communicated with the reclaimed water conveying pipe network and / or a green plant planting area. Rain sewage collected in a community can be treatedand purified and then discharged into the landscape pool, water resources are saved, meanwhile, it can be guaranteed that water in the landscape pool can continuously keep circulating, and eutrophication of water is avoided. Water exceeding a water level control line in the pool can be drained to the reclaimed water pipe network and an irrigation pipe network, the water is prevented from overflowing the top of the pool during rainstorm, and meanwhile automatic irrigation of green plants in a community can be achieved.

The invention belongs to the field of rice field irrigation, and particularly relates to a rice field water-saving irrigation automatic control device. An aqueduct (6) is made of plastics and is firmly connected with a ditch wall (8); the other end of the aqueduct (6) is provided with a water baffle groove (10) made of rigid plastics; a water baffle (4) is arranged in the water baffle groove (10) and is subject to being capable of freely sliding up and down; a floating block (3) made of materials with an extremely strong floating force is connected with the water baffle (4) made of the rigid plastics; the floating block (3) always rises or lowers along with the depth of rice field water; when the water level of the rice field water (2) surrounded and stored by ridges (1) lowers, the floating block and the water baffle (4) necessarily sink due to self weight and being subjected to the action of gravity, so that the rice field water (2) is supplemented by ditch water (9) from a water outlet (5) through the aqueduct (6); when the preset water level is reached, the floating block (3) is floated by buoyancy of water; and the water baffle (4) necessarily rises along the water baffle groove (10) until the aqueduct (6) and the ditch water (9) are blocked to stop water flow and save the water, so that the conditions of automatic irrigation and no spilling are realized under an unattended condition, and therefore an irrigation network of farmland develops higher water-saving efficiency, and the purposes of automatic irrigation and water saving can be satisfied.

The invention discloses an auto-irrigating shrimp-rice symbiosis system, and solves the problems in the prior art that the yield and quality of crayfish are affected by poor water quality, and the labor intensity for culturing crayfish in a rice field is high. A crayfish pond is connected with a nitrification pond provided with a filter pond on one side through a first connecting pipe, a paddy field is arranged on one side of the filter pond, a first water pump connected with a water outlet through a second connecting pipe is arranged on one side of the bottom of the paddy field, the water outlet is positioned above the crayfish pond, an aerating pump is arranged on the second connecting pipe, and a culvert is arranged between the connected parts of the filter pond and the paddy field; a regular automatic irrigation device is set in the paddy field and comprises an irrigation controller, a water storage tank, a second water pump arranged between a plurality of adjacent plots in the paddy field and a dividing barrel arranged above the second water pump. According to the invention, a good water source can be provided for the survival of crayfish, and automatic irrigation of the paddyfield can be achieved so that the labor intensity is reduced.

The invention provides a siphon irrigation system and a siphon irrigation method. The siphon irrigation system is mounted at a suspended river or in a river and lake area with water surface altitude higher than ground altitude and comprises a siphon water inlet device, an irrigation water treatment device, a proportioning device and an irrigation device, wherein a water inlet end of the siphon water inlet device is arranged in the river, a water outlet end of the siphon water inlet device is connected with a water inlet end of the irrigation water treatment device, and the altitude of the water inlet end of the siphon water inlet device is higher than that of the water outlet end of the siphon water inlet device; a water outlet end of the irrigation water treatment device is connected with a water inlet end of the proportioning device, and a water outlet end of the proportioning device is connected with the irrigation device. With adoption of the siphon irrigation system, water can be introduced into an irrigation area by means of a siphonic effect without ditch excavation, irrigation water is decontaminated, energy saving and emission reduction are realized, and safety and sanitation are realized.

The invention provides an intelligent remote water pump controller and solenoid valve control system which is low in management and maintenance cost and enables integration. The intelligent remote water pump controller and solenoid valve control system comprises a remote control center (1) which is at least connected with two controlled water pumps; the two controlled water pumps are a first controlled water pump (2) and a second controlled water pump (3); the first controlled water pump (2) is connected with at least three irrigation pipelines; the water outlet of each irrigation pipeline is provided with a controlled solenoid valve; each controlled solenoid valve is provided with a humidity sensor in a matching manner and the humidity sensor is used for detecting the degree of wetness of soil around the corresponding water outlet; the humidity sensors are electrically connected with controllers on the controlled water pumps; each controlled solenoid valve is provided with a solenoid valve control device; each humidity sensor is provided with a humidity sensor moving assembly.

The invention discloses a stereoscopic planting device. The device comprises a stereoscopic planting device body; the stereoscopic planting device body includes a base, a support, a control panel, a heating device, a water storage tank, a water pump and planting pots, wherein the bottom of each planting pot is provided with a water feeding hole and a round hole; a water pipe connected with the water pump is inserted in the round holes and connected with flow guide pipes, and the tail end of each flow guide pipe is provided with a sprayer. According to the stereoscopic planting device, by controlling the water pump to uniformly spray water in the water storage tank into each planting pot sequentially through the water pipe, the flow guide pipes and the sprayers, automatic irrigation is achieved; by means of the base with universal wheels, not only can the stereoscopic planting device move conveniently, but also the demand of plants in the stereoscopic planting device for photosynthesisat different angles can be met. Meanwhile, redundant water is reused after being subjected to reflux treatment through the water feeding holes and the water pipe, so that unnecessary waste is reduced,and water resources are saved. Therefore, the disclosed technical scheme has a great value in market application and popularization.

The present invention relates to an automatic virescence irrigation rig, and belongs to the technical field of garden planting and irrigation equipment. The automatic virescence irrigation rig comprises a spraying water pipe, wherein the spraying water pipe is arc-shaped, and a sprinkler is arranged on the inner side surface of the arc-shaped water pipe. In addition, an electromagnetic valve whichis connected to a controller is arranged at a water inlet end of the spraying water pipe. The automatic virescence irrigation rig further comprises a humidity sensor which is connected to the controller through a circuit. The automatic virescence irrigation rig can realize automatic timing irrigation and ensure the irrigation effect.

The invention discloses a composite plant management system. The system comprises a water box water supply system and a tap water supply system, the water box water supply system is composed of a control main machine (20), a plurality of water pumps (5), water pipes (8), a humidity sensor (10), a water level sensor (6), and a power switch (12) with a 433 receiving function, wherein the control main machine (20) is composed of a timer module (1), a wifi module (2), a 433 module (3), and a temperature illumination acquisition module (4), and the tap water supply system includes a faucet (14), a433 transceiver controller (18), a water pressure sensor (17), and a one-in-two-out solenoid valve (16) with a 433 controller. According to the system provided by the invention, when the tap water pressure is sufficient under normal conditions, tap water is utilized to supply water for plants, and when the water supply is cut off, the water box water supply system is used to supply water.