69results about How to "Sunny" patented technology

The invention relates to an embedded Internet of things gateway-based agricultural greenhouse indoor environment monitoring system. The system is characterized in that the system includes a user end, a web server, an embedded type Internet of things gateway, a plurality of environmental parameter sensors, a plurality of execution devices, a database and a power supply device; the environmental parameter sensors are arranged in an agricultural greenhouse and are used for transmitting acquired environmental parameters in the agricultural greenhouse to the embedded type Internet of things gateway through a bus control local area network or a wireless local area network; the embedded type Internet of things gateway sends received environmental parameter data to the web server through the Internet or other satellite networks; the web server processes received data and sends control instructions to the embedded type Internet of things gateway; the embedded type Internet of things gateway sends the control instructions to the execution devices in the agricultural greenhouse through the wireless local area network or the bus control local area network, so that the execution devices can act; and the power supply device is used for supplying power for all electric devices.

The invention discloses a cuttage breeding method for quickly establishing an alfalfa clone. The cuttage breeding method comprises the following steps: (1) preparing an alfalfa vegetative propagation seedling bed; (2) preparing and sterilizing soil; (3) performing a specific branch cutting operation method; (4) managing cuttage seedlings; (5) transplanting vegetative propagation seedlings; (6) performing filed management after transplanting. According to the cuttage breeding method disclosed by the invention, the problems of being slow in rooting, low in survival rate and the like of alfalfa cuttage breeding can be solved. The method is suitable for quickly and efficiently establishing the cuttage clone, and has the characteristics of being simple to operate, low in cost, quick and efficient, and capable of remarkably shortening the vegetative propagation breeding time and increasing the cuttage breeding survival rate.

The invention discloses a planting method of Hongruyi pomegranate. By inter-planting orange trees, planting coriander, tomato, wintergreen, ginger, wormwood, or fennel among pomegranate rows, planting calamus yunnanensis at the edge of a planting area, and fertilizing reasonably during fertilizer and water management, diseases and insect pests of the pomegranate can be effectively inhibited, a food refusal effect is generated to insects, ova, larvae and adult insects can be killed, and the use of chemical insecticides is reduced, so that the edible safety of the pomegranate is improved; and photosynthesis is improved, fruit dropping of the pomegranate is prevented, the quality and yield of the pomegranate are improved, and land resources can be reasonably used to improve the economic value of lands.

The invention relates to a compound fertilizer special for corn and a preparation method thereof, and belongs to the field of crop fertilizers. The compound fertilizer special for corn is prepared by silkworm excrement, vinasse, fulvic acid, fermented bean dregs, broomcorn, a peanut cake, a corn straw fermenting liquid, gelatin, urea, diammonium phosphate and potassium sulphate through a special method. Different components in the fertilizer are released according to a certain sequence, so that the demand for different elements in different growth stages of soybean is satisfied, and the growth rhythm of soybean is met. Therefore, yellow leaves in the initial growth stage can be avoided, and strain collapse in the mature stage can be avoided. Meanwhile, the yield and quality of corn are further effectively improved, so that the content of trace nutritional ingredients is higher so as to better meet the dietary standard of modern people.

The present invention relates to the field of medicinal plant cultivation, in particular to a Polygonum multiflorum planting method. The method comprises the concrete steps of planting area selection, ridge and soil preparation, seedling selection, transplanting and engrafting, water and fertilizer management, frame setting and branch picking, pest and disease control, harvesting and drying. The planting method provided by the present invention is easy in operation, low in cost and high in survival rate of seedlings; different medicinal liquids are used for controlling different pests and different diseases specifically on the aspect of Polygonum multiflorum disease and pest control; harms of these pests and diseases to the Polygonum multiflorum can be effectively controlled; the occurring rate of the pests and diseases in an overall growth stage is low; and according to the method provided by the present invention, the line spacing and row spacing of field planting are arranged reasonably, so that the survival rate and yield of the Polygonum multiflorum are improved, and the Polygonum multiflorum planted and obtained by using the method provided by the present invention is stable in quality and high in yield.

A pruning method for the trees in a single-tree type forest features that the crown of each young tree is pruned to become conic shape in its early phase and then pruned to become cylindrical shape in its later phase or in its middle age phase while its branches are slightly pruned for improving its optical energy utilization rate.

The invention discloses a household automatic irrigating system which comprises a support, a tabletop, multiple trays, a water tank, water guide pipes and multiple branched pipelines. The support has four supporting legs, the inside of each supporting leg is of a hollow tubular structure, the tabletop is arranged at the upper ends of the supporting legs, each tray is a concave tray with an upward opening, one ends of the concave trays are connected on the supporting legs in a pivoted manner, the concave trays are arranged parallelly, the water tank is placed on the tabletop, one ends of the water guide pipes are arranged on the side wall of the water tank while the other ends of the same extend downwards along the hollow tubular structures in the supporting legs, diameter of the cross section of each water guide pipe gradually decreases from top to bottom, and one ends of the branched pipelines are spaced and arranged on water guide pipe walls along the water guide pipes while the other ends of the same extend towards different trays respectively. Solar energy is utilized to power the household automatic irrigating system, and water in a proper amount is controlled to be provided to flowers and plants; indoor ornamental value can be increased by farming fishes in the water tank, and feces generated by the fishes and residual fish food can provide a certain amount of organic fertilizer to the flowers and the plants.

The invention discloses a method for combining large-diameter tree / tree house with multiple small trees and provides a method for combining small tree seedlings with a ground diameter of phi (1cm-3cm) into one tree and growing into a tree with a huge diameter in 5-10 years. Moreover, another function of the tree is that the tree is a new variety not existing in the nature. The method for combining large-diameter tree / tree house with multiple small trees comprises the technical procedure as follows: small tree seedlings with a ground diameter of phi (around 1cm-3cm) and a height of 1.5-3m are selected; then a pit is dug and a plurality of small tree seedlings are together placed in the pit; then two planes of two rind parts of 60mm sections of the trunks of two small tree seedlings in the most center which can be contacted are selected and flatly jointed; then 2-4 small holes are drilled in two contact points; crabsticks with a ground diameter of phi (1mm) are inserted into the holes; then the residual crabsticks are removed so that the crabsticks are aligned to an outer wall; then the crabsticks are fixed by thin ropes; 502 or white latex glue is coated between the crabsticks and the hole walls so that the crabsticks and the hole walls are firmly stuck; after fixation, the rope is unfastened; and so forth, a neighboring tree is placed closely and connected by crabsticks; afterthe connection is completed, the trees are bound by a soft rope; then the soft rope is removed in a half year so that the trees can grow naturally; after the trees grow higher, the height positions are connected by adopting the same method. The trunks are outwards bent at a required height and are fixed by bending plates with a bending angle of 120-150 degrees (as shown in diagram 3); then the bending plates are removed in a half year; and the trees are conventionally and carefully cultured; the crown is pruned; and the trees grow into a tree with a huge diameter in a plurality of years.

The invention discloses a method for hybridized cultivation of big floral Chinese roses. The method is characterized by comprising the following steps: (1) pollen preservation: selecting bright-colored, and big Chinese roses, collecting the pollen of the luxuriant Chinese roses by using a sterile conical flask, baking the pollen, and then preserving the baked pollen; (2) activation: performing preservation in the environment with a temperature of 18-20 DEG C, and performing atomization treatment by using activation liquid; (3) pollination treatment: spraying 75% ethanol to the big floral Chinese roses so as to be sterilized, performing pollination, parcelling the pollinated Chinese roses with a transparent plastic bag, then spraying the activation liquid, and performing bagging for culturing; (4) hybridization: performing pollination hybridization respectively on the pollen of the luxuriant Chinese roses and the pollen of the big floral Chinese roses with hybridized big floral Chineseroses; and (5) intraspecific breeding: putting the fourth generation of seeds in a greenhouse so as to be planted at a constant temperature, and performing intraspecific pollination after blooming.

The invention relates to the planting field of vegetables, and discloses a tomato planting method. The tomato planting method includes steps of (1), planting cowpea seedlings; (2), planting tomato seedlings; (3), connecting vines of cowpea seedlings; (4), bracket connection; (5), connecting vines of tomato seedlings; (6), twisting the tomato seedlings to the top of the bracket and (7) fertilizer application. Through the cowpea seedlings, adjacent brackets are connected and fixed together, thus the brackets can get force from each other and are not easy to blow down by wind; the stability is stronger, and the connection method is environment-friendly and convenient; the method reduces the phenomenon of poor growth for the tomato seedlings which cannot acquire sufficient sunshine for mutualshielding.

The invention relates to the technical field of livestock and poultry breeding, specifically to a ventilation system for a hog house. The ventilation system comprises a ceiling, stand columns supporting at the bottom of the ceiling and a fence located among the stand columns, wherein one side of the fence is provided with an aisle; the ceiling is mainly composed of a first tilted plate and a second tilted plate; light transmission windows are arranged between and connected with the first tilted plate and the second tilted plate; the second tilted plate is provided with a ventilation window; the upper part of the ventilation window is provided with a flashing mechanism which is mainly composed of a flashing board, support columns and an electric motor; the support columns are fixed on the ceiling; fixed pulleys are installed at the tops of the support columns; the bottom of the flashing board is hinged at one side of the ventilation window; and the top of the flashing board is connected with one end of a cable. According to the invention, the ventilation system for the hog house is simple in structure; the vertically-aligned light transmission windows can guarantee ample sunshine in the hog house and prevent rain water from entering the hog house in rainy and snowy weather; and the large ventilation window can accelerate air velocity in the hog house and prevent bacteria from growing.

The invention relates to the field of facility agriculture cultivation, in particular to an areoponic cultivation method of radix isatidis. The method is characterized by comprising the following steps of 1) growing seedlings by means of a seedling bed; 2) transplanting; 3) performing nutrition growth management; 4) harvesting. The radix isatidis cultivated by adopting the method disclosed by the invention has the advantages that the growth period is short, soil borne diseases are prevented, and the radix isatidis is suitable for large-scale and industrialized production.

The invention discloses a cultivation method for cassia seeds. The method comprises: applying farmyard manure and calcium superphosphate as base fertilizer, bedding, fixing a sowing box on each furrow, the upper bottom surface of the sowing box being open and being flushed with a furrow surface, the lower bottom surface of the sowing box being provided with round slots and detachable protection platforms, the protection platforms being arranged between the upper bottom surface and the lower bottom surface of the sowing box and two ends being open, the inner side wall of the protection platform being provided with a plurality of groove-shaped grooves, each row of the protection platforms being parallel with the width direction of the furrow; soaking cassia seeds by a potassium chloride solution, after airing the seeds, sowing the seeds on the bottom of the protection platforms, and covering soil after sowing, thickness of the soil layer out of the protection platforms of the sowing box being higher than soil covering thickness of the seeds, and then watering, and covering mulching films; after cassia seed seedlings come up, disassembling the protection platforms, loosening the soil, and applying fertilizer at right moment. The cassia seeds are respectively protected in the protection platforms, and root rot or pest and disease damage reciprocal infection caused by impeded drainage can be prevented, so as to ensure output and quality of the cassia seeds.

A water-cycling system capable of indoor aquatic breeding and outdoor plant cultivation comprises an indoor aquatic breeding device and an outdoor plant cultivation device. A water pump is arranged at the bottom of the aquatic breeding device, a filtering device and a clean water outlet are arranged at the bottom of the plant cultivation device, the clean water outlet is arranged at the bottom of the filtering device, a dirty water inlet is arranged above the filtering device, the water pump is connected with the dirty water inlet through a water pipe, and the clean water outlet is connected with the aquatic breeding device through a water return pipe. By the aid of the water-cycling system, the aquatic breeding device and the plant cultivation device are arranged separately, viewing needs of people to aquatic animals and photophilous flowers and plants can be better satisfied while water-cycling purification is achieved.

The invention relates to a fertilizer for plants, and in particular relates to a controlled release composite fertilizer for soybean and a preparation method thereof. The controlled release composite fertilizer for soybean is prepared by fermented bean dregs, distillers' grains, sweet potato slices, fulvic acid, urea, diammonium phosphate, potassium chloride, zinc sulfate, fructus cnidii, sophocarpidine, radix euphorbiae lantu, salix leaves and gelatin according to a special proportion through a special preparation method. Organic fertilizer and inorganic fertilizer are combined together and are gradually released along with solubility of inorganic components and degradation of the organic fertilizer, so that release of the fertilizer is matched with growth demand of plants, thereby, further improving the yield of soybean. The fertilizer contains nitrogen, phosphorus and potash fertilizers as well as amino acids, enzymes, amides, cytokinin, beneficial biological strains and organic antibacterial substances, so that the quality of soybean is improved, and the content of trace nutritional ingredients is higher, therefore, the soybean is further in accordance with dietary standard of modern people.

The invention belongs to the technical field of agricultural production, and specifically relates to a breeding method for pheasant. The breeding method for pheasant comprises: selecting a place, building a hen house, selecting a variety, breeding chicks, breeding adult chicken, and other steps. In the method, breeding of the chicks is divided in a plurality of stages in details, and aimed at specific conditions of each stage, different breeding methods are designed, so as to ensure survival rate of the chicks and greatly reduce loss ratio.

The invention discloses a Chrysanthemum high-yield cultivation method comprising the following contents: field selection, soil working, seedling selection, cutting seedling growing, field management, insect disease control and harvesting; the cultivation method is easy to operate, and base fertilizer and additional fertilizer can be applied in different phases so as to supplement chrysanthemum nutrition needs; the method can realize a reasonable cutting density so as to ensure sufficient water and sunlight for each chrysanthemum plant; the insect disease control step can effectively reduce chrysanthemum insect disease incidence rate; the chrysanthemum by the method is high in quality and output, and can effectively solve the market problems that chrysanthemum demand exceeds supply.

The invention relates to an A-shaped automatic watering three-dimensional planting device for waste plastic bottles: it includes a three-dimensional planting support, universal wheels with brakes are arranged under the three-dimensional planting support, and the three-dimensional planting support includes a base, and the top of the base is composed of an upper top plate and left and right side plates The three-dimensional planting frame with a hollow A-shaped structure is formed by connecting the support bars. The left and right side panels are equidistant from top to bottom with baffles. The baffles are perpendicular to the side panels. There are card slots on the baffles. There is a fixing piece above the row card slot, the mouth of the planting bottle is set on the card slot, the other end of the planting bottle is fixed by the fixing piece, the upper and lower planting bottles are connected by a hose, and an automatic watering device is placed on the base. The invention has simple components, is easy to assemble and assemble, uses discarded plastic bottles as planting bottles, saves natural resources, is low-carbon and environmentally friendly, is safe and firm, has a beautiful appearance, saves space, and can grow clean, green and healthy leafy vegetables.

The invention discloses a concentrating solar street light with a temperature measuring function. The concentrating solar street light with the temperature measuring function comprises a temperature detector, a fixing base and a solar panel, wherein a fixing rod is arranged at the top of the fixing base; a rotating gear is arranged in the fixing rod; one side of the rotating gear is engaged with atelescopic rod; the rotating gear is connected to a handle of a rotating shaft in a transmission mode through a conveyor belt; a connecting rod is arranged at the top of the telescopic rod; a motor is arranged in the connecting rod and connected with the solar panel in a transmission mode through the conveyor belt; a motor controller is arranged at the bottom of the motor; the temperature detector is arranged at one side of the connecting rod; and an output end of the motor controller is electrically connected with an input end of the temperature detector, therefore, when the temperature detector detects a high temperature at the position, the motor is controlled to drive the solar panel to rotate, so that the solar panel is more efficient in receiving sunlight.

The invention relates to a pepper plantation method, in particular to a plantation method for increasing output of peppers. The method belongs to the technical field of agricultural cultivation. The method comprises following steps: selection and processing of plantation land; cultivation of breeding soil; seed processing; nutritious lump kneading; seedling growing; transplantation and field management and the like. The plantation method for increasing output of peppers has following beneficial effects: germination and emergence rate is high; the method is highly resistant to diseases and insects and has great transplanting survival rate; peppers grow rapidly and can be produced in a large quantity; and peppers are uniformly-sized, look lustrous and taste crispy.

A pruning method for the trees in a two trees grouped forest features that the crown of each young tree group is pruned to become conic shape in its early phase and then pruned to become cylindrical shape in its later phase or in its middle age phase while its branches are slightly pruned for improving its optical energy utilization rate.

The invention discloses a tea leaf airing device. The tea leaf airing device comprises a support rack and is characterized in that multiple layers of partitions are arranged in the support rack from top to bottom, the partitions are fixedly connected with the support rack, movable base plates are arranged on the partitions, telescoping components are arranged on the lateral sides of the partitions, and the base plates can be placed on the unfolded telescoping components. By the arrangement, the tea leaf airing device has the advantages that tea leaves on the base plates can conveniently moveon the telescoping components and the partitions to facilitate collecting and organizing; the base plates are located on the telescoping components during airing, lower-layer tea leaves cannot be affected by the upper-layer partitions and can have sufficient sunlight, and uniform and efficient tea leaf airing is achieved while space occupation is avoided.

The invention is concerned with the middle-degree pruning method for lateral branch, the characteristic is: the woods is the crown closure period or near crown closure when the anaphase young growth and the incipient period half-mature forest, process the middle-degree pruning to the lateral branch (expect the 1 to 2 years top branch, namely pruning of the 1 / 3 to 2 / 3. After three years and the first pruning, the forest enters the crown closure period or near crown closure again, processes the pruning again until the forest enters the anaphase of the half-mature forest. The invention can extend the space between the crowns of the tree, improves the light irradiation state and the light energy utilization ratio.

The invention relates to the field of new energy. The invention relates to a lifting street lamp utilizing solar energy and wind energy. The lifting street lamp comprises a lifting box, a first rotating cavity is formed in the lifting box, a motor is fixedly arranged on the lower wall surface of the first rotating cavity, a first rotating shaft penetrating up and down is arranged on the motor in apower connection manner, a first belt wheel is arranged in the first rotating cavity, and the first belt wheel is fixedly connected with the first rotating shaft. The invention provides a lifting type street lamp utilizing solar energy and wind energy. The lifting type street lamp is simple in structure, wind energy and solar energy can be used for supplying power to the lifting type street lamp,moreover, the functions of lighting and trapping winged insects by lamplight to remove insects are obtained, the street lamp has a lifting function, can be lifted to a high position in the daytime soas to provide stronger wind power and more sufficient sunlight for the street lamp, can descend at night to provide light for a road surface, and meanwhile, a rotating plate for wind power generationcan be folded at night so as to prevent the rotating plate from rotating at night to generate noise and disturb rest of residents.

The invention provides an organic cultivation method of intercropping medicago hispida in myrica rubra forest. The organic cultivation method is characterized by comprising the following steps: (1) orchard site selection, (2) base fertilizer applying and soil preparation, (3) sowing, (4) field management: after emerging of the medicago hispida, spreading plant ash in an orchard, wherein the using amount of the plant ash is 40 to 50kg per mu; finely spraying and slowly irrigating during a seeding stage and a seedling stage with the extent that no obvious earth surface runoff appears each time; removing weed in the medicago hispida orchard manually; naturally controlling insect attack by using numerous natural enemies in low mountains and hills; (5) harvesting: harvesting the medicago hispida for several times in one growing season, wherein the harvesting should be flexibly carried out according to the growing trend and market supply and demand situation. Compared with the prior art, the organic cultivation method provided by the invention has the advantages that the land utilization rate is high and comprehensive economic benefit is high.

A clothes hanger that uses solar energy to automatically rotate, including a hook connected to a frame body through a motor; a solar panel is arranged on the hook, and the solar panel is connected to the motor, and renewable and clean solar energy is used, which saves energy and is beneficial to environmental protection; The above-mentioned hooks are double hooks, which can effectively prevent the hooks from rotating on the clothes rail when the wind blows; the above-mentioned motor is a geared motor, and the slow rotation can not only expose the sun evenly, but also prevent the clothes from slipping off too fast. The invention is convenient to use, and after the clothes are dried, the clothes hanger will rotate with the wind when there is wind, so that the clothes are exposed to more sunlight, more dry, and more thoroughly sterilized. The design is reasonable, the structure is simple, the manufacturing cost is low, and the operation is convenient.

The invention mainly relates to the technical field of yellow tea planting, and discloses an alpine seedling raising method of Jinji Mountain yellow tea. The alpine seedling raising method of the Jinji Mountain yellow tea includes the steps of selecting cuttings, preparing a seedling bed, treating the cuttings, conducting cuttage on the cuttings, and carrying out post-cuttage management; the method is simple, cutting seedling raising can be conducted in the four seasons, the time limit in a traditional cutting method is avoided, the survival rate of cuttings is significantly increased and reaches 97%, and the seedling raising efficiency of the Jinji Mountain yellow tea is significantly improved; biennial to triennial branches are selected to be cut into middle cuttings, cutting strips accumulate a certain quantity of nutrient components, and ducts and sieve tubes grow to be mature, which is conducive to transporting the nutrient components; phloem cells still maintain high vitality, forming of the callus is promoted, and wound healing is facilitated; the inclination angles of seedling beds are large, intervals of cutting base parts can be enlarged, nutrient component competition among the cuttings is reduced, expansion of root systems and absorption of the nutrient components are promoted, the sunshade rate of Jinji Mountain deciduous trees on the seedling beds is guaranteed, and it is ensured that cutting seedling raising can be conducted in the four seasons.

The invention mainly relates to the field of traditional Chinese medicine planting and discloses an underwood planting method of crocus sativus. The method comprises the steps of seeding in spring, top application after flowering and corm digging; the method is easy, the forest is a deciduous forest, the illumination of underwood soil can be changed along with seasons, corms of the crocus sativus are sowed in spring, sunlight is sufficient, the temperature is suitable, so that germination of the corms of the crocus sativus is promoted, the germination time is shortened, and the germination rate reaches 100%; after flowers of the crocus sativus wither, tree leaves grow up, through transpiration of the tree leaves, the underwood temperature is lowered and suitable for growth of the crocus sativus, growth of tree roots can improve the mellowness of the soil, absorption of nutrient ingredients by root system of the crocus sativus is promoted, and the dormancy period after the flowers fall off is avoided; in the middle of March, after the flowers of the crocus sativus wither, a nutrient solution is sprayed, wherein the nutrient solution is rich in organic matter, inorganic matter and microorganism, promotes absorption, accelerates expansion of the corms, makes the growth period of the crocus sativus shortened to 150-160 days, and obviously lowers the planting cost.

The invention discloses a slope style photovoltaic solar roof. The slope style photovoltaic solar roof comprises a thermal insulation layer arranged at the top of a house in splayed mode and a water tank arranged at the central position of the top of the house, wherein an aluminum alloy frame is arranged at the top of the thermal insulation layer, a diffuse reflection plate and a vacuum heat collection tube above the diffuse reflection plate are arranged at the top of the aluminum alloy frame, the vacuum heat collection tube is communicated with the water tank, and used to circularly heat water in the water tank, an electric heater, a liquid level gage used to detect and display the water level in the water tank and a thermometer used to detect and display water temperature in the water tank are arranged in the water tank, and the other thermal insulation layer is arranged on the exterior of the water tank. The slope style photovoltaic solar roof is simple in structure, reasonable in design, convenient to implement, strong in practicability, good in use effect, and convenient to popularize and use, improves heat emitting efficiency of solar energy, and improves value of a solar water heater.

The invention discloses a method for cultivating camellia oleifera seedlings, and belongs to the technical field of agricultural planting. The method comprises the following technical steps: (1) cultivating cutting seedlings; (2) preparing a seedling substrate; (3) transplanting the cutting seedlings; (4) placing seedling raising bags; (5) seedling culture management; (6) outplanting the seedlings. According to the method, the survival rate of the cutting seedlings is increased, the obtained cutting seedlings are neat and robust, the seedling raising period is short, large seedlings obtained after the cutting seedlings are transplanted and cultivated are good in quality, vigorous in growth vigor, high in height, uniform, full and regular in crown, the cultivation time is short, the survival rate of outplanting and transplanting is high, the afforestation effect is good, and the yield reaching time is short.