82results about How to "Fully photosynthesized" patented technology

The invention relates to a method for planting saffron crocus in a Tibet region and belongs to the technical field of natural medicine plantation. The method comprises the steps of field seed ball breeding and indoor cultivation flower picking. The field seed ball breeding comprises the sub-steps of selection of seed corms, plantation preparation, plantation, field management, harvesting of the seed corms and storage of the seed corms. The indoor cultivation flower picking comprises the sub-steps of loading into flat baskets, shelving, cultivation management, and harvesting and processing of the saffron crocus. The saffron crocus is planted in a large field in the Tibet region by using the plantation method, sunlight is sufficient, the plantation time of the seed corms in the land is long, flowers are picked in the land, and the cost is reduced; by virtue of the selection and the cooperation of various plantation parameters according to the technical scheme, filaments of the produced saffron crocus are long, the appearance is good, and the yield is high; the content of saffron crocus essence and saffron crocus bitter principle is greatly higher than that of the saffron crocus produced in the prior art, the medicinal value is high, and pesticide residues are eliminated; moreover, seed balls are large, low in lesion and low in degeneration.

The present invention relates to one kind of sunlight film for covering green house as modern gardening facility and its making process, and belongs to the field of agricultural technology. Low density polyethylene, ethylene-acetic acid copolymer, dripping agent, light stabilizer, composite antioxidant, diluent, light converting agent are mixed to produce concentrated mother material; mother material in 10-15 wt% and base material low density polyethylene or ethylene-acetic acid copolymer in 85-90 wt% are mixed homogeneously; and the mixture is extruded, blown into film and cooled to settle and processed through further steps to produce the sunlight film product. The sunlight film is used to penetrate sunlight, maintain temperature and convert ultraviolet ray into blue and red light essential for plant to perform photosynthesis and is superior to available plastic film for green house in light transparence.

The invention relates to the technical field of illumination lamp, particularly to a method for regulating plant growth by using LED light source and an LED plant illumination lamp, wherein the LED plant illumination lamp comprising an LED light source set, and LED control unit, an LED drive unit, a sampling and detecting unit, a communication unit and a power supplying power unit; the LED light source set is composed of two monochromatic LEDs, namely a green LED light source and a blue LED light source and auxiliary LED light sources. The method provided by the invention is used for scientifically and reasonably supplementing light to plant by using an LED light source which comprises green and blue two base colours and a plurality of auxiliary LED light sources according to the growth and development period of plant, photosynthetic principle, the principle for selectively absorbing spectrum wavelength and the different sensitivity of plant to the spectrum, so as to ensure the full photosynthesis of plant, improve the plant to such a degree that the leaves of the plant are fleshy, the roots are numerous and the growth is good, enhance the immunity and resistance of plant, promote precocious plant, improve the yield and improved the quality of fruit.

The invention relates to a plant breeding field, which in detail relates to a method of elaeagnus mollis asexual propagation, comprising following steps: building seed bed; collecting ear from parent tree; cutting collected ear in medium on the bed; spraying water on leaves of elaeagnus mollis, the water temperature is 20-30 Deg. C; fertilizing on leaves until ear grows out root. The invention employs technology of asexual propagation to breed more seedling in short time, moderates seedling bed's temperature and humidity to keep physiological balance for cottage ear, disinfects ear and treats it with plant growth hormone to provide bios and nutrition for ear rooting, and treats parent tree to promote formation and growth of adventitious root. It solves problems of difficult rooting of callus and low seedling rate. The invention is characterized by simple and fast propagation technique, low cost and high propagation rate.

The invention discloses an LED (light emitting diode) light source for plant growth. The LED light source for plant growth comprises a radiating substrate and a sealing ring, wherein the sealing ring is arranged on the surface of the radiating substrate; a plurality of gallium-nitride-based blue light chips are arranged on the surface of the radiating substrate and are positioned in a closed area surrounded by the sealing ring; a silica gel layer is hermetically arranged on each gallium-nitride-based blue light chip; and red phosphor is coated on the surfaces of the silica gel layers. The LED light source for plant growth has the advantages that according to a plant growth and development rhythm, a photosynthesis principle and difference of plants on light spectrum sensitivity, light can be scientifically and reasonably supplemented for plants during growth by using a principle that the plants selectively absorb spectral wavelength during growth, sufficient photosynthesis of the plants is ensured, laminas of the plants are thick, roots of the plants are well developed, and the plants grow well; the strength and the immunity of the plants are enhanced; precocity and yield increasing of the plants are promoted; and the quality of the plants is improved.

The invention relates to a method for pruning an oblique eggplant form. The method comprises the following steps: cultivating one main stem and making the main stem inclined 100 to 135 DEG C northward; cultivating 8 to 10 fruit branches on the main stem sequentially and removing a top; and pinching a terminal shoot and leaves two leaves of each fruit branch after the fruit branch bears one fruit and cutting the fruit branch when the fruit is picked to allow latent buds on a base part of the main stem to sprout and grow into fruit branches. The steps ensure full photosynthesis of eggplant plants, big fruit and high yield, avoid increasingly high blooming and fruit bearing positions and increasingly high plants, facilitate management such as pruning, flower and fruit protection, picking and insect disease prevention, improve light penetration between rows and plants due to the oblique eggplant form, reduce insect diseases and make full use of space to increase planting density.

The invention provides a management method for a tea garden. The management method comprises the following steps: improving soil; adjusting illumination; irrigating water; and controlling air humidity and temperature. An excellent basic condition is created for tea trees through the coordinated supply of soil, light, water and air, especially, the improvement for the soil; the normal growth environment and matter requirements can be met; the tea trees have excellent growth; according to the method provided by the invention, the ecological environment of the tea garden is improved and the stability of the tea garden system and the quality of the tea leaves are promoted.

The invention discloses an LED lamp for supplementing light for plants. The LED lamp comprises movable bases, height adjusting devices, a cross beam, an angle adjusting device and a plurality of light emitting devices. Each height adjusting device comprises a lifting driving part, a lifting screw rod, a lifting guide rod and a lifting support frame; the cross beam is rotatably arranged on the lifting support frames; the angle adjusting device comprises an angle adjusting turntable and an angle limiting mechanism; the light emitting devices are mounted on the cross beam, and each light emitting device comprises a movable sliding block, a rotating disc, a light emitting body, a disc body positioning mechanism and a displacement adjusting mechanism. According to different growth stages of the plants and different growth environments of the plants, the irradiation height and irradiation angle of the LED lamp for supplementing light for the plants are adaptively adjusted, so that photosynthesis of the plants is more fully exerted.

The invention discloses a method for planting blueberry. The method for planting blueberry comprises: first, the land of blueberry is began with a long hill and the blueberry distance and spacing are determined; second, a drain is set; third, soil is mixed with manure and the manure is prepared from, by weight: 100-120 parts of shard, 5-6 parts of sulphur powder, 150-180 parts of distillers' grains, 50-60 parts of bits of wood, 20-30 parts of dough cake and 2-3 parts of enzyme microorganism, acres of manure 400- 600 kilogram; forth, planted blueberry is poured on root, 10-20 thick pine needles are laid in the soil on the long hill and pine needles are covered with coconut bran 5 - 10 centimeter thick; the fifth is water application: during the time of blueberry cultivation, soil moisture content is kept in 20 - 25 percent; the fifth also includes spreading manure: after two moths blueberry planting, biogas slurry is sprayed to blueberry leaves until the buds appear, once every two weeks; buds appearing and half month before blueberry harvest, nutrient solution is sprayed on blueberry leave once a week, and the nutrient solution is prepared from, by weight: 10-15 parts of biogas slurry and 60-70 parts of vinegar lees. The method for planting blueberry improves the yield and quality of blueberry by using reasonable planting method.

The invention provides a trailing vine plant transportation fixed frame. The trailing vine plant transportation fixed frame comprises a base plate, a flowerpot fixing device and a trailing vine fixingdevice. The trailing vine plant transportation fixed frame can solve such difficulties as the peeling phenomenon caused by extrusion friction between main poles and branched stems of trailing vine plants easily caused by complicated transportation road sections in the trailing vine plane transportation process, influence on the growth of the trailing vine plants by insufficient illumination in long-time transportation process, influence on original structural forms of flowers and bad influence on the living due to easy breakage in the transportation process and large occupied transportation space caused by verdant growth, larger size and longer training vines of the trailing vine plants, and drying death of the plants easily caused by insufficient water in the plants due to long-time transportation. The trailing vine plant transportation fixed frame can realize fixed transportation of vines of the trailing vine plants, and provides proper illumination and environmental humidity for full photosynthesis on the plants to promote the plant growth function.

The invention relates to a three-dimensional floating bed specially used for growth of aquatic plants used for restoring an ecological system. The three-dimensional floating bed comprises a mounting plate, wherein two floating blocks are symmetrically arranged on the left side and the right side of the lower end of the mounting plate; aquatic plants planting grooves are symmetrically arranged on the front side and the rear side of the mounting plate; a three-dimensional planting device is mounted in the middle of the mounting plate; a conditioning device is mounted on the outer side of the mounting plate; the conditioning device can be used for automatically conditioning the plants planted on the three-dimensional planting device; the three-dimensional planting device is matched with the conditioning device for use, so that a process of automatic trimming and diversified planting of the plants in the floating bed is achieved. According to the three-dimensional floating bed, the problems of the existing artificial floating bed that a diversified three-dimensional planting mode in a slope structure cannot be adopted in the planting process, the plants on the ecological floating bed need to be conditioned artificially, planting types are single, the space utilization of the plants is insufficient, the operation of artificially conditioning the plants on the ecological floating bed is complex, the labor intensity is high, the working efficiency is low, etc. are solved.

The invention discloses a saffron planting method which comprises the following steps: seeding, field management, seed ball soil digging, indoor seedling culture, a germination and flowering period, a picking period, a drying period and classification, packaging and storage, wherein the field management comprises scientific fertilization, scientific watering, winter heat preservation and pest control; the germination and flowering period comprises germination and flowering; and the step of classification, packaging and storage comprises classification, packaging and finished product storage. Through the planting method disclosed by the invention, the yield, quality and efficacy of saffron are greatly improved, and the economic benefits are increased.

The invention discloses a light-emitting diode for supplementing light in a greenhouse. The diode comprises a diode body, wherein the diode body is mounted on a lamp plate, the lamp plate is mounted inside a mounting cavity, a plurality of shock absorbing springs are connected between the bottom of the lamp plate and the inside of the mounting cavity, and a protective cover is mounted at the end part of the lamp plate outside the diode body. The mounting body moves slowly under a bearing plate through an upper sliding rail bracket, simulates different positions of sun irradiation at differenttimes, can irradiate crops from different directions at different times, has the same time of light supplement and actual sunlight irradiation, and can maximize the growth environment of crops. When the sliding rail bracket moves, a motor drives rotary wheels to roll in a sliding groove on the side surface of the bearing plate, so as to enable the diode body to move along with the mounting body atthe bottom of the bearing plate, and thus the position of the diode body can be freely changed. No manual pushing is needed, only electric control is needed, and thus the working efficiency is high.

The invention provides an indoor planter using a fan for accelerating air flowing. The indoor planter comprises a container body, wherein the container body is provided with a container port and a containing chamber, and a liquid storage holder is arranged below the containing chamber; the container body comprises an inner barrel and an outer barrel arranged outside the inner barrel in a sleeving mode; the sidewall of the inner barrel is at least composed of two layers of walls, a filter cavity is formed between the two adjacent walls, a plurality of air inlet holes are formed in each layer of wall, an air flowing channel is formed between the sidewall of the outer barrel and the sidewall of the inner barrel, and a flowing channel inlet is formed in the bottom of the air flowing channel; and an electric fan is installed beside the container body, air is blown into the air flowing channel from the flowing channel inlet by virtue of the electric fan or air in the air flowing channel is extracted away from the flowing channel inlet by virtue of the electric fan to form a positive pressure or a negative pressure in the air flowing channel, so that air flows directionally from the air inlet holes, the filter cavity, the containing chamber and the container port. The indoor planter greatly accelerates ventilation for the roots of plants planted by the planter, greatly improves the air permeability of soil, and enables the roots of the plants to grow with a full load; and the air purification capacity is eight times that of a common planter.

The invention discloses a hydroponic planting method for improving sugar content of Jianghuai hami melons. The hydroponic planting method for improving the sugar content of the Jianghuai hami melons comprises the following steps of preparing a nutrient solution; selecting seeds and treating; sowing; performing field planting and management in time. According to the hydroponic planting method for improving the sugar contents of the Jianghuai hami melons, disclosed by the invention, by adopting a hydroponic method, the utilization rates of water and nutrients are improved, the occupied area is reduced, and the yield per unit area is improved; ventilation and light transmittance in a greenhouse are realized by adopting a method for single-vine pruning and melon retaining by changing heads for multiple times, so that the yield is improved; a biological effect lamp is adopted for irradiating and the day-night temperature difference is increased, so that the photosynthesis is sufficiently realized, the conversion and the accumulation of nutrients in fruits are benefited, the aggregation of sugar content is facilitated, the fruit enlargement is promoted, and the quality is improved.

The invention provides an integrated anion generator based on nature imitation. The integrated anion generator comprises a plurality of container bodies and an air blower. The container bodies consist of inner cylinders and outer cylinders; air holes are formed in the bottoms of the inner cylinders; water storage cavities are formed at the bottoms of the outer cylinders; air passages are formed between the outer cylinder side walls and the inner cylinder side walls; air outlet joints protrude from air outlets at the outer cylinder side walls; cover plates are arranged between the tops of the outer cylinder side walls and the inner cylinder side walls; and container chambers are communicated through the air holes, the air passages, the air outlets, and the air outlet joints. Besides, the air blower includes a blower case, a fan, and a wind scooper; a blower air inlet is communicated with the air outlet joints at the air outlets of the outer cylinder side walls of all container bodies; a blower air outlet is formed in the top of the outer cylinder side wall; and the wind scooper is installed at the blower air outlet. With the fan, the air enters the container bodies from the outside and is exhausted through the blower air outlet; friction between the air flow and the plant leaves is caused to generate anions. Meanwhile, the anions are also caused based on the photosynthesis of the plant. Moreover, the integrated anion generator has advantages of simple structure, high integration, and low manufacturing and using costs.

The invention discloses an intelligent breeding device for lotus roots. The breeding device includes a contracting bracket and a transparent film, wherein the transparent film is fixed on the outer surface of the contracting bracket, and the bottom of the contracting bracket is provided with a slide rail; the contracting bracket is slidably connected with the slide rail, and the contracting bracket comprises a support frame and a contracting rod; one side of the breeding device is provided with a transmission device, and the middle part of one side of the support frame is fixed with a slide block; the slide block is slidably connected with a slide groove, and is internally provided with threaded holes; one side of a frame is provided with a motor bracket, and a motor is fixed at the top of the motor bracket through bolts; the output shaft of the motor is fixedly connected with one end of a screw rod, and the other end of the screw rod is rotatablely connected with one end, away from the motor, of the slide groove through a bearing; the threaded holes are movably connected with the screw rod, a regulating device is arranged inside the breeding device, and a pool body is arranged inside the breeding device. The intelligent breeding device for lotus roots can provide a suitable invariable environment for the growth of lotus roots, and also can be used for mechanized equipment during harvesting.

The invention discloses a green plant synergistic photocatalytic purification air conditioning system and method. The system comprises a green plant room, wherein a green plant ecological oxygen production system, a TiO2 photocatalysis system, a self-contained energy supply system and a cooling dehumidification system are arranged in the green plant room; the green plant ecological oxygen production system comprises a plurality of green plant potted plants; the TiO2 photocatalytic system comprises ultraviolet lamps and TiO2 metal filter screens; and the self-contained energy supply system comprises a solar power generation device and a storage battery; and the cooling dehumidification system comprises a fresh air return air admission unit, an adsorption dehumidification unit, a cooling unit and an air supply unit. The system is simple in structure, reasonable in design, capable of meeting the requirement of indoor air heat and humidity, greatly improving indoor air oxygen content, reducing indoor pollutant concentration, and meeting the indoor air freshness and disinfection and sterilization requirements. The system can enable air to be circularly purified in the green plant room,and is good in using effect, and convenient to popularize and use.

The invention provides a method for planting passion fruits. The method is implemented by matrix cultivating frames fixed to cultivating regions. The method includes S1, arranging mother vines in the cultivating regions at intervals and fixing the mother vines onto steel ropes; S2, carrying out pinching when the mother vines grow and then are in contact with adjacent plants, waiting for son vines to grow at pinched locations and fixing the grown son vines onto steel wires; S3, carrying out pinching when the son vines grow and the lengths of the son vines reach 1.5-2.5 meters, waiting for grandson vines to grow at pinched locations and allowing the grown grandson vines to naturally droop and grow; S4, carrying out pinching when the grandson vines naturally droop and grow and then reach the locations separated from the ground by the altitude of 0.2-0.35 meter, utilizing the grandson vines as bearing branches and waiting for great-grandson vines to grow at pinched locations; S5, reserving 2-3 fruits on each great-grandson vine, then carrying out pinching and utilizing the great-grandson vines as fruiting branches. The method has the advantages that large growth spaces can be provided for branches and vines of the passion fruits, good ventilation and transmittance effects can be realized, the method is favorable for fruit coloring, fruit products are high in quality, the production efficiency can be improved, and the average yield per mu can be obviously increased.

The invention provides a garden plant cultivation device. According to the invention, through arrangement of a driving gear A, a motor A, a motor B, a driving gear B and the like, the included angle between a second mounting plate and a first mounting plate is 60 degrees; the included angle between a third mounting plate and a second mounting plate is 60 degrees; plants on the first mounting plate, the second mounting plate and the third mounting plate do not block one another, so the plants are guaranteed to be able to fully perform photosynthesis, and growth of garden plants is facilitated;through an adjusting assembly, a first nut seat and a second nut seat drive a distance between a placement plate A and a placement plate B to be gradually increased, and the placement plate A and theplacement plate B are located outside a cover plate, so plants in planting pots are guaranteed to be able to fully conduct photosynthesis in the sunny weather; and through the adjusting assembly, theplacement plate A and the placement plate B are located outside the cover plate in rainy days, so water and soil loss caused by the fact that the plants in the planting pots are flooded by rainwater due to the fact that the plants in the planting pots are flushed by rainwater is avoided.