137 results about "Cultigen" patented technology

To provide a heating system for cultivating plants that minimizes the frequency of heat exchange during heating, ensures good drainage, requires low electric power consumption, and has a structure with high heat efficiency.SOLUTION: A heating system comprises: a tray (2) integrally formed with a plurality of pots (6) arranged in vertical and horizontal directions; and a heating element (10) that generates heat upon supply of electric power, the heating element (10) being disposed between the pots (6) and configured to transfer heat from the side surface of the pots (6).SELECTED DRAWING: Figure 2

A misting device for aeroponically cultivating plants in a growing chamber provided with fluid in a water reservoir, comprising: an ultrasonic atomization transducer (UAT) configured to generate a misting spray in the presence of fluid; and a wicking means configured to transport fluid from the water reservoir by capillary action to the ultrasonic atomization transducer, when the lower end of the wicking means is disposed in contact with the water reservoir. Also disclosed is a growing system for aeroponically cultivating plants comprising: a growing chamber for containing the plants, and provided with a water reservoir containing fluid; and misting devices. The misting devices are oriented such that the respective misting sprays interact with each other to create an ultra-fine mist inside the growing chamber. In some aspects, the water reservoir may further comprise nanobubbles to maintain elevated dissolved oxygen levels and improve root-zone oxygenation.

To efficiently promote the growth of cultivated plants. [Solution] The hydroponic cultivation apparatus 100 comprises a pipe 11 with a first through-hole 11a and a second through-hole 11b, a planting medium 12 positioned to block the first through-hole 11a and into which the cultivated plants are planted, a nutrient solution supply unit 20 that flows nutrient solution through the pipe 11, and an application gas supply unit 30 that flows an application gas containing carbon dioxide through the pipe 11. The second through-hole 11b is provided near the first through-hole 11a so that the application gas is ejected towards the cultivated plants.

The present invention comprises: a container (3) in which cultivation soil is placed; a watering device (20) that waters a cultivated plant (Q) planted in the cultivation soil placed in the container (3); an imaging device (5) that images the cultivated plant (Q); a spreading coefficient calculation unit (11) that calculates a spreading coefficient indicating the degree of spreading of branches and leaves; and a watering control unit (12) that controls driving of the watering device on the basis of the spreading coefficient.

The invention relates to a method for operating a network (1) consisting of cultivation containers (2), in which a plurality of cultivation containers (2) are integrated into the network (1), each of the plurality of cultivation containers (2) comprises a cultivation device for cultivating a plant, a plant processing device for processing the cultivated plant, a control device for controlling the plant processing device, and a communication device (3) for receiving data from or providing data to the control device, the control units (3) of at least two cultivation containers (2, 1 ', 2' ') in the network (1) communicate directly and bidirectionally with each other.

A support device for supporting cultivation of a plant, said support device comprising: a state determination unit for determining the state of a plant being cultivated on the basis of an image of the plant; a presentation unit for presenting corresponding information necessary for a user on the basis of at least information of the state; and an environment control unit for controlling a cultivation environment of the plant on the basis of at least the information of the state.

The invention relates to an irrigation system for cultivated plants, suitable for installation in the ground or installed in the ground, comprising an irrigation hose 1 and a plurality of water drippers 10, each of which is suitable for insertion into a punched hole 2 in the irrigation hose 1. The object of the present invention is to provide an irrigation system that irrigates cultivated plants with deeper roots than conventional "weeds" in such a way that the roots of the entire vegetation, and thus of the cultivated plants plus unwanted "weeds," cannot reach the subterranean water outlet and thus cannot clog it. The water outlet from the irrigation hose 1 should be as close as possible to the root system of the cultivated plant to be irrigated.This irrigation system is characterized by a number of watering bells 4 corresponding to the number of punched holes 2, which have an inlet opening 8 directed towards the irrigation hose 1 and an opposite outlet opening 9 and which are provided with a holding device 3 which is suitable for fastening the watering bell 4 to the irrigation hose 1 and which is obtainable in that the punched holes 2 are only made after the irrigation hose 1 has been laid out along the crops to be irrigated, in the area of ​​the punched holes 2 a watering bell 4 is connected to the irrigation hose 1 by means of the holding device 3 in such a way that the punched hole 2 is arranged in the area delimited by the inlet opening 8, and in each punched hole 2 a water dripper 10 is inserted before or after the irrigation hose 1 is connected to the holding device 3.

The present disclosure relates to an apparatus for cultivating plants, the apparatus includes a cabinet having a cultivation space; a door opening and closing the cultivation space; a cultivation shelf disposed inside the cultivation space and on which a seed package containing plants for cultivation is seated; a lighting device for radiating light to the cultivation shelf; a water tank provided inside the cultivation space and storing water; and a water supply pipe supplying water from the water tank to the cultivation shelf.

The present disclosure provides a hydroponic method for plants. Provided is a hydroponic method for plants comprising: (1) reducing the root system amount of the plant; and (2) cultivating, by means of hydroponics, the plant after the root system amount has been reduced.

An innovative chemical composition of various components is provided, which increases the tolerance to heat, drought and light stress in crops, while being environmentally friendly and easy to use, and which promotes yield under the aforementioned stress conditions.

The utility model relates to the technical field of seawall ecologicalization construction, and discloses an ecological module structure suitable for seawall fence plate slope protection transformation, which comprises an ecological frame. According to the ecological module structure suitable for seawall fence plate slope protection transformation, the ecological frame is arranged to be used for containing planting soil and cultivating plants, the reverse arc can effectively guide a wave water body to return to the ocean through the guiding effect of the arc face, the scouring force and the overtopping amount of sea waves to the structure are remarkably reduced, and the service life of the structure is prolonged. A lifting hook can be fixed through a first lifting hole and a second lifting hole, the structure can be conveniently moved, lifting operation can be efficiently carried out, meanwhile, when the structure is damaged, the structure can be rapidly disassembled, the supporting legs are installed in wave dissipation cavities between fence plate ribbed beams, and therefore the overall stability and durability of the structure are improved. And the drainage holes extend into the ecological frame, redundant water can be effectively drained, and a proper amount of water can be reserved to maintain normal growth of plants in the ecological frame.

An optimization method for a cultivation plant comprises a cultivation room comprising an air circuit, a water circuit, a heat circuit, a light circuit, a nutrition circuit and a spacing circuit, and a control unit configured to control the circuits. The cultivation room includes a plant bed and a plant yield control unit configured to give input on growth and / or quality of the plants to the control unit. The control unit being configured to store driving parameters for the circuits and correlated input from the yield control unit. The cultivation plant comprises an adjacent facility frequented by carbon dioxide generating entities. The adjacent facility being arranged adjacent the cultivation room. The air circuit comprises an intake conduit configured to lead air from the adjacent facility to the air circuit.

To provide a hydroponic method and a hydroponic apparatus capable of preventing the occurrence of oxygen deficiency in root parts in hydroponics mainly for root vegetables.SOLUTION: A hydroponic cultivation method for cultivating a plant includes arranging a plant part existing on the ground in soil cultivation in a ground part, arranging a plant part existing underground in soil cultivation in an underground part, providing a partition plate that partitions a boundary between the ground part and the underground part, setting the underground part to a gas-liquid mixed environment for 12 hours to 24 hours a day, and setting a carbon dioxide concentration of the ground part to be higher than a carbon dioxide concentration of the underground part.SELECTED DRAWING: Figure 1

The purpose of the present invention is to provide: a fertilizer composition which is absorbed into a cultivated plant to promote the growth thereof and which is capable of emitting fluorescence from the cultivated plant by irradiation with light; and a method for efficiently cultivating a plant using the fertilizer composition. The fertilizer composition comprises 100 parts by mass of nitrogen-containing carbon oxide quantum dots, 0.1-1000 parts by mass of a phosphorus compound, and 0.1-100 parts by mass of a potassium salt. A cultivation method according to the present invention comprises a step for supplying such a fertilizer composition to a plant and / or a culture medium. The nitrogen-containing carbon oxide quantum dots are preferably graphene quantum dots having nitrogen-containing functional groups and carbonyl groups. It is preferable that the content of nitrogen atoms and / or oxygen atoms per 100 parts by mass is 0.1-60 parts by mass.

Proposed is a pod and a plant cultivation apparatus having the pod of the present disclosure. In the pod, cultivation preparation is completed simply by removing a package that covers an upper portion of a container constituting the pod and seating the pod on the plant cultivation apparatus. Accordingly, even a user who does not have background knowledge of plant cultivation easily cultivate plants.

The invention relates to a spiro sesquiterpene compound as well as a preparation method and application thereof. The spiro sesquiterpene compound comprises a compound with a structure as shown in a formula (1). The compound provided by the invention is extracted from dry roots of a cultivated plant eggplant, can be used for preparing a pesticide, is safe to human and livestock, has remarkable activity on agricultural, warehousing and sanitary pests, and has a wide insecticidal spectrum, and the pests are not easy to generate drug resistance after being used. Formula (1)

The application provides a plant cultivation automatic regulation and control system and method based on the Internet of Things, equipment and a medium. The method extracts long-term shading stress characteristics based on a ground surface spectrum detection array, determines an initial response of shading stress of a target botanical garden, collects low-position cultivation temperature characteristics of the target botanical garden, compares the low-position cultivation temperature characteristics based on a current environmental temperature, determines low-position shading temperature characteristics, clusters shading stress characteristics through the low-position shading temperature characteristics and high-position transpiration influence factors, determines a correction response of shading stress of the target botanical garden, and adjusts water demand response conditions, fertilization conditions and environmental response conditions of low-position cultivated plants of the target botanical garden according to the initial response of shading stress and the correction response of shading stress, so that the degree of shading stress of the low-position cultivated plants can be detected through the Internet of Things technology, and dynamic adjustment of a plant cultivation scheme is realized.

A spraying chamber (1) for spraying an amount of treatment medium on a crop row (100) of espalier-grown plants, said spraying chamber (1) being associable with a self-propelled structure (80) capable of moving said spraying chamber (1) on the ground (101) along said row (100), said spraying chamber (1) defining a central plane (F-F) adapted to be arranged according to said crop row (100) and to an advancement path and direction (D) along said crop row (100); said spraying chamber (1) comprising: a spraying chamber structure (10) comprising two structure side walls (11, 12) arranged on opposite sides with respect to said central plane (F-F) and an upper structure (13) connecting said two structure side walls (11, 12) to each other, said structure side walls (11, 12) defining two respective spraying faces (13, 14) facing each other and facing said central plane (F-F) on opposite sides; a spraying unit (30), a spraying nozzle array (32); a suction unit (40) arranged downstream of said spraying nozzle array (32) with respect to the advancement direction (D) comprising a conveying surface (42).

The present invention aims at providing a method of utilizing poorly-soluble phosphoric acid, the method being capable of easily recycling poorly-soluble phosphoric acid in soil. The present invention is a method of utilizing poorly-soluble phosphoric acid, the method effectively utilizing poorly-soluble phosphoric acid in soil, characterized in that nanobubble water is sprayed over soil containing poorly-soluble phosphoric acid to generate phosphate ions from the poorly-soluble phosphoric acid by means of the nanobubble water.

A nonindustrial cultivation system 1 comprising a grow tray 2 for holding a plant being cultivated, and for containing liquid 3 provided for cultivation of the plant. The system also comprises one or more system components 4 for supporting cultivation of the plant and one or more output sensors 5 for measuring one or more growth parameters of the plant. The system also comprises a user device for monitoring one or more system parameters, and the one or more growth parameters. An associated method for cultivating a plant is also disclosed. The output sensors my include a mass scale for plant mass measurement or a camera 23 for measuring plant growth parameters such as surface area, features such as colour, size, position or numbers of leaves or fruit. Other output sensors include sensors for nutrient, waste concentration, liquid level or pH. The system components may include a liquid valve 8, nutrient dispenser 10, light source 12 or pump 6a. Intended for use in domestic, education, experimentation and wellness applications.

The utility model discloses a detachable water surface cultivation plant floating bed which comprises a first plant floating bed and a second plant floating bed, and a splicing mechanism is installed between the first plant floating bed and the second plant floating bed in a positioning mode. According to the detachable floating bed for the plants cultivated on the water surface, a connection control pull ring is manually pulled upwards to drive an inner limiting movable plate and a positioning connection insertion block to move upwards, certain elastic force can be provided through the action of a guide movable rod and an elastic piece, stability is enhanced, and the detachable floating bed for the plants cultivated on the water surface is convenient to use. After an inner movable lifting groove is inserted into the inner side of a positioning splicing slot, a connection control pull ring is loosened, so that a positioning connection insertion block can be inserted into the inner side of an inner positioning through hole and the inner side of a limiting insertion hole for clamping and positioning, splicing is completed, convenience and rapidness are achieved, the detachable floating bed enables cleaning, repairing and plant replacement or equipment upgrading to be easier, and the practicability is high. Therefore, the optimal state can be kept and the service life is prolonged.

The application discloses a variable-diameter spiral pipeline type soilless three-dimensional cultivation device, which comprises a liquid storage basin, a supporting pipe, an environment monitoring device, a solar power supply device, a rainwater collecting device, a liquid pumping device, a variable-diameter spiral cultivation frame and an electrical control box; the bottom of the supporting pipe is fixed in the liquid storage basin, and the liquid storage basin is used for storing water and nutrient solution; the variable-diameter spiral cultivation frame is arranged on the outer periphery of the supporting pipe, and a plurality of cultivation units are arranged in the variable-diameter spiral cultivation frame. The variable-diameter spiral pipeline type soilless three-dimensional cultivation device can realize automatic soilless cultivation of plants, the plants can be fully illuminated, and the plants can be protected in bad weather.

The present invention relates to a cultivated Apium graveolens L. dulce plant comprising a QTL on chromosome 2 which in seeds of deposit NCIMB 44402 is located between SEQ ID No. 1 and SEQ ID No. 2, which QTL confers resistance to Fusarium oxysporum f. sp. apii race 4 and to a cultivated Apium graveolens L. dulce plant comprising a QTL on chromosome 2 which is located between SEQ ID No. 1 and SEQ ID No. 2, which QTL confers resistance to Fusarium oxysporum f. sp. apii race 4. In seeds of deposit NCIMB 44402 the QTL on chromosome 2 is genetically linked to a marker comprising a SNP as presented in SEQ ID No. 2. The QTL on chromosome 2 is preferably genetically linked to a marker comprising a SNP as presented in SEQ ID No. 2 in the cultivated Apium graveolens L. dulce plant.

The invention relates to a method for suppressing the growth of spontaneous companion vegetation plants in a cultivated soil which is provided for at least one species of cultivated plant, or a cultivated plant stock comprising at least one species of cultivated plant. The method comprises the combined sowing of at least one helper plant species with the at least one cultivated plant species, wherein at least one helper plant species has at least one property selected from the group consisting of non-frost-tolerant, mechanically easily removable, and / or sensitive to a herbicide to which the cultivated plant species is resistant or less sensitive.

Provided are a plant cultivation system and a plant cultivation method. By inhibiting the propagation of algae, the proliferation of bacteria in a nutrient solution can be inhibited. A plant cultivation system (1) has: a cultivation tank (21) that infuses a nutrient solution (61) to cultivate a plant (3); a storage tank (43) that stores the nutrient solution; a first drain path (45) that is connected to the cultivation tank to cause the nutrient solution to overflow at a prescribed water level and drain from the cultivation tank to the storage tank; a second drain path (47) that is connected to a vicinity of a bottom of the cultivation tank (21) to drain the nutrient solution (61) from the cultivation tank (21); a drain valve (49) that opens and closes the second drain path (47); a sterilization device (53) that is provided to a water supply path (55) of the nutrient solution (61) to perform sterilization processing on the nutrient solution (61) that is drained from the cultivation tank (21); and the water supply path (55) that supplies the nutrient solution (61) that has been subjected to the sterilization processing to the cultivation tank (21).

To effectively reduce water stress experienced by a plant body that is cultivated within a facility.SOLUTION: A humidity control device (10) includes an information acquisition section (11) configured to acquire humidity change information (INF), and a humidity control section (12) configured to control a humidity conditioning device (200, 250) that changes humidity inside a facility (F) according to a prediction index (PI) derived from inputting the humidity indicated by the humidity change information (INF), the variation speed of the humidity, and the variation acceleration of the humidity, into a decision tree (20).SELECTED DRAWING: Figure 2

The invention relates to the technical field of plant genetic engineering, and discloses a capsicum CaGGP-1 gene and application thereof in increasing ascorbic acid content and cold resistance of plants, and the nucleotide sequence of the capsicum CaGGP-1 gene is (1), (2) or (3); (1) a nucleotide sequence as shown in SEQ ID NO: 3; (2) a nucleotide sequence hybridized and coded with the nucleotide sequence shown in SEQ ID NO: 3 under strict conditions; and (3) a nucleotide sequence which has more than 70% of homology with the nucleotide sequence limited in (1) or (2) and is coded. Experiments prove that overexpression of the capsicum CaGGP-1 gene in plants can significantly improve the ascorbic acid content and cold resistance of the plants, and the capsicum CaGGP-1 gene can be applied to improvement of the ascorbic acid content and cold resistance of cultivated plants.