11 results about "Floriculture" patented technology

The application discloses an artificial intelligence-based flower art green plant maintenance monitoring and early warning method and system, which collects monitoring data of flower art green plants in real time, the monitoring data including plant image data, environmental parameters and soil parameters, removes the background of the plant image data, corrects the illumination and normalizes the scale to obtain standard plant image data; the environmental parameters and the soil parameters are input into a growth environment feature encoder to extract an environmental collaborative feature vector, and the environmental collaborative feature vector is subjected to multi-modal feature fusion with a plant phenotype feature vector to obtain a fusion feature vector; a multi-dimensional health index is calculated based on a plant growth state prediction sequence, the multi-dimensional health index is input into a hierarchical early warning decision module for comparison, and an early warning level is determined according to a comparison result. The application can improve the survival rate of green plants and the maintenance efficiency.

The invention discloses a Chinese rose leaf gloss whole genome SNP molecular marker combination and application thereof, the SNP molecular marker combination comprises 4746 SNP sites distributed on 14 chromosomes of a Chinese rose, and 4746 SNP markers significantly related to leaf gloss are screened by analyzing 358 parts of Chinese rose re-sequencing data and distributed on the 14 chromosomes. A liquid-phase gene chip is designed on the basis of the SNP loci, gene detection can be carried out in the seedling stage of the Chinese rose, and the leaf gloss character can be predicted in advance. Compared with a traditional breeding method, the method has the advantages of high throughput detection, low cost, shortened breeding period and the like, the breeding efficiency can be remarkably improved, the cultivation of a new variety of Chinese rose with good glossiness is accelerated, the requirement of the market for high-quality Chinese rose is met, and the development of the flower industry is promoted.

A container for packaging prepared foods, wine bottles, plants, and flowers suitable for use in greenhouses, floriculture, hydroponic farms, fast-food outlets, gift, and promotional packaging. The container includes but is not limited to a top, bottom, and middle section. The container is made using standard paperboard, standard die cutting equipment and standard cup forming manufacturing machinery. The container has no top rolled rim like a standard paperboard cup. The collapsible middle section is defined by cutouts that ensure that the ribs between cutouts remain separate during collapsing, facilitating radial collapsing of the middle section. Rounded top and bottom ends of the cutouts simplifying paperboard removal of paperboard from the cutouts. Fold lines are provided on the ribs to facilitate folding of the ribs during use. The container can retain water or be used without water.

The invention relates to a method for producing bentonite fertilizer reinforced with humic acid, which aims to reduce energy consumption, equipment and product costs, and labor while minimizing environmental damage. The method involves incorporating bentonite, fulvic acid or humic acid, naphthylacetic acid, coal ash, pulverized coal, starch, microbial agents, and various nutrients into the fertilizer. This invention addresses the challenges of water scarcity and global droughts, which negatively impact crop production. By using a combination of bentonite, humic acid, and other nutrients, the invention allows for continuous hydration of plant roots and retention of necessary solutes in the soil. The result is increased crop quality and production by 15 to 50 percent. This novel bentonite-humic acid fertilizer offers significant industrial applications across agricultural, soil remediation and land rehabilitation, and horticulture and floriculture sectors.

System for plant horticulture and floriculture comprising at least one cultivation compartment (100), in which to cultivate said plants (3), which cultivation compartment (100) has a top wall (1) and a bottom wall (2) comprising a cultivation surface (20) on which to cultivate the plants (3). The top wall (1) has one or more lighting devices (11) for generating a light beam (C, D, E, F G), which light beam is projected from the top wall (1) towards the cultivation surface (20), so as to radiate the plants (3) to be cultivated, generating a lighting area of a given extension on the surface of the plant (3). Furthermore, said cultivation compartment (100) comprises means for detecting the extension of the lighting area, said lighting devices (11) having means for adjusting the width of the light beam ((CC,, DD,, EE,, FF,, G G)),, which adjustment means are configured to increase / decrease the width of the light beam based on the extension of the lighting area.

A system (10) for managing transport packagings, in particular horticulture / floriculture carts, the system comprising a plurality of user processing devices (16), operated by respective users (14), and at least one central processing device (20), wherein the central device (20) comprises: - an inventory module (43) configured to create and maintain an inventory of the transport packagings in the possession of at least one user (14), and therefore available to the user (14), - a tracking module (44) configured to track every transport of the transport packagings of the user (14), automatically collecting data from a transport document relating to the transport of the transport packagings of the user (14), wherein at least one user device (16) of the plurality of user devices (16) comprises: - a document reader (32) configured to detect the data contained in the transport document relating to the transport of the transport packagings of the user (14).

The invention relates to floriculture tea. The floriculture tea comprises a first artistic form which is formed by matching at least one non-tea plant with a specific shape and at least one native tea leaf; when the floriculture tea in the first artistic form is brewed in water, a second artistic form is formed; the first art form is basically the same as the second art form. The tea provided by the invention is a tea product closer to the time life, has an ornamental effect, keeps the original characteristics of original leaf tea, is suitable for batch industrial production, and fills up the deficiency of value attributes of current tea products.

The invention concerns a method for the production of biodegradable manufactured articles, such as seed trays and pots for applications in agriculture, horticulture and floriculture, starting from a mixture containing plant compost, in particular the type of compost called "green composted soil improver", and a natural polysaccharide biopolymer, or a material of natural origin containing it as main component, as binders. The composition of the articles also includes inorganic and / or organic aggregates, and in particular ground and dried plant trimming and pruning residues. The invention defines the composition of the mixture, the procedure to be followed and the technique to be used to form and stiffen the manufactured articles, as well as the use and composition of a possible protective layer for their partial waterproofing. Such manufactured articles, appropriately shaped to form seed trays and / or pots, are of particular interest in the agricultural, horticultural and nursery fields.

The invention relates to the technical field of floriculture carving devices, and discloses a floriculture nicking tool device with an embedded fresh flower gum storage bin, which comprises a handle and a tool bar connected to one end of the handle, a nicking tool is detachably mounted at one end, far away from the handle, of the tool bar, and the fresh flower gum storage bin is arranged in the handle. The handle is also provided with a gluing mechanism for extruding fresh flower gum in the fresh flower gum storage bin, a power supply part for supplying power to the gluing mechanism and a touch screen for controlling the gluing mechanism to work; according to the graver device, the fresh flower gum storage bin and the gluing mechanism are arranged on the handle, fresh flower gum can be stored and extruded out, flower materials can be conveniently bonded through the fresh flower gum, permutation and combination of the flower materials are achieved, and floriculture design is completed, so that the graver device further has the gluing function, carving and gluing can be synchronously operated, and the graver device is convenient to use. The operation steps of floriculture design are greatly simplified, and efficient floriculture design is facilitated.

The utility model discloses a floriculture type protective fence structure which comprises an outer combined frame and a protective net. The protective net comprises a frame body and a plurality of connecting ribs arranged on the upper portion and the lower portion of the inner side of the frame body, and rib nets are connected between the connecting ribs. And the barrier strip assembly is arranged on the outer combined frame and used for detachable assembly of the protective net and the outer combined frame. The protective net is integrally formed and can be quickly assembled with the outer combined frame under the action of the barrier strip assembly, and meanwhile, the outer combined frame can be assembled on site and has the advantages of being high in assembly speed, high in stability degree, good in safety performance, attractive and the like.

The invention relates to the technical field of intelligent order scheduling, in particular to a cross-store and franchise collaborative dynamic order scheduling method and system. The method comprises the following steps: acquiring real-time order data and a store information set, and based on the real-time order data and in combination with the store information set, analyzing matching information of order floriculture requirements and different store floriculture specialists to obtain a skill matching information set; based on the skill matching information set, the influence of the multi-physics field aging evolution effect on the flower material under the predicted distribution path is analyzed, and a path evaluation information set is obtained; based on the path assessment information set, analyzing path risk factors which cause order completion quality reduction and distribution loss increase, and obtaining order performance risk information; and according to the order performance risk information, dynamically adjusting order assignment and path planning in real time to minimize skill mismatching and transportation loss, and outputting a dynamic order scheduling log. Resource configuration is optimized, and order completion quality and user satisfaction are improved.