11 results about "Zingiberaceae" patented technology

The invention discloses a high-efficiency cultivation technology for interplanting of zingiberaceae melons and Chinese cabbages, and relates to the field of three-dimensional planting, the high-efficiency cultivation technology comprises the following steps: step 1, constructing a frame body: constructing a planting frame composed of arched door supporting pipes, an environment adjusting device and a vine climbing net; step 2, space interplanting: planting zingiberaceae melons on the racks, and planting Chinese cabbages under the racks; step 3, regulating and controlling plants, and managing the zingiberaceae melons by adopting a double-vine pruning mode; 4, comprehensive agricultural management is carried out, matched soil preparation and bedding, seedling raising, field management and pest control measures are implemented, and illumination control and air circulation are achieved through an environment adjusting device. According to the cultivation technology, a three-dimensional cultivation mode of'double-vine pruning and Chinese cabbage interplanting under the frame 'is adopted, a special planting frame structure and refined agricultural management are comprehensively applied, and efficient collaborative production of the zingiberaceae melons and the Chinese cabbages is achieved.

The application discloses a smokeless incense containing fragrant flowers and a preparation method thereof, and the smokeless incense containing fragrant flowers is prepared from main materials and auxiliary materials, wherein the main materials include fragrant flower extracts, and the fragrant flowers are Zingiberaceae Zingiberaceae plants; the fragrant flower extracts are prepared through the following steps: 1) drying Zingiberaceae flowers to constant weight to obtain dried Zingiberaceae flowers; and 2) grinding the dried Zingiberaceae flowers, sieving, adding a solvent to extract, and filtering, wherein the solvent is at least one of water or an easily-volatile organic alcohol, the solid-liquid ratio is 1:(5-20) during the extraction, and the extraction temperature is 25-50 DEG C. The smokeless incense containing fragrant flowers has the advantages of natural and coordinated smell, pleasant fragrance, environmental protection, no pollution, good safety, remarkable bacteriostatic and insect-repelling effects, and the effects of soothing nerves and helping sleep; the smokeless incense has the characteristics of fire resistance, strong toughness, good elasticity, solidity, durability, good smoothness, and the like, and the fragrant powder is not easy to fall off; and the smokeless incense has few components and is simple to prepare.

The present application, for the first time, identifies the exceptional insecticidal activity of Zingiberaceae plant extracts against agricultural pests such as mites and thrips, as well as the synergistic effects arising from combination and co-extraction of ginger extracts from different species, thereby expanding the application range of ginger extracts, and also providing a novel option for controlling pest mites and thrips in agriculture.

For the first time, the excellent insect-resistant activity of a Zingiberaceae plant extract on pests such as agricultural pest mites and thrips and a compounding synergism and co-extraction synergism relationship among extracts of different species of the Zingiberaceae is discovered, an application range of the Zingiberaceae extract is expanded, and a new choice for controlling the pest mites and thrips in agriculture is also provided.

The invention discloses a method for producing a high-digestibility feed based on Penicillium sclerotiorum fermented Zingiberaceae plants and application of the high-digestibility feed. The preparation method comprises the following steps: inoculating a Penicillium sclerotiorum spore suspension into a fermentation substrate prepared by taking zingiberaceae plants as raw materials, and carrying out solid-state fermentation; the content of bad flavor components (such as aldehyde ketone compounds and fatty acid) in zingiberaceae plants can be remarkably reduced, the content of beneficial components (such as ester derivatives, terpenoid derivatives, long-chain fatty acid, free amino acid and soluble protein) can be increased, and main precursors causing bitter and pungent smells of the raw materials can be removed from the source; the palatability of the feed is fundamentally improved, and the fundamental improvement on the flavor of stems and leaves of zingiberaceae plants is realized.

The invention relates to the technical field of garden engineering. Currently, zingiberaceae plants generally have the problems of low survival rate, poor landscape quality, high maintenance cost and the like in garden application, so that the application variety of the zingiberaceae plants is single. The problems are solved through climate suitability screening, microenvironment construction and scientific configuration design. The specific technology comprises the following steps: 1, based on ArcGIS and maximum entropy model software, screening ginger plants which are suitable for growing and do not need to be irrigated; 2, carrying out a control test to determine the requirements on moisture and illumination; 3, selecting a waterside site, transforming a microtopography (the height difference is-15 to + 45cm) to construct the gradient difference of soil moisture, and matching water-resistant, mesophytic and drought-resistant varieties; 4, planting shading arbors to construct a gradient shading environment (the shading degree is 0-40%), and adjusting the illumination condition; 5, plane design of planting is carried out according to different kinds of requirement characteristics for moisture and illumination and landscape construction targets; 6, peat, coco coir and the like are adopted to improve soil, air permeability and nutrients are improved, and field planting and maintenance are conducted. After the method is implemented, the survival rate of the zingiberaceae plants is increased to 95% or above, the beauty is enhanced by 40%, the maintenance cost is reduced by 25%, and the diversity of the zingiberaceae plants in the garden landscape is remarkably enriched.

The present application relates to the technical field of plant fiber extraction, in particular to a natural zingiberaceae herbaceous plant fiber extraction process and production equipment thereof, comprising cutting zingiberaceae herbaceous plants into 30-50mm long grass pieces to obtain herbaceous plant raw materials; using a double roller press to squeeze and rub the herbaceous plant raw materials; putting standby herbaceous plant raw materials, dilute hydrochloric acid and silicon dioxide into a reactor to obtain a mixed solution A; the present application can reduce the volume of the plants by first cutting the zingiberaceae herbaceous plants into grass pieces, so that the plants can fully contact with the reaction solution, then by adding dilute hydrochloric acid and silicon dioxide, the dilute hydrochloric acid makes the solution in an acidic environment, which is conducive to destroying the hemicellulose and lignin in the cell wall of the plant raw materials, so that the cell wall composed of lignin and hemicellulose becomes soft and collapses, which is convenient for the subsequent alkali to fully dissolve the lignin and hemicellulose, improves the overall extraction efficiency, and is also conducive to improving the extraction purity of cellulose.

The present invention relates to a method for drying turmeric rhizomes to achieve high curcumin content (+8%) using a controlled natural drying process. The method comprises several key steps: thoroughly washing the turmeric rhizomes and keeping them in a dark room for approximately three days, followed by partial dehydration under shade with about 40% light exposure for another three days. The rhizomes are then soaked in water with added turmeric and turmeric leaf juice to maintain near-neutral pH levels and prevent oxidative degradation for three days. The drying process is initiated in the early morning hours for three hours over the first three days, extended to four hours in the morning for the next three days, and further extended from mid-morning until the evening for an additional three days. The method is also applicable to other spices in the Zingiberaceae family, such as ginger, ensuring the preservation of valuable phytochemicals.

The application firstly discovers that the Zingiberaceae plant extract has excellent anti-insect activity on agricultural pests such as mites and thrips, and the compounding and co-extraction synergistic relationship between different species of ginger extracts, expands the application range of ginger extracts, and provides a new choice for controlling mites and thrips in agriculture.

The invention belongs to the field of medicines, and discloses a self-assembled hydrogel, and the self-assembled hydrogel is a hydrogel prepared from a phosphate buffer solution and zingiberaceae notoginsenoside R1. The self-assembled hydrogel disclosed by the invention has relatively good stability, viscoelasticity, biocompatibility and antibacterial ability, and can stably act on a tissue affected part in a self-healing manner independently or / and in a manner of carrying other medicines, so that the diagnosis and treatment effect is improved, and particularly the diagnosis and treatment effect on diseases based on antibacterial and anti-inflammatory requirements is improved. Meanwhile, the invention also provides a preparation method and application of the self-assembled hydrogel, especially application of the self-assembled hydrogel as a gel medicine for treating vaginitis.

The present invention discloses the application of the fungus DBHCYZ-G2-1 and its extract in the preparation of antibacterial, antioxidant or anti-tumor drugs. The advantages of the present invention are that for the first time, the endophytic fungi of the Zingiberaceae plant Costus afer were studied, and a Fusarium fungus Fusarium nirenbergiae DBHCYZ-G2-1 was obtained therefrom. And for the first time, the bioactivity evaluation and development and application research of its liquid extract were carried out. It was first found that the liquid extract of this strain of fungus has significant antibacterial and antioxidant activities and no obvious cytotoxicity. This finding suggests that the Fusarium fungus Fusarium nirenbergiae DBHCYZ-G2-1 provides a new fungal source for the research and development of new non-toxic antibacterial and antioxidant drugs. At the same time, the extract solution of this strain can be used to prepare natural preservatives, providing a scientific basis for the development and utilization of natural new antibacterial and antioxidant drugs and food preservatives derived from plant endophytic fungi.