39 results about "Vitis riparia" patented technology

The invention discloses a grape cuttage root-forcing growing method, relates to planting of a plant and belongs to the field of agricultural planting. The grape cuttage root-forcing growing method is characterized by comprising the following steps: with an eugenic grape vine as a cutting, stumping and shearing 1cm away from a snip at the upper end of the cutting, shearing 0.5cm close to a knot of the snip at the lower end in an inclined manner, after the cutting is cut, placing the cutting in water formed by diluting fermented glutinous rice for 100-500 times, and soaking for 12-24 hours until the snip is bright green and moisture saturation is achieved; then dipping 1-2cm of the base of the cutting with medicine; and then carrying out cutting seedling outdoors. The grape cuttage root-forcing growing method disclosed by the invention has the beneficial effects that the cutting is soaked by an aqueous solution formed by diluting the fermented glutinous rice for 100-500 times, metabolism of plants can be improved, and synthesis of carbohydrate and growth and development of the plants can be promoted; then 1-2cm of the base of the cutting is dipped with the medicine; and the cutting branch is high in survival rate and takes root quickly. The grape cuttage root-forcing growing method disclosed by the invention is simple in process, low in cost and easy to popularize.

The invention relates to a spiral grape vine burying machine, which belongs to the field of agricultural machinery and comprises a machine frame unit, a spiral rotary cultivation soil conveying unit, an impeller soil throwing unit and a motive power transmission unit, wherein the spiral rotary cultivation soil conveying unit completes the soil rotary cultivation and the right single side conveying work through the simultaneous effect of a right cutter blade, a back baffle plate and a soil guide plate in spiral arrangement, the structure is simplified, the power consumption is also reduced, and in addition, the cultivated earth surface is flat; and the impeller soil throwing unit completes the throwing work of soil conveyed by the spiral rotary cultivation soil conveying unit through the counterclockwise rotation of an impeller, the soil can be accurately and intensively thrown to the grape vine position through regulating the soil throwing and soil lifting angle and a soil throwing baffle plate, and the vine burying effect is reached. Because the modular design is adopted, the machine has the advantages that one machine has multiple purposes, after the whole impeller soil throwing unit and the corresponding motive power transmission system are dismounted, the furrowing and soil cleaning operation can be carried out, the spiral grape vine burying machine can also be used as a rotary cultivator through changing the blade installing mode, and the utilization rate of the machine is improved.

The invention discloses a soilless culture method of grapes. By utilizing coconut dust as a soilless culture substrate, a soil environment can be well simulated, the consumption of water and a fertilizer is reduced, plant diseases and insect pests are restrained, the yield of the grapes can be further increased, and the taste of the artificially cultivated grapes can be further improved. The scheme is as follows: the soilless culture substrate is utilized in the culture operation; the soilless culture substrate comprises coconut dust; the coconut dust needs to be washed and desalted until the EC value is lower than 0.5mS/cm before use. According to the soilless culture method, the coconut dust is utilized as a main component of the soilless culture substrate to artificially create a good root environment which is capable of replacing the soil environment and is suitable for the growth of the grapes, so that the requirements of grape crops on environmental conditions including mineral nutrition, moisture, gas and the like are adequately met. Besides, by virtue of the technical measures, technical effects of restraining the reproduction of germs, promoting the healthy growth of grape vines and increasing the taste of the grasps can be achieved.

The invention provides a planting method of selenium-rich grapes, and belongs to the technical field of agricultural plantation. The planting method comprises the following steps: pollinating the grapes in an artificial pollination manner, and carrying out primary top-dressing in 5 days after the artificial pollination; integrally sprinkling a primary selenium-rich fungal fertilizer on grape vines on the eighth-twelfth day after the artificial pollination; and sprinkling the primary selenium-rich fungal fertilizer on young fruits with the size of 2-3 mm, wherein the selenium-rich fungal fertilizer is obtained through the following steps: carrying out microbial fermentation on garlic straws, chicken manure, Radix Astragali residues, furfural residues, dried pine needles, eggshells and brown sugar to form a fermented bio-fertilizer and carrying out fungal planting shift on the fermented bio-fertilizer. The applying time of a selenium-rich foliar fertilizer is controlled and the selenium-rich foliar fertilizer is biologically improved to obtain grapes with high selenium content and increase the yield of the grapes.

The invention relates to a vineyard duck goose ecological polyculture plantation method; grapes are planted into a net; cross bars penetrate grapevine gaps, and the grapevines and cross bars can braid a sky net, so the sky net and the ground can form a netted poultry culture loop; the grape fruit bearing height is 1.4-1.6 meters; the netted culture loop is equally divided into culture zones according to the size of the base; each culture zone is provided with channels allowing ducks and gooses to freely pass; the duck and goose stocking density is 20-30/mu. The plantation zones and culture zones are reasonably managed in the grape production process, thus improving grape output and quality; in addition, pesticide sprinkling is not carried out, thus ensuring duck goose safety, fully utilizing waste resources, and promoting ecology circulation.

The invention discloses a grape planting method. The grape planting method comprises following steps: flattening ground and planting by cuttage manner; watering once after grape vines are planted for 6 to 8 hours and keeping ground moisture; pruning vines according to growing states of grape vines in order to keep uniform growth of grape vines and achieve adequate lighting and spraying a nutrient solution to grape vines; and applying fertilizers to grape vines and dressing agricultural organic fertilizers and supplementing topsoil for grape vines. The grape planting method has following beneficial effects: the grape planting method is especially and suitably used in a novel high-quality vineyard so that the daylighting rate of grape vines can be effectively controlled; high efficiency for solar energy utilization is obtained; and obtained grape fruits are affected by a little impact of environmental pollution and are great in market value.

The invention relates to the field of agricultural machinery and provides a grapevine digging machine used for digging grapevines and collecting films for a grape orchard in spring period. According to the invention, grapevine digging and soil cleaning for spring grape is realized by relying on a spiral conveying principle; the grapevine digging machine is composed of a main unit frame, and a conical spiral type soil-cleaning device, a removable type inclined film-collecting roll shaft device, a land-wheel and reversing-gear device and a power transmission device which are mounted on the main unit frame; and the basic working process of the grapevine digging machine comprises the following steps: outputting power to a reversing-gear box via a tractor power output shaft, driving the conical spiral type soil-cleaning device to dig grapevine and cleaning soil via the reversing-gear box, driving the conical spiral type soil-cleaning device to rotarily cut the soil in a counterclockwise direction, allowing the conical spiral type soil-cleaning device to complete rotary cutting and cleaning of the soil for two sides of the grapevine, toppling the rest of the soil covering the grapevine to one side via the removable inclined film-collecting roll shaft device and the land-wheel and reversing-gear device, and recovering plastic films at the same time, therefore realizing grapevine-digging, soil-cleaning and film-collecting operations for the grape orchard in the spring period.

The invention relates to a cosmetic or dermatological composition or a means for body care and beauty care, preferably on a pure plant basis, for topical use, containing at least one plant hydrolyzate, in particular selected from the group Althaeae radix (marshmallow root), Angelica(e) dahurica (dahurian angelica), Angelica(e) sinensis (Chinese angelica), Armoracia rusticana (horseradish), Artemisia scoparia (redstem wormwood), Astragalus membranaceus (var. mongolicus) (Chinese milk vetch), Capsicum sp., Capsicum annuum (pepper), Centaurium erythraea (common centaury), Cistus incanus (hairy rockrose), Echinacea angustifolia (narrow-leaved purple coneflower), Echinacea purpurea (eastern purple coneflower), Equiseti herba (horsetail), Galphimia glauca, Gentiana lutea L. (great yellow gentian), Guaiacum officinalis, Hederae folium, Hedera helicis (ivy), Juglandis folium (walnut leaf), Leonurus japonicus (Chinese motherwort), Levesticum radix, Levisticum officinalis (lovage), Matricariae flos (or Flos chamomillae (chamomile flower)), Melia toosendan (chinaberry fruit), Millefolii herba (yarrow), Olea europaea (olive), Pelargonium sp. (geranium), Phytolacca americana (American pokeweed), Primulae flos, Primulae radix, Primula veris L. (cowslip), Quercus cortex (oak bark), Rosmarinus officinalis (rosemary), Rumicis herba (sorrel herb), Salix sp. (willow), Salvia miltiorrhiza (red sage), Sambucus nigra L. (black elder), Saposhnikovia divaricata (siler), Scutellaria baicalensis (Baikal skullcap), Siegesbeckia pubescens (Siegesbeckia), Taraxaci herba (dandelion root herb), Thymus L. (thyme), Verbena officinalis L. (vervain), Vitex agnus castus (monk's pepper), and Vitis vinifera (common grape vine).

The invention discloses a pregnant sow feed capable of preventing anorexia and a preparation method of the pregnant sow feed. The pregnant sow feed is characterized by comprising the following raw materials in parts by weight: 160-180 parts of corn protein powder, 80-120 parts of castor bean meal, 140-160 parts of barley flour, 130-150 parts of green grass powder, 100-140 parts of wheat bran, 50-70 parts of grape vine powder, 20-30 parts of spirulina powder, 50-60 parts of wheat straw powder, 20-30 parts of oat powder, 12-15 parts of dried scallop, 6-8 parts of chicken, 0.5-1 part of cooking wine, 18-22 parts of long-shaped rice, 3-4 parts of water chestnut, 1-2 parts of lard, 0.5-1 part of salt, 0.5-1 part of pepper, 2-3 parts of fructus amomi, 1-3 parts of perilla leaves, 1-2 parts of agastache rugosus, 1-2 parts of scutellaria baicalensis, 1-2 parts of rhizoma atractylodis macrocephalae, 1-2 parts of angelica sinensis, 4-5 parts of sea-foam stone powder, 2-3 parts of medical stone powder, 1-2 parts of radix astragali, 10-15 parts of a phagostimulant and a proper amount of water. The feed is designed aiming at the special nutrition requirement for a pregnant sow, and meanwhile the characteristic of disease prevention and treatment is highlighted; the combination of fructus amomi, perilla leaves, agastache rugosus, scutellaria baicalensis, rhizoma atractylodis macrocephalae and angelica sinensis not only can prevent abortion and fetus death of a sow at the duration of pregnancy, but also can prevent anorexia of a sow; because the feed is formed by processing raw materials with different flavors, the feed is unique in flavor and aromatic in smell, and thus the feed can take a treatment effect on sows with anorexia; loss is reduced for the most farmers, and vital practical benefit is provided for the farmers.

The invention discloses a grape vine planting method which includes the steps of (1) building grape vine supports: sequentially burying bamboo poles 1.5 m-1.6 m in length into the ground, wherein the lengths of the portion, inserted into the ground, of the bamboo poles range from 0.2 m to 0.3 m, the line distances between the bamboo poles range from 2 m to 2.1 m, the row distances between the bamboo poles range from 1 m to 1.5 m, and criss-cross hemp ropes are tied between the bamboo poles in each line; (2) planting seedlings: selecting the grape vine seedlings with two to three buds and the lengths ranging from 6 cm to 10 cm, planting the seedlings at the positions 7 cm-9 cm away from the bamboo poles, thoroughly watering the seedlings, and distributing organic fertilizers after five to six days, wherein the planting depths range from 2 cm to 3 cm; (3) carrying out daily management: when vines are grown out from the seedlings, pulling the vines to the hemp ropes, watering the vines every other day, semimonthly weeding, and timely removing ill and old leaves; (4) carrying out harvesting: removing tender tips and tender leaves after fruits are grown out, sleeving the fruits with paper bags, and taking down the paper bags two weeks before harvesting to carry out harvesting. By means of the grape vine planting method, the hemp ropes are adopted for manufacturing the supports, the planting method is simplified, and the production cost can be saved.

The invention discloses a method for soilless culture of grapes. By selecting suitable grape varieties, suitable substrates for the soilless culture of the grapes are configured under the condition that suitable culturing devices are determined; after a series of processing of deserted and pulverized grape branches together with corncobs, flax shells, oxytetracycline drug residues and the like, the deserted and pulverized grape branches, the corncobs, the flax shells, and the oxytetracycline drug residues are compounded with perlite, therefore costs are reduced, wastes can be made profitable to provide a good growing foundation for the grapes, meanwhile, water and air absorption rates of grape roots and root permeability are enhanced, and water and nutrient preserving capabilities are obtained to prevent too much waste of water and nutrients; finally nutrient solutions of different nutritional ingredients are prepared aiming at different growing periods of the grapes and basic materials used for culture can be recycled. According to the method for the soilless culture of the grapes, the substrates are created artificially to replace soil environments for the growing of the grapes,not only are demands of the grapes met, but also pathogenic bacteria reproduction can be inhibited to promote healthy growing of grapevines, and taste and appearance of the grapes.

The invention discloses a grape cultivation process, which comprises the following steps: S1, robust and disease-free grape seedlings with complete main and lateral roots and fine roots are selected,the grape seedlings are planted in a nutrient matrix, the spacing between the grape seedlings is 80 cm, and the thickness of the nutrient matrix is 25 to 29 cm; S2, planting is carried out: fertile sandy loam soil is selected as a planting ground, a support is built on the planting ground, climbing of the grape seedlings is facilitated, a planting hole corresponding to the support is deeply dug beside the support, the root of the grape seedling is treated, and the treated grape seedling is planted in the planting hole; and S3, watering and fertilization are carried out: watering and fertilization are needed in the growing period of grape vines. The cost is saved while the grape output is ensured, manpower is reduced, human resources are saved, the fruit setting rate is improved, the fruitcracking rate is reduced, losses caused by diseases, insect pests and birds are lightened, cleanliness of the fruit surface is ensured, and functions of increasing the yield, improving the quality andincreasing the benefits are realized.

Provided is a grape vine soil removing machine which is connected to a power traction device in a hanged mode. The soil removing machine comprises a rack, a supporting mechanism, a pendulum-arm mechanism and soil removing mechanism. One end of the rack is connected to the power traction device; the supporting mechanism is arranged on the other end of the rack; one end of the pendulum-arm mechanism is connected to the supporting mechanism in a hinged mode; the soil removing mechanism is connected to the other end of the pendulum-arm mechanism, and is used for conducting shaving and transporting on the soil on the upper portion of the grape vine. The grape vine soil removing machine solves the problems of low labor soil removing efficiency, large labor strength, high cost and the like for grape vines in spring.

A new and distinct grapevine variety characterized by medium-sized round, green-yellowish seedless grapes with mild muscat flavor and a crisp texture. The new variety is a mid-season variety, ripening before any other muscat flavored, seedless grape cultivars grown in California. The grapes of the new variety have medium sugar content and excellent eating quality.

The invention provides a grape planting method comprising the steps of loosening soil, improving soil, setting up grape vine supports, planting seedlings, applying fertilizer and picking fruit. Through soil improvement, the survival rate of grape plants is increased; during fruit bearing, fertilizer can be added timely according to growth requirements, so that supply of nutrients is guaranteed; pesticide is sprayed regularly, so that disease and pest damage can be reduced; grapes are characterized by big fruit, high yield and sweet taste; fertilizer and pesticide are free of chemical products, so that the grapes can be eaten safely.

The invention discloses a three-dimensional cultivation method for tea garden interplanting. In a tea garden, tea trees are planted in rows, lucid ganoderma is dug and transplanted between tea rows, grape vines are planted around the tea garden, a grape trellis is erected above the tea trees, and three-dimensional interplanting is formed. According to the biologic characteristics of vine grapes, shrub tea and polyporaceae lucid ganoderma, the growth potential difference and season differences of grapes, tea and lucid ganoderma are utilized, the grape, tea tree and lucid ganoderma three-dimensional interplanting cultivation technology is carried out, horizontal shed frame cultivation is adopted for grapes, land and light temperature resources under the grape horizontal shed frame are utilized, interplanting of a certain number of tea trees is achieved, lucid ganoderma is interplanted between tea rows, mutual promotion of growth of grapes, tea and lucid ganoderma is achieved, the concentrate in-seasons of tea trees and grapes are staggered, meanwhile, the quality of grapes, tea and lucid ganoderma is improved, and economic benefits of the whole tea garden are greatly improved.