185results about How to "Keep moisture" patented technology

A storm trim for holding a panel over a window for protection against impact of objects carried by wind during a storm. The storm trim includes a lineal cap and a lineal base. The base may be used with a window frame, incorporated into a window frame or be used in glazing surrounds or shutters. The base carries a stacked screw boss to receive and securely hold the anchoring screws that are needed to hold the panel over the window. The anchoring screws do not extend through the lineal base but remain within it. When the storm trim is not in use, the cap covers the lineal base.

The high-yield cultivation technique of wheat in saline-alkali field includes the following measures: selecting salt-resistant fall wheat species seed, using organic fertilizer as main fertilizer andusing microelement fertilizer for saline-alkali field crops as auxiliary fertilizer, selecting DEkang 961 as cultivatino species, before sowing, in tenth-twentieth of October, adopting wild flooding irrigation method, watering, salt-pressing and making moisture, after 3-5 days ploughing under to great depth and making land preparation, then film-covering and hole sowing with 1-3 days, after reviving in spring and when the first new leaf is grown and second new leaf is only produced spraying 20% mepiquat chloride paclobutrazol microemulsion on foliage.

The invention discloses a rose eternal flower manufacturing technology which comprises the following steps: selecting roses, carrying out dehydration and decoloration treatment on the selected roses, putting the roses in displacement liquid, dying the roses and drying the roses to obtain the finished products. With adoption of the rose eternal flower manufacturing technology, the color and moisture of the prepared roses can be kept permanently and the form of the roses is natural.

The invention provides moisturizing toning lotion and a preparation method thereof. The moisturizing toning lotion contains the following components in percentage by weight: 1-15%, preferably 3-12%, of a wrapped oil-dispersible emollient and / or wrapped oil-soluble emollient, 5-40%, preferably 8-31%, of a water-soluble moisturizing agent, 0.05-0.5%, preferably 0.08-0.3%, of a water-soluble thickening agent, 0.1-5%, preferably 0.3-3%, of a skin conditioner, 0.05-0.8%, preferably 0.05-0.5%, of a solubilizing agent, 0.001-0.2%, preferably 0.005-0.1%, of a pH regulator and 45-93%, preferably 55-88%, of water. The moisturizing toning lotion contains the wrapped oil-dispersible emollient and / or wrapped oil-soluble emollient, so that the moisturizing toning lotion has soft touch sense and smooth texture and stickiness of the moisturizing toning lotion also can be reduced.

The present invention discloses an iodine-chili planting method, which comprises the steps: 1) chili seeds with strong disease and stress resistance, excellent quality and high yields are chosen, and then dipped and germinated; 2) the germinated seeds are evenly scatter onto a seedling-raising bed, and the seedlings are separated when two euphylla are expanded; 3) after raising the seedlings for 60 to 80 days, the seedlings are fixedly planted; when the period of fruits bears, all branch buds under the sweet peppers are picked off; 4) basic fertilizers are sufficiently applied and the liquid iodine organic fertilizers are applied into the surface layers of the soils once before the seedlings of the chili are fixedly planted, or liquid iodine fertilizers are sprayed by stages before harvesting, as well as the prevention and cure of plant diseases and insect pests are needed to be done well. The iodine chili planed with the present invention are directly eaten as the natural sources of iodine needed by human beings, and meanwhile the background content of the iodine in the soils and ambient are increased, so as to gradually improve the ecological environment of iodine deficiency, thus promoting the content level of the iodine in food chain, especially having a profound meaning in eliminating IDD.

The invention provides a method for culturing a Luzhou-flavor liquor culture solution with pit mud. The culture solution with pit mud, which is prepared by utilizing high-quality aged pit mud, an extract mixture, Daqu, yellow clay, a growth factor and liquor making by-products (distiller's grains, yellow water, and the like) is rich in beneficial liquor making microbes and nutrients, which are suitable for making liquor. The method has the beneficial effects that by adding the culture solution with pit mud during pit mud production, pit maintenance and pit rejuvenation, not only are seeds of the beneficial liquor making microbes added equivalently, so that the beneficial liquor making microbes grow and propagate rapidly in the pit mud and pits, thus increasing the contents and biological activities of the beneficial liquor making microbes in the pit mud and pits, but also the proportion and the growing environments of the nutrients, such as pH, can be regulated, the beneficial liquor making functional microbial systems in the pit mud and fermented grains can be enriched and coordinated, degradation of the pit mud can be delayed and the contents and proportion of flavor components in Luzhou-flavor liquor can be coordinated, thus finally achieving the aim of improving the quality of the liquor.

The invention provides a straw rubbing process, which comprises the following operating steps: 1) carding raw material straws, removing sundries, such as broken pieces and the like, and cutting fringe pulling ends away; 2) rolling the straws with a continuous roll squeezer; 3) softening the straws with vapor; 4) drying the straws and controlling water content; 5) rubbing the straws with a straw rubbing machine to obtain straw threads and removing dust during the rubbing process; and 6) screening the straw threads to extract the straw threads with lengths not less than 5cm and diameters of 1 to 3mm. The process has the advantages of simple operation, easy implementation, low cost, high efficiency, no pollution to the environment, relatively longer silky fibers and high mechanical strength, and is mainly used for manufacturing products, such as a vegetation carpet, a green pad and the like.

The present invention is a system for dispensing horizontally stacked moist towelettes. One embodiment involves turning a tub upside down and providing a side door for accessing the stacked towels. Another embodiment involves orienting a tub in an upright position and providing a means for users to easily access the contents. Moist towelettes are dispensed one at a time, from beginning to end. Once one towelette is removed, the next is in position for removal. Any towelette that falls back into the tub can be easily retrieved through the opening without having to open the entire package.

The invention discloses an organic cultivating soil and its preparation method. The moisture content of the cultivating soil is 15-30% (w / w), the ratio of carbon to nitrogen (C / N) is 15-25, the removal rate for removing pathogens, eggs and grass seeds is larger than or equal to 99%. The preparation method of the organic cultivating soil is to disinfect the soil and remove eggs and grass seeds during the high fermentation temperature period of waste biological organic compost, and comprises three processes of raw material pretreatment, mixed fermentation and aging, wherein the raw material pretreatment includes the treatment of garden soil and the treatment of waste biological organic matter. The cultivating soil provided by the invention contains multifarious nutriments which are necessary for the growth of plants, has high removal rate of pathogens, grass seeds and eggs; in addition, wastes are reused during the preparation process so as to change waste into valuables and protect environmental health.

The present invention discloses process of producing dried radish slices containing natural iodine. The process includes the following steps: 1. slicing radish containing iodine, adding salt in certain amount to salt, repeated drying and soaking with the radish salting liquid, and further drying after the radish salting liquid is absorbed completely; and 2. slicing radish containing iodine, drying in the sun for 2-3 days, soaking in water, washing, draining, adding seasonings, mixing, and sealing in jar or plastic bag for 7-10 days. The dried radish slices containing natural iodine may be taken as iodine replenishing food for preventing and treating iodine deficiency disease.

The invention discloses a nursing method of a lettuce rich in iodine. The nursing method comprises the following steps: 1) a lettuce seed of high quality and high yield is selected, immersed in clear water, exposed in natural temperature and is planted when eighty percent of seeds grows out; 2) the lettuce seedlings with buds are adequately sparsely planted on the seedling bed and thinned out after the leaves come out and can be transplanted and planted when five to six leaves of the lettuce seedling come out; 3) before planting, a flat and fertile field is selected, deep ditches and high planting beds are adopted to plant the seedlings with earth in a cloudy day or at four o'clock p.m.; 4) basic fertilizer is applied before lettuce seedlings are planted, solid iodine organic fertilizer is applied on the soil surface at one time or liquid iodine fertilizer is periodically sprayed before lettuce is picked. People often eat lettuce containing iodine nursed with the invention in daily life which is not only beneficial to the health, but also can be an effective natural source for making up the food iodine beneficial to human body.

The invention discloses a planting method of carrot containing iodine. The method comprises the following steps: 1) high yielding and quality carrot seeds are selected, seta is removed from the seeds by kneading, then the seeds are dipped in mild water for accelerating germination and sowed when the seeds steep to germination; 2) ridges are started to be made, then 10-20 percent of germinated carrot feeds are evenly mixed with fine soil and sowed in lines, then the seeds are watered sufficiently and covered with soil evenly, ensuring that no seed exposes out of the soil; 3) thinning is made before final singling of seedlings to remove over close, weak, inferior and disease seedlings; 4) sufficient basic fertilizer is fertilized and solid iodine organic fertilizer is added to the surface of the soil in a lump before the carrot seeds are sowed in the field, or liquid iodine fertilizer is sprayed by stages before harvest, and cultivation and weeding as well as prevention and curing of plant diseases and insect pests are well done. The carrot containing iodine planted by the invention can not only replenish nutrition, which is good for physical health, but also can be an effective natural source of iodine for human body through food.

The invention discloses a powder ridge deep-cyclone water-storage seedling-retaining growth promoting and cultivation method in arid and semi-arid regions. The middle of a cultivating area is deep-ploughed by using a rotary tillage spiral type machine while the two sides of the cultivating area are shallow-ploughed; the soils are milled at the same time; the soils are naturally ridged after the soils are rotated in a deep mode and loosened so as to form a T-shaped ridge land of which the two sides are surrounded by shallow loosening soils and the inclined surfaces have a certain angle. Drainage channels are arranged in a non-cultivation area, a film covers the ridge land, planting holes are formed in the ridge land, and a water-storage tank for storing water and retaining water is established around the planting holes; meanwhile, standardization farm operations such as fertilizer application and pesticide application are carried out, so that the operation is finished mechanically and integrally once, and the labor efficiency is greatly improved; by using the cultivating method, the water content of the soil is effectively increased by more than 30 percent, the production of crops is increased by more than 40 percent, and the economic benefit is obviously increased; moreover, a new ecological balance system is established, and the method has a great popularization value in the northwest arid region.

The invention provides a natural moisturizing composition and particularly provides a natural moisturizing composition containing opuntia extract, cistanche extract, evening primrose seed extract, vervain extract, licorice extract and maguey extract. The natural moisturizing composition has good moisturizing capability, and the moisturizing effect over 24 h can be achieved.

The invention discloses a cultivation method for coix coix sloping land with moisture conservation, drought resistance and weed suppression. The method uses yellow clay with strong moisture retention to wrap the seeds, which can reduce the evaporation of seed kernel water when the seeds germinate, and can fully absorb the soil when it rains. The moisture in the seed enhances the drought resistance ability of the seed. Simultaneously, in the present invention, the seeds are covered with side film, which can effectively reduce water loss in the soil and maintain soil moisture. When it rains, the rainwater flows into the seed rows on both sides through the film, improving the utilization rate of rainwater. Moreover, the black film is used to cover the weeds under the film to lose the photosynthetic conditions. At the same time, the film is used to physically block the pressure, so that the weeds cannot grow normally, which effectively saves the cost of weeding in the later stage. In addition, in the present invention, the seed row is covered with corn stalks, which can reduce the evaporation of soil moisture in the seed row and maintain soil moisture.

The invention provides a green planting method for blueberries. The method comprises the steps of (1) garden selection; (2) soil improvement; (3) preparation for planting; (4) planting; (5) water and fertilizer management; (6) disease and pest prevention and control; (7) pruning; (8) timely harvesting and overwintering protection. Compared with the prior art, the method can better improve soil in an economical manner and is a highly-efficient green cultivation method. The method can better adjust the pH of soil, enables the pH of soil to be kept at 4.3-4.8, which is most suitable for the growth of blueberries, can increase the organic matter content of soil to more than 8%, can improve the soil structure and maintain the soil moisture content, and can achieve the effects of green planting and high yield. The method effectively increases the fruit setting rate of blueberries and increases the yield.

The invention discloses a planting method of cowpeas containing iodine. The steps of the method are as follows: 1) a piece of land with mild acid and sandy loam soil , on which no leguminous crop is planted for two years, is selected to plant the cowpeas, the land is firstly ploughed, raked to be fine and leveled, then ridges and ditches are made; 2) cowpea seeds are put on seedbeds for raising, transplantation and permanent planting can be carried out when a first pair of leaves come out but not unfold, or the cowpea seeds are directly sowed on the ridges; 3) racks are inserted timely when crrus is to come out on the plants, and when the main crrus grows to a certain height, the top part of the main crrus is cut so as to promote the growth of the blossom buds of the lateral branches at the lower part; 4) sufficient basic fertilizer is fertilized before the transplantation of cowpea seedlings or direct sowing of the cowpea seeds and solid iodine organic fertilizer is added into the surface layer of the soil before the transplantation of cowpea seedlings or direct sowing of the cowpea seeds, or liquid iodine fertilizer is sprayed to the leaf surface before picking the cowpeas. The cowpeas containing iodine planted by the invention can be a direct natural source of iodine for human body by eating, meanwhile, the background content of iodine in the soil and the surrounding environment can be increased, so as to gradually improve the ecologic environment that is lack of iodine.

The invention discloses a cultivated method of celery rich in iodine. The method comprises soaking celery seed with clean water, cleaning, wrapping with cotton, quaking, and hastening germination at 5-10deg.C; seeding uniformly on seedbed with fertilizers, smashed and smooth soil, enough bottom water, sprinkling 50% multi-bacteriacide solution for sterilization, sprinkling little sieved fine wet soil to cover the plumule after sprouting, and shading with arch cote made of black shading net; bedding out and permanent planting when the celery seedling has 5-6pieces true leaf, subsoiling and braking soil of the vegetable plot with rich and porous soil before permanent planting, applying enough ground fertilizer through applying solid iodine organic fertilizers in soil surface layer, and dressing for 1-2times with organic fertilizer and compound fertilizer during growth period. The invention can raise celery rich in iodine directly, increase background level of iodine in soil and periphery circumstance, improve regional ecological environment of iodine deficiency and improve iodine content in food chain.

The invention discloses a facility cultivation technique for crop rotation of stropharia rugosoannulata and rice, and belongs to the technical field of edible mushroom cultivation. The facility cultivation technique includes the steps of fermentation of a culture material, construction of a mushroom shed, construction of a ridged bed, seeding, mycelium management and protection, mushroom cultivation and harvesting, and rice planting and harvesting. After the components of the culture material are subjected to composting and fermentation separately, layered laying is adopted, so that nutrient and oxygen supply in the development process of mycelia and fruiting bodies is ensured, the whole fruiting is uniform, the fruiting rate is stable, the total yield is high, the quality is good, the planting cycle is short, and the continuous cropping obstacles can be solved by crop rotation of the stropharia rugosoannulata and rice.

The invention discloses technology for processing coastal glehnia root medicinal materials in a planting and producing area and a quality standard. The technology comprises the following steps of: natural environment and planting field selection, seed treatment, sowing and seedling, field management, pest prevention and control, harvesting, processing and quality control standard. The producing area with an atmosphere environment and a soil environment both reaching a good agricultural practice (GAP) standard is selected in the sowing step; in the production management process, any harmful synthetic chemical substance is not used or a limited amount of appointed synthetic chemical substance is allowed; the production and processing are performed according to a production operating procedure worked out by GAP requirements; check and detection are performed; sandy or semi-sandy soil with loose and fertile soil texture is selected; if seeds are sowed in spring, the seeds are required to be stored in sand at low temperature; in the field management step, the water content of soil is controlled and reasonable relative humidity is kept; buds are picked timely; the pest prevention and control work is well performed; after harvesting, the coastal glehnia root medicinal material which is peeled or not peeled is processed timely, wherein the medicinal effect is better if the coastal glehnia root medicinal material is not peeled; and fingerprint and content measurement is added in the quality control, so the quality control standard is raised.

A beef packing machine comprises a support, a feeding mechanism and a bag making mechanism. The feeding mechanism and the bag making mechanism are disposed on the support, the feeding mechanism is connected with the bag making mechanism and consists of a hopper, a screw pushing device, a pressing cylinder and a metering cup, the screw pushing device is arranged below the hopper, the pressing cylinder is disposed at one end of the screw pushing device and positioned at the finish end of the pushing direction, and the metering cup is disposed below the pressing cylinder and connected with the bag making mechanism. Beef is quantitatively packed mechanically, manual packing is replaced, squeezing, smashing and stirring of the beef are avoided, moisture and freshness of the beef are guaranteed, the requirements of batch production are met, and the beef packing machine is high in quantitative precision, fast in packing speed and simple in structure and is quite practical.

The iodine containing sweet potato planting process includes the following steps: 1. raising sweet potato seedling with high quality seed sweet potato; and 2. preparing land, forming furrow, applying solid organic iodine fertilizer in 15mg / m2-150 mg / sq m and abundant base fertilizer, stem planting, covering the land with rice straw, and applying organic fertilizer and composite fertilizer during the growth period of sweet potato. The iodine containing sweet potato provides people with iodine. What is more important is that the residual iodine can increase iodine content in the soil, improve the ecological environment in iodine deficiency area, and prevent and treat iodine deficiency diseases effectively.

The invention provides a cotton, viscose and linen ring spinning fabric manufacturing method. The method is characterized in that the fabric is interwoven by warps and wefts, the warps and the wefts are composed of cotton fibers, viscose fibers and linen fibers, the fabric is of a one-up one-down plain weaving structure, the blending ratio of cotton fibers, viscose fibers and linen fibers in the warps is 30 / 50 / 20 and warp fineness is 50, the blending ratio of cotton fibers, viscose fibers and linen fibers in the wefts is 30 / 50 / 20 and weft fineness is 50. The method has the advantages that cotton, viscose and linen are blended according to a reasonable proportion, roughness and hardness of linen can be improved while moisture absorbing, breathability and antimicrobial performance of linen are kept, the manufactured fabric is soft, smooth, breathable, antistatic and the like, and the manufactured fabric is applicable underwear, sportswear, coats and the like and capable of obtaining rich colors by dyeing.

The present invention discloses a planting method of iodine-enriched cabbage. Said method includes the following steps: (1), selecting high-quality cabbage seeds and soaking said cabbage seeds in warm water with 55 deg.C-56 deg.C for 15-16min; (2), making the soaked and sterilized cabbage seeds be uniformly spread on the seedling bed to make seedling cultivation; when 1-2 euphylises are grown from seedling, making gapping operation, when 6-8 euphylises are grown from seedling, making transplantation and setting plate; and (3), making field management, applying solid iodine organic fertilizer and applying liquid iodine fertilizer in different stages.

The invention relates to soil ecological restoration conditioner and a preparation method thereof and a soil ecological restoration method, and belongs to the technical field of soil ecological restoration. The technical scheme includes that the soil ecological restoration conditioner comprises, by weight, 1-5 parts of fly maggot chitin, 1-5 parts of actinomyces, 2-6 parts of bacillus, 1-5 parts of photosynthetic bacteria, 2-6 parts of phosphorous and potassium decomposer, 1-3 parts of halophilic bacteria, 30-50 parts of cow dung, 5-15 parts of zeolite, 5-15 parts of medical stone, and 20-50 parts of slag. The soil ecological restoration conditioner is low in cost in favor of popularization and application, and soil restoration effect is excellent without secondary pollution. After soil organism is degraded and restored, planting can realize again in the same year, yield is higher than that of normal soil, and resultantly, the soil ecological restoration conditioner is worthy of wide application.

In a method of coating a particulate material, a particulate material is fed into a mixing chamber. The particulate material is agitated within the mixing chamber and conveyed to a mixing chamber outlet. A coating is directed into the mixing chamber and the flow of the coating is controlled based on the volumetric flow rate of the particulate material into the mixing chamber. The coating includes at least one compound selected from herbicides, insecticides, nutrients, wetting agents, surfactants, fungicides, biologicals, inoculants, and mixtures thereof.

The invention discloses a small farm-oriented rotary tillage ridging and film laminating integrated machine which comprises a rack capable of being connected to other power mechanisms, a driving mechanism, a water tank and a storage battery. A rotary tillage mechanism, a ditching and ridging mechanism, a shaping mechanism, a water spray device, a film hanging shaft, a film pinch roller and an earth pulling sheet are successively arranged from the front end to the back end below the rack; a film is hung on the film hanging shaft. The film is characterized in that the water spray device, the nozzles of which face the film and the ground, is arranged in front of the film; a laser light faces the back face of the nozzle, and the light is sprayed to the surface of the film along a water columnto form a spot for convenience of observation and detection; by adopting a camera to shoot the spot, the size and position of the actual spot are detected to obtain the angle between the water columnand the film and the angle of the water column is controlled through a control box. The small farm-oriented rotary tillage ridging and film laminating integrated machine can achieve an integrated operation of rotary tillage ditching, ridging and film laminating and solve the problem that the film does not cling to the ridge surface tightly as the film and ridged soil are easily blended with air inthe film laminating process to form bumps.

The invention relates to a method for producing biogas energy while preparing an organic fertilizer or a compound fertilizer by using an inorganic fertilizer. The method comprises the following steps of inputting the inorganic fertilizer into a photo-bioreactor inoculated with microalgae to enable the microalgae to rapidly grow in the photo-bioreactor under the action of the inorganic fertilizer, separating the microalgae from the photo-bioreactor and placing the microalgae in a methane fermentor when the concentration of the microalgae reaches to 0.5g / L-50g / L, and performing fermentation for 3-45 days to generate methane, methane liquid and methane residues, wherein the methane liquid flows back to the photo-bioreactor to be re-utilized, the methane is used as an energy source, and the methane residues are used as the organic fertilizer or the compound fertilizer. Compared with the prior art, a whole system of the method is very simple, easy to manufacture and install and can be popularized and used in families, especially in peasant households, and the cost of required materials is low. When the whole system operates, except simply adding of the inorganic fertilizer, manual intervention is not required, manually-added inorganic substance and organic substance (including any forms of biomasses containing nutrient substance and derived fertilizers of the biomasses) are not required.

The invention provides a cotton, viscose and linen rotor spinning fabric manufacturing method. The method is characterized in that the fabric is interwoven by warps and wefts, the warps and the wefts are composed of cotton fibers, viscose fibers and linen, the fabric is of a one-up one-down plain weaving structure, the blending ratio of cotton fibers, viscose fibers and linen in the warps is 35 / 45 / 20 and warp fineness is 30, the blending ratio of cotton fibers, viscose fibers and linen in the wefts is 35 / 45 / 20 and weft fineness is 35. The method has the advantages that cotton, viscose and linen are blended according to a reasonable proportion, roughness and hardness of linen can be improved while moisture absorbing, breathability and antimicrobial performance of linen are kept, the manufactured fabric is soft, smooth, breathable, antistatic and the like, and the manufactured fabric is applicable underwear, sportswear, coats and the like and capable of obtaining rich colors by dyeing.

The present invention provides methods for single-bath desizing, scouring and bleaching of cellulosic materials, which are carried out by contracting the cellulosic simultaneously or sequentially with an enzyme system and a peracid bleaching system under conditions that do not require emptying the bath or rinsing the cellulosic materials between desizing, scouring and bleaching steps.