65results about How to "Effective moisture" patented technology

The invention relates to a method for planting saffron crocus in a Tibet region and belongs to the technical field of natural medicine plantation. The method comprises the steps of field seed ball breeding and indoor cultivation flower picking. The field seed ball breeding comprises the sub-steps of selection of seed corms, plantation preparation, plantation, field management, harvesting of the seed corms and storage of the seed corms. The indoor cultivation flower picking comprises the sub-steps of loading into flat baskets, shelving, cultivation management, and harvesting and processing of the saffron crocus. The saffron crocus is planted in a large field in the Tibet region by using the plantation method, sunlight is sufficient, the plantation time of the seed corms in the land is long, flowers are picked in the land, and the cost is reduced; by virtue of the selection and the cooperation of various plantation parameters according to the technical scheme, filaments of the produced saffron crocus are long, the appearance is good, and the yield is high; the content of saffron crocus essence and saffron crocus bitter principle is greatly higher than that of the saffron crocus produced in the prior art, the medicinal value is high, and pesticide residues are eliminated; moreover, seed balls are large, low in lesion and low in degeneration.

Filter (30) may comprise a first filter cloth (36) and a second filter cloth (32) disposed downstream from the first filter cloth (36). A particle diameter allowed passage by the second filter cloth (32) may be smaller than a particle diameter allowed passage by the first filter cloth (36). A space (34) may be provided between the first filter cloth (36) and the second filter cloth (32), the space (34) allowing the passage of foreign matter having a particle diameter greater than the particle diameter allowed passage by the first filter cloth (36).

The present invention provides a foam cushion, a method of making the foam cushion, and a method of using the foam cushion. The foam cushion is formed from: (a) at least one of rubber and a resin; (b) a blowing agent; (c) a polymeric adhesion modifier; (d) a decomposition accelerating agent, and (e) a cross-linking agent.

The invention relates to a soil heavy metal pollution treatment technology, and concretely relates to a soil heavy metal deactivator, and a method using the soil heavy metal deactivator to deactivate and repair soil heavy metal pollution. The soil heavy metal deactivator comprises, by weight, 30 parts of peanut shells, 15 parts of red pine needles, 10 parts of sepiolite, 10 parts of fly ash, 5 parts of chitin, 3 parts of sodium metasilicate pentahydrate, 0.4 part of sodium tripolyphosphate, 0.1 part of choline chloride, 1.2 parts of a microbial inoculum and 0.05 part of quicklime. The soil heavy metal deactivator can effectively reduce the heavy metal content of plants to achieve the deactivation and repairing purposes.

The invention discloses a preparation method of a skin microscopic tissue slice of hynobiidae animals and belongs to the technical field of microscopic tissue slices. The preparation method includes following steps: 1) dehydration: successively soaking skin tissue, which has been subjected to fixing treatment, of the hynobiidae animals into ethanol solutions being 50%, 70%, 80%, 90%, 95% and 100% in concentration gradient to dehydrate the skin tissue, wherein dehydration time in each concentration gradient is 45-60 min; (2) transparent treatment: soaking the dehydrated skin tissue into a mixed liquid of 100% ethanol and dimethylbenzene for 2-3 min, and then soaking the dehydrated skin tissue into dimethylbenzene for 10-30 min; (3) wax soaking: soaking the skin tissue being subjected to the transparent treatment into a mixed liquid of dimenthylbenzene and paraffin for 20-30 min, and then soaking the skin tissue into paraffin respectively by two times, each time lasts for 45-60 min; and (4) embedding the wax-soaked skin tissue, and performing slice cutting, slice expansion, slice pasting, slice baking, dyeing and seal-fixation to obtain the skin microscopic tissue slice. The preparation method is simple in process and convenient to operate. The prepared slice is complete and shows a clear image structure.

The invention discloses a method for introducing and cultivating sabina vulgaris in high-altitude areas. The method comprises following steps: uniformly arranging stripped low-ridge planting bed surfaces in the direction perpendicular to the main disastrous wind and in gritty gobi wind-blown sand areas through soil preparation; in spring or autumn, performing cave-shaped soil preparation on the stripped low-ridge planting bed surfaces so as to obtain cave-shaped pits; in the next year after the cave-shaped soil preparation, planting and introducing sabina vulgaris in the treated cave-shaped pits; uniformly laying salix bangongensis litters and mixtures of sand and soil on the planted stripped low-ridge planting bed surfaces; laying mulching films, wherein the two sides of each mulching film is covered with soil and are treaded down, so that the enclosed mulching film is formed; cutting the mulching films in the sabina vulgaris growing direction, and covering cracks with soil; and finally taking overwintering cold protection measures for winter. According to the invention, measures are taken according to local conditions, materials are obtained from local sources, the method is easy to carry out, is economical and practical, is high in operationality, and facilitates the sabina vulgaris introduction, sand control and greening in high-altitude, high-cold and high-dry gobi wind-blown sand beach areas.

Seed germination requires extremely strict conditions such as moisture, oxygen and the like, and at present, most of soil-less substrates for raising seedlings cannot meet the requirements on the moisture, stability of the substrates and other elements for raising the seedlings. In order to realize moisture preservation, ventilation and the like in the process of raising the seedlings without using soil, the invention provides a sponge seedling raising bed device which has the advantages of low cost, convenience for transplanting and the like. The sponge seedling raising bed consists of a plurality of blocky sponge seedling raising units which are connected with one another, wherein a groove is formed in the center of each sponge seedling unit block; a cross-shaped gap which is communicated with the bottom of each sponge block is formed at the bottom of each groove; each sponge seedling raising unit block is connected with other surrounding sponge unit blocks through a connecting part of which the width is about 1 mm; a hemispheric groove of which the diameter is about 10 mm is formed in the center of the top of each sponge seedling raising unit block; and seeds are placed in the hemispheric grooves. Each cross-shaped gap which has the same width as each groove is formed at the bottom of each groove and is communicated with the bottom of each sponge block, and each sponge seedling raising block has a cubic structure of which the side length is 20 mm.

The invention relates to the technical field of food, and discloses a spicy minced fish sauce and a preparation method thereof. The spicy minced fish sauce is prepared by Dong River freshwater fish meat, high mountain peppers, garlic, gingers, onions, monosodium glutamate, chicken powder, colza oil, sesames, salt, ground pepper, white sugar, dry chilli powder and deodorization pickling salt. A plurality of food raw materials are selected and reasonably mixed to prepare novel spicy minced fish sauce of Dong River freshwater fish; and the sauce has authentic color, aroma, taste and alcohol flavor; the product has the advantages of clear oil color, red color, mellow natural fragrance, salty and fresh flavor, obvious spicy taste and excellent oil layering; the flavor of the product is remarkably better than that of like products; and the product is well received by consumers.

A bell jar includes a metallic bell jar (1), and a metallic base plate (2) on which the bell jar (1) is placed, and packing (3) seals an inside of a container. To the base plate (2), a pressure gauge (4), a gas introduction line (5), and a gas discharge line (6) are connected so as to allow monitoring of internal pressure of the bell jar (1) and introduction and discharge of a gas. A vacuum pump (7) is provided in a path of the gas discharge line (6), and the vacuum pump (7) reduces internal pressure of the bell jar so as to be lower than vapor pressure of water. The vacuum pump (7) reduces the internal pressure of the bell jar so as to be lower than vapor pressure of water, thereby efficiently removing moisture, and completing drying of the bell jar in a short time.

The invention relates to a single-core optical cable for indoor and outdoor jumper wires and a preparing method of the single-core optical cable for the indoor and outdoor jumper wires. The single-core optical cable comprises an optical fiber, a tightly-wrapping layer, a second water-resistant reinforcing layer, an inner protection layer, a first water-resistant reinforcing layer and an outer protection layer. The method for preparing the single-core optical cable comprises the steps that a curved insensitive optical fiber material is selected and manufactured into the optical fiber; the outer surface of the optical fiber is wrapped in the tightly-wrapping layer through a plastic extruding machine; the outer surface of the tightly-wrapping layer is wrapped by the second water-resistant reinforcing layer; the outer surface of the second water-resistant reinforcing layer is wrapped in the inner protection layer through the plastic extruding machine; the outer surface of the inner protection layer is wrapped by the first water-resistant reinforcing layer; the outer surface of the first water-resistant reinforcing layer is wrapped in the outer protection layer through the plastic extruding machine, and therefore the single-core optical cable for the indoor and outdoor jumper wires is obtained. The single-core optical cable for the indoor and outdoor jumper wires is greatly improved in structure and can be generally used in cooperation with regular jumper wire parts so that the good generality of the single-core optical cable can be achieved, the using requirements for the long distance, an outdoor low-temperature environment and repeatedly dragging can be satisfied, a fire source and water vapor can be effectively blocked and the damage caused by rodents can be prevented.

The invention discloses a saffron planting method which comprises the following steps: seeding, field management, seed ball soil digging, indoor seedling culture, a germination and flowering period, a picking period, a drying period and classification, packaging and storage, wherein the field management comprises scientific fertilization, scientific watering, winter heat preservation and pest control; the germination and flowering period comprises germination and flowering; and the step of classification, packaging and storage comprises classification, packaging and finished product storage. Through the planting method disclosed by the invention, the yield, quality and efficacy of saffron are greatly improved, and the economic benefits are increased.

The invention discloses a fermentation tank for organic solid waste recovery treatment, and relates to the technical field of solid waste fermentation. The fermentation tank for organic solid waste recovery treatment comprises a supporting platform. A first supporting rod, a second supporting rod, a third supporting rod, a fourth supporting rod and a fixing block are welded on the outer surface ofthe top of the supporting platform. A second supporting plate is welded on the outer wall of one side of the third supporting rod, and a second driving motor is installed on the outer surface of thetop of the second supporting plate in a welded mode. A first supporting plate is installed on the outer wall of one side of the fourth supporting rod in a welded mode, and a first driving motor is welded on the outer surface of the top of the first supporting plate. A breaking box is welded on the outer wall of the other side of the third supporting rod, and the outer wall of one side of the breaking box and the outer wall of one side of the fourth supporting rod are welded and installed. By the adoption of the fermentation tank for organic solid waste recovery treatment, the living environment of microorganisms can be more effectively improved, and the fermentation efficiency can also be more effectively improved.

The invention discloses a method for paving a roasting medium in an aluminum electrolysis cell and a method for roasting a lining of the aluminum electrolysis cell. The method for paving a roasting medium in an aluminum electrolysis cell comprises the following steps of: placing a fence frame in an anode orthographic projection area of the aluminum electrolysis cell; filling the fence frame with a roasting medium, wherein the roasting medium contains scorched particles and graphite; and after leveling the surface of the roasting medium, removing the fence frame. Through the invention, the roasting medium can be effectively paved in the aluminum electrolysis cell.

The invention relates to an electroplatable polyether imide material and a preparation method thereof. The electroplatable polyether imide material is prepared from the following components in percentages by weight: 70-85% of polyether imide PEI resin, 10-25% of a ceramic microbead abrasive material, 0.05-0.1% of a colloidizing auxiliary agent and 0.1-0.3% of polytetrafluoroethylene micropowder. The electroplatable polyether imide material provided by the invention can improve the flowability and machinability of a polyether imide plastic by adding the ceramic microbead abrasive material, and the mechanical strength and the temperature resistance are obviously improved; a metal plating and the surface of the polyether imide plastic are combined well and the dimensional stability of the polyether imide plastic product is improved, so that the coefficient of thermal expansion of the metal plating of the polyether imide plastic product is relatively reduced, and the problem that the plastic and the metal plating delaminate due to a temperature difference is effectively solved.

The invention provides a method for purifying ethyl acetate. The method comprises the following steps: dehydrating crude ethyl acetate to be treated through an acid-resistant permeable membrane, and removing other impurities through a rectification technique. Compared with a single rectification process, the method has the advantages that water in ethyl acetate is removed in advance through an acid-resistant permeable membrane dehydration technology, so that a ternary or higher azeotropic system formed by ethyl acetate, water, ethanol and the like is broken through, the efficiency of removingother impurities through the rectification technology is remarkably improved, and the yield of ethyl acetate is increased; besides, moisture in the crude ethyl acetate solvent can be effectively removed by the crude ethyl acetate through the acid-resistant permeable membrane, other substances do not need to be added, new pollution is not generated, subsequent additional treatment is not needed, the permeable membrane can be continuously operated, the dehydration efficiency is high, the energy consumption is low, the ethyl acetate purification energy consumption is greatly reduced, and the purification cost is reduced.

The invention discloses a bionic naturally survived granular seed and a preparation method thereof. The bionic naturally survived granular seed is composed of an inner layer, a middle layer and an outer layer. The inner layer comprises the following materials including, by weight, 1-5 parts of a polymer aggregate agent, 4-9 parts of a polymer stabilizer, 4-9 parts of a polymer binder, 2-6 parts ofparaffin, 2-5 parts of vegetable gum, 0.1-0.6 part of gelatin, 99-140 parts of clay and 80-110 parts of bentonite; and the middle layer is prepared from the following components including, by weight,3-8 parts of a polymer aggregate agent, 10-18 parts of a soil stabilizer, 2-6 parts of a flexible stabilizer, 1-4 parts of an improver, 0.5-3 part of a bacteriostatic agent, 150-300 parts of bentonite, 6-20 parts of clay, 2-10 parts of an adhesive, 2-9 parts of a fertilizer, 80-150 parts of organic matter, 1-4 parts of humic acid and 0.1-0.5 part of copper sulfate. According to the method, the seed can be protected from sprouting under specific sufficient moisture, and the growth performance is maintained.

The invention provides a non-aqueous electrolyte and a secondary battery thereof, the non-aqueous electrolyte comprises a lithium salt, a non-aqueous organic solvent and an additive, the additive comprises a cyclic amide compound represented by a structural formula I, a structural formula II or a structural formula III, r1 to R8 are respectively and independently selected from hydrogen, halogen, substituted or unsubstituted methyl and substituted or unsubstituted C2-C9 alkyl. The cyclic amide compound provided by the invention can be reduced to form a silicon-containing amide compound, and the compound has good thermal stability and can isolate direct contact between an electrolyte and a positive electrode material at a high temperature, so that decomposition of the electrolyte is inhibited. In addition, by introducing a-Si-N-CO-structure, the toughness of chemical bonds can be increased, so that gas production caused by instability of aminoacyl groups under high voltage and high voltage is avoided. Meanwhile, the cyclic amide compound contains a Si-N bond structure, so that free water and HF in a battery system can be removed, and the performance of the positive electrode material is improved.

A body-carried device includes a receiving bag, two carrying straps, and a heat dissipation system on the backside of the receiving bag. The heat dissipation system has a pump and an airflow guide tube unit. When a user's lower back directly contacts and pushes the pump, the air in the pump is pushed into the main tube and branch tube of the airflow guide tube unit. Some of the air exits the body-carried device through the main tube while the remainder of the air enters the heat dissipation area of the receiving bag through the branch tube. When the user's lower back moves away from the pump, the pump is elastically restored in shape to draw ambient air through the airflow guide tube unit into the pump.

The invention relates to a seedling-lifting apparatus, and relates to the technical field of greening planting. The apparatus comprise a machine frame, wherein the machine frame is provided with a support disc, the support disc is horizontally arranged and rotationally connected with the machine frame, the support disc is provided with infiltration mechanisms, each infiltration mechanism comprisesan infiltration pipe, each infiltration pipe can move up and down, each infiltration pipe comprises a pipe body, and an infiltration section connected with the pipe body, one end, being in contact with the ground, of each infiltration section is conical, and each infiltration section is provided with infiltration holes. The apparatus can effectively moisten soil around a seedling by the infiltration sections thrust into the soil, so that the moistening effect is better, water resources are saved at the same time, and the damage to the root of the seedling can be reduced.

The invention discloses a sealing structure and a method of the in-plane prestressed reinforcement channel of a segmental beam splicing and belongs to the technical field of bridge construction. The sealing structure includes two segments of beam, One end of the two segmental beams respectively has corresponding splicing surfaces, and the two segmental beams are provided with internal stress rib channels, wherein the splicing surfaces of the two segmental beams are respectively provided with annular protrusions and annular grooves adapted to each other and surrounding the internal stress rib channels, and the annular grooves are provided with sealants. The annular convex part and the annular groove part are matched to form an effective partition structure, and the sealant with sealing effect is matched to effectively partition the moisture and gas of the prestressed tendon channel at the joint of the segmental beam, thereby avoiding water permeability and air permeability, preventing stress corrosion of the prestressed tendon more efficiently, and improving the durability of the bridge.