643 results about "Surface moisture" patented technology

The invention discloses a method for producing edible fungi flavoring powder, and belongs to the field of novel biological products. For solving the technical problems, the invention provides the method for producing the edible fungi flavoring powder for keeping the nutritional and functional components of fungi and keeping original flavor and form. The method comprises the following steps of: a, raw material treatment: cleaning and slicing at least one of fresh tricholoma matsutake, toadstool, bolete, sarcodon quel, hericium erinaceus, lentinus edodes, pleurotus cornucopiae, pleurotus eryngii, cantharellus cibarius, termitomyces albuminosus, agrocybe cylindracea, lactarius deliciosus and russulaceae and fresh truffle, and drying the surface moisture in air; b, freezing; c, vacuum drying; d, resolving and drying; e, crushing; and f, sterile packing. The flavoring powder produced by using the method can keep original flavor and form, the nutritional and functional components are not lost, the indexes of the stored flavoring powder are in accordance with the regulation of edible fungi health standard GB7096-2003, and the water content index of the flavoring powder is lower than 1/3 of the national standard.

In order to achieve highly accurate prediction across a wide area for disasters caused by rainfall, this disaster prediction system includes: soil moisture acquisition means that acquires amount of moisture in soil at a specified site, ground surface moisture acquisition means that acquires amount of moisture at a ground surface within a given range that includes the specified site, and estimation means estimates amount of moisture in soil at a freely-selected site in the given range or a parameter that indicates a property of soil at the freely-selected site in the given range, based on the amount of moisture in the soil at the specified site and the amount of moisture at the ground surface within the given range.

The invention relates to a method for preparing immobilized enzyme by using spherical bacterial cellulose as a carrier. The method comprises the following steps of: inoculating activated slant strains into a seed culture medium for cultivation to obtain a liquid seed, shifting the liquid seed into a fermentation medium under a condition of 80 to 200 rpm at the temperature between 25 and 30 DEG C for 48 to 96 hours, and carrying out decantation to obtain bacterial cellulose balls; processing the bacterial cellulose balls in a water bath at the temperature between 80 and 90 DEG C for 30 to 120 min with 0.1 percent NaOH, rinsing the balls with deionized water, collecting the balls, neutralizing residual alkali liquor in the balls with 0.1 percent acetic acid, standing, rinsing the balls with the deionized water, taking the balls out, absorbing surface moisture, and freezing and drying the balls to obtain cellulose balls; and finally, preparing the immobilized enzyme by a physical adsorption method or an adsorption-crosslinking method. The spherical bacterial cellulose balls can effectively adsorb biological enzyme, maximally keep enzyme activity, and have safety and environmental protection. The method is simple and easy to operate and has strong controllability.

The invention relates to the part inspection field, and discloses a fluorescent penetrant detecting method. The method comprises the following steps of: providing a relatively closed structure for each unit; loading a workpiece to be detected on a conveying device; conveying the workpiece to be detected to a penetrant application unit to apply a penetrant; conveying the workpiece to be detected to a cleaning unit to finish surface cleaning; conveying the workpiece to be detected to a drying unit to remove surface moisture; conveying the workpiece to be detected to a developer application unit to apply a developer; and finally conveying the workpiece to be detected to a detection unit by the conveying device to perform detection. The method can effectively relieve the labor burden, reduce the production cost and improve the production efficiency, avoids the harm of the penetrant and the developer to the operating personnel, meanwhile avoids cross contamination between the penetrant and the workpiece and between the developer and the workpiece, and eliminates the pollution of the penetrant and the developer to the environment.

The invention provides a nanometer composition containing skin-moistening and whitening components. The nanometer composition comprises, by mass, 0.1 to 10% of liquid lipid, 0.01 to 2% of a resorcinol derivative, 0.01 to 10% of vitamins and derivatives thereof, 0.1 to 15% of a surfactant, 0.1 to 10% of a co-emulsifier and 0.1 to 15% of polyol, with the balance being water. The nanometer composition containing skin-moistening and whitening components in the invention has good biocompatibility, is free of irritation to the skin, can rapidly increase the surface moisture content of the skin and exerts obvious moisture-retaining and skin-moistening effect; after long-term usage, the nanometer composition can improve the whiteness of the skin and exerts obvious whitening effect; and the preparation method for the nanometer composition is simple, fast and suitable for industrial production.

A rotatable greens drying device that includes a lid, a rotatable colander, a drive mechanism for rotating the colander, and a receiving ring fan which transfers rotational force from the drive mechanism to the rotatable colander. The fast moving, drier air circulated by the receiving ring fan naturally helps evaporate moisture from the surface of the greens and it helps expel water through container holes. This embodiment also allows air exposure of the leafy contents via the perforations within the spinning colander which further reduces surface moisture.

The present invention relates to a preparation method of salted vegetable product. Said preparation method includes the following steps: (1), selecting fresh vegetable, cleaning and draining; (2), pickling by adding salt and removing water content; (3), preparing salt water; (4), making closed fermentation; (5), obtaining required lactic acid fermented liquor; (6), drying surface water content so as to obtain main material vegetable semi-finished product; (7), preparing lactic acid fermented liquor containing sugar; (8), pouring the sugar-containing lactic acid fermented liquor into a container in which the main material vegetable semi-finished product is placed, closely-pickling; and (9), making the pickled salted vegetable undergo the process of sterilization treatment and vacuum packaging so as to obtain the invented finished product.

A process for producing syngas from a carbonaceous substance and/or treating a carbonaceous substance, the process including the following steps: a) reducing the surface moisture of the carbonaceous substance; b) reducing the inherent moisture of the carbonaceous substance; and, c) gasifying the carbonaceous substance to produce syngas, wherein at step a) the carbonaceous substance is directly contacted with a hot gas at a temperature of between 50° C. to 250° C., and/or the carbonaceous substance is indirectly contacted with saturated steam at a temperature of between 105° C. and 250° C.

The invention provides a preparation method and an application method of a solvent-free moisture-curable resin for synthetic leather. The preparation method is as below: adding polytetrahydrofuran glycol, isophorone diisocyanate and bismuth octoate to the reactor, heating to 75-80 DEG C, polymerizing for 1-1.5 h to obtain the solvent-free moisture-curable resin for synthetic leather. The application method is as below: mixing and stirring the solvent-free moisture-curable resin for synthetic leather and bis-N,N'-(methyl-butyl methylene)-diethylenetriamine, coating the mixed material on the synthetic leather surface by a roller coating method, curing at the temperature of 85-95 DEG C, then drying at 120-135 DEG C, and finally cooling and rolling. The solvent-free moisture-curable resin for synthetic leather obtained by the invention is used for surface moisture solidification process for synthetic leather, so as to obtain brightening surface with high brightness, water resistance and wear resistance. The application process does not produce contamination, and can solve the solvent pollution problem in synthetic leather moisture curing process.

This invention relates to an preparation method of gastrodia tuber wine. It mainly solves existing straggling method of making gastrodia tuber wine by high temperature, steaming, boiling, shelling, dunking alum, sulfur fuming and baking drying. The pollution of alum and sulfur to gastrodia tuber wine is conquered, and the effective components running down and destruction by the existing method is also conquered. In this invention, gastrodia tuber is washed and surface moisture is thrown off, crush and jordaning technique is used. gastrodia tuber block tissue diameter is shorten, so its effective components dissolution, dunking by liquor is accelerated, the gastrodia tuber effective components in liquor is boosted, and the problem fresh gastrodia tuber block uneasy dunked by liquor, gastrodia tuber component in liquor is low, clock stem easy deterioration and pollute liquor is solved. gastrodia tuber paste dreg and gastrodia tuber starch fermented with food stuff is used in this method. Raw material is saved, cost is reduced, health component of gastrodia tuber wine is improved, and the technique is advance and novelty. It provides a new style gastrodia tuber health wine for people, so this invention has good economic extending value.

The invention relates to graphite boats used in a coating process in silicon solar cell manufacturing, in particular to a graphite boat cleaning process. The graphite boat cleaning process is characterized by including the following steps of (1) solution preparation: preparing hydrofluoric acid 20-25% in volume concentration; (2) acid pickling: soaking a graphite boat in the prepared hydrofluoric acid for 8-10 hours, setting bubbling for 8-10 minutes every an hour, and setting bubbling gas pressure to be 0.2-0.4Mpa; (3) washing: soaking the graphite boat in water for 6-8 hours, continuing bubbling during soaking, and changing the water for one time every 60-70 minutes; (4) rinsing: rinsing the whole graphite boat once with a high-pressure water gun; (5) blowing: blowing surface moisture of the graphite boat once with N2; (6) drying: placing the graphite boat in a drying oven for drying at the set temperature of 100-120 DEG C for 8-10 hours. By the adoption of the process technology, coating qualified rate is increased effectively.

The invention discloses a fabric coating agent, which comprises the following components by mass percentage: 80-90% of water-based amino acid modified polyurethane coating glue, 5-10% of an organic solvent, 1-2% of nano-zinc oxide powder, 1-2% of nano-titanium dioxide powder, 1-2% of nano-jade powder and 2-4% of micropore lignocellulose. The ultrathin windproof and moisture permeable ultraviolet resistant fabric provided by the invention has an anti-ultraviolet protection coefficient UPF of greater than or equal to 50, ultraviolet transmittance UVA of smaller than or equal to 5%, air permeability of less than 10mm/s, water vapor permeability of greater than or equal to 6000g/m<2>.d, and surface moisture resistance of greater than or equal to level 3 after 5 times of washing and drying, and the anti-ultraviolet performance does not decline. The coated fabric has a style closer to natural original cloth.

The invention discloses an anisotropic nanometer press-in test table of biological soft tissues and a method for performing a nanometer press-in experiment by using the anisotropic nanometer press-in test table. The anisotropic nanometer press-in test table of the biological soft tissues comprises a table body, wherein an accommodation hole which accommodates a test sample is formed in the middle of the upper part of the table body; two screwing cover bodies which spirally screw in the accommodation hole and cover the top of the accommodation hole are arranged on the upper part of the table body and pressed against the test sample; observation holes are formed in the screwing cover bodies; the observation holes in the screwing cover bodies respectively are circular and rectangular; and a humidity-preserving solution which preserves the humidity of the test sample can be dripped into the accommodation hole. By adoption of the anisotropic nanometer press-in test table of the biological soft tissues, the loss of the surface moisture of the test sample is avoided, the credibility of a detection experiment is improved, the error of the detection experiment is reduced, and the efficiency of the detection experiment is improved.

The invention discloses a wall body evaporation and temperature reduction device utilizing solar energy and nontraditional water sources. A solar cell panel of the wall body evaporation and temperature reduction device is placed on a building roof and is connected with a controller through a conducing wire, the controller is connected with a storage battery, the storage battery is electrically connected with a water pump, the water pump is respectively connected with a water supply pipe and a water spraying pipe, the water supply pipe is connected with a water storage tank, the water pump is also connected with a calculator through signals, the water spraying pipe is arranged at the upper part of the outer side of the wall surface, an air temperature probe, an air humidity probe and a wall surface moisture content probe are respectively connected with the calculator, the air temperature probe and the air humidity probe are placed on the roof, and the wall surface moisture content probe is placed at the bottom of the wall body. The wall body evaporation and temperature reduction device has the advantages that the matching relationship among the solar energy, the ambient temperature and humidity of the wall body and the wall surface moisture content is skillfully utilized, through the intelligent control of the calculator, the effect that the water spraying and temperature reduction of the wall body is only carried out under the conditions of outdoor high temperature and high solar radiation is realized, and the building energy saving and water saving effects are obvious.

The invention relates to a water-based chromium-free surface lubricating treating agent for galvanized steel sheets and an application method of the treating agent. The water-based chromium-free surface lubricating treating agent is mainly prepared from such chemical components as a water-based light-cured resin, a photoinitiator, a silica sol, a wax emulsion, a surfactant, a coupling agent, a molybdate and a coalescing agent. When the ultraviolet-cured water-based chromium-free lubricating treating agent prepared by use of the application method is used as a film-forming agent for the surface of the galvanized steel sheet, the obtained galvanized steel sheet has excellent lubricating property and good corrosion resistance, and also has good fingerprint resistance. As a result, the requirements on a galvanized metal material substrate can be greatly reduced because the film can be obtained by virtue of light curing after the surface moisture is removed by drying and blowing, and therefore, a hot galvanized sheet which is large in surface roughness fluctuation and low in price can be taken as the substrate, and then stronger market competitiveness and higher economic benefit can be achieved.

The invention provides a water-saving pattern carwash method which comprises cleaning the outer and inner of the car. It adopts the following steps: 1. using dusting roll to wipe out the dust at car's surface and wipe it out again with another clean dusting roll; 2. using spraying water of manual sprayer to moist the surface of the car so that the mud is moisten, and wiping out the mud to one direction with towel at the same time; 3. wiping out it two times with clean moisture towel to clean the surface of the car and then wiping out it two times with clean dry towel to clean the surface moisture of the car; 4. using dry buck-skin to abrasive the waxing surface after waxing it evenly; 5. spraying polishing agent on the surface.

The invention discloses lentinus edodes tea and a producing method thereof. The lentinus edodes tea comprises 40-45% of lentinus edodes slices and 55-60% of green tea. The producing method of the lentinus edodes tea comprises the steps of preparing fresh lentinus edodes, sorting, cleaning, draining the surface moisture, removing petioles, slicing, freezing at a low temperature, melting at a room temperature, freezing at the low temperature again, melting at the room temperature, dehydrating and baking, screening, mixing and blending, packaging, sterilizing by microwaves and inspecting. The lentinus edodes tea is rich in substances such as lentinan and tea polyphenol, can quench thirst, improves the immunity of a body, and has a certain efficacy on rehabilitation of a patient with a cancer.

The invention discloses a Yunnan arabica coffee bean preparation technology. The Yunnan arabica coffee bean preparation technology includes: subjecting fresh coffee cherries to mechanical peeling within 12 hours after picking so as to separate coffee beans from peels thoroughly, subjecting the coffee beans to fermentation at normal temperature for 12 hours, adding 1.5 times of clean water to soak the coffee bean flesh for 12 hours, performing floatation and classification prior to airing surface moisture on the moist coffee beans with hulls, and transferring the coffee beans to a clean and peculiar-smell-free airing shelf for sun drying till 10-12.5% of water content is left; hulling by a huller, filtering imperfect coffee beans, removing small coffee beans with pore diameter smaller than 6 millimeters by a vibration classification screen, and removing all defective coffee beans in different colors by manual picking-up to obtain primary coffee beans; lightly baking the primary coffee beans for 8-12 minutes by controlling the out-of-pot temperature of the coffee beans to range from 190 DEG C to 195 DEG C and the chromaticity of the coffee beans to range from 95 degrees to 130 degrees so as to obtain target objects. The Yunnan arabica coffee bean preparation technology has the advantages that simple technology and low cost are achieved, excellent savory and mellow degree and acidity degree of Yunnan coffee beans are highlighted on the premise that quality of the Yunnan coffee beans is guaranteed, and parameters and indexes in the primary Yunnan coffee bean processing process are provided.

The invention relates to a processing method of a Dendrobium officinale golden bar or sheet, which comprises the following steps: a. taking Dendrobium officinale fresh strips, cleaning to remove sand, and airing to remove surface moisture, thereby obtaining clean Dendrobium officinale; b. baking at 100-105 DEG C for 3-6 minutes, taking out and kneading while the Dendrobium officinale is hot, and repeating the operation until the surface of the clean Dendrobium officinale becomes golden; and c. cutting into sections or sheets, freezing at -70 to -90 DEG C, and carrying out freeze-drying to obtain the golden Dendrobium officinale golden bar finished product or golden Dendrobium officinale golden sheet finished product. The Dendrobium officinale product is golden, beautiful and crisp, is convenient to eat, and can effectively reserve the original active components in the Dendrobium officinale.