320results about How to "Reasonable steps" patented technology

The invention discloses a safe processing and accessing method of a cloud resource, wherein the safe processing and accessing method of the cloud resource is based on a standalone third-party mobile storage device and a hardware platform which is used for interacting with a user; the third-party mobile storage device includes a control chip and a memory; programs running in the control chip include a control module and a file system module; the memory consists of an encrypted storage area and an ordinary storage area; the control chip calls the file system module, through the control module, to access the encrypted storage area and the ordinary storage area of the memory; the ordinary storage area includes a terminal safety monitoring program; the encrypted storage area includes a device password, identity authentication information, an encryption secret key and an algorithm software carrier. By using the safe processing and accessing method of the cloud resource, which is provided by the invention, a whole operating environment is guaranteed to be safe and reliable; data stored in a cloud database is encrypted; an illegal user is prevented from directly obtaining plaintext data; the data of the user are guaranteed not to be stolen and leaked.

The invention relates to a kelp dietary fiber yoghourt and a production method thereof. The production method comprises the following steps: adding a water solution of kelp dietary fibers, stabilizer and sucrose to weighed fresh milk, wherein the stabilizer comprises sodium carboxymethylcellulose and xanthan gum, and the mass ratio of the sodium carboxymethylcellulose to the xanthan gum is 2:1; and homogenizing, sterilizing, cooling, then adding strains to ferment, and cooling to obtain the kelp dietary fiber yoghourt, wherein the strains comprise Streptococcus thermophilus and Lactobacillus bulgaricus, and the mass ratio of the Streptococcus thermophilus to the Lactobacillus bulgaricus is 1:1; and the kelp dietary fiber yoghourt comprises the following components in percentage by weight: 80-90% of the fresh milk, 1-3% of the kelp dietary fibers, 4-10% of the sucrose, 0.3-0.8% of the stabilizer, 1-5% of strains and balance of water. The kelp dietary fiber yoghourt is sweet and sour, is rich in nutritive materials, and can smooth intestinal tract, prevent and cure constipation, reduce cholesterol and regulate blood fat and blood sugar in case of being drunk for a long term, and is especially applicable to the diet of middle-aged and elderly people, diabetes patients and overweight people. The production method has the advantages of advanced process, reasonable steps and easy operation, and is applicable to industrialized production.

The invention provides a preparation method of a gallium oxide-doped membrane and the gallium oxide-doped membrane. The preparation method of the gallium oxide-doped membrane comprises the following steps of: selecting a substrate which comprises target doping element; preparing gallium oxide membrane on the substrate by adopting a metal organic chemical vapor deposition method, to obtain a primary gallium oxide-doped membrane product; performing thermal treatment and activation on the prepared primary gallium oxide-doped membrane to obtain the gallium oxide-doped membrane. The preparation method of the gallium oxide-doped membrane is scientific and reasonable in steps, and the problems that the multiple varieties, safety and effective doping of the gallium oxide membrane are difficultly realized by adopting the currently metal organic chemical vapor deposition method can be effectively solved. The gallium oxide-doped membrane prepared by adopting the preparation method has excellent conductivity property.

The frost heaving device of layered telescopic detecting soil and a detecting method thereof are disclosed. In cold area engineering construction, due to the complicated geological condition of a construction site, the monitoring of frozen soil frost heaving deformation is difficult, and frost heaving data at different depths in one area is difficult to acquire at the same time. In the frost heaving device, a plurality of casing-pipe-type monomers are successively arranged on a chassis from bottom to top, an anchor plate is arranged outside a tube body, a displacement sensor is arranged on theinner wall of the tube body, the top end of the tube body is processed with a boss, the bottom end of the tube body is processed with a groove, and the tube body of one casing-pipe-type monomer is slidably cooperated with the two adjacent casing-pipe-type monomers through the boss and the groove. According to the frozen soil type in a test area, the number of measuring points in the test area andthe distribution position of each measuring point are determined, the frost heaving amount data of the frost heaving layer of each measuring point in different time periods is obtained through the frost heaving device, and according to frost heaving amount data gathering fed back by each measuring point, a frozen soil frost heaving deformation condition in the test area is obtained. The device and the method are used for the monitoring of the frozen soil frost heaving amount in a vertical or horizontal direction.

The invention discloses a tracking table-based engineering data synchronous management system and management method. The management system comprises an APP client. The APP client comprises an intelligent mobile APP client and a PC desktop APP client. The intelligent mobile APP client carries out the field acquisition of information and metadata and then uploads the acquired data. The PC desktop APP client provides the process and flow dividing function and completes the automatic table establishment based on the acquired data so as to realize the automatic filling of data in an engineering data tracking table. A cloud data service is connected with each APP client through an interface and prompts the storage and service forwarding service of information metadata. A data on-line inspection and tracking management system is connected with each APP client and the cloud data service, realizes the inspection through the data on-line inspection and tracking management system, guides and tracks the tracking table of an engineering data reporting program, and timely feeds back problems found during the tracking and inspecting process to the APP client to rectify the problems at the same time. In this way, the dynamic management of engineering data is achieved. The management efficiency and the management level are improved.

The invention discloses a hidden project acceptance method based on a mixed reality technology. The method comprises the steps of S1, establishing a hidden project virtual model; S2, verifying comprehensive coordination of a design drawing through establishment of the virtual model; S3, adding BIM (Building Information Modeling) information into the hidden project virtual model; S4, constructing a hidden project on the site, and endowing a BIM model with a construction process document; S5, carrying out preliminary self-inspection on the quality of the constructed hidden project by use of the mixed reality technology; S6, comprehensively arranging and inputting the self-inspection information and an acceptance standard of the hidden project into the BIM model; and S7, determining the conformity between the constructed hidden project and the project information and the acceptance standard which are borne by the BIM model by use of the mixed reality technology. The hidden project acceptance method based on the mixed reality technology which is provided by the invention is reasonable in procedure and convenient to operate; and the mixed reality technology and the BIM technology are combined, the acceptance efficiency of the hidden project is improved, the comprehensive cost is reduced, and thus the method has broad market prospects and promotional values.

The invention discloses a method for preparing ultrafine green tea powder and belongs to the technical field of deep machining of tea leaves. The method comprises the following steps: screening middle-grade and low-grade summer and autumn fresh green tea leaves in accordance with national pollution-free production standard; spreading the tea leaves, performing fixation on the tea leaves by combining steam heat and frying technology, drying the tea leaves by novel microwave grading technology, and performing low-temperature ultrafine pulverization to prepare the ultrafine green tea powder with D50 more than or equal to 2,500. The method for preparing the ultrafine green tea powder is characterized by simple process, reasonable steps, low cost, and suitability for industrialized production. The ultrafine tea powder produced by the method has complete breaking of cell wall, and high uniformity and dispersibility. During processing, nutrient components and pharmacologic components of green tea are retained to the maximum; a chemical additive can be widely replaced; the shelf life of food is prolonged; food is endowed with natural emerald green color and specific tea flavor; dietary fiber, active polysaccharide and other substances of the green tea are fully utilized; tea drinking is changed into tea eating; and products can be widely used in the fields of food, cosmetics, commodity and the like.

The invention relates to the technical field of waxberry planting, in particular to a waxberry grafting cultivation method. The waxberry grafting cultivation method includes the steps of (1) rootstock cultivation, specifically, collecting ripe fruits, putting the ripe fruits in a shade place for 4-5 days, taking out seeds, drying the seeds in air prior to preserving the dried seeds with river sand, sowing the treated seeds in next spring, applying farmyard manure once every 20 days after rootstocks are 3-4cm high, separately bedding nursery stocks with the spacing of 14-20cm when the rootstocks are 14-16cm high; (2) grating, to be more specific, performing grating at the time from February to March when the rootstocks grow to over 60cm, selecting annual to biennial robust waxberry seed tree branches as scions, and cutting the scions into 5-6cm with 3-4 sprouts; (3) outplanting of the nursery stocks, specifically, selecting plants above 0.5cm in thickness in the top of graft unions and above 30cm in height for outplanting. The method is reasonable in step, waxberry trees are easy to manage, fast in reproduction, healthy and sturdy and less prone to diseases, and yield and quality of waxberries are improved beneficially.

The present invention relates to an energy efficiency evaluation method for high energy-consuming enterprises, comprising the following steps: S1) collecting data and establishing an energy efficiency evaluation index system, which includes a plurality of first-level indicators, and each first-level indicator includes a plurality of second-level indicators. Each second-level index is normalized; S2) Based on the energy efficiency evaluation index system, determine the factor domain and comment level domain of the first-level index and the second-level index in turn, and determine the weight set of the first-level index and the second-level index , obtain a comprehensive evaluation matrix, and establish a mathematical model of multi-level fuzzy comprehensive evaluation; S3) use the mathematical model of multi-level fuzzy comprehensive evaluation to complete the energy efficiency evaluation of high energy-consuming enterprises, and analyze the results. The present invention retains all the information of evaluation indicators at all levels, and through multi-level evaluation and subjective and objective comprehensive weighting, it effectively overcomes the industry limitations of a single evaluation method and the subjective randomness of traditional fuzzy comprehensive evaluation, and the calculation method is scientific, Fast, high reliability, strong engineering practicality and application promotion value.

The invention relates to a method to wash and maintain sprayer of digital spray painter as the device. It includes the following steps: when not using in a longer time or staying over, firstly adopting air to exhaust the ink in the sprayer and nearby pipeline; charging in washing liquor and then shutting off the digital spray painter to make the spray painter in a maintaining state; before spray painting, adopting compressed air to exhaust the washing liquor in the pipeline; pressing each color ink into corresponding sprayer. The compressed air passes through safety bottle, where one way of the compressed air passes through the total washing valve to be directly connected with the valve body adjacent to each sprayer; the other way passes through each color ink to be connected with the valve body adjacent to each sprayer by each ink injecting pipeline. It has reasonable structure, convenient operation, etc.

The invention provides a rocket engine cold swinging digital test method comprising the steps that S1, simulation environment initialization parameters are set; S2, a movement mechanism model including a real movement mechanism and state is constructed on the basis of an engine three-dimensional model, and a rocket engine and a servo mechanism are installed in software; S3, the movement equation of the movement mechanism of the rocket engine is defined; and S4, operation of a cold swinging digital test is started according to the movement equation of the engine movement mechanism, and dynamic interference inspection is performed. The complete set of method and technology are complete, the steps are reasonable, operation is standard and items are comprehensive, and rationality of a related structural design scheme is verified in the early design so that the forecast effect of simulation to the object test is fully reflected.

The invention relates to a highland barley culture method with the advantages that simplicity is realized, the steps are reasonable, the systematic planting is realized on fertilization and irrigation, the conditions are favorable for the growth of highland barley, and the yield of the highland barley is high. The method is characterized by comprising the following steps that (1) soil preparation and fertilization are carried out, and 22.5-30.0 t/hm<2> of farmyard manure, 350-450t/hm<2> of compound fertilizers, 70 kg/hm<2> of urea, 70 kg/hm<2> of potassium sulphate, 15kg/hm<2> of copper sulfate and 70kg/hm<2> of boric fertilizers are applied; (2) seeds are processed; (3) weeding is carried out; (4) fertilization and additional fertilization are carried out, when wheat leaves are in a two-leaf one-core state, 150kg/hm<2> of urea is applied, the urea is applied in the stem pushing period, 150kg/hm<2> of urea and 70kg/hm<2> of potassium sulphate are applied, and the water irrigation application is combined; for top dressing, 0.1 percent to 2 percent boric fertilizers and 0.1 percent to 2 percent monopotassium phosphate are used for spraying for 1 to 2 times; (5) irrigation is carried out, and the irrigation is respectively carried out once respectively in the seedling emergence stage, the wintering period, the flowering period and the irrigation period of the highland barley. The highland barley culture method has the advantages that simplicity is realized, the steps are reasonable, the systematic planting is realized on fertilization and irrigation, the conditions are favorable for the growth of the highland barley, and the yield of the highland barley is high.

The invention discloses an intelligent reinforcing steel bar sleeve grouting defect detecting method based on voiceprint features. The method specifically includes: building the finite element models and actual models of reinforcing steel bar sleeve connecting structures of different grouting defect proportions, and simulating and testing the response features of optimal fixed-frequency sound waves at the structures to obtain the voiceprint features of grouting defects; using the voiceprint features of the grouting defects as the judgement standards of actual detection, and integrating the voiceprint features into a reinforcing steel bar sleeve grouting defect detecting system; during actual detection, using a rare-earth giant magnetostrictive transducer to trigger the optimal fixed-frequency sound waves, using a sound wave receiving sensor to collect the response signals of the reinforcing steel bar sleeve structures, using fractional-order Fourier transformation signal analysis and processing to obtain the actual-structure defect voiceprint features with surface interference being removed, and automatically comparing the actual-structure defect voiceprint features with a reinforcing steel bar sleeve defect voiceprint feature database so as to determine actual reinforcing steel bar sleeve grouting defects. The method has the advantages that influence of human factors is avoided, detection precision is increased, detection and analysis time is reduced, and detection efficiency is increased.

The invention provides a coating process of a carbon fiber fishing rod. The coating process of the carbon fiber fishing rod sequentially comprises the steps of: degreasing, decontaminating, cleaning and drying a fishing rod, sealing and plugging the mouth of the fishing rod by using a silicone head; vertically hanging the fishing rod on a hanger and spraying paint up and down by a numerical controlled DISK electrostatic spraying device, then entering a leveling region for leveling within 10-15 minutes, irradiating 8-15 minutes by far infrared rays to solidify the fishing rod. By adopting the method provided by the invention, the surface of the sprayed fishing rod is smooth and full, the painting rate of dead angles is high, the whole fishing rod is painted evenly, the brightness is high, the adhesive force is good, the stable product quality is ensured, bad phenomena such as color distortion and bubbling are avoided, the paint film is 50% thinner than the conventional paint and the whole fishing rod has less paint; besides, the painting way is lighter than the traditional way and is independent of skilled labors with high spraying seed and high efficiency.

The invention relates to the field of installing metallurgy alarming apparatuses, and in particular to an installing method of a dry quenching fire automatic alarm system, which comprises the steps of: preparing for operations, installing a fire alarm controller, installing a fire control device, installing a fire alarm tubing and a wiring duct, installing an illuminating tubing and a wiring duct, installing a point detector, installing an electric illuminating device, cabling in a cable guide, installing a cable detector, installing a starting end box and a terminating end box, installing a manual alarm button and an acousto-optic alarm, wiring, grounding, monitoring and the like. The invention has the advantages of reasonable steps, reliable installation, high safety coefficient and high quality.

The invention discloses a novel Krah pipe and a preparation process thereof. The preparation process includes the following concrete steps: S1, material mixing; S2, extrusion; S3, heating; S4, winding; S5, cooling; S6, shape modification which means processing an upward socket and a socket of a pipe to a standard size and trimming ports of the pipe to make the appearance of the pipe smooth and regular; and S7, check and warehousing. The preparation process of the invention is reasonable in steps and good in continuity. A flat belt and a U-shaped belt are evenly wrapped on a heated drum mold according to predetermined positions, and so the quality of a pipe welding seam is ensured after cooling. Continuous winding forming is carried out on the mold, the cooling is selected from water cooling, air cooling or a combination of the water cooling and air cooling according to actual situation, and so the crystallization of the product is more compact and uniform. An infrared heating device isused for heating, and so the production safety is improved. Reinforcing ribs are designed in the product, which improves the overall resistance to external pressure of the pipe and is good in use effect.