53 results about "Moisture ratio" patented technology

The present invention provides an optical pressure-sensitive adhesive sheet in which white turbidity is not caused by humidification and durability is excellent as well. The present invention provides an optical pressure-sensitive adhesive sheet, comprising: a pressure-sensitive adhesive layer in which a moisture ratio after storage under an environment of 60° C. and 95% RH for 120 hours is 0.65 wt % or more, and a shear storage elastic modulus at 85° C. which is measured by a dynamic viscoelastic measurement is 5.0×10⁴ to 5.0×10⁵ Pa, wherein a peeling distance measured by the constant-load peel test is 30 mm or less when an adherend is a polyethylene terephthalate plate, and the peeling distance measured by the following constant-load peel test is 30 mm or less when the adherend is an acrylic plate.

The invention provides an oil-water well yield splitting method of an injection-production balance principle. The oil-water well yield splitting method comprises the following steps: step S1, collecting oil-water well data and establishing an oil-water well database; step S2, calculating a fluid production amount of an oil well and a water injection amount splitting coefficient of a water injection well; step S3, calculating a single-layer moisture ratio of the oil well; and step S4, calculating the oil production amount and water production amount of the oil well according to calculation results of the step S2 and step S3, and gathering and storing. According to the method provided by the invention, a plurality of geological factors are comprehensively considered, and the water injection amount of the water injection well, and the oil production amount and water production amount of the oil well are split by taking a development block as a unit and the water injection well as the center; and in a process of splitting the yield of the water injection amount and the water injection amount of the water well, a non-water-absorbing layer is identified and eliminated and the splitting result of the water injection amount is more accurate.

The invention relates to a laminated packaging film for a solar cell and a solar cell module with the packaging film. The laminated packaging film comprises a first resin layer and a second resin layer formed on any surface of the first resin layer, wherein the first resin layer is a poly(ethylene-vinyl acetate) layer or a polyvinyl butyral layer or an ionomer layer or a polyurethane layer, and the second resin layer is a polyolefin elastomer layer. As the first resin layer and the second resin layer are arranged in a stacked mode and made of different materials, and the second resin layer is a polyolefin elastomer layer, the packaging film has a good packaging function, and meanwhile the packaging film can be endowed with a high vapor barrier property, a low moisture ratio, high insulativity, PID resistance and other functions; in addition, the packaging film is low in cost and easy to popularize.

The invention provides a method for making tartary buckwheat tea. The method comprises the steps of: 1) putting tartary buckwheat in a container and adding clean water in the container to soak the tartary buckwheat; 2) fishing the soaked tartary buckwheat out of water for a curing process and controlling the steaming temperature at 95-100 DEG C; 3) baking the cured tartary buckwheat rapidly until a moisture ratio is 15-20%; 4) spraying water on the surface of the baked tartary buckwheat and placing the tartary buckwheat for 20-30 min; 5) shucking the tartary buckwheat after the water spraying and the placement by adopting a huller; 6) baking the shucked tartary buckwheat; 7) screening the baked tartary buckwheat by using a 8-12 meshes sieve; and 8) frying the screened tartary buckwheat by using a frying device until the tartary buckwheat is gold yellow; and processing the fried tartary buckwheat into the tartary buckwheat tea after cooling. The tartary buckwheat tea made by the method disclosed by the invention has extremely good effects on reducing blood fat, reducing blood pressure, decreasing blood sugar, improving microcirculation of heart and cerebral vessels and the like, has a function of protecting and beautifying the skin, and is a green, totally natural and healthy beverage.

The invention relates to a control method for adding water in a mixture in sintering production, which is used for controlling the moisture ratio of the mixture so as to improve the yield and the quality of products, and belongs to the technical field of metallurgy sintering production control. The method comprises the following steps of: measuring the weight of each raw material, the flux of sludge, the density of the sludge, the flux of the added water and the added vapor and the moisture content of each raw material in real time; filtering the measured values, and calculating and judging the slaking degree of lime; creating a material tracking array, and calculating the moisture content before mixing; allocating and controlling the quantity of sludge and the water to be added in a first mixing process; and allocating and controlling the quantity of the vapor and the water to be added in a secondary mixing process according to the quantity of water added in the first mixing process, the moisture ratio measured after the first mixing process and a target value of the secondary mixing process. The mixture humidity control technology for a sintering machine provided by the invention is fast in reaction speed, high in control precision and capable of efficiently making good use of industrial waste to make waste profitable, so that an optimal mixture humidity control scheme of the sintering machine is provided for the iron and steel metallurgical enterprises, and the method can be generalized in the sintering machines of the same type and has excellent economic and social benefits.

The invention relates to the technical field of water adding into mixtures of sintering machines and especially discloses a control method for adding water into a mixture of a sintering machine. The control method comprises the following steps of first, setting a target moisture ratio of the mixture according to the application of the mixture, feeding raw materials into a transmission area at a plurality of feeding points, metering the total inlet amount of the raw materials by a raw material mass weigh, and metering the total inlet amount of water by a water flowmeter; and arranging a plurality of mixed moisture instruments for tracking measurement points in a mixing area, so as to measure a real-time moisture ratio of the mixture. A PID (Proportion Integration Differentiation) fuzzy control system connected with the mixed moisture instruments, the raw material mass weigh and the water flowmeter comprises a PID control module and a fuzzy computing module, a set value of the water adding volume is obtained through calculation and fuzzy processing for data of the moisture ratio of the mixture, the mass of the raw materials, the target moisture ratio and the water adding mass which are received in real time, so as to realize the accuracy control for the water adding volume of the mixture. The problem that a control way of adding water into a mixture is lagged behind in the prior art is solved.

The invention relates to the technical field of cut tobacco making method, in particular to a high-yield cut tobacco drying method. The high-yield cut tobacco drying method solves the technical problems that in the prior art, due to the fact that when production starts, the drying capacity of a cut tobacco drier is much larger that the actual drying capacity needed by cut tobacco, much dry-head cut tobacco is generated, and the quality of the cut tobacco is poor. The high-yield cut tobacco drying method comprises the steps that when production starts, cut tobacco is accumulated on a conveyer belt in front of an inlet of a cut tobacco dryer, so that the instantaneous flow rate of the cut tobacco entering a material head of the cut tobacco dryer is increased; a material head water feeding delay correcting function is started in a super casing drum at a front-end procedure of the cut tobacco machine, the moisture ratio of the material head is increased instantly, the duration of the moisture ratio is controlled within reasonable duration, and the moisture ratio of the material head reaches a high value instantly. By the adoption of the high-yield cut tobacco drying method, the quality of the cut tobacco can be easily improved, and the amount of dry-head cut tobacco at an outlet of the tube-sheet cut tobacco drier is reduced.

The invention provides a making process capable of realizing automatic production of Wuyi rock tea. The process sequentially comprises the following steps: withering, performing fine manipulation of green tea leaves, performing fixation, rolling, performing primary baking, screening, winnowing, performing color sorting, performing secondary baking and performing blending mixing. With the adoption of the process for making Wuyi rock tea, standardization and automation can be realized, the investment of personnel is greatly reduced, the product safety is improved, and the product quality is stabilized. Meanwhile, unpleasant smell of the tea produced by adopting the conventional process is unlikely to be formed, and the moisture ratio of the tea leaves is conveniently controlled, so that the tea grade is greatly improved, and the production cost is directly reduced by 20-30 percent.

The invention discloses a high-moisture-ratio quick-setting filling material which is prepared from the following raw materials in parts by weight: master batch including 90-94 parts of aluminate cement and 6-10 parts of an additive, and auxiliary materials including 65-85 parts of modified gypsum, 15-35 parts of quick lime and 2-4 parts of a coagulation accelerator. The filling material is high in water-solid ratio, good in hydrophilicity, short in gel time, quick in early strength enhancement, slow in later strength enhancement, good in flowability and pumpability, nontoxic and harmless, and can meet the requirements of mine filling.

The invention discloses a convection drying tobacco heated degree measuring method. The convection drying tobacco heated degree measuring method comprises the following steps of A, describing the energy transfer process of tobacco drying through energy conservation equation; B, describing the change rules of moisture ratio to time during a tobacco drying process; C, representing dry-basis tobacco moisture by moisture ratio to simplify the energy conservation equation; D, assuming initial conditions of tobacco drying to computing a change model of tobacco surface temperature to moisture; E, representing the heated degree of tobacco during a convection drying process by tobacco drying characteristic temperature. The convection drying tobacco heated degree measuring method can accurately describe the heated conditions of the tobacco during the convection drying process and provide a basis for further research on rules of influence of tobacco heated degree on tobacco quality.

The invention provides a tobacco moisture retention performance test method which comprises the steps of sample preprocessing, sample weight dynamic testing and data acquisition, dry base moisture rate calculation and moisture loss curve drawing, moisture ratio calculation and data fitting, and calculation of the moisture retention index and the average moisture loss rate or calculation of the average moisture loss rate at specific moisture ratio and the moisture retention index. The invention provides the tobacco moisture retention performance test and evaluation method which is used for solving the problems in the prior art that the tobacco shred moisture retention performance cannot be rapidly, simply, accurately and comprehensively tested and evaluated. Based on a fact that the tobacco physical moisture retention performance has relatively strong correlation with thermodynamics and kinetics indexes, the moisture retention evaluation method takes thermodynamic and kinetic indexes into account simultaneously, so that the tobacco physical moisture retention performance is more comprehensively and scientifically evaluated.

The invention provides a method of manufacturing a polarizing plate, over an adhesive layer, a cellulose acetate type resin film is laminated on one surface of a polarized light film made of polyvinyl alcohol type resin, and a cycloolefin type resin film is laminated on the other surface over the adhesive layer, thereby manufacturing the polarizing plate, characterized in that, before laminating the cellulose acetate type resin film and the cycloolefin type resin film, moisture ratio of the polarized light film maintains at more than 8 weight percent, and after laminating the cellulose acetate type resin film and the cycloolefin type resin film, strain keeps less than 600 N/m. The method can restrain defects of the polarizing plate, which is formed through laminating the cellulose acetate type resin film on one surface of the polarized light film made of polyvinyl alcohol type resin over the adhesive layer, and laminating cycloolefin type resin film on the other surface over the adhesive layer.

Provided are a method and system which use circulation-type hydrothermal reactions to process sludge by methane fermentation in an energy-efficient manner and stably over a long period of time. In this methane fermentation processing method, after the moisture content of the sludge (S) is adjusted to a prescribed level, the sludge (Sa) with the adjusted moisture content level is pumped into a circulation path (14a, 14b) connecting a hydrothermal reactor (11) and a gas-liquid separator (12) and is reduced in molecular weight by circulation for a prescribed period of time at a prescribed temperature and pressure, and the low molecular weight sludge (Sc) outputted from the circulation path (14a, 14b) is retained in a fermentation tank (20). The scale deposit state in the circulation path (14a, 14b) is continuously detected and the prescribed moisture ratio of the sludge (Sa) pumped into the circulation path (14a, 14b) is adjusted in response to the variation of the scale deposit state. Ideally, a flowmeter (31) and a flow rate control valve (32) are provided to control the circulation flow rate of the sludge (Sa) in the circulation path (14a, 14b) to the prescribed flow rate, the scale deposit state is detected from the opening degree of the flow rate control valve (32), or the scale deposit state is detected from the surface temperature of the circulation path (14a, 14b).

The invention discloses a moisture analysis method in segmented drying, which comprises the following steps of fitting and calculating the drying time and the moisture ratio of the material when the material to be dried is dried at constant temperature and constant speed under different drying conditions with a plurality of drying kinetic models, thereby determining an optimal drying kinetic model; the drying time and the moisture ratio of the material to be dried are calculated according to the optimum drying kinetic model. Fitting the different drying conditions with the drying constants inthe optimal drying kinetic model, thereby determining a functional equation between the drying conditions and the drying constants; The number of drying stages, drying time and drying conditions of each drying stage are selected, and then the optimum drying kinetic model and the drying constant equation are substituted to obtain the moisture change of the material to be dried in the segmented drying. The embodiment of the invention can meet the requirement of analysis and detection of complex moisture change in the segmented drying process, is favorable for designing, optimizing the segmenteddrying process, and improving the product quality and production energy efficiency of the segmented drying.

The invention discloses a veneer making method of small integrated wood strip column, which comprises the following steps: cutting the manufacturing remains into small wood strip; drying the small wool strip with 12-15 percent moisture rate to apply glue or apply glue directly; calculating the quantity of small wool strip according to the bulk and weight of integrating column; arranging the small wool strip along longitude paralleling on the mould with semi-circle pipe upper-mold and lower-mold to assemble the model; moulding; selecting 1.0-2.5MPa compressor to do cold compression; solidifying and placing to make the small integrated wood strip column; doing rotary shaving through common rotary shaver when moisture ratio is more than 25 percent; doing rotary shaving through steam rotary shaver when moisture ratio is less than 20 percent; doing rotary shaving through flat sprayer; making the veneer. The invention utilizes waste material to make large board (veneer), which expands the source of veneer.

The invention relates to an intelligent home control system and method, and a storage medium. The method comprises the steps of obtaining target moisture information; comparing the obtained moisture information with preset standard moisture information, if the moisture information is smaller than the standard moisture information, generating water supplementing information, and the water supplementing information comprising a wake-up instruction and a water supplementing instruction; and sending the water supplementing instruction to a water supplementing execution terminal. Whether the humanbody needs to be replenished with water or not at the moment is judged by detecting the target moisture information of a human body in sleep, so that when the human body needs to be replenished with water, a water supplementing terminal is controlled to replenish water to the user by sending the water supplementing instruction to the water supplementing execution terminal, the purpose of supplementing water is achieved, and the moisture ratio of the human body is in a better state.

The invention discloses train compressed gas treatment equipment. The train compressed gas treatment equipment comprises an external input opening, a transportation pipeline, a filtering device, a drying device and an internal output opening, wherein the external input opening is used for receiving compressed gas input from the exterior; the transportation pipeline is connected with the external input opening and is used for transporting the compressed gas; the filtering device is connected with an output end of the gas transportation pipeline and is used for filtering impurities in the compressed gas; the drying device is connected with the filtering device and is used for reducing the water content; the internal output opening is connected with an output end of the drying device and is used for outputting the compressed gas with a moisture ratio lower than a pre-set ratio. According to the train compressed gas treatment equipment disclosed by the invention, the input compressed gas can be treated by sufficiently utilizing vehicle-mounted equipment and compressed gas treatment equipment does not need to be additionally arranged at the exterior, so that the testing, operation and maintenance cost is reduced and the service life of each related element is prolonged. The invention further discloses a treatment method applied to the train compressed gas treatment equipment and thetreatment method has the same beneficial effects.

Disclosed is a high-salinity salinized soil salinity-frost heaving force determining method. The high-salinity salinized soil salinity-frost heaving force determining method achieves determination ofthe salinity-frost heaving force of the high-salinity salinized soil in salinized soil areas through scientific and reasonable investigation to meet the demands of practical engineering. The high-salinity salinized soil salinity-frost heaving force determining method comprises the following steps of, through field sampling and indoor geo-technical testing, determining the natural moisture contentw, the porosity n, the Poisson ratio u, the salinity s and the compressive strength Ec of the high-salinity salinized soil; determining the initial precipitation temperature Tm of the high-salinity salinized soil, and determining the moisture content w0 of the high-salinity salinized soil when T=Tf=0 DEG C; through field in situ testing, determining the minimum temperature T of the high-salinity salinized soil during cool-down; determining the phase-unchanged moisture ratio wu1 of the high-salinity salinized water during precipitation of crystalized salt; determining the unfrozen moisture ratio wu2 of the high-salinity salinized water during ice-water phase change; calculating the salinity-frost heaving force sigma e of the high-salinity salinized water through the following formula.

The invention relates to an agricultural product moisture ratio obtaining method, device and equipment based on different drying stages, and belongs to the technical field of agricultural product drying. The method comprises the steps: carrying out drying experiments on target agricultural products under different preset drying working conditions, and obtaining experimental data; according to an existing common drying model, fitting experimental data, and selecting a relatively most suitable drying model; writing the fitting constants into function expressions of related working conditions; performing derivation processing on a moisture ratio expression in the selected model to obtain a drying dynamic derivative model; according to four slope expressions in a four-level four-order classical Runge-Kutta method, obtaining the drying rate in the sectional type drying process; and setting a proper time step length, and obtaining a moisture ratio corresponding to each time point by utilizing a recursive relational expression in a four-stage four-order classical Runge-Kutta method. The constant drying condition is not required to be limited, and the drying time and the moisture ratio at the condition conversion point are not required to be calculated, so that the technical problem that the condition change is difficult to calculate is solved.