35results about How to "Address variability" patented technology

The invention involves a multi-mode medical body data three-dimensional video-method. Most the existing technologies are based on two-two-dimensional lay or two-three dimensional lay, which do not realize the integrated display course of medical body data aligning and amalgamation. The said method includes standardization mutual information-way aligning based on multi resolution ratio and single drop multi-mode straight body protracting-way amalgamation display. The previous one includes three approaches, such as coordinate transform, orientation criterion and multi resolution ratio optimize; the latter includes five approaches, such as impress function definition, the calculation of illumination model, image composition, single drop multi-mode show of the multi-mode data and amalgamation display. The invention can realize the integrated display course of medical body data aligning and amalgamation, and is a real two-three dimensional multi-mode video-method.

Disclosed are pharmaceutical products for providing pulses of at least one pharmaceutically active ingredient from a patient's stomach, or from a subsequent gastrointestinal site proximal thereto, for absorption thereof at a site(s) more distal in the gastrointestinal tract than the patient's stomach, or than the subsequent gastrointestinal site proximal thereto. The product comprises first, second, and third pharmaceutical dosage forms, each of which comprises at least one pharmaceutically active agent and a pharmaceutically acceptable carrier. The product is formulated such that at least two of the first, second, and third pharmaceutical dosage forms further comprise means for providing temporary gastric-retention of the at least two of the first, second, and third pharmaceutical dosage forms within the patient's stomach, or at the subsequent gastrointestinal site proximal thereto.

The invention relates to a preparation method of a dry powder ceramic tile and a green tile thereof, and a finished product. The preparation method of the green tile comprises the following steps: A. bottom material distribution; B. facing material distribution in press mold cavity: distributing one or a plurality of dry powders on a green material layer by using a screen provided with a hollow decorating pattern; and C. punch forming. In the method, the step A and step B are in no particular order, the step A-C sequence is a reverse punching mode; and when the step A and step B are in the reverse order, the sequence is a forward punching mode. The invention provides the preparation method of the dry powder ceramic tile and green tile thereof; and the method solves the problem that the decorative pattern is not fine enough and is not controllable or variable in the existing powder full-body tile or unglazed ceramic tile. In addition, according to the semifinished product green tile and the finished product ceramic tile, the decorative effects on the tile surfaces are wear-resistant; and the surface of the ceramic tile can be subjected to slot broaching, trimming or chamfering, and the exposed part of the cut surface has the same pattern, texture and tactile sensation as the surface of the ceramic tile, thereby enhancing the grade of the decorating effect of the ceramic tile and widening the application range of the ceramic tile.

The invention provides a service approval parameter configuration method and device. The method comprises the steps: obtaining a plurality of approval parameter groups corresponding to a target service scene, and enabling the approval parameter groups to comprise a plurality of approval parameters and the incidence relation between the approval parameters; applying a preset spectral clustering model and each examination and approval parameter group; and determining a plurality of target examination and approval sub-scenes corresponding to the target service scene, each target examination and approval sub-scene comprising at least one examination and approval parameter group, so as to determine a target examination and approval sub-scene corresponding to a parameter configuration request when the parameter configuration request of a target auditor is received. The method can improve the accuracy and efficiency of parameter configuration, is suitable for a complex parameter configurationscene, and improves the accuracy and efficiency of service approval.

The invention discloses a coconut water whey protein sports beverage and a preparing method thereof. The preparing method includes the following steps of firstly, mixing whey protein isolate and water, and conducting cooling to obtain material liquid A; secondly, adjusting the pH value of the material liquid A through an acidity regulator to obtain material liquid B; thirdly, mixing a sweetening agent, a stabilizer and the material liquid B, and conducting cooling to obtain material liquid C; fourthly, adjusting the pH of the concentrated coconut water through an acidity regulator, mixing thecoconut water with the material liquid C, and conducting homogenizing, sterilizing, cooling and filling to obtain the beverage. The prepared coconut water whey protein sports beverage is fresh in taste and moderate in sweetness; the content of the coconut water is 50-60%, the content of the whey protein is 1.0-2.0%, no fat exists, isomaltulose is specially added, the requirement for balancing thewater, energy, protein and electrolytes is met, and the problem that whey protein is prone to degeneration in the hot processing process due to the complicated mineral elements of the natural coconutwater is solved.

The embodiment of the invention provides a space reference calibration method and device for an optical satellite pointing measurement system. The method comprises steps of resampling an absolute output quantity of an absolute pointing measurement subsystem through a relative output quantity of a relative pointing measurement subsystem to obtain a sampling frequency normalization pointing parameter so as to obtain an internal space reference conversion time sequence parameter of the absolute pointing measurement subsystem; acquiring a space reference conversion time sequence parameter betweenthe absolute pointing measurement subsystem and the relative pointing measurement subsystem according to any space reference absolute pointing parameter sequence parameter and the relative output quantity; and constructing a space-time reference conversion model according to the absolute pointing internal space reference conversion time sequence parameter and the space reference conversion time sequence parameter between the absolute pointing measurement subsystem and the relative pointing measurement subsystem so as to perform space reference calibration of the pointing measurement system. The embodiment of the invention lays a foundation for high-efficiency and high-quality imaging and subsequent on-orbit application of a high-resolution optical satellite.

The invention discloses a method for calculating equivalent design capacity of a solar heating system, and the method comprises the following steps of: step 1: inputting historical actually measured meteorological data and thermal parameters of a building, and using the EnergyPlus software to perform computer simulation to obtain the building heating load; step 2: calculating and obtaining the area and the auxiliary heat source capacity of a solar thermal collector; step 3: adjusting the auxiliary heat source capacity in the heating system by a dichotomy; step 4: evaluating the equivalent design capacity of the solar heating system; and step 5: calculating, converging and juding to obtain the equivalent design capacity of the final solar heating system. The method provided by the inventioncan calculate the equivalent design capacity actually provided by the solar heating system under the condition of considering weather uncertainty, and reduce the auxiliary heat source capacity according to the calculated equivalent design capacity under the premise of ensuring the energy demand of users, and improve the economic benefits of the system.

The invention discloses a preparation method of a catalyst carrier for biomass pyrolysis, and the preparation method comprises the following steps: firstly preparing a green body, then carrying out molding, drying and roasting treatment on the obtained green body, adding the green body into a hydrofluoric acid solution for soaking treatment, and conducting washing to obtain a silicon carbide carrier; performing high-temperature treatment on the silicon carbide carrier in the presence of oxygen-containing gas; and finally, conducting mixing with an alkaline solution or a hydrofluoric acid solution for treatment, and then conducting washing, drying and roasting to obtain the carrier. The invention also provides a biomass pyrolysis catalyst adopting the carrier. The biomass pyrolysis catalyst has the advantages of high strength and wear resistance, can be applied to a fixed bed, a moving bed or a fluidized bed, especially has stable performance in a high-temperature environment of a biomass pyrolysis reaction, and has relatively high catalyst activity and relatively long catalyst life.

The invention relates to the technical field of hot working for performance nonuniformity and deformation of a large-size TC4 forging. According to the invention, uniform surface and center performance of a forging is ensured, and the instability problem of the forging is solved. The invention optimizes the heat treatment process, the heating temperature and the holding time are kept unchanged, and the cooling mode is changed from air cooling into furnace cooling; and the specific furnace cooling mode is that the heating temperature is reduced to 482 DEG C or below, the cooling rate is 55 DEG C/H, and then discharge and air cooling are performed.

The invention discloses an anti-corrosion aluminum formwork reinforcing back bar, which comprises single pipes and a connecting piece. The single pipes are extruded aluminum profiles, and the sectionof each single pipe is a closed cavity; grooves I and grooves II are formed in the two side faces of the cavities correspondingly, and reinforcing ribs for dividing each cavity into five chambers arearranged in the cavity; the connecting piece is a hollow aluminum pipe with the rectangular section; and the grooves I in the two single pipes are provided with outward openings, formed in a back-to-back mode and connected into a back bar plate single body structure through the hollow aluminum pipe arranged between the back faces of the two single pipes. According to the anti-corrosion aluminum formwork reinforcing back bar, the problems that rigidity is insufficient, and transformation is prone to occurring are solved while lightweight is ensured, and the hydrostatic pressure of concrete is resisted better; and chromized layers and electrostatic sprayed layers are arranged on the surfaces of the aluminum profile single pipes, abrasion resistance and anti-aging capacity of the back bar areimproved, the surface anti-corrosion capacity of the back bar is further improved greatly, and thus the service life of the aluminum alloy profiles can be effectively prolonged.

The invention provides a preparation method of a silver ion catalytic western blot optical and electrochemical sensor. The method comprises the following steps: firstly, coating a mixed aqueous solution of template protein, a functional monomer, a cross-linking agent and sodium alginate on an amino-introduced bare carbon electrode; the protein molecularly imprinted hydrogel modified electrode is prepared through a free radical polymerization reaction initiated by silver ion catalyzed ammonium persulfate. And reducing the silver ions in the hydrogel to obtain the silver nanoparticles uniformly dispersed in the hydrogel. And the detection sensitivity of the protein is greatly improved by using the silver nanoparticles as the enhanced substrate. A Raman spectrum probe and an electrode modified by protein molecular imprinting hydrogel are combined to form an optical sensor capable of rapidly detecting and identifying protein; the prepared protein molecularly imprinted hydrogel modified electrode can be simultaneously used for an optical sensor and an electrochemical sensor of surface enhanced Raman spectroscopy, so that the detection efficiency and reliability are greatly improved, and the application prospect is good.

The invention provides a manufacturing method for manufacturing a glass fiber net cover by using environment-friendly phenolic resin. The environment-friendly phenolic resin is prepared from the following raw materials in percentage by mass: 38-48% of phenol; 43-57% of a formaldehyde aqueous solution; 1-10% of water; and 1-7% of a basic catalyst. The preparation method comprises the following steps of: mixing the phenol and formaldehyde aqueous solution in the corresponding percentages by mass, and stirring an obtained mixture for 5-20 minutes at 20-40 DEG C; adding the water and the basic catalyst in the corresponding percentages by mass, heating an obtained mixture to 70-90 DEG C to react for 60-140 minutes; and keeping temperature at 70-90 DEG C, adjusting viscosity to be 60-140 cp.s, performing cooling and discharging so as to obtain the environment-friendly phenolic resin. The environment-friendly phenolic resin is compounded into dipping glue for manufacturing the net cover. Thepreparation method of the environment-friendly phenolic resin is mild in condition and free of pollution. The environment-friendly phenolic resin can be used for producing the net cover without beingdiluted, curing temperature and time are reduced, the volatilization of organic matters is reduced, and production cost is reduced.

The invention provides a detection method of miRNA and a lateral flow chromatography test strip for detecting miRNA, and relates to the technical field of miRNA detection. The method comprises the following steps: designing and synthesizing a complementary DNA (Deoxyribose Nucleic Acid) single strand for miRNA to be detected; and forming a DNA-miRNA hybrid complex on the basis of the miRNA and a DNA single chain, and carrying out detection by adopting an immunochromatography mode. The invention provides a novel method for detecting miRNA (micro Ribonucleic Acid). According to the method, rapid detection of miRNA can be realized by adopting colloidal gold or fluorescence immunochromatography and the like.

The invention relates to a recyclable double-layer steel sleeve for a static load test of a cast-in-situ bored pile and a method. Rubber waterstops are arranged at the top ends and the bottom ends of double sleeves, and sealing materials are arranged in the upper sections and the lower sections of the double sleeves to serve as temporary fillers. Four special-shaped lifting lugs are welded to the inner sleeve bodies and the outer sleeve bodies at the top ends of the double sleeves. An auxiliary steel lifting lug is mounted at the downward 2/3 positions of the tops of the double sleeves. The method comprises the following steps that (1), the recyclable double-sleeve structure is designed; (2), the recyclable double sleeves are assembled and combined; (3), the recyclable double sleeves are hoisted and mounted; and (4) the outer sleeve is disassembled and recycled after the static load test is completed. The problem that slurry and concrete enter the pipe wall of a traditional double-sleeve pipe due to the fact that the top of the traditional double-sleeve pipe is open and the problem that the double-sleeve pipe is fixed to an orifice of a cast-in-situ bored pile after being mounted are solved, and the outer sleeve pipe can be recycled after the test is completed.

The invention provides soil flux measuring equipment and system capable of automatically switching light and shade breathing chambers, and relates to the technical field of soil measuring equipment. Comprising a bearing frame, a light intensity sensor, a glass plate arranged on the bearing frame, a film used for adjusting transparency, a transom window and a side window used for ventilation and a pushing electric pole used for pushing the transom window and the side window. And films for adjusting transparency are arranged on the outer walls of the glass plates on the side windows and the top window. The power supply supplies power to the upper computer, the serial port controller is connected with the upper computer, the soil temperature sensor, the soil humidity sensor and the air temperature sensor are connected with the soil temperature sensor, the light intensity sensor and the film controller are connected with the serial port controller, and the serial port controller is connected with the electric push rod. The problem of variability of small-scale spatial soil respiration can be solved, and control of influence of biological elements on dynamic change of soil respiration on different time scales is enhanced; and various data of the soil can be effectively detected.