88results about How to "Inclusive" patented technology

The invention relates to a novel passive targeting nano emulsion with skin whitening effect and a preparation method thereof. The invention uses a novel passive targeting transdermal delivery dosing system TDDS-nano emulsion as a carrier of a function component for whitening or lighting the skin, uses different physical and chemical properties, action mechanism and actual effect of each skin whitening function component, especially the action advantages of certain novel skin whitening function components, and provides skin whitening effect nano emulsion systems with two joint applications in morning and evening matched with each other. The two joint applied nano emulsion systems not only have minimum spherical grains, extremely even distribution of nano-scale grains, remarkable passive targeting function, good transdermal absorption and strong penetrability, but also have extremely even, exquisite, smooth and glossy texture of the nano emulsion, is quite comfortable after coating on the face or the skin, has no stimulus and good stability; and the nano is light yellow, beautiful in appearance, bright and transparent, clear and crystalline, has light opalescence, and is adhesive but not sticky, thick but not heavy, oily but not greasy.

The invention belongs to the technical field of the nuclear reactor engineering, particularly to the water-cooling two-region multiplication nuclear reactor core and the nuclear reactor adopting the same, wherein the water-cooling two-region multiplication nuclear reactor core includes a fast neutron energy spectrum area adopting the coating grain sheath fuel assembly and a thermal neutron energy spectrum area adopting the dense rod bundle fuel assembly or the coating grain sheath fuel assembly. The water-cooling two-region multiplication nuclear reactor core of the invention adopts the coating grain sheath fuel assembly, which breaks through the restrain of the stainless steel shell to the outlet scream temperature, realizes the higher coolant outlet temperature, meanwhile the fast neutron core is leaked to the thermal neutron energy spectrum core constituted by the rod bundle fuel assembly dense boom at the subcritical to be multiplied.

The invention discloses a reactor core structure, a molten-salt pebble bed reactor and a fuel management and reactor core loading method of the molten-salt pebble bed reactor. An active region of thereactor core structure is provided with a charging opening located at bottom and a discharging opening located at top, the density of fuel spheres in the active region is lower than that of a molten salt in the active region, and fuel inventory capable of being contained by the active region is greater than preset fuel inventory of full-power operating days. According to the reactor core structure, the global unloading of the fuel spheres at lifespan ends can be achieved, and components achieving an online reloading function are not required, so that the device can be simple; the fuel spheres,which are subjected to global unloading at the lifespan ends, have no need of being treated one by one and directly enter a spent fuel treatment system, so that radioactivity can be lowered, the reliability of the device is improved, and thus, the purification of the fuel spheres can become simple; due to the reactor core structure, the fuel management and reactor core loading method can have anadjusting margin, and a running target is guaranteed.

The invention discloses a model training method, a color difference correction method and device, a medium and electronic equipment, and relates to the technical field of image processing. The model training method comprises the following steps: constructing a mapping model between an original color information value and a standard color information value of an image by utilizing a coefficient matrix; Establishing an objective function of the mapping model based on the regular term of the variable exponent; Determining original color information values and standard color information values ofthe plurality of sample images; And calculating the objective function by using the original color information values and the standard color information values of the plurality of sample images so asto determine the coefficient matrix. According to the method and the device, the target function established by the regular term of the variable exponent is utilized, so that the model has stability under the condition of higher precision, and the accuracy of color difference correction is improved.

The invention discloses a space debris large envelope capturing system with mechanical arms capable of being ejected out. The capturing system comprises a six-side cubic satellite body; solar panels are installed on the satellite body; buffer cushion surfaces are installed on the four sides, connected in sequence, of the satellite body; each buffer cushion surface comprises an air cushion and a force sensor arranged in the air cushion; the rigid-soft spliced mechanical arms are installed on the portions, at the two sides of the buffer cushion surfaces, of the satellite body; the force sensors are connected with the two rigid-soft spliced mechanical arms through ejection devices correspondingly; and each rigid-soft spliced mechanical arm comprises a soft part and a rigid claw, wherein the soft part is connected with the corresponding ejection device, and the rigid claw is connected to the front end of the corresponding soft part. According to the space debris large envelope capturing system with the mechanical arms capable of being ejected out, impact of fast moving debris can be borne, inclusivity of the soft parts of the rigid-soft spliced mechanical arms on sizes and shapes of the debris is higher, the rigid claws are easy to control, advantages of both rigid capturing and soft capturing are achieved, and the capturing effect is excellent.

The invention discloses a cross-platform mobile office system based on a cloud end. The system comprises a register and login module, a company public information and personnel resume module, an enterprise authentication and personal real name authentication module, an enterprise organization structure and authority management module, a message push and instant messaging interface adapter module, an office system platform access interface adapter module, an office system industry matching module, an account password-free login authorization interface module and a database adaption module. The register and login module is used for enabling enterprises and individuals to register and log in the mobile office system; the company public information and personnel resume module is used for displaying and searching company public information and personnel resume information; and the enterprise authentication and personal real name authentication module is used for real name authentication of the enterprises and the individuals. The mobile office system is based on the cloud end and can be in cross-platform use; and the office system is high in timeliness and can realize quick and efficient office work.

The invention discloses ZrC inert matrix dispersed pellet nuclear fuel as well as a preparation method and application thereof and aims at solving the problems in the prior art that since thermal conductivity of an inert matrix of dispersed nuclear fuel is reduced rapidly under the irradiation condition, fault-tolerant performance is reduced and reactor safety is influenced. The ZrC inert matrix dispersed pellet nuclear fuel comprises the inert matrix, a fuel element and a fuel-free zone protective layer, wherein the inert matrix is ZrC, and the fuel-free zone protective layer is made from ZrC. The preparation method comprises the following steps: coating ZrC mixed slurry on TRISO particles by virtue of a spray deposition process to form a compact ZrC inert matrix, carrying out mould pressing on ZrC mixed powder to form a fuel-free zone biscuit, then carrying out complex pressing on the inert matrix and the fuel-free zone biscuit to form an IMDP biscuit, then sintering the IMDP biscuit in a vacuum furnace at high temperature, cooling the furnace, and then carrying out machining on a sintered billet according to the required size, so that a fuel assembly in a water reactor and a high temperature gas cooled reactor is obtained.

The invention relates to a method for solidifying cement with radioactive fluorine-containing waste liquor. The method comprises the following steps: S1, providing the radioactive fluorine-containing waste liquor; S2, mixing Portland cement, an additive and the radioactive fluorine-containing waste liquor according to a proportion of 1000kg: 500kg: 450L, wherein the additive is prepared from zeolite, silica fume and quartz sand according to a mass ratio of 1: 1: 3; S3, solidifying the mixture in a mould to obtain a cement solidification body. According to the method for solidifying the cement with the radioactive fluorine-containing waste liquor, the precipitation rate of radioactive elements and element fluorine is restricted by zeolite; the fluidity of cement mortar and the water segregation amount are reduced by the silica fume; the compressive strength of the cement solidification body is increased by the quartz sand. Therefore, the various indexes of the cement solidification body provided by the invention can satisfy the requirements of GB14569.1-2011 and can tolerate the element fluorine well, such that almost no element fluorine is leached out.

The present disclosure relates to a resource allocation indication method and apparatus, a base station, and a terminal. The method is applied to a base station based on a machine type communication MTC, including: limiting an allocation amount and/or an allocation position of a physical resource block PRB in a narrowband allocated by a base station to a terminal; determining the number of bits occupied by the downlink control information DCI of a PRB resource allocation indication field according to the allocated amount and/or the allocated location; and based on the number of bits, establishing a mapping relationship between the PRB resource allocation indication field and the allocation amount and the allocation location of the PRB in the narrowband. With the embodiment method adopted by the present disclosure, the space occupied by the PRB resource allocation indication field in the downlink control information DCI can be compressed.

The invention relates to the deep processing of jellyfish, in particular to a method for manufacturing DHA jellyfish egg polypeptide freeze-dried powder by adopting jellyfish eggs and includes the following steps: a. obtaining jellyfish eggs; b. biological composite enzymolysis; c. biological enzymatic modification; d. jellyfish egg polypeptide purification; e. low temperature concentration; f. vacuum complex formulation; g. vacuuming freeze-dried powder. The invention has the positive effects that the jellyfish egg polypeptide is formed by making use of the abandoned jellyfish egg in the jellyfish processing and adopting the technologies of composite enzymolysis and enzymatic modification; the invention refines the fish oil, lecithin, Vitamin E, taurine and chitosan through the super-membrane purification and vacuum complex formulation, vacuums and freeze-dries the jellyfish egg polypeptide freeze-dried powder rich in DHA as well as prepares the DHA jellyfish egg polypeptide freeze-dried powder with inclusion, oxidation resistance, anti-complex polymerization and edible trophism, which can alleviate physical fatigue, have the function of vasodilation, reduce the blood pressure and blood fat and enhance the immunity.

The invention provides a WEB video playing method based on Adobe FlashPlayer and a Jquery frame. The method includes following steps: step 1, obtaining video information from a server according to a user instruction; step 2, loading and playing a video streaming according to the video information; and step 3, searching corresponding video data according to jump playing time parameters and playing the video data if a progress bar is dragged. The method facilitates user usage.

The invention discloses a sports shoe sole material. The elasticity of a sports shoe sole prepared by virtue of the technical scheme of the invention is 71 percent, the heat shrinkage rate is 1.2 percent, the compression deformation rate is 30 percent, the hardness is 50 degrees, and the density is 0.18 g/cm3. The sports shoe sole material formula consists of the following components by weight percent: 40 to 50 percent of vinyl-vinyl acetate copolymer (the content of VA is 26 percent); 15 to 25 percent of vinyl-vinyl acetate copolymer (the content of VA is 40 percent), 20 to 30 percent of vinyl-octylene copolymer, 10 to 15 percent of EPDM, 1 to 1.5 percent of transparent zinc oxide, 0.4 to 0.6 percent of stearic acid, 3.5 to 4.5 percent of white foaming agent, and 0.4 to 0.6 percent of cross-linking agent.

The invention discloses cement mortar for fixing low-medium level radioactive sundries and a preparation method thereof, solving the problem that in the prior art, performance of the cement mortar is very difficult to meet a current standard EJ1186-2005. The cement mortar for fixing provided by the invention comprises water, ash, sand and additive, wherein the ash comprises the following materials in percentage by weight: 6%-12% of coal ash, 3%-10% of silica fume and the balance of cement; the weight ratio of the water to the ash is 0.25-0.3, the weight ratio of the sand to the ash is 0.2-0.4, and the weight of the additive is 0.4%-1.25% of that of the ash. The cement mortar prepared according to the preparation method provided by the invention has average compressive strength of more than 70MPa, fluidity of more than 400mm and anti-permeability of far below 2500C, and meets requirements of the current standard EJ1186-2005; and test raw materials are cheap and prone to acquire, so that the cement mortar is strong in economy, and very applicable to popularization for use.

A real-time video streaming character positioning method based on heterogeneous image computing includes creating a heterogeneous computing platform, and arranging a camera; installing an operating system and configuring related necessary software and driving programs; creating a standard word stock, and storing all characters in a character set to a database; entering a computing step for abstract digital image processing, and creating a parallel computing API (application program interface); capturing an image by the camera, and transforming the image into a gray-scale map; blocking the map according to fixed size, and performing histogram equalization and black-white binaryzation on blocking contrast ratio; blurring the original image, and segmenting the original image into vertical strips according to fixed width to acquire starting and ending positions of each line of each vertical strip; calculating the slope according to the acquired positions, sequencing similarities of all words in a descending order, weighing the slope and historical results, and calibrating prior 5% of the words as a search result. The real-time video streaming character positioning method has the advantages that computing quantity is much smaller than that of the prior art; high resistance capability to adverse factors such as shaking, inclination and illumination nonuniformity is achieved; computing results are accurate.

The invention relates to a mobile rural garbage treatment equipment distribution method based on DEA and nuclear density, in particular to the mobile rural garbage treatment equipment distribution method. The invention aims to solve the problem of low garbage collection efficiency and treatment efficiency caused by non-uniform distribution of garbage transfer stations in the existing method. The method comprises the following steps: 1, determining the positions of a garbage collection point, a transfer point and a treatment end point; 2, calculating the garbage amount of the garbage collection point; 3, establishing a waste transfer station evaluation index system; 4, collecting data required by evaluation of the garbage transfer station; 5, operating the DEA model to obtain the DEA pretreatment efficiency of each garbage transfer station in the region; 6, obtaining a fuzzy superposition graph; 7, opening ArcScene software, and adding the fuzzy superposition graph to obtain a three-dimensional kernel density analysis graph; and 8, on the basis of the three-dimensional kernel density analysis chart, carrying out supplementary stationing configuration on the mobile rural garbage treatment equipment. The method is applied to the field of garbage treatment equipment distribution.

The invention provides a freeze-dried type multiple fluorescent RT-PCR reagent and a method for detecting and distinguishing influenza A virus, influenza B virus and coronavirus SARS-CoV-2. Primers and probes of the fluorescent RT-PCR reagent for detecting the influenza A virus, the influenza B virus and the coronavirus SARS-CoV-2 provided by the invention are obtained by designing and screening based on the latest gene sequence information of the influenza A virus, the influenza B virus and the coronavirus SARS-CoV-2 in a public gene sequence database, and the reagent has good inclusivity, specificity and reaction performance. According to the reagent, a human RNase P nucleic acid fragment is used as a detection internal reference. In addition, the fluorescent RT-PCR detection reagent forthe influenza A virus, the influenza B virus and the coronavirus SARS-CoV-2 is prepared into a freeze-dried form capable of being stored at normal temperature through freeze-drying technology, thus avoiding the risk that the conventional liquid fluorescent PCR detection reagent is invalid due to the change of storage temperature or repeated freezing and thawing, and the transportation and management cost is reduced.

The invention discloses an elastic internal clavicle fixator composed of a clavicle distal steel plate body, an elastic arm with an upswept angle, and elastic plates attached to the steel plate body, with the clavicle distal steel plate body and the elastic arm integrally formed; when the elastic arm is inserted to a position slightly to the lower rear of acromion, clavicle is downwardly reduced by pressing down the fixator, whether to restore the clavicle length through a slide relief hole or not is determined according to shortening condition of a fracture segment, a distal facture bone piece is fixed through clavicle distal locking holes, and a proximal fracture end is firmly fixed through proximal large locking holes. In this way, stress of the fracture end is transferred to the acromion through the elastic arm, reduction loss can be prevented, micro motion function of the acromioclavicular joint can also be retained, the elastic plates can control the rise of the distal end of clavicle and can also self-deform to absorb stress or disperse the stress to the whole elastic arm, stress concentration is prevented, and elastic fixation is finally achieved.

The invention discloses a radioactive waste solidification base material and a preparation method of solidified glass. The invention is characterized in that: the radioactive waste solidification basematerial is natural magmatic rock, which mainly comprises the following components by weight percentage: 45%-65% of SiO2, 9%-18% of Al2O3, 4%-12% of CaO, 3%-10% of MgO, 6%-16% of Fe2O3+FeO, 2%-9% ofNa2O+K2O, 1%-5% of TiO2, and the balance 1%-5%. The preparation method includes: adding simulated radioactive waste into natural magmatic rock, performing powder milling, conducting melting at 1400-1500DEG C for 3-4.5h, and carrying out molding, annealing and cooling, thus obtaining solidified glass. The radioactive waste solidified glass prepared from the radioactive waste solidification base material provided by the invention has good chemical stability and thermal stability, obvious solidification effect and low weight loss rate of simulated radioactive waste elements.