394results about How to "Rich style" patented technology

The invention relates to a prepositive left and right deflection overfeeding composite spinning device and a process as well as application of the device and the process. The device mainly comprises a bridging roller, a speed regulation roller, an overfeeding roller, a reciprocating rod, a deflection yarn guide hook and a reset spring. A composite spinning method adopting the device is characterized in that through the rotation of a front roller, the bridging roller, the speed regulation roller and the overfeeding roller drive an outer shaft system through friction, the overfeeding of long yarn beams or yarns is realized at the front part of the front roller, and in addition, the long yarn beams or the yarns are gathered with output short fiber whisker strips to form double-component overfeeding composite yarns through twisting. The method is unique and is easy to realize, the corresponding device is simple and compact and is convenient to install, and the overfeeding wrapping composite spinning of the short fiber whisker strips on a ring spinning frame can be realized.

The invention discloses an image synthesis method and system combining an adversarial auto-encoder and a generative adversarial network. The method comprises the following steps: constructing an enhanced confrontation automatic encoder comprising two groups of encoders of different categories, two groups of first discriminators of different categories and a group of decoders; constructing an improved conditional generative adversarial network comprising a generator and a second discriminator; taking the artificially segmented blood vessel tree image and the original fundus retina image as training data, and performing iterative training on the enhanced adversarial autoencoder and the improved conditional generative adversarial network to obtain an optimal blood vessel tree image generatorand an optimal fundus retina image generator; and performing fundus retina image synthesis on the to-be-processed artificially segmented blood vessel tree image based on the optimal blood vessel treeimage generator and the optimal fundus retina image generator to obtain a synthesized image. According to the invention, sample data with higher precision and more diversified styles can be generated,and limited training sample data can be effectively amplified.

The invention discloses a preparation method of dyeable polyester composite fiber of cationic dye. The preparation method comprises the following steps of: (1) preparation of modified polyester materials: including the preparation of core layer components and skin layer components; (2) preparation of polyester composite fiber: using the above method to prepare two types of dyeable modified polyester chips of cationic dyes, respectively carrying out crystallizing, drying, screw melting and extruding, metering, entering a skin-core eccentric composite spinning component according to the weight composite ratio of the skin layer and the core layer, completely wrapping the core layer by the skin layer, and preparing the three-dimensional curly dyeable polyester composite fiber of cationic dye by the follow-up technique. The invention has higher fiber initial modulus, can overcome the defects of lower fiber initial modulus of normal-pressure single component of the cationic dye, and form spiral three-dimensional curl after drawing and heat-setting, the curl number is higher than that of the fiber obtained by two-dimensional mechanical curl obviously; the cationic dye can carry out normal-pressure dyeing; and when being made into short fiber, the fiber section of the dyeable polyester composite fiber has no colour difference and is characterized by bright color and various styles.

The invention relates to the technical field of construction ceramics, and in particular discloses a ceramic tile with embossed textures, which is formed by processing a blank and glaze. The ceramic tile is characterized in that: the glaze is prepared from the following basic components in percentage by weight: 5 to 20 percent of frit, 5 to 15 percent of magnesium oxide, 5 to 15 percent of alumina, 10 to 30 percent of camwood segments, and 20 to 50 percent of bentonite. The invention also discloses a method for manufacturing the ceramic tile with embossed texture, which comprises the following steps of: preparing the blank and glaze; forming a tile blank; applying the glaze; firing; and cooling to a normal temperature. According to the ceramic tile with embossed textures disclosed by the invention, the formation of embossed textures does not require an embossed die, and a natural smooth, continuously changing and non-repeated embossed texture surface decorating effect is represented on the manufactured ceramic tile without artificial trace by virtue of the glaze prescription and process parameter design.

The invention discloses a processing technology, a product and equipment of a rattan-simulated paper mat. The method comprises the following steps of: (1) processing into paper pulp by using native paper or regenerative paper according to a papermaking technology; (2) processing a piece of paper with different colors by using the paper pulp processed in the step (1) according to a paper processing technology; (3) partitioning the whole paper into strips through a paper strip partitioning device; (4) twining the strip-type paper to form a rope shape through a twiner, and coiling the rope-shaped paper on wire coiling ring; and (5) spinning the rope-shaped paper yarn to form the mat through a spinning machine. The beneficial effects of the invention are as follows: paper can be recycled and is environment-friendly; and the waste mat is convenient to be recycled; the environment is not damaged; a large number of bamboos, rattans or reeds are not required to be felled; by adopting the assembly line work, the mat is convenient to be processed; mats with various colors and styles can be manufactured according to the requirements of different customers.

The invention belongs to the field of materials, and in particular relates to a thermoplastic fiber-reinforced composite material, a preparation method and application of the material, and a method for preparing a case shell using the material as a raw material. The thermoplastic fiber reinforced composite material of the present invention includes thermoplastic fiber fabric and thermoplastic resin. Using the thermoplastic fiber-reinforced prepreg/sheet provided by the present invention to prepare the casing of a case can greatly improve the strength and impact resistance of the case compared with the traditional hard case. The thickness of the shell is reduced to reduce the weight of the luggage itself. Compared with the traditional hard box, it can reduce the weight by about 40%, and greatly improves the impact resistance of the luggage, reducing the damage of the luggage during use and consignment. Compared with traditional soft cases, it solves the shortcomings of soft cases and bags that are not pressure-resistant and waterproof, and leather cases are easy to be scratched and damaged, and are difficult to repair or have high repair costs.

The invention provides a standard preparation technology for a root carving product, which comprises the six steps, namely root timber preparation, tool preparation, auxiliary material preparation, forming, product surface coating and show adjusting. Strong applicability system production measure is adopted, root timber can be widely utilized, universality is strong, waste root timbers in drought and cold areas like Sinkiang such as birch, populus and diversifolia are adopted, and the technology is rich in local style, standard in technology, tight in step join, short in carving treatment period, high in manufacturing efficiency, less in material wastage, and rich in style, can better express root carving technology, and is suitable for environment protection, and convenient to operate, manual consumption is greatly decreased, and the product quality is easy to control.

The invention discloses a homogenous magnesian gelling material. The homogenous magnesian gelling material is prepared from, by weight, 220-225 parts of a base material, 0.8-1.2 parts of a modifier, 8-12 parts of fly ash or calcined kaolin, 2-7 parts of silica fume, 2.6-2.9 parts of perlite, 11.5-12.9 parts of sawdust, 6-15 parts of a reinforcing material, 0-6 parts of plain flour and 3-5 parts of an AC foaming liquid mixture with the concentration of 10%. The prepared magnesian gelling material is not a composite layered structure, and is a homogenous material containing the reinforcing material. The invention also discloses a preparation method and product of the homogenous magnesian gelling material. The homogenous magnesian gelling material has the advantages of uniform mechanical performances and strong workability, and the preparation method has the advantages of production cost reduction, production flow simplification and reduction of harms to human bodies.

The invention provides a three-dimensional cultivating frame for vine plants and a method for installing the same. The three-dimensional cultivating frame comprises a cultivating framework (1), a base (2) and a planting soil bowl (3), wherein the cultivating framework (1) comprises a middle column (4) and a climbing top frame (5), the climbing top frame (5) is arranged at the upper end of the middle column (4), and the lower end of the middle column (4) is fixed on the base (2); and the planting soil bowl (3) is arranged in the base (2). According to the three-dimensional cultivating frame, the fixed three-dimensional structure is applied to the overall packing cultivation of vine plants, so the climbing growth of vine plants is greatly facilitated, and a fixed shape is formed; the structure is simple, and the installation and the transportation are both convenient; the materials can be repeatedly used, so the waste of resources is lowered; the three-dimensional cultivating frame is favorable for the climbing growth of vine plants, and facilitates harvesting; and the pattern of the cultivating frame is diversified so as to meet different demands. The three-dimensional cultivating frame is widely applied to the cultivation of various vine flowers, vegetables and the like, and the plants, even adult plants, cultivated by adopting the cultivating mode, can be wholly packed and moved.

The invention relates to an animation processing method and device, computer equipment and a storage medium. The method comprises the following steps: detecting whether there is an event triggering ananimation; obtaining the event type of the event when there is the event that triggers the animation; obtaining the user information of the account currently logging in the application program; generating the animation according to the event type and the user information; and displaying the generated animation. With application of the method, the animation is generated according to the user information of the account currently logging in the application program and the event type so that the animation is enabled to be related to the personal information of the user, the animation has variousstyles and the intellectualization of the displayed animation is improved.

The invention provides a 3D printing auxetic yarn, a processing method and an application. The 3D printing auxetic yarn is characterized by comprising a multi-layer structure formed by 3D printing, the surface of each layer comprises aN auxetic geometric structure, and the adjacent layers are connected to each other. The 3D printing auxetic yarn, the processing method and the application can be applied to the design of the auxetic yarns with simple structures, and with complex structures such as non-cylindrical section auxetic yarns, composite yarns and the like, and the obtained stretched yarn structures has good controllability; and meanwhile, the system is simple in implementation process, a large number of intermediate processes are not needed, damage to the yarn performance due to themulti-stage process in the traditional spinning process is avoided, yarns with the optimal performance under the design structure can be obtained, the production efficiency is high, the manufacturedyarn is good in tensile effect and stable in structure, the mechanical property is excellent, adjustability is large, and the basic requirements of functional textiles can be met.

The invention discloses a method for preparing a silica gel diaphragm and the silica gel diaphragm. The method comprises: forming a composite material tape by two layers of substrates and liquid silica gel through a calendering method, the liquid silica gel being between the two layers of substrates; performing full-plate hot press molding on the composite material tape through a diaphragm die holder, temperature of the hot press molding being higher than vulcanizing temperature of the liquid silica gel; removing the two layers of substrates, to obtain a full-plate silica gel diaphragm; and performing blanking on the full-plate silica gel diaphragm from which the two layers of substrates are removed, so as to prepare a required silica gel diaphragm. Compared with a conventional scheme, the technical scheme is advantaged by simple forming method, low cost, diverse diaphragm forms, and thin diaphragm thickness.

The invention belongs to the technical field of a dental prosthesis material and particularly relates to a novel method for preparing a lithium-based casting ceramic block. The method comprises the following steps of carrying out melting on the raw material, carrying out water quenching on the molten raw material, drying the obtained product, carrying out ball milling, mixing the obtained powder and a coloring agent, carrying out isostatic pressing forming, carrying out crystallization heat treatment and obtaining the product. In the method, substrate glass powder only needs to be prepared in one step and a crucible does not need to be cleaned; a user dose not need to worry about the chromatic aberration caused by high temperature valence alternation of variable valence metal ions; products with different colors can be produced; the lithium-based casting ceramic block is uniform to color and has pure color; the forming process is easy to operate; the diversity of product sizes can be realized; and the production energy consumption is low and energy is saved, so as to save the production cost, thereby solving the energy problem.

The invention discloses cationic dacron composite double-color-effect polyester fibers. The cationic dacron composite double-color-effect polyester fibers are formed by compounding a polyester fiber and a cationic polyester fiber at a ratio, wherein the polyester fiber and the cationic polyester fiber are in a double-spiral shape and are compounded together through network points; the distance between the network points is 5mm to 100mm and the unit length of double spirals is 10mm to 200mm. The invention further discloses a preparation method of the cationic dacron composite double-color-effect polyester fibers. The preparation method comprises the following steps: selecting pre-orientated polyester fibers and pre-orientated cationic polyester fibers according to the ratio; drafting, falsely twisting, compounding, adding a network by a nozzle, heat setting, and winding and molding to obtain the cationic dacron composite double-color-effect polyester fibers. The cationic dacron composite double-color-effect polyester fibers disclosed by the invention have the characteristics of abundant color changes, diversified styles, wide application range and the like.

The invention belongs to the technical field of safety helmets, and in particular relates to a process for producing a reflective shell and a reflective helmet coated with the reflective shell. The production process comprises the following steps of: (1) preparing a PC (Poly Carbonate) sheet with a certain specification; (2) printing ink on the reverse side of the PC sheet; (3) printing ink on the positive side of the PC sheet; (4) coating a high-temperature-resistant film; and (5) performing plastic molding. The reflective helmet comprises a helmet shell, wherein the helmet shell is integrally molded by a foam material; a decorative shell is thermally sealed on the outer side face of the helmet shell at high temperature; the decorative shell is the prepared reflective shell; the helmet shell and the reflective shell are adhered into a whole through a connecting ink layer; and a reflective ink layer is directly arranged on the outermost side of the reflective shell and has an excellent reflective effect. The reflective ink layer can be protected by the high-temperature-resistant film, so that the reflective ink layer does not have stains and scratches, the yield of the reflective helmet is greatly improved, and batch production is realized.

The invention discloses a cigar tobacco leaf additive and a production method thereof. The production method of the cigar tobacco leaf additive comprises the following steps of: smashing natural plants into pulp; adding an enzyme preparation for enzymolysis and then inactivating enzyme; carrying out Maillard reaction within a temperature range of 110 to 150DEG C; distilling a reacted mixture at normal pressure to obtain a first component; heating and extracting residual slag generated by distilling with a compound solvent consisting of ethanol and water to obtain a second component; and mixing 2 to 4 parts of first component with 6 to 8 parts of second component to obtain the cigar tobacco leaf additive. According to the cigar tobacco leaf additive disclosed by the invention, the styles of cigar cigarettes are enriched and the sweet feeling of cigar flavor is added, so that the cigar cigarette is sweet and comfortable in flavor and pure and mild in smoke.

The invention relates to a cationic dye deep dyeing copolyester at normal pressure and a method for producing the same, and mainly relates to copolymerization of biologically prepared ethylene glycol, a monomer of dimethyl terephthalate, an alkali salt of isophthalic acid glycol ester-5-sulfonic acid and PEG1000. When the prepared copolyester is co-mixed with the common PET for spinning, the fluidity and the spinnability are both improved; and the deep dyeing of cationic dyes at normal pressure can be adopted, so that the defect that the PET can only be dyed by disperse dyes at high temperature and high pressure is overcome.

The invention discloses a bullet screen display method and device for drawing bullet screens on an online video viewed by a user and displaying bullet screen information. The method provided by the invention comprises the following steps: after a bullet screen message sent by a server is received, converting the bullet screen message into a bullet screen model; parsing the bullet screen model, andconverting the parsed data into a dictionary; setting drawing parameters and drawing contents according to data read from the dictionary, and drawing to-be-displayed bullet screens in a bullet screenarea of the video. In the bullet screen display method and device provided by the embodiment of the invention, by converting the bullet screen message into the bullet screen model, parsing the data in the model and drawing the bullet screens according to the data, the problem of over large memory consumption resulting from directly loading pictures contained in the bullet screens is avoided, thememory space can be saved, and the playing smoothness of the bullet screens and the video are ensured.

The invention discloses a database storage structure of an APP (Application) production platform. The database storage structure is used for establishing data relationships of resources requiring allocation in an APP production process. The database storage structure comprises an APP basic information module, an image resource information module, an attribute application information module, an application package information module, an application status information module, a template type module, an application component module and a behavior record module, wherein fixed attributes of APP packaging after production are stored in the application package information module; the status where the APP production process is positioned is stored in the application status information module; data marking APP types are stored in the template type module; information of components which are selectively loaded to APPs and have personalization capacities is stored in the application component module; data for recording the behaviors of a user are stored in the behavior record module. The database storage structure of the APP production platform disclosed by the invention realizes unified management of information allocation during APP production, the production, amending, maintenance and management of APPs can also be easily realized by nonprogrammer users, and the requirements of different platforms can be met.

The invention relates to a method and system for achieving a sliding list module. The method comprises the steps that a triggering position of the sliding list module is obtained, the moved pixel distance of a source data item list is calculated according to the triggering position, the moved pixel distance is compared with a preset original position of the source data item list, and the actual position of the source data item list is generated; the moved displacement of list resource items contained in a displayed user interface and the initial item of the source data item list are obtained through calculation according to the generated actual position of the source data item list; the attribute information of a source data item corresponding to the initial item of the corresponding source data item list is read; the attribute information of the source data item is displayed, wherein the attribute information of the source data item is determined according to a preset custom list item class. According to the method and system for achieving the sliding list module, styles are rich, expansion is easy, the content displayed by a sliding list is flexible, and the individualized demand is met.

The invention provides an extensible menu display method which is used for displaying region blocks. The technical scheme includes that a set menu structure is displayed on a screen according to an extended menu generating process, arrangement positions of submenus are determined according to position rooms of parent menus by means of stretching and changing the position rooms of the parent menus, the generated submenus do not occupy position rooms of other dimensions as compared with the traditional menus, and the submenus below the corresponding menus can be accommodated by stretching and changing the position rooms of the parent menus. Accordingly, the extensible menu display method has the advantages that regular rectangular menus can be formed, and are good in attractiveness and interactivity; and shortcomings of existing menus used on mobile terminals are overcome, information is displayed visually, menu styles are various, and operational interactivity is facilitated.

The invention relates to the technical field of spandex coating yarn, in particular to dacron-chinlon-spandex coating yarn and a preparation process thereof. According to the preparation process, firstly, dacron yarn POY and chinlon yarn POY are drawn out by corresponding yarn racks, and a false twisting machine platform is adopted for finishing the following processes of (1) feeding a first roller of the false twisting machine platform with the decron yarn POY and the chinlon yarn POY which are drawn out by the yarn racks, after the decron yarn POY and the chinlon yarn POY are wound and combined by the first roller, conducting heating by a deformation heating box, conducting cooling by a cooling plate, conducting twisting by a false twisting machine, and obtaining decron-chinlon combined yarn; (2) feeding a second roller with spandex yarn and the decron-chinlon combined yarn obtained in the step (1), after the decron-chinlon combined yarn is combined with the spandex yarn by the second roller, putting the newly combined yarn above into an air interlacing jet, conducting air injection bonding through the air interlacing jet, and then feeding a winding device with the combined yarn for conducting winding formation processing after the combined yarn is processed by a third roller. According to the preparation process, preparation of the dacron-chinlon-spandex coating yarn can be completed by a one-step method, and the obtained dacron-chinlon-spandex coating yarn is high in bonding degree and uneasy to detach and fracture, and after being dyed, the dacron-chinlon-spandex coating yarn can achieve an effect of presenting double colors in different shades.

The invention discloses a multi-modal image enhancement method based on orthogonal element space, and belongs to the field of computer vision. The method is characterized by comprising the following steps: 1, extracting a style and a content code of a high-aesthetic-quality image by using a coder-decoder and a mutual information optimization strategy; 2, mapping the style code of the reference image into a style element space formed by a group of orthogonal base sheets; 3, improving the style and content coding decoupling of the reference image by using a self-adaptive instance standardizationmodule and a mutual information optimization feature decoupling method, and constructing a generative adversarial network based on coding-decoding to perform model training; and 4, in a test stage, inputting any common image into the trained model, extracting content codes by a content encoder, randomly sampling a plurality of style codes in a style meta-space, fusing the content codes and the style codes, and sending the fused codes into a generator to obtain a multi-modal enhanced image. According to the invention, the enhanced image with various styles in the aspects of aesthetic characteristics such as brightness, contrast, color and the like can be obtained.