60results about How to "Diversified" patented technology

A shell comprises a plastic base material layer. The shell also comprises a transparent protection layer which adheres on an outer surface of the plastic base material layer. A metal coating layer which is deposited through sputtering on the transparent protection layer is arranged between the transparent protection layer and the plastic base material layer. The metal coating layer is directly deposited through the sputtering on a transparent film and then adheres on the plastic base material layer. By using the method of the invention, a printing ink shrinkage phenomenon generated by a printing ink protection layer coated after directly using a PVD method to deposit the metal coating layer on the plastic base material layer can be avoided.

The invention belongs to the field of microscopic tests of micro nano mechanics and fiber concrete and mainly relates to a fiber neat paste test piece forming method for a scanning microscope. The fiber neat paste test piece forming method is mainly characterized by comprising the steps: engraving upper moulds and bottom plates in shapes of three test pieces by using a laser engraving machine; filling the grooves in the bottom plate by using cement neat paste successively, putting fibers in parallel on the surfaces of the filled grooves along the length directions of the grooves, correspondingly placing the upper moulds on the bottom plates, filling through grooves by using neat concrete paste, and curing for multiple days. The fiber neat paste test piece forming method is simple in process and safe in operation. The fiber neat paste test piece forming method has the beneficial effects that (1) shapes and sizes of test pieces can be automatically designed as required, and the characteristic of diversification is achieved; (2) the test pieces are formed without pouring standard test pieces, thus saving manpower and material resource and reducing energy consumption; (3) a test piece mould can be repeatedly used and is low in cost; and (4), the depth of the fibers is manually controlled, so that the scanning microscope is observed conveniently.

The invention discloses a fan-shaped high-flexibility robot cable which comprises a cable core, wherein the cable core is formed by a filling cotton rope at center, first, second and third fan-shaped insulated wire core layers and waterproof layers which are twisted toward the left side; the first, second and third fan-shaped insulated wire core layers are arranged on the exterior of the filling cotton rope by taking the filling cotton rope as the center of circle; the waterproof layers are extruded on the exteriors of the fan-shaped insulated wire core layers; a non-woven fabric is wound toward the right side on the exterior of the cable core; an elastomer PVC jacket is extruded on the non-woven fabric. The fan-shaped high-flexibility robot cable has the characteristics of simple structure, light weight, high flexibility, high stretching resistance, bending resistance, torsion resistance, and the like.

The invention discloses an asynchronous control system and an asynchronous control method for using a mobile device to update the content of an LED screen. The system comprises a mobile device, a control card device, and a connecting device for connecting the mobile device and the control card device. The mobile device is provided with a processing module and a data export module, the processing module is used for processing content needing updating, and the updated content is exported by the data export module. The control card device is provided with a mobile device identification module for access identification and a parsing module, and after the parsing module parses the content needing updating, the content is played on a related LED screen under control. The method comprises the following steps: the content for updating an LED screen is edited on a mobile device; the mobile device and a control card device are connected using a USB data cable; the control card device identifies the mobile device; the control card device traverses the files of the mobile device, and searches for a feature file; the control card device parses the feature file; and the control card device updates the content played on the related LED screen. The asynchronous control system and the asynchronous control method have the advantages of simple control process, diversified control modes, low cost, and the like.

The invention relates to a preparation method for extracting an edible and medicinal monomer for preventing and treating hyperuricemia and gout from Semen Cuscutae. The method comprises the following steps: crushing the Semen Cuscutae raw material, adding ethanol and heating and refluxing for crude extraction, purifying with a macroporous resin column, detecting and analyzing an eluant by thin layer chromatography, collecting an eluant with a high-proportion target compound and merging, and making the eluant into the product. Semen Cuscutae contains a phenylpropanoid compound. The monomer of the invention is composed of a bistetrahydrofuran ring connecting with glycosyl, has good dissolvability in medium polar solvents, such as n-butanol, ethyl acetate, etc., and has certain water solubility. According to the invention, 60% ethanol is used for decoction extraction, polar macroporous resin is used for purification, and a target monomeric compound group is purposefully enriched. The method is low-cost, has high yield, and is easy for realization of industrialization and mass production. Capsules, tablets, health-care medicinal tea, etc. prepared from the above product are convenient to use and have diversity.

The invention relates to the technical field of data communication networks, and provides a test topology construction method and device oriented to a QUIC protocol. The method comprises the following steps: taking the population, the chromosome, the sub-chromosome and the gene as an operation action object combination to obtain each operation code for representing the operation action object combination; when the crossover operation and the mutation operation in the genetic algorithm are executed, generating an operation code through a random algorithm, and corresponding operation action object combinations serving as input parameters of the crossover operation and the mutation operation; and finally calculating to obtain a maximum fitness sample through a genetic algorithm in combination with multiple iterations of the operations, and taking the maximum fitness sample as a test topology network oriented to a QUIC protocol. According to the method, the problem that linear coding of a current gene algorithm cannot be directly suitable for a QUIC test scene is solved.

The invention relates to a composite matting masterbatch for BOPA film, the masterbatch is mainly used for BOPA film. In the present invention, a variety of matting agents are preferred, and a composite formula is adopted to design a composite matting masterbatch. It combines the advantages of various matting agents and is used in BOPA film, which has both the optical properties and matting effect of the film, and avoids the disadvantages of using a single matting agent. The technology belongs to the field of functional polymer materials.

The invention relates to a sand box physical simulation experiment device and experiment method for simulating multi-direction extrusion deformation. The sand box physical simulation experiment devicefor simulating multi-direction extrusion deformation comprises a model mechanism, a driving mechanism, an image acquisition system and a computer control system, the driving mechanism is fixed on oneside of an experiment table bracket and provides power for a bottom plate to perform diving motion, and a rotating shaft is arranged on the other side of the experiment table; the model mechanism comprises the experiment table bracket, an experiment table, a sand box end coaming, a sand box side coaming, a sand scraping plate apparatus and a rotating disc. The driving mechanism is connected to the computer control system, and the rotating speed of a reel is controlled by the computer control system, and a sand box physical simulation experiment of two-dimensional or three-dimensional multi-stage displacement deformation field superposition with different migration speeds and different combination modes is carried out. The device and the method can realize the structure evolution process of simulating reactivation of compression pre-existing faults with different migration rates and different occurrences in a three-dimensional space without change of fault properties and inducing secondary fault formation.

The embodiment of the invention provides a book resource processing method and device, equipment and a storage medium. The method comprises the steps: obtaining the book information of a first book currently read by a target user; sending a plurality of preset messages to a terminal where the target user is located; obtaining interaction data based on a plurality of preset messages between the virtual user and the target user; determining a reading demand of the target user according to the interaction data, wherein the reading demand comprises interest distribution data and biological clock distribution data; determining a target book meeting the reading demand according to the reading demand; generating a reading plan according to the biological clock data, wherein the reading plan refers to a plan for dividing the knowledge content of the target book into a plurality of block contents and sequentially reading the block contents in a plurality of reading time periods; sending the reading plan to the terminal. According to the scheme, book resources meeting the actual reading requirements of the user can be provided for the user in a targeted manner; in combination with a plurality of resource platforms, diversified hotspot resources with real-time performance and refined reading services are provided for the user.

The invention discloses a splicing method of waste materials generated by fur processing. According to the method, fragmental materials generated during fur processing are spliced through sewing to form a spliced raw material with a certain specification, the spliced raw material is subjected to the steps including fur ironing, fur carding, water adding for reduction, hanging-airing, adhering, edge cutting and finishing, and thus a finished product is processed; or the spliced raw material is subjected to fur ironing, fur carding, miscellaneous color removal, washing, airing, dyeing and aftertreatment, and thus the finished product is processed. According to the method, the waste materials generated during the production process are processed to form the product with certain specification,the spliced finished products divided according to the color are processed to form the finished products with different fur path lengths, or are processed to form novel finished products achieving the color standard. With the method provided by the invention, the fragmental materials are enabled to become valuable materials, the processed finished product has the product diversification, the additional valve of the product is increased, especially, the fashion trend is formed in Europe and America, meanwhile, due to the recycling of the waste materials, the production cost is greatly reduced,the product effectiveness is improved, and certain profound significance is obtained for the environmental protection problem during fur processing.