60results about How to "Diversified" patented technology

A nutritive wheat bran beverage is prepared from wheat bran through removing impurities, baking, heat treating for removing phytic acid, enzyme transforming, deactivating enzyme, separating clear liquid, from turbid liquid, dispensing liquid, sterilizing, pouring in container and cooling.

The invention relates to a preparation method of pure crystalline sorbitol polyether polyol, and belongs to the technical field of rigid-foam polyether polyol. The preparation method of pure crystalline sorbitol polyether polyol comprises the steps that pure crystalline sorbitol serves as an initiator, alkali metal serves as a catalyst, the initiator and epoxypropane are subjected to a three-stage polymerization reaction at the certain pressure and temperature, and pure crystalline sorbitol polyether polyol is obtained. The method is simple and easy to carry out, raw material supply is stable, safety and environment protection are achieved, and prepared polyether polyol has the advantages of being high in degree of functionality, low in cost, diversified and the like and can meet different user requirements.

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 invention discloses a production line resource matching method and device, and relates to the field of intelligent manufacturing, for solving the problems that in the prior art, the production target is single, the production mode is fixed, and the production process is rigid in the production environment. The embodiment of the invention provides a production line resource matching method anddevice. The production line resource matching method comprises the steps: determining the task attribute corresponding to each process according to a plurality of processes included in a production task, and determining the manufacturing capability of each industrial intelligent machine according to the corresponding relation between each industrial intelligent machine and the process; matching the task attribute corresponding to each process with the manufacturing capability corresponding to each industrial intelligent machine; and determining the industrial intelligent machine successfully matched with the task attribute corresponding to the process as a first industrial intelligent machine, and if a plurality of processes included in the production task determine the first industrial intelligent machine executing the process, determining the plurality of first industrial intelligent machines as an intelligent production line according to the sequence of the processes.

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 provides a cooling device and an electronic device. The cooling device comprises a first chamber, a second chamber and a drive device for driving an elastic membrane to vibrate, wherein the first chamber and the second chamber are spaced apart through the elastic membrane; and the drive device is arranged to form intake airflow in one of the first chamber and the second chamber and to form outlet airflow in the other chamber separately through driving alternate vibration of the elastic membrane in two opposite directions. The cooling device and the electronic device have the characteristics that the structures are simple and continuous air can be provided.

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 provides a method for preparing lignosulfonate from papermaking pulping red liquor, which comprises the following steps of: carrying out ultrafiltration on the papermaking pulping red liquor to obtain first lignosulfonate and filtrate; adding a pH value regulator into the obtained filtrate to obtain precipitates and supernate; carrying out cation exchange chromatographic separation and anion exchange chromatographic separation on the obtained supernate to obtain monosaccharide and eluent; and carrying out nanofiltration on the obtained eluent to obtain second lignosulfonate. According to the invention, the papermaking pulping red liquor is subjected to repeated ultrafiltration, ionic exchange chromatographic separation and nanofiltration, the lignosulfonate is graded to obtain the lignosulfonate with different molecular weight distributions and the monosaccharide. Products obtained by the method provided by the invention have various types and high added value. The application field of the papermaking pulping red liquor product is widened. Moreover, the products obtained by the method disclosed by the invention have high purity, so that the quality of industrial products made of the products serving as raw materials is improved.

The invention provides a combined type dot matrix image mark which comprises a mark body and a protecting light-transmitting film arranged at the top surface of the mark body in a covered mode. The mark body is formed by at least two layers of light-transmitting films with dot matrix image unit groups implanted in sequence in an overlapped mode. The positions of the dot matrix image unit groups implanted in different light-transmitting films are different. Each dot matrix image unit group comprises at least one image dot. At least two dot matrix image unit groups are combined to form complete dot matrix images. A method for manufacturing the combined type dot matrix image mark comprises the steps that the generated dot matrix images are divided into dot matrix image unit groups with the same number as the light-transmitting films; the dot matrix image unit groups are implanted into the corresponding light-transmitting films according to the positions in the dot matrix images; and the light-transmitting films with the dot matrix image unit groups implanted are overlapped, so that the combined type dot matrix image mark is formed. The combined type dot matrix image mark has the advantages of diversification, image dots at the top layer can be protected, and the problem that the image dots are damaged to form incomplete dots is avoided.

The invention belongs to the technical field of cultivation methods of landscape modeling tree species and particularly relates to a cultivation method and an application of an annular elm. The cultivation method of the annular elm comprises following steps: (1), a common elm which is 3 m high is selected as a stock, and is grafted with ulmus pumilavar pendula scions by selecting an appropriate height according to application of the elm; (2), after ulmus pumilavar pendula grows branches, the needed branches are retained to constitute a ulmus pumilavar pendula ring, and the other branches are cut off at the germination stage; (3), the ulmus pumilavar pendula branches are grafted with common elm scions, the bilaterally symmetrical common elm scions keep balanced upward growth, and the tree is formed finally. The problem of single elm modeling in the city at present is solved, the elm not only can realize the greening effect for the city, but also can enhance the decorative sense of the city, meanwhile, the ulmus pumilavar pendula ring is used as a ring seat, and therefore, the value of the elm is further developed.

The invention belongs to the technical field of control systems of city traffic and the like, particularly relates to an intelligent left turning forbidding system of city traffic, and mainly solves the problem that an intersection has no traffic guidance and traffic jamming is caused by forcible left turning of people. The intelligent left turning forbidding system comprises an upper computer and a plurality of control terminals, wherein each control terminal comprises an intersection module, a bayonet camera, two electric police cameras and two information intelligence boards, the bayonet camera is mounted at a position 20m above the reverse direction of a main road facing an intersection, one of the information intelligence boards is mounted in the exit direction of a branch road facing the intersection, the other information intelligence board is mounted in a reverse direction facing the main road and used for displaying information instructions transmitted by the control terminal to vehicles on the main road, and the control terminals are respectively connected with the bayonet camera, the electric police cameras and the information intelligence boars of each intersection module.

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 discloses a medlar dew wine. The medlar dew wine is prepared in a way that base wine, medlar juice, red dates juice and licorice root leach liquor are processed by production technologies including blending, enzymolysis, clarification stabilizing treatment, ageing, freezing, filtering, checking and pasteurization. The invention also provides a preparation technology for the medlar dew wine. The preparation technology for the medlar dew wine is an elaborative operation, fruit dried products and homologous food materials are taken as raw materials, and the nutrition ingredients ofeach category of raw materials are fully extracted to guarantee a product health value. The medlar, the red dates and the licorice root are adopted as raw materials to carry out leaching concentrationto prepare refined extraction liquid, and edible alcohol is taken as the wine base to carry out enzyme processing, blending, ageing, fining, freezing and filtering to brew the medlar dew wines of different alcoholic strengths. The medlar dew wine processed by the medlar, the red dates and the licorice root has the functional characteristics of product diversification, nutrition, health care and the like, and is popular with consumers.

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 provides a novel power distribution control device, which comprises a CPU, a touch screen, an inverter power supply, a battery, an acquisition module and a pulse width modulation module.The novel power distribution control device of the invention changes a traditional mechanical manual power distribution mode by optimizing the layout of the CPU, the touch screen, the inverter powersupply, the battery, the acquisition module and the pulse width modulation module, can be applied to an anti-chemical multifunctional emergency vehicle, improves the integration degree of the system,and has the advantages of good visualization, detection, and diversification.

The invention discloses an Internet-based electronic calendar device which is connected with a cloud database. The Internet-based electronic calendar device comprises a storage module, a clock module, a network module, a processor module, a display module, a voice module and a power module, wherein the storage module stores data of an electronic calendar; the clock module is used for timekeeping; the network module is in network connection with the cloud database; the processor module reads the data of the electronic calendar in the storage module and time information in the clock module and reads cloud information in the cloud database through the network module; the display module is connected with the processor module and used for displaying the data of the electronic calendar and the cloud information; the voice module is connected with the processor module and used for broadcasting the time information; the power module is used for supplying power to the storage module, the clock module, the network module, the processor module, the display module and the voice module. Thus, in addition to displaying the content of the calendar, the Internet-based electronic calendar device can be used as a note and has the functions of displaying Internet customized information, synchronizing with a remote terminal and the like.

The invention provides a dot-matrix graphic formed by ink dots with a microscopic characteristic. The dot-matrix graphic formed by the ink dots with the microscopic characteristic comprises an ink dot group with a microscopic characteristic, wherein ink dots a in the ink dot group have an irregular shape, and the top surface of each ink dot a is in a smooth structure or a texture structure. The method for distinguishing the dot-matrix graphic authenticity comprises the following steps: obtaining the image of a current dot-matrix graphic; when the ink dots in the dot-matrix graphic have the microscopic characteristic, analyzing the ink dots into the coded data of the dot-matrix graphic; distinguishing the coded data of the dot-matrix graphic in a database; extracting an information file corresponding to the coded data of the dot-matrix graphic; and outputting the information file. According to the dot-matrix graphic disclosed by the invention, the microscopic characteristics of the ink dot group with the microscopic characteristic and the ink dot group without the microscopic characteristic can be obtained only by an identification device with a microscopic identification effect, and the microscopic characteristics of the ink dots can not be obtained by an identification device without the microscopic identification effect. Therefore, the anti-counterfeit effect of the dot-matrix graphic is better than the anti-counterfeit effect of a conventional dot-matrix graphic.

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 printing ink, and provides UV-curing-based iron printing screen printing ink which is prepared from 35-60 parts by weight of photosensitive resin oligomer, 10-35 parts by weight of acrylic monomer, 2-50 parts by weight of powder, 2-10 parts by weight of photoinitiator and 0.2-3 parts by weight of aid. The UV-curing-based iron printing screen printing ink has the advantagesof novelty, uniqueness, dazzling, diversification and the like in the iron printing industry; and the ink layer of the ink is bright and smooth, strong in stereoscopic impression, strong in adhesiveforce on a thermosetting coating and low in odor.

The invention discloses a pond ecological breeding system capable of being freely combined. The system comprises a pond, a breeding box and a modular tail water treatment system; the pond is a carrierof the breeding box, the breeding box comprises a breeding box body and a breeding box support, and the breeding box is of a detachable splicing structure; and the modular tail water treatment systemcomprises a tail water precipitation module, a biological brush module, a planting purification module and an artificial wetland module. The system is more optimized in the aspects of overall layout,space utilization, construction cost, construction difficulty, wastewater utilization, energy conservation and emission reduction, culture benefits and the like, and is a culture system widely suitable for pond culture. The system also has ecologicalization, diversification and general adaptability; and compared with previous pond culture, the system is low in construction cost, can flexibly select materials according to actual requirements of fishermen, can realize high-density intensive, ecological (zero-emission), quality-based, automatic and diversified modern culture at the same time, and is a new choice for optimization and upgrading of pond culture at the present stage and in the future.

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 discloses a method for manufacturing an abrasion-resistant moisture-proof solid wood composite cork floor and belongs to the technical field of wood floors. The method comprises the steps that an upper softwood layer, an upper balancing layer, an interlayer, a lower balancing layer and a lower softwood layer are prepared, then the prepared layers of materials and decorative layers ofthe layers are integrated with a moisture-proof layer, and then the materials are fed into vacuum coating equipment to be coated with a layer of aluminum oxide, and finally cutting and segmenting areconducted, and the solid wood composite cork floor is obtained. The solid wood composite cork floor manufactured through the method is superior to cork floors obtained through the prior art in termsof abrasion resistance and moisture resistance.

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 relates to a preparation method for extracting a pharmaceutical monomer for preventing and treating hyperuricemia and gout from rhizoma smilacis glabrae. The preparation method comprises: after crushing rhizoma smilacis glabrae raw materials, adding ethanol and heating and reflowing to carry out crude extraction; then adjusting the pH (Potential of Hydrogen) of crude extraction liquid to carry out crude purification; purifying by adopting a polyamide resin column and a macroporous resin column; identifying elution liquid through a thin-layer chromatography; collecting the elution liquid containing a target compound with a high ratio and combining; finally, preparing the elution liquid into a product. By adopting 70% ethanol to decoct and extract and utilizing polyamide resin and macroporous resin to purify, a target monomer compound group is enriched purposefully, the cost is low and the yield is high; industrialization and scale production are easy to realize. Preparations including capsules, tablets, health-care tea and the like, which are prepared by the preparation method, have the characteristics of convenience for oral administration and diversification.

The invention discloses a floor paint composition. The floor paint composition is prepared from the following raw materials in parts by weight: 20-40 parts of short-oil alkyd resin, 30-40 parts of diethylene glycol, 10-18 parts of bentonite, 11-19 parts of epoxidized soybean oil, 4-8 parts of acrylic flatting agent, 6-10 parts of lavender essential oil, 12-18 parts of ferrite yellow, 9-16 parts of polyester resin and 5-10 parts of lead naphthenate. The floor paint composition does not need to be polished after being applied, and is high in adhesive force, high in drying speed and good in decoration effect; besides, the floor paint composition can be applied evenly.

The invention discloses an improved robot cable, which comprises a cable core, wherein the cable core is formed by twisting a filling cotton rope at the center and inner, middle and outer three insulating wire core layers towards the left; the inner, middle and outer three insulating wire core layers are concentrically arranged outside the filling cotton rope by employing the filling cotton rope as the circle center and are formed by three kinds of insulating wire cores with different structures; non-woven fabric wraps the outside of the cable core towards the right; and an elastomer PVC sheath layer is extruded outside the non-woven fabric. The improved robot cable has the characteristics of being simple in structure, light in weight, high in flexibility, high in tensile resistance, bending-resistant and torsion-resistant in use and the like.

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.