330results about How to "Large choice" patented technology

The invention relates to a niobate or tantalite fluorescent material used for a white light LED and a preparation method thereof. The material comprises the following components: non-doped niobate or tantalite, transition metal doped niobate or tantalite, T1 like ion doped niobate or tantalite with an s2 configuration, rare-earth element doped niobate or tantalite and T1 like ion and rear earth codoped niobate or tantalite. The materials in the invention can be used for the white light LED and related display and lighting devices. The invention has cheap and easy available materials, simple preparation process, stable material chemical property and excellent luminescence performance, and the prepared niobate or tantalite flourescent material is an ideal fluorescent powder candidate material for the white light LED.

The invention discloses a heat-solidity epoxy tar material, preparing method and specific dissolving-reinforcing agent, which comprises the following steps: allocating the raw material with 100% tar, 20-40% epoxy resin, 20-40% hardener and 20-60% heat-solidity epoxy tar; blending evenly; heating to 80-90 deg.c; stirring evenly; solidifying under 100-120 deg.c for 0.5-7h; obtaining the product. The invention provides a specific dissolving-reinforcing agent of heat-solidity epoxy tar material, which contains weak-polarity high-grade fat carbon chain and strong-polarity Mannish alkaline or compound of epoxy resin and polyol.

The invention discloses a method for restoring sequence and path of a unit and simultaneously performing optimization. The method includes: 1) obtaining data required by optimization calculation; 2) confirming a black-start power source which is safe and reliable to operate, selecting a unit with proper capacity and around an important load to serve as a set of units to be restored; 3) building a multi-objective optimization mathematical model for optimizing unit restoring sequence and unit restoring path simultaneously by considering mutual influence of unit restoring sequence optimization and unit restoring path optimization, leading in DE-EDA for solving, and giving a plurality of Pareto optimized unit restoring sequences and unit restoring paths and putting sequence of lines in the path; 4) performing various safety verifications on obtained Pareto optimized restoring schemes by adopting a numerical simulation technology; 5) enabling decision makers to choose one scheme as a main restoring scheme from the verified Pareto optimized schemes, and using other schemes as backup restoring schemes.

The invention provides a jet combustion device and method for super-critical water oxidization of organic matter. The device comprises an inner sleeve and an outer sleeve which are arranged together in a coaxial sleeving manner; a coaxial jet combustor extending into the reactor inner sleeve is coaxially installed at the top of the reactor inner sleeve; the coaxial jet combustor is of a three-layer coaxial sleeve structure, an auxiliary heat source access channel is located on the innermost layer, an oxidant access annular channel is located on the middle layer, and a waste liquid access annular channel is located on the outermost layer; and a process water jacket region, a super-critical water oxidization region and a subcritical water region capable of dissolving inorganic salt are formed in a reactor.

The invention discloses a self-service card selling method and a self-service card selling terminal. The self-service card selling method comprises the following steps: step 1, selecting a user phonenumber from an alternative number source provided by a number source server according to the selected number rule; step 2, reading and storing user identity information stored in an identity card chip; and step 3, reading original information of a subscriber identity module (SIM) card, and binding correlation of the user phone number, the user identity information and the original information of the SIM card into a business support system (BOSS). The self-service card selling terminal comprises a number selection module, an identity information reading module and a card identification bindingmodule. The self-service card selling method and the self-service card selling terminal avoid limit of factors such as time, region and the like in selling the SIM card so that the SIM card of a phoneis stored with the phone number in a separation mode, and supply a network-wide number selection mode, thus further improving convenience of user network access.

The invention relates to a process for producing high-viscosity chips by applying a solid-phase viscosifying technology, comprising the following steps of: obtaining extracted nylon 6 chips according to a conventional production process of spinning nylon 6 chips, and introducing into a drying tower; leading the chips to flow in the drying tower from top to bottom in a plunger-type mode and fully contact with nitrogen gas, wherein the hot nitrogen gas for drying is introduced into the drying tower from the bottom and the middle of the tower in a two-current mode; keeping the chips stay in the drying tower for about 24 hours; and delivering the dried chips to a chip cooling bin after the flow is controlled by a metering delivering valve, and delivering the chips to a finished product bin through a gas-flow conveying device after the chips are cooled to reach a qualified temperature under the circulation cooling of cold nitrogen gas flow.

The invention belongs to the field of biotechnology, and discloses a rapid staining method for biopolymers. The rapid staining method comprises the steps of: combination of stain and a to-be-stained biopolymer, separation of uncombined stain and a biopolymer combined with the stain, and imaging of the biopolymer combined with the stain. The rapid staining method enables the stain to rapidly combine with the biopolymer through utilizing different mobilities of the stain and the biopolymer in a medium applied with an electric field, and can rapidly separate the uncombined stain and the biopolymer combined with the stain, shorten the whole staining time, save the cost, is simple to operate as the staining, destaining and color development can be finished in one step, and can combine the separation step and the staining step of the biopolymer together.

The invention discloses a heating wire heating device and a construction method for winter concrete. The construction method comprises the following steps of: calculating and determining the total power of adopted heating wires according to physical parameters of concrete members, templates and a heat insulating material, and environmental temperature; determining a heating wire arrangement diagram according to a calculated result; determining a scheme for connecting a power line and the heating wires; pouring concrete, and laying plastic cloth isolating layers on the concrete members; arranging the heating wires on the plastic cloth isolating layers, and immediately covering heat insulating layers on the heating wires; and measuring temperature continuously for three days every 2 hours, and controlling the temperature of the concrete members to be between 10 and 20 DEG C by controlling the on/off of the heating wires. The power supply heating construction method is adopted, the temperature requirement due to strength increase of the winter concrete is met, the constraint of construction conditions and the difficulty of the conventional construction method are avoided, the construction is simple, the operation is convenient and the construction cost is saved. The invention is suitable for winter concrete construction.

The invention discloses a method for realizing switch port isolation. The method comprises the steps of: respectively designating several ports of a switch chip as safe ports and isolated ports; setting all the isolated ports of the switch chip as link aggregation ports; Turn off the traffic balancing mechanism of the link aggregation port to ensure that the Layer 2 forwarding is performed according to the normal mechanism. Correspondingly, the present invention also provides a switch and a switch chip for realizing port isolation. The invention not only achieves a good port isolation effect, but also enables the switch to have a greater choice in using the switching chip, and it can realize port isolation by using a low-end switching chip, thereby saving the investment required for purchasing a high-end switching chip and cost, thereby improving the practicability and stability of the product.

The invention discloses an automobile-mounted navigation system and a method, and relates to the technical field of automobile navigation. The automobile-mounted navigation system comprises an information input device, a GPS (Global Position System) module, a wireless communication module, an automobile-mounted controller and a display device, wherein the automobile-mounted controller determines a path strategy; the path strategy is that whether the length of a first shortest path exceeds a first distance threshold is judged; if so, the first shortest path, and N paths avoiding a traffic jam intersection with a shortest path between the intersection and a current position less than a second distance threshold, and avoiding a disaster weather site with a shortest path between the disaster weather site and a current position less than a third distance threshold are provided for a driver to select; and if not, navigation is performed according to a normal navigation mode. With the adoption of the design, traffic jam and weather situations of short distance and long distance travels can be considered discriminatively, and an optimal path can be determined.

The invention discloses a porous cobalt oxide nanowire, and a preparation method and application thereof. The tricobalt tetraoxide nanowire preparation method provided by the invention comprises the following steps: evenly mixing soluble inorganic cobalt salt, inorganic villiaumite, an alkali source and water, then performing hydrothermal reaction, collecting flocculent precipitate after the reaction is finished, and calcining to obtain the tricobalt tetraoxide nanowire. The surface fluorine-doped one-dimensional porous cobalt oxide nanowire provided by the invention has the advantages of novel and unique structure, wide raw material applicability, low cost and the like; and the method is simple, safe and easy to realize industrial production. The porous cobalt oxide nanowire can be widely used in gas-sensitive monitoring (inspection) of combustible, explosive and toxic carbon monoxide gas in the environment, and has wide application space.

The invention relates to a fluorescent wool-like elastic gabardine spinning yarn which is characterized in that the spinning yarn is formed by the steps of adopting 100D cationic polyester low stretch yarns and 32S R/triangular polyester to carry out air cladding to 40D urethane elastic fibers by a networking threading machine; in addition, the R/triangular polyester comprises the following raw materials according to weight ratio: 77 percent to 83 percent of viscose staple fibers and 17 percent to 23 percent of bright triangular polyester. The invention also discloses a fluorescent wool-like elastic gabardine fabric and a preparation method thereof. Compared with the prior art, the invention has the advantages of making full use of the respective features of filament yarns and the staple fibers so as to greatly improve the color light, the strength and the curly and fluffy feeling and the like of the yarn, thereby causing the obtained fabric to have a remarkably full and smooth style; by the coloring difference after post treatment and the dyeing contrast of the white color of bright polyester, the fabric has the light effect of peekaboo fluorescence.

The invention discloses a thermal-insulation photovoltaic tile. The thermal-insulation photovoltaic tile is characterized by being composed of a flexible thermal-insulation substrate and a flexible photovoltaic cell component which is bound on the flexible thermal-insulation substrate through an inflaming retardant polymer binder. The flexible thermal-insulation substrate is a nano silicon dioxide aerogel felt core material with two sides covered with flexible water-proof sheets. The flexible photovoltaic cell component comprises a flexible thin-film cell component, a film layer and a coating layer from the interior to the exterior successively. The flexible water-proof sheets are in layer structures, and each comprises a lower inflaming retardant polymer cement mortar layer, a high-tenacity glass fiber reinforced inflaming retardant non-woven fabric padding and an upper inflaming retardant polymer cement mortar layer from the bottom to the top successively, and the three layers of structures are integrally consolidated. According to the thermal-insulation photovoltaic tile, the flexible substrate which is water proof and impervious, fire proof and inflaming retardant, anti-crack and impact resistant, thermal insulating and light and thin is combined with the amorphous silicon flexible thin-film solar photovoltaic cell component to form the photovoltaic roof tile which can be fire proof and water proof and thermal insulation and can perform photovoltaic power generation.

The invention relates to a precise molding method of a biomimetic micro-channel system based on plant veins. According to the invention, leaf mesophyll parts are removed, such that a leaf vein structure is obtained; a metal film is sputtered on the surface of the leaf vein structure, such that a vein mask is obtained; with a mask light curing technology, the vein mask is transferred onto a photoresist adhered to the surface of a glass plate or a silicon wafer; development is carried out, and a photoresist vein structure is obtained; a metal film is sputtered on the surface of the photoresist vein structure; the material is placed in an organic solvent, such that a metal film mask layer is formed on non-vein areas; a vein channel silicon mold or resin mold is manufactured; and a silicone rubber mold with a vein channel structure negative shape is cloned; and the silicone rubber mold is adopted as a template, such that complicated biomimetic vein micro-channel structures can be precisely duplicated on various materials. With the method provided by the invention, defects such as easy deformation, easy damage, and unsuitability for situations with high temperatures of a method for directly utilizing natural plant veins as a mold are overcome, and a possibility is provided for manual modification of natural vein structural performance.

The invention provides a high-power thyristor turn-off characteristic test device based on the half-wave method. The device comprises a variable frequency high-voltage constant-current source G, a test master circuit unit, a heating circuit unit and a protective circuit unit. The variable frequency high-voltage constant-current source G, the test master circuit unit, the heating circuit unit and the protective circuit unit are parallelly connected to two ends of a test thyristor. The device is flexible in structure and simple for parameter adjustment (only the parameters such as inductance and voltage need to be adjusted), many test manners are provided, and the requirement for testing the turn-off characteristic of the high-power thyristor can be met.

The invention relates to a method for preparing a bulking agent of epoxy resin modified asphalt. Epoxy resin modified asphalt material is applicable to pavement of a high-grade road, pavement of steel bridge deck and the like. The method for preparing the bulking agent of the epoxy resin modified asphalt is characterized by comprising the following steps of: 1) selecting the following raw materials in parts by weight: 100 parts of fatty acid, 150-250 parts of epoxy resin, 3-4 parts of catalyst and 580-610 parts of organic solvent for spare use; and 2) dispersing the fatty acid and the epoxy resin into the organic solvent, and adding the catalyst, and heating for 3-5 hours at the temperature of 100-150 DEG C so as to obtain the bulking agent of the epoxy resin modified asphalt. The bulkingagent prepared by the method provided by the invention can cause mixing of asphalt and the epoxy resin to be more uniform.

The invention belongs to the technical field of microorganism bacterium agent fermentation, and particularly relates to a high-density solid fermentation method for agricultural bacillus. The fermentation method comprises the following steps that 1, sterilization treatment is performed on fermentation materials; 2, a fermentation device is sterilized; 3, the fermentation materials in the step 1 are put into the fermentation device in the step 2, and bacillus is inoculated into the fermentation materials; 4, aerated fermentation is performed on the fermentation materials; 5, the fermentation materials are dried. According to the method, the raw materials of a culture medium are simple, choosing range is wide, and the cost is low; the floor space is small, the requirement on equipment is low, special machines and tools are not needed, assembly is convenient, energy consumption is low, and therefore the production cost is much lower than that of liquid fermentation and only accounts for 30%-50% of that of liquid fermentation; compared with pile fermentation and traditional shallow tray fermentation, the fermentation method has the advantages that the requirements for temperature, humidity and ventilatory capacity in the bacillus growth process are taken into account, and the problems such as metabolic heat removal and mass transfer in the bacillus solid fermentation process are effectively solved.

The invention discloses a jitter-type care machine which comprises a box body for defining placement space of clothes, a drying device arranged at the bottom of the box body and used for feeding hot air to the box body, a jitter device arranged at the top of the box body and including a bracket, which is connected to the box body and is provided with hooks for hanging clothes. A driving apparatus, which drives the hooks to move reciprocatingly relative to the bracket, is connected to the hooks and includes a linking rod mechanism and a driving motor which converts circular movement of the linking rod mechanism into linear movement. The driving motor and the hook are arranged at two ends of the connecting rod mechanism. A spraying device is arranged in the box body and is used for moistening and softening clothes on the hook. A door body is arranged on one of side surfaces of the box body in the width direction. The jitter-type nursing machine has simple structure, good anti-wrinkling effect, high processing efficiency and small occupied area.

The invention discloses a fuzzy control based intelligent car seat heating control system and method and relates to the field of car seat heating. The intelligent car seat heating control system comprises a temperature sensor, data processing equipment, a fuzzy controller and a seat heating device, wherein the temperature sensor is used for detecting the temperature of a car seat surface, the data processing equipment is used for calculating temperature difference of the car seat surface and the change rate of the temperature difference which is obtained by subtracting the actually-measured temperature value of the seat surface from the preset temperature value of the seat surface, the fuzzy controller is used for fuzzifying the temperature difference and the change rate and defuzzifying the temperature difference and the change rate with fuzzy reasoning to obtain accurately controlled quantity, a control rule table is obtained by experimental statistics of comfortableness of the temperature of drivers and passengers, the seat heating device is used for heating the seat according to accurately-controlled quantity signals. Therefore, the temperature of the car seat surface can be accurately controlled to keep at a stable comfort temperature.

The invention relates to a thermosetting epoxy asphalt material and a preparation method thereof, which are mainly used in field of buildings. The thermosetting epoxy asphalt material is characterized by being prepared from the following raw materials in part by weight: 100 parts of asphalt, 20 to 40 parts of epoxy resin, 20 to 40 parts of vulcanizer, 20 to 40 parts of curing agent, 0.3 to 1.2 parts of curing accelerator and 20 to 60 parts of oleoylchloride thermosetting epoxy asphalt compatibilizer. In the thermosetting epoxy asphalt material prepared by the method, the asphalt and the epoxy resin are uniformly mixed.