92results about How to "Lower production threshold" patented technology

The invention relates to a visual augmented reality scene making system and method. The method comprises the steps of importing marking graphs and determining identified objects; importing virtual content; integrating the marking graphs and the virtual content to establish preliminary augmented reality scenes; designing the preliminary augmented reality scenes to form augmented reality scenes and storing the augmented reality scenes into a cloud server; packing a plurality of augmented reality scenes to an APP template, setting basic attributes and events of the APP template, automatically compiling an augmented reality scene APP and publishing the APP in an intelligent device; collecting marking graphs by using a camera of the intelligent device, allowing the augmented reality scene APP to access the cloud server to read augmented reality scenes, comparing the marking graphs and the marking graphs in the read augmented reality scenes, and rendering the augmented reality scenes in a screen of the intelligent device after the comparison succeeds. The system and the method can make augmented reality scenes rapidly, lower the making threshold, increase the making efficiency and reduce the development cost.

The embodiment of the invention provides a video processing method, electronic equipment and a storage medium. Based on a plurality of target videos captured by electronic equipment on which at leasttwo cameras having different minimum focal lengths are mounted, the video frames of the background area in the plurality of target videos is zoomed according to a target zooming parameter and the zoomed video frames are fused with the video frames of the main body area in the target videos; therefore, the video with the sliding zoom effect is obtained, a user can make the sliding zoom video without configuring professional equipment and carrying out editing processing, and the making threshold of the sliding zoom video is reduced.

The invention discloses a mobile terminal based micro course producing, playing method and device, and a social network learning platform. The micro course producing method includes: acquiring a picture resource and voice data of a mobile terminal; and using the acquired picture resource and the acquired voice data as a material, adding a text into the picture resource to generate a new picture content, and performing synchronous synthesis on the new picture content and the voice data through a time axis to form a micro course resource file. The micro course producing method can effectively lower the courseware making threshold, can save storage space, and can improve the interest of courseware.

The invention relates to a forge welding method for manufacturing a wind power main shaft, wherein the wind power main shaft is manufactured by using the following processes in turn: forge welding structure design, parts forge and press, mechanical processing, deep penetration welding, quality detection, heat treatment and finished product detection, wherein the process of forge welding structure design is for confirming the split structure of the wind power main shaft; the process of parts forge and press is for forging the split structured parts; the process of mechanical processing is for milling a to-be-welded surface; the process of deep penetration welding is for performing the deep penetration welding by using high-energy electronic beams; the process of quality detection is for detecting the melted depth and quality of welding gaps; the process of heat treatment is for eliminating the stress after welding; and the process of finished product detection is for detecting the whole property of a blank. By using the wind power main shaft which is manufactured by using the forge welding method, the phenomenon of increasing the demand on the tonnage of forged and pressed equipment caused by the increasing of the weight of the wind power main shaft can be avoided. By utilizing the heat treatment for eliminating the stress after welding, the wind power main shaft can bear the repeated loading impact under poor working conditions, is suitable for bearing the violent-typhoon huge impact load in the coastal or offshore area, and is beneficial to increasing the running stability and safety of a wind turbine.

The invention discloses a test script processing method and apparatus. The method comprises the steps of providing at least one graph for a tester to select, wherein each graph represents testing of a predetermined function; obtaining one or more graphs selected from the at least one graph by the tester; and converting the one or more graphs into test scripts. According to the method and the apparatus, the technical problem of a relatively single form of a test script during a generation and processing process in the prior art is solved.

The invention discloses a virtual simulation experiment making system based on a Unity platform. The virtual simulation experiment making system comprises a scene initialization module 1, a model import module 2, an animation editing module 3, a UI editing module 4, a camera module 5, and an experiment step module 6. According to the virtual simulation experiment making system, the manufacturing threshold of the virtual experiment can be greatly reduced, students and teachers in colleges and universities can make the virtual experiment which can be used for practical teaching after a period ofuse and familiarity, and the cost of the colleges and universities for constructing the virtual experiment is reduced.

The invention discloses a method for making a dynamic digital child publication by virtue of computer software. The method is characterized by comprising the following steps: creating an efficiency-improvement electronic book making project; adding a page in an electronic book; importing resource materials involved in the book page into the project; editing parameters of the materials such as dimensions, proportions, positions, rotating angles and transparency by virtue of a visual making tool; adding various complicated animation functions to the materials by virtue of the visual making tool, or/and adding a complicated interaction function to the materials; adding other multimedia contents such as pictures, sounds and characters into the page by virtue of the visual making tool; creating a new page, and repeating the third to six steps; outputting the electronic book, wherein the electronic book can be identified and read by a PC (Personal Computer), a mobile client and other clients. The method has the advantages of convenience, high efficiency and low cost.

The invention provides a thermal transistor based on liquid metal phase change, which comprises a packaging structure, a plurality of cavities are arranged in the packaging structure, liquid metal isarranged in each cavity, and a first contact electrode and a second contact electrode are respectively arranged at two ends of each cavity; the first contact electrode is in contact with the liquid metal; and a temperature control device is arranged outside the packaging structure and is used for controlling the temperature of the liquid metal, so that the liquid metal is separated from or in contact with the second contact electrode during solid-liquid phase change. The low-melting-point liquid metal phase change material has the electrical conductivity of a metal medium and the fluidity of fluid, the density and the electrical conductivity of the low-melting-point liquid metal phase change material change along with the temperature, and the low-melting-point liquid metal phase change material can serve as a circuit switch similar to a semiconductor transistor. By combining a liquid metal direct-writing type printing technology, the thermal transistor electronic circuit is directly printed on any substrate material, the circuit manufacturing efficiency is improved, and the production efficiency and the flexibility of the integrated circuit are improved.

The invention relates to a method for preparing high purity oxygen. The method has the characteristics of high purity oxygen product yield, low investment, and lower cost. The technical scheme of the invention is as follows: the method for preparing high purity oxygen by an oxygen-nitrogen liquefying apparatus, comprises following operation processes of: a, introducing nitrogen gas output by the oxygen-nitrogen liquefying apparatus to an absorption cavity of a first rectifying tower evaporator for absorbing cold and transforming the nitrogen gas into liquid nitrogen, and then conveying the liquid nitrogen back to the oxygen-nitrogen liquefying apparatus; b, conveying the liquid nitrogen output by the oxygen-nitrogen liquefying apparatus to a second rectifying tower condenser for releasing cold and transforming the liquid nitrogen into nitrogen gas, and then conveying the nitrogen gas back to the oxygen-nitrogen liquefying apparatus; and c, conveying the liquid oxygen output by the oxygen-nitrogen liquefying apparatus to the first rectifying tower for releasing cold, discharging the components having evaporating temperature higher than oxygen in a liquid form, conveying other vaporizing gases to an absorption cavity of the second rectifying tower condenser for absorbing cold, discharging the components having evaporating temperature lower than oxygen to atmosphere in a gaseous form, conveying other components to the second rectifying tower for further rectifying, and outputting the obtained liquid high purity oxygen product.

The invention relates to a method for producing pure argon. The aim of the invention comprises that the method has the characteristics of less investment and high yield of pure argon product. The invention adopts the technical scheme that the method for producing the pure argon from the waste argon comprises the following operations: a, compressed waste argon is converged, reheated and refluxed and then is divided into two paths by virtue of pressurizing and cooling, wherein one path pushes a rotor of an expansion machine to do work and then continuously circulate; after the other path releases heat, one waste argon stream is pumped out and is introduced into a first rectifying tower evaporator to be converted into waste liquid argon, and another waste argon stream is converted into the waste liquid argon and then is fed into a first rectifying tower to be rectified; b, the waste liquid argon output by the first rectifying tower is divided into two paths, and the two paths are respectively fed into a second rectifying tower and a main heat exchanger to release cold capacity and continuously circulate; and c, the waste liquid argon fed into the first rectifying tower releases the cold capacity, wherein partial gas is discharged in liquid state, the rest gas is fed into the second rectifying tower to absorb the cold capacity; and partial gas is discharged in a gas state, and residual gas absorbs the cold capacity and then is output as a liquid pure argon product.

The invention discloses a method for quickly generating a short video, which comprises the following steps of: 1, video uploading: finding a valuable short video and uploading the valuable short video to a short video quick generation system; 2, video segmentation and recognition: performing scene segmentation and content recognition on the short video by the short video quick generation system; 3, material uploading: a short video quick generation system automatically collects or uploads various available materials to form a video material center; and 4, video material recommendation: the short video quick generation system performs own video recommendation in each independent scene region of the valuable short video, recommends contents in a video material center, suggests a producer to directly replace the contents, and directly generates the short video after the producer accepts the contents. The short video production only comprises the steps of recognition and segmentation, material uploading, material recommendation and material replacement, the production process is simple, and the production threshold and the production cost are reduced.

The invention relates to highly-dispersed quantum dot injection molding plastic grains and a preparation method thereof. The plastic grains for injection molding, prepared by the preparation method, adopt a high-molecular polymer as a substrate and are solidified and formed by uniformly dispersing and compounding quantum dots in a certain proportion and concentration; the plastic grains with the uniformly-dispersed quantum dots can be used for injection molding into various forms of quantum dot light conversion devices. The highly-dispersed quantum dot injection molding plastic grains comprisethe high polymer substrate, the quantum dots uniformly dispersed in the high polymer substrate and a dispersing agent. The preparation method of the highly-dispersed quantum dot injection molding plastic grains comprises the following steps: step 1, quantum dot surface modification: performing high-temperature treatment on the quantum dots; step 2, compound blending: fully mixing the quantum dotsafter surface modification and the dispersing agent and then adding in a high polymer monomer for pre-polymerization; step 3, extrusion molding: extruding and cutting a pre-polymerized material intothe highly-dispersed quantum dot injection molding plastic grains.

The invention discloses an entity normalization processing method, device and equipment and a storage medium, and relates to an entity normalization processing technology. According to the specific implementation scheme, the method comprises the steps of receiving rule parameters related to an entity normalization strategy input by a user; generating a program code corresponding to the entity normalization strategy according to the rule parameter and a preset code generation rule; and running a program code corresponding to the entity normalization strategy, and performing normalization judgment on entities in a preset entity data set so as to cluster the same entities. The user only needs to input rule parameters related to an entity normalization strategy; program codes corresponding toentity normalization strategies can be automatically generated according to rule parameters and preset code generation rules. User programming is not needed, the manpower development cost and the learning cost are reduced, the threshold of data production is reduced, the entity normalization strategy is convenient to modify, the entity normalization processing efficiency is improved, and the method can be applied to entity normalization processing of data in any field.

The embodiment of the invention provides an expression image generation method and device. An interface of image editing software is displayed through a graphical user interface of a preset terminal,an expression preview area and a material selection area can be included in the interface, and the terminal can display an expression template by responding to expression selection operation acting onthe material selection area. The expression template can comprise at least one expression material, then responds to an image selection operation acting on a material selection area, displays the image, and displays the expression material on the image, so that a user can adjust the expression material to enable the terminal to generate a corresponding expression image based on the adjusted expression material and image. Therefore, on the one hand, the current state of the expression can be previewed in real time when the user makes the expression through the preview area; and on the other hand, different requirements of the user are met through the rich expression templates, the expression image making threshold is reduced, and the expression image making efficiency is improved.

The invention relates to a method for preparing high-purity oxygen and aims at provides a method which has the advantages of high yield, low investment, and lower cost. According to the technical scheme of the invention, the method for utilizing the oxygen-nitrogen liquefaction device to prepare high-purity oxygen comprises the following steps: a, a first rectifying tower evaporator, a first rectifying tower, a main condensate evaporator, a second rectifying tower, and a second rectifying tower condenser are sequentially and fixedly arranged from bottom to top, and then simultaneously carry out subsequent process; b, the nitrogen output by the oxygen-nitrogen liquefaction device absorbs cold energy so as to be converted into liquid nitrogen, the generated liquid nitrogen and the liquid nitrogen output by the oxygen-nitrogen liquefaction device are combined and release cold energy, and the cold energy is converted into a gaseous form so as to be returned the oxygen-nitrogen liquefaction device; and c, the liquid nitrogen output by the oxygen-nitrogen liquefaction device release cold energy, part of components are discharged, the other gas is divided into two paths: first-path gas absorbs cold energy, part of components of the first-path enter into the atmosphere for discharge, and the other components of the first-path is further rectified; and second-path gas absorbs cold energy part of components of the second-path gas enter into the atmosphere for discharge, and the other components of the second-path gas release cold energy, thus the products are obtained.

The invention provides a service page generation method and device.The service page generation method is applied to an editor page and comprises the steps that an embedded frame corresponding to the editor page is created, and an initial preview page is loaded in the embedded frame; receiving a page editing instruction for the initial preview page, and obtaining page editing information carried in the page editing instruction; processing the editor page based on the page editing information to obtain target page data; based on the target page data, rendering the initial preview page into a target preview page; and under the condition that a page generation instruction is received, sending the target page data to a page generation object, so that the page generation object generates a target business page based on the target page data.

The invention discloses a preparation process of foaming-free high-strength foam concrete and belongs to the technical field of foam concrete preparation. The preparation process includes raw materialselection, proportion setting, primary stirring, secondary stirring and pouring forming. Phase-change self-melt particles comprise water-soluble shells, the water-soluble shells comprise water-soluble polyurethane materials, and the water-soluble polyurethane materials can release carbon dioxide when meeting water to form secondary microbubbles. Compared with a process in the prior art, the preparation process has the advantages that 30-40% of working procedures are reduced while equipment use is reduced greatly, the complex foaming machine foaming process in the prior art is replaced by self-foaming particles, a foaming machine is not needed, the preparation threshold of the foam concrete is lowered greatly, the porosity of the foam concrete is lowered by more than 50%, and the foam concrete has the advantages of traditional foam concrete while the thermal insulation performance of the foam concrete is increased.

The invention discloses a photonic crystal sensing material, a preparation method and application thereof. The preparation method comprises: (1) in the presence of an inert gas, contacting a formula I compound, a formula II compound, water and an initiator, and carrying out soap-free emulsion polymerization reaction to obtain polymer microspheres; (2) subjecting the polymer microspheres, H2O2 and HRP to contact reaction so as to obtain PMD microspheres; and (3) dispersing the suspension of the PMD microspheres and performing standing piling, thus obtaining the photonic crystal sensing material. The photonic crystal sensing material provided by the invention has a simple preparation process, and has the advantages of convenient detection operation, rapid response, high sensitivity and wide detection range when used for detection. Specifically, R is a group containing alkylene, alkyne, alkenamide or alkene ester group.

The invention discloses a lateral field FBAR structure and a thin film transfer manufacturing method thereof. The structure comprises a substrate, a bonding layer, a piezoelectric layer and an electrode. Specifically, an electrode layer and a piezoelectric layer are sequentially grown on one silicon substrate, the bonding layer is grown on the piezoelectric layer, cavity etching is performed on the other silicon substrate, the bonding layer is grown, wafers are filled with sacrificial layers, planarization processing is performed, the two wafers are aligned and bonded, silicon with the grown electrode layer is removed, the electrode is patterned, and finally the sacrificial layers are released. According to the lateral field FBAR structure and the manufacturing method thereof, thin film transfer is realized through bonding so that the piezoelectric layer and the electrode layer are grown on the silicon substrate, the problem that the quality of a traditional thin film growing on an incomplete plane after chemical mechanical polishing is reduced is solved, on the other hand, the bonding yield can be improved relative to bonding with a cavity through solid bonding, and the FBAR can be manufactured and applied to sensors and filters and has good performance in specific application.