35 results about "Material Description" patented technology

The present invention uniformly package and descript the drawing object model information, texture information, voice message relevant Shader code in Materials Description file before tuning in scene chart, and tuning in shown off object through Material Loader and Media Loader in scene chart data store organization, also according to Shader information sorting and to proceed static and dynamic optimization, then using optimized drawing status information loading to engine to proceed drawing, drawing engine consisting of drawing control and state control, both combined to complete one drawing object drawing process. The present invention makes effective management to Vertex Shader and Pixel Shader, fully utilizing state package and sorting function, simplifying interface calling.

The invention discloses a method and system for performing real-time interaction in instant messaging and a client. The method includes the following steps: a sender client captures a selected prop and determines a prop identifier; a sender prop material corresponding to material description information are requested from a material server, and the material description information includes the prop identifier, a sender image identifier and a receiver image identifier; the prop identifier is remotely notified to a receiver client; the sender client plays the sender prop material that is obtained; and the receiver client receives the prop identifier notified by the sender client, requests a receiver prop material corresponding to material description information from the material server, plays the receiver prop material that is obtained, and replaces a sender virtual image and a receiver virtual image in a local instant messaging window with cartoon images. The scheme of the method provided by the invention can realize real-time interaction of the vertical images in instant messaging.

The invention provides a printed matter on-line design service cloud platform and an on-line design method thereof. On one hand, mass standardized templates are aggregated, and analysis is conducted on the standardized templates to form adaptability condition parameters; on the other hand, the mode that a user selects a template and then fills the template with materials during printed matter layout on-line design is changed into the mode that the user provides the materials, material description information is generated according to the materials, the standardized templates with the adaptability condition parameters meeting the requirements are screened out through template retrieval operation with the material description information as the condition, the matching degree sequence is generated, and the standard templates are recommended to the user according to the sequence. By means of the printed matter on-line design service cloud platform and the on-line design method, the templates satisfying the requirements and materials of the user are pushed to the user from mass-grade standardized template resources of a template library, time consumed when the user browses a large amount of template resources is saved, and difficulty caused to the printed matter layout design when the matching degree of the selected templates and the materials is not high is avoided.

The invention discloses a non-uniform geometrical variational nodal method aiming at a reactor neutron diffusion equation. The method comprises the following steps: 1, establishing a functional containing a neutron conservation relationship inside the nodal block and flow continuity conditions on the nodal surface; 2, performing nodal discrete disposal by utilizing a finite element shape function in the x-y direction and a chip constant polynomial, and realizing non-uniform nodal geometrical and material description functions; 3, deducing to obtain a response matrix equation; and 4, solving the response matrix equation by utilizing a red-black scanning manner, and finally obtaining the neutron-flux density distribution in the whole non-uniform solving area. According to the method disclosed by the invention, the non-uniform lattice-cell structure of a nuclear reactor can be finely described; and according to the method, the nodal internal fine geometrical structure is processed based on the variational nodal method by adopting an isoparametric finite element, and then the non-uniform geometrical neutron diffusion equation is solved.

Description is made of an open cell polystyrene resin foam having a content of organic volatile matters of less than 100 ppm. The open cell foam is suitable as a core material for a sound insulating material or a vacuum heat insulating material. The open cell foam can be produced by melt-kneading a polystyrene resin having a content of organic volatile matters of 100 ppm or higher together with water in an extruder, sucking out the organic volatile matters as an azeotrope with water through a vent, injecting a blowing agent and kneading the injected mixture, and extruding the mixture into a lower pressure area to cause the resin to foam.

The invention discloses a real-time infrared simulation method based on a thermal model. The method comprises the steps that an infrared material library is modeled, wherein a material temperature and an output level value of an infrared imaging system are measured, atmospheric radiation inversion and imaging effect inversion are carried out, and a corresponding relation between intrinsic radiance and the output level value of the infrared imaging system is established; a cooling function of a material is established, so that an infrared material description model of the material can be established; the infrared material library is established through testing and analysis of a series of materials; a storage format of an infrared thermal model is defined, wherein infrared characteristic parameters are stored in a geometric model through expansion of a storage format of the geometric model; and infrared effects are rendered, wherein the infrared characteristic parameters are read in synchronously during reading of the geometric model, thermal transmission effects, natural cooling courses and atmospheric transmission effects are simulated, and color control of the geometric model is achieved by fragment shader programming of GPU, so that verisimilar infrared simulation effects could be achieved finally.

The invention provides a video production method and device based on video script semantic recognition, and the method comprises the steps: obtaining a video production script given by a user, the video production script carrying a plurality of video production statements, and each video production statement comprising a material type recognition label and a material attribute label, wherein the material attribute label comprises a material description and/or a material display form; and determining a material library for material selection according to the material type identification tag, determining materials and/or determining an operation mode of the materials according to the material attribute tag in the material library, and generating videos from the materials according to a sequence of video production statements in the video production script. Through the method or the device, massive video materials can be intelligently analyzed, and the short video is automatically generated by combining the semantic comprehension video script.

The invention provides a bill of materials generation method and electronic equipment, and the method comprises the steps: obtaining a part list which comprises at least one part type, and enabling each part type to correspond to the first description information of at least one part; obtaining second description information, matched with the first description information of the part correspondingto the part type, in the part list from a material description database, and determining the first description information and the second description information as part information of the part; based on the component information of the components, acquiring matching component information of the components in a material rule database, wherein the matching component information comprises matchingrules of the matching components and the components and description information of the matching components; and generating the bill of materials based on the component information of the components and the matching component information. According to the bill of materials generating method, automatic generation of the bill of materials is achieved, and generation integrity of the bill of materialsis guaranteed.

The invention discloses an automatic CKD (completely knock down)/SKD (semi knock down) inventory generation method which is based on a database of production materials. The database comprises corresponding relations between various materials and material parameters. The method comprises the following steps of A, making a production order; B, setting a work order according to the production order, wherein the work order comprises at least one batch of material inventories; C, leading out all the material inventories comprised in the work order; D, acquiring and preprocessing production data, namely performing sequencing, counting and material description translation on the material inventories; E, determining the types of the material inventories and printing the material inventories. According to the automatic CKD/SKD inventory generation method disclosed by the invention, original data are recorded into a standard database; due to computer programming application, the relevant data are respectively called; a label printer is driven to generate different labels or all versions of inventories through sequencing, counting and material description translation according to conditions as well as according to requirements on different items, and the printing operation can be finished by one click; therefore, the phenomenon of customer complaints caused by low efficiency and mis-operation of manual modification is avoided.

Method for manufacturing of optoelectronic devices based on thin-film, intermediate band materials, characterized in that it comprises, at least, the following steps:

a first stage wherein a substrate (1) is coated with a metal layer acting as electrode (2);

a second stage, whereby atop the metal layer (2) a p-type semiconductor (3) is deposited; and

a third stage, whereby the intermediate band material is processed;

and wherein such an intermediate band material comprises nanoscopic structures (4) of multinary material of the type (Cu,Ag)(Al,Ga,In)(S,Se,Te)₂ embedded in a matrix (5) of a similar composition, except for the absence of, at least, one cationic species present in the nanostructure.

The invention discloses a neck, shoulder and waist personal protecting tool for oilfield well repairing workers. The tool comprises a support plate, wherein a neck protecting plate is arranged at the center of the upper end of the support plate; a shoulder protecting plate is welded at the upper end of one side of the support plate; two sliding tracks are arranged at the other side of the support plate; and a sliding connection plate is in sliding connection on the sliding tracks. Necks of the workers can be protected through the neck protecting plate; waists of the workers can be protected through a waist protecting belt; the waists of the workers can be heated through heating wires; and magnetic therapy is carried out on the waists of the workers through electromagnetic release plates so as to promote the blood circulation of the waists. The neck, shoulder and waist personal protecting tool for the oilfield well repairing workers has the characteristics of being safe, portable, comfortable, convenient and the like, and is capable of effectively protecting the necks, shoulders and waists of the workers during the well repairing operation; the characteristics of being portable and comfortable are not realized through simple material descriptions but realized through simple structure and wearing convenience; and aiming at the problem that heating is not needed in summer, the tool is provided with a switch for controlling electromagnetic release, and heating can be controlled as needed.

The invention relates to a transformer substation equipment material summary sheet making method based on three-dimensional design software, which comprises the following steps: 1) constructing a material data collecting material data, defining the meaning of each piece of information, and importing and updating the data; 2) defining key fields of the engineering equipment data adding key fields for defining corresponding equipment in the engineering equipment database in the power transformation three-dimensional design software in the material database; step 3) searching material data; step 4) making an equipment material summary sheet: after the equipment in the engineering equipment library is used in engineering, recording relevant information of the equipment by the platform, finally exporting the equipment material summary sheet, and displaying the material code, the solidification ID and the complete material description of the equipment by the material sheet according to a result of searching the material data. The method has the beneficial effects that the advantages of three-dimensional design software are fully utilized, the automation degree is high, errors and omissions possibly caused by manual judgment in a conventional design mode are avoided, and the design efficiency and the design quality are effectively improved.

The present invention discloses a computer-implemented systerm for identifying potential squeak concerns between a pair of vehicle components. The computer implemented system comprises at least one computer, which is used for receiving CAD data, identifying a plurality of vehicle component pairs within a predetermined tolerance of each other, assigning a material description and material compatibility value to each of the pairs in each of the number of vehicle component pairs, and outputting the material compatibility values for each of the vehicle component pairs for use in identifying squeak concerns. Therefore, the system disclosed by the invention can at a minimum provide for less or no noise in the final product and, accordingly, reduce the customer dissatisfaction associated with vehicle use due to these persistent noises generated by their vehicle.

The invention discloses a target material matching method, device and apparatus and a readable storage medium, and the method comprises: obtaining the text data of a target material, and determining the material main body information and target attribute description information according to the text data; calculating a weight value corresponding to the target material according to the target attribute description information; constructing a query statement according to the material main body information and the weight value; and according to the query statement, retrieving the material data toobtain target material data corresponding to the target material. By implementing the nvention, the matching difference caused by non-uniform target material description is avoided, the matching requirements of users on different target materials are met, and the matching accuracy of the target materials is improved.

The invention discloses a method and a device for generating an audio-video program list and a program package. The method comprises the following steps: a video server receives a digital broadcast material from a coding channel, generates corresponding broadcast material description information according to the broadcast material and stores the broadcast material description information; and when editing a program list and/or a program package, the video server acquires corresponding broadcast material description information according to broadcast content included in a to-be-edited program list and/or program package and generates a program list and/or a program package according to the acquired broadcast material description information. The accuracy of program list and/or program package generation is increased, and waste of resources caused by repeated work is reduced.