89 results about "Material Name" patented technology

The invention discloses a material data modeling processing method. The method includes: designating meta-material types of material and specifying inherent metadata items of the material; specifying extended metadata items of the material, and defining features of the extended metadata items; defining material type contents, and building a material type model according to the meta-material types, the extended metadata items of the material, spatial features of the material and business rules of the material type; generating a data type model according to structure features of a solid file of the material; correlating the material type model to the data type model by matching names of data types and material names of the material types, building an initial material data model, and storing the model in a database. The inherent metadata items and the extended metadata items are used as field sources for material type modeling. According to the method, the material types and the corresponding data types are classified and modeled by modeling, and data processing is more reasonable, more direct, faster and clearer.

The invention discloses a character string similarity calculation method and device as well as a material classification method and device. The similarity calculation method includes: calculating the initial similarity between the character string X and the character string di; obtaining the character string X and the character string di; The longest common prefix and the longest common suffix between di; determine the weight of the longest common prefix and the weight of the longest common suffix; and calculate the similarity between the string X and the string di. Through the above technical scheme, aiming at the characteristics of Chinese material names, the present invention provides a method for calculating the similarity of Chinese character strings oriented to material classification (that is, the dynamic weight method (DynamicWeight)), which can dynamically estimate the material name characters The weight of the prefix and suffix of the string makes the material names of the same category have a higher similarity, which improves the accuracy of automatic material classification.

Method for the manufacture of an optical article comprising the following steps:—providing a substrate having two main faces and bearing —OH functions on at least one of its faces,—successively exposing in this order one face of the substrate bearing —OH functions to at least 3 distinct materials named M1, M2, M3 and optionally material M4 in a vacuum chamber under conditions resulting in the deposit of those materials on the surface of the substrate, and wherein:—M1 is a substituted silane comprising at least one function X1 directly bonded to a Si atom of the substituted silane, wherein the Si—X1 group is capable of forming a covalent bond with a OH group of the substrate, X1 being preferably a hydrolysable group (such a —NH2 group) or a —OH group directly bonded to the silicon atom and comprising at least one fluorine containing group,—M2 is a substituted silane of number average molecular weight inferior or equal to 900 g / mol comprising at least one function X2 directly bonded to a silicon atom of said substituted silane wherein the Si—X2 group is capable of forming a covalent bond with a —OH group of the substrate and / or a covalent bond with M1, X2 being preferably a hydrolysable group (such a —NH2 group) or a OH group and at least one hydrophobic or oleophobic group, or at least one hydrophilic group,—Wherein M1 has a weight average molecular weight higher than M2 and the difference between M1 and M2 weight average molecular weights is equal to or higher than 600 g / mol, preferably equal to or higher than 900 g / mol.—M3 is a metal fluoride,—Optional M4 is a non fluorinated metal oxide or metal hydroxide.

The invention discloses a cooking command recommending method of an intelligent electric rice cooker. The intelligent electric rice cooker includes a plurality of storage bins. The cooking command recommending method includes the following steps: acquiring the food material information in the storage bins, wherein the foot material information includes the food material names; finding cooking commands containing the food material names in the stored cooking commands; and acquiring the cooking commands containing the food material names, and sending the cooking commands containing the food material names to a user terminal. The cooking command recommending method of the intelligent electric rice cooker has the advantages of intelligently searching the matched cooking commands correspondingto the foot material names from the food materials stored in the storage bins according to the food materials stored in the storage bins, and recommending the selectable cooking commands to the user terminal, thus being convenient to enable the user to know the food material situation in the storage bins, and reasonably selecting the cooking commands according to the food material situation.

The present invention relates to a system, method, and apparatus that include a novel way of automatically assigning materials to 3D CAD models. A predefined material template specifies that a particular part or material name is assigned to a particular material such that all instances of the particular part name are assigned or modified automatically by the material template. By having a consistent naming convention for the parts in the CAD file, this material assignment can be performed automatically when the CAD file is imported or viewed.

This invention provides to a kind of parameter type shelf product design method, includes the following steps: builds material price system table in the system; builds standard drawing gallery, included the drawing information of each material, distributes to different material drawing number, builds material attribute manage bank, included material drawing number, material name, stock next process flow direction, material price and process cost, the said material attribute has variable parameter; builds variable module in the system: sets the parameter according to the product's character and the design request, takes the material in the said material attribute manage bank, describes the size, amount, color and other information of the material requested; gets the variable module, inputs the variable parameter's define value, finishes the design of the product, and build the shelf product drawing, the produce task list, the cost list and the stock list. The method can leave out a lot of simple repeated jobs, it is fast, correct, convenience and utility.

The invention discloses a storing and tracing method for the plantation management information of TCM (Traditional Chinese Medicine) decoction pieces. The method comprises the steps of obtaining the plantation management information of the TCM decoction pieces; storing the plantation management information of the TCM decoction pieces through RFID (Radio Frequency Identification Devices) radio frequency tags, wherein the radio frequency tags comprise the following fields: the identification field of medicinal material planting factories, the identification field of medicinal materials, the identification field of medicinal material planting fields, the identification field of medicinal material planting dates and the identification field of medicinal material names; scanning the RFID radio frequency tags by a mobile terminal, and reading the plantation management information. According to the storing and tracing method for the plantation management information of the decoction pieces provided by the invention, on the basis of an EPC (Electronic Product Code) coding standard specification stipulated by GS1, RFID (Radio Frequency Identification Devices) is applied to a TCM decoction pieces plantation process in a pioneering way, so that the method is better in innovation.

A design supporting system includes a unit that acquires, from a component design supporting program which is executed in a client terminal, component design information including volume information indicative of a volume of a designed component, a unit that generates list information that is indicative of a list of names of usable materials for the component classification corresponding to the designed component, and sends the list information to the client terminal, an acquisition unit that acquires, from the material database, controlled substance information corresponding to the material name that is selected from the list information by the client terminal, a unit that calculates a content of the controlled substance that is included in the designed component when the material of the selected material name is applied to the designed component, and a unit that outputs the calculated content of the controlled substance as evaluation information of the designed component.

The invention discloses an archaized brick and belongs to the technical field of ceramic bricks. A blank of the archaized brick is prepared from 21% by weight of bauxite, 7% by weight of magnesian soil, 6% by weight of bentonite, 11% by weight of a material named as a Chinese character 'Tingqiansha' by the inventor, 18% by weight of a material named as a Chinese character 'Tailisha' by the inventor, 12% by weight of a material named as a Chinese character 'Ruichangtu' by the inventor, 15% by weight of mica and 10% by weight of a material named as a Chinese character 'Hushatou' by the inventor. According to firing temperature of the archaized brick, surface temperature is 860-1015 DEG C and bottom temperature is 960-1010 DEG C in a front temperature zone, surface temperature is 1035-1128 DEG C and bottom temperature is 1025-1120 DEG C in a middle temperature zone, and surface temperature is 1125-1200 DEG C and bottom temperature is 1130-1205 DEG C in a high-temperature zone. By adjusting blank components and ratios of the archaized brick, archaized bricks with different specifications can be fired in a same kiln, thus avoiding building of a plurality of kilns and reducing investment. The archaized brick is advantaged by good color and lustre, high hardness, low water absorption, high wear resistance, and the like. Firing quality of the archaized brick is greatly improved.

A design supporting system includes a unit that acquires, from a component design supporting program which is executed in a client terminal, component design information including volume information indicative of a volume of a designed component, a unit that generates list information that is indicative of a list of names of usable materials for the component classification corresponding to the designed component, and sends the list information to the client terminal, an acquisition unit that acquires, from the material database, controlled substance information corresponding to the material name that is selected from the list information by the client terminal, a unit that calculates a content of the controlled substance that is included in the designed component when the material of the selected material name is applied to the designed component, and a unit that outputs the calculated content of the controlled substance as evaluation information of the designed component.

The invention relates to a method for preparing the light-sensitive fluorine-containing polyarylether materials, which belongs to the field of polymer material and its preparation. The material names pentafluorostyrene terminated fluorine-containing polyarylether. The preparation process comprises: using the bisphenol monomers such as 3F-PH or (and) 6F-PH to finish the bisphenol salt process, then reacting with pentafluorostyrene in 10-25 min to finish the two steps condensation synthetic process, adding decafluorobiphenyl to react to 10-25 min, then getting through cooling filtration, boiling filtration and drying to get a linear polymer or random copolymer, thermal or ultraviolet crosslinking to get a thermosetting material in the crosslinking process. The degree of crosslinking of the said line polyarylether terminated using pentafluorostyrene is controlled by polymeric feed weight ratio and the exposure time. The product in the invention has the characteristic of high heat stability, low optical loss and low dielectric constant.

The invention provides an optimization method for an automobile body material. The optimization method for the automobile body material comprises the steps of obtaining material performance evaluation index and part performance evaluation index, and pre-defining a rank division range of the material performance evaluation index and the part performance evaluation index; establishing an initial information sheet of to-be-optimized parts according to design parameters and a material list of the to-be-optimized parts, wherein the initial information sheet comprises part names and material names; obtaining a grading result corresponding to the material performance evaluation index and the part performance evaluation index according to the part names and the material names in the initial information sheet; and comparing the material performance evaluation index and the part performance evaluation index according to an optimization target under the premise of not influencing design performance of the parts so as to obtain an optimization scheme with better material performance evaluation index and the part performance evaluation index. The invention also provides a selection and evaluation apparatus for the automobile body material, wherein the selection and evaluation apparatus comprises a pre-defining module, an initial information establishing module, a rank grading module and a screening module.