38 results about "Theoretic model" patented technology

The invention discloses a process for characterizing the elastoplasticity of a metal material by introducing an extra residual area through an indentation method, belonging to the field of researches on the mechanical properties of a material. Experiment devices required by the method mainly comprise an indentor, and an atomic force microscope or a three-dimensional optical imaging system. The method mainly comprises the following steps: indenting a material to be tested through the indentor to obtain an indention load displacement curve, extracting relevant parameters from the indention load displacement curve, substituting the extracted parameters to an established model, and calculating to obtain the elastoplasticity of the material. The method mainly has the following advantages: different materials having similar indention curves can be successfully separated, and the obtained solution is only; and the solution obtained through back-stepping has a high precision. So the only high-precision elastoplasticity of the indented material can be obtained through back-stepping by utilizing the theoretic model in the invention.

A technique for teaching expository writing using a system that provides an objective reader centric microanalysis of the information a writer has conveyed to a virtual reader. The technique uses a theory of discourse analysis such as the Linguistic Discourse Model. Using the technique, a text is segmented into discrete units of meaning of the selected theoretic model. Student analysis and understanding are facilitated by the assignment of types to the discrete units of meaning and by linking the discrete units of meaning into a discourse tree under the constraints imposed by the selected theory. A virtual, or objective, reader centric summary of the information actually conveyed by the text is then compared to the writer designated important concepts and the results conveyed as feedback to the writer.

The invention discloses a supercharger impeller blade machining method based on on-machine measuring. The supercharger impeller blade machining method includes: step a, calibrating a triggering-type measuring head; step b, according to a blade three-dimensional theoretic model, setting m measuring workstation coordinate systems, and planning a measuring path; step c, generating a measuring program according to the measuring path, and installing the measuring program in a numerical control system; step d, subjecting blades to rough machining, and mounting the triggering-type measuring head on a spindle of a numerical control machine tool; step e, running the measuring program, driving the triggering-type measuring head to move, and storing measuring point coordinate values; step f, transmitting the measuring point coordinate values of the blades to a computer, performing multi-workstation data aligning on the measuring point coordinate values by the computer, performing comparative calculation with the blade three-dimensional theoretic model to acquire blade machining deformation quantity and deformation rule; step g, calculating blade finish machining reverse compensation allowance, and performing blade finish machining according to the reverse compensation allowance. By the supercharger impeller blade machining method, thermal treatment process is omitted, and the problems of demounting, repairing and repositioning for off-line measuring are solved.

The present invention relates to queue-theoretic models for integration of automated call routing systems with human operators. Organizations are increasingly turning to spoken dialog systems for automated call routing to reduce call center costs. To maintain quality service even in cases of failure, these systems often resort to ad-hoc rules for dispatching calls to a human operator. The present invention provides queue-theoretic methods that provide a modeling and simulation capability in support of decisions about the staffing of call-handling centers based on the frequency of incoming calls and the competency of automated dialog systems. The methods include a procedure for identifying when callers should be transferred to operators. The procedure integrates models that predict when a call is likely to fail using spoken dialog features with queuing models of call center volume and service time.

System(s) and method(s) to provide privacy measurement and privacy quantification of sensor data are disclosed. The sensor data is received from a sensor. The private content associated with the sensor data is used to calculate a privacy measuring factor by using entropy based information theoretic model. A compensation value with respect to distribution dissimilarity is determined. The compensation value compensates a statistical deviation in the privacy measuring factor. The compensation value and the privacy measuring factor are used to determine a privacy quantification factor. The privacy quantification factor is scaled with respect to a predefined finite scale to obtain at least one scaled privacy quantification factor to provide quantification of privacy of the sensor data.

A decision theoretic approach to targeted solicitation, by maximizing expected profit increases, is disclosed. A decision theoretic model is used to identify a sub-population of a population to solicit, where the model is constructed to maximize an expected increase in profits. A decision tree in particular can be used as the model. The decision tree has paths from a root node to a number of leaf nodes. The decision tree has a split on a solicitation variable in every path from the root node to each leaf node. The solicitation variable has two values, a first value corresponding to a solicitation having been made, and a second value corresponding to a solicitation not having been made.

The present disclosure includes theoretical models and methods for identifying and quantifying information loss in a system due to uncertainty and analyzing the impact on the reliability of system performance. These models and methods join Fano's equality with the Data Processing Inequality in a Markovian channel construct in order to characterize information flow within a multi-component nonlinear system and allow the determination of risk and characterization of system performance upper bounds based on the information loss attributed to each component. The present disclosure additionally includes methods for estimating the sampling requirements and for relating sampling uncertainty to sensing uncertainty. The present disclosure further includes methods for determining the optimal design of components of a nonlinear system in order to minimize information loss, while maximizing information flow and mutual information.

The invention discloses a method for simulating wave refraction based on a Gerstner model. The method comprises the steps that pre-process is conducted on terrain, according to DEM terrain data, shoreline points are extracted, the direction from terrain points to a shoreline is determined, the distance between the terrain points to the shoreline is calculated, and a terrain quad-tree LOD hierarchical structure is established through the data; wave refraction is drawn in a simulated mode, on the basis of an original Gerstner theoretic model, the height of wave fluctuation is calculated in a simulated mode through the depth of the terrain and the distance between the terrain points and the shoreline, the direction of wave fluctuation is determined in a simulated mode through the distance between the terrain points and the shoreline and the direction from the terrain points to the shoreline, and finally real-time and efficient simulated drawing of wave refraction in a shallow water area is obtained. The method is simple in calculation, high in efficiency, capable of guaranteeing the efficiency of real-time drawing and the sense of reality of drawing and extremely suitable for being used in a real-time drawing system.

The invention discloses a 2.5BG 8/3 colorant combination and a method for making physical color blocks using the colorant combination. The combination comprises by weight the following: CSC-A substrate 995 swung dash 1005 portions, PG36, colorant content 39%, 47.00 swung dash 47.30 portions; PBK7, colorant content 9%, 0.19 swung dash 0.23 portions; PB15:3, colorant content 27%, 0.47 swung dash 0.51 portions. The main component of the CSC-A substrate is a copolymer of acrylic acid that accounts for 30-40%. TiO2 is selected as the main white colorant, and the content is 18-22%. The contrast of the substrate is 0.90 swung dash 0.96, and STM viscosity is 90-100 KU. When the incident angle is 85 degree, the glossiness is 5-10 degree. The combination from the invention is of high weatherability, steadiness, and good mixture repeatability. The raw material and the process comply with the requirement and standard for environmental protection of low VOC and null VOC. The color difference of the physical color block is very low from the theoretic model in the Color System of China, the accuracy in realizing color is very high, and the producing process is concise and of very high practicability.

The invention discloses a 2.5BG 8.5/2 colorant combination and a method for making physical color blocks using the colorant combination. The combination comprises by weight the following: CSC-A substrate 995 swung dash 1005 portions, PG36, colorant content 39%, 20.35 swung dash 20.39 portions; PBK7, colorant content 9%, 0.10 swung dash 0.14 portions; PB15:3, colorant content 27%, 0.19 swung dash 0.23 portions. The main component of the CSC-A substrate is a copolymer of acrylic acid that accounts for 30-40%. TiO2 is selected as the main white colorant, and the content is 18-22%. The contrast of the substrate is 0.90 swung dash 0.96, and STM viscosity is 90-100 KU. When the incident angle is 85 degree, the glossiness is 5-10 degree. The combination from the invention is of high weatherability, steadiness, and good mixture repeatability. The raw material and the process comply with the requirement and standard for environmental protection of low VOC and null VOC. The color difference of the physical color block is very low from the theoretic model in the Color System of China, the accuracy in realizing color is very high, and the producing process is concise and of very high practicability.

The invention discloses a 5B 7/6 colorant combination and a method for making physical color blocks using the colorant combination. The combination comprises by weight the following: CSC-A substrate 995 swung dash 1005 portions, PBK7, colorant content 9%, 0.36 swung dash 0.40 portions; PG7, colorant content 20%, 3.50 swung dash 3.54 portions; PB15:3, colorant content 27%, 3.03 swung dash 3.63 portions. The main component of the CSC-A substrate is a copolymer of acrylic acid that accounts for 30-40%. TiO2 is selected as the main white colorant, and the content is 18-22%. The contrast of the substrate is 0.90 swung dash 0.96, and STM viscosity is 90-100 KU. When the incident angle is 85 degree, the glossiness is 5-10 degree. The combination from the invention is of high weatherability, steadiness, and good mixture repeatability. The raw material and the process comply with the requirement and standard for environmental protection of low VOC and null VOC. The color difference of the physical color block is very low from the theoretic model in the Color System of China, the accuracy in realizing color is very high, and the producing process is concise and of very high practicability.

This invention discloses a kind of 7.5G 5.5/8 pigmentary combination and its method for preparation of color blocks. The compositions of the said combination are as follows by weight: CSC-C, the base in 995-1005 portions; PBK7 with 9% color content, in 0.25-0.27 portion; PG7 with 20% color content, in 23.91-25.91 portions; PY138 with 27% color content, in 8.8-9.6 portions; PW6 with 65% of color content, in 51.60-53.60 portions. The main constituent of the said CSC-C base is acrylic acid copolymer, whose content is 35-45%. The contrast ratio of the main material to the base is 0.20-0.40, the Stomer viscosity is 90-100 KU and the gloss is 5-10 degree at an incidence angle of 85 degree. The said combination in this invention has characteristics of high weather resisting property and stability, good repeatability of the mixture ratio. All used crude materials and technical processes meet the requirements and standards of low voice and zero voice. The chromatic aberration of the said color blocks is small compared to the standard values of the theoretic models in the book 'Chinese Color System'. With the high accuracy of the implemented color, the good proficiency of the making technique, the said product has strong use value.

This invention discloses a kind of 7.5RP 5.25/7 pigmentary combination and its method for preparation of color blocks. The compositions of the said combination are as follows by weight: CSC-C, the base in 995-1005 portions; PBK7 with 9% color content, in 0.04 portion; PR122 with 30% color content, in 10.5-11.5 portions; PR101 with 65% color content, in 8.0-8.5 portions; PW6 with 65% color content, in 66.59-68.59 portions. The main constituent of the said CSC-C base is acrylic acid copolymer, whose content is 35-45%. The contrast ratio of the main material to the base is 0.20-0.40, the Stomer viscosity is 90-100 KU and the gloss is 5-10 degree at an incidence angle of 85 degree. The said combination in this invention has characteristics of high weather resisting property and stability, good repeatability of the mixture ratio. All of the used crude materials and technical processes meet the requirements and standards of low voice and zero voice. The chromatic aberration of the said color blocks is small compared to the standard values of the theoretic models in the book 'Chinese Color System'. With the high accuracy of the implemented color, the good proficiency of the making technique, the said product has strong use value.

This invention discloses a kind of 5PB 7.5/4 pigmentary combination and its method for preparation of color blocks. The compositions of the said combination are as follows by weight: CSC-B, the base in 995-1005 portions; PV23 with 30% color content, in 0.91-0.93 portion; PR101 with 65% color content, in 0.59-0.61 portion; PB15 with 27% color content, in 0.55-0.57 potion. The main constituent of the said CSC-B base is acrylic acid copolymer, whose content is 30-40% and the marked ISO 591 R2 pigment, whose content is 8-12%, is the main used white pigment with the content of titanium dioxide greater than or equal 95%, the oil absorption less than or equal 20g/100g and the Reynolds coefficient of the reducing power equal to 1800. The contrast ratio of the main material to the base is 0.78-0.82, the Stomer viscosity is 90-100 KU and the gloss is 5-10 degree at an incidence angle of 85 . degree The said combination in this invention has characteristics of high weather resisting property and stability, good repeatability of the mixture ratio. All used crude materials and technical processes meet the requirements and standards of low voice and zero voice. The chromatic aberration of the said color blocks is small compared to the standard values of the theoretic models in the book 'Chinese Color System'. With the high accuracy of the implemented color, the good proficiency of the making technique, the said product has strong use value.

This invention discloses a kind of 7.5GY 8.5/6 pigmentary combination and its method for preparation of color blocks. The compositions of the said combination are as follows by weight: CSC-B, the base in 995-1005 portions; PG7 with 20% color content, in 1.15-1.24 portions; PY138 with 27% color content, in 13.0-14.5 portions. The main constituent of the said CSC-B base is acrylic acid copolymer, whose content is 30-40% and the marked ISO 591 R2 pigment, whose content is 8-12%, is the main used white pigment with the content of titanium dioxide greater than or equal 95%, the oil absorption less than or equal 20g/100g and the Reynolds coefficient of the reducing power equal to 1800. The contrast ratio of the main material to the base is 0.78-0.82, the Stoker viscosity is 90-100 KU and the gloss is 5degree-10degreeat an incidence angle of 85degree. The said combination in this invention has characteristic of high weather resisting property and stability, good repeatability of the mixture ratio. All used crude materials and technical processes meet the requirements and standards of low voice and zero voice. The chromatic aberration of the said color blocks is small compared to the standard values of the theoretic models in the book 'Chinese Color System'. With the high accuracy of the implemented color, the good proficiency of the making technique, the said product has strong use value.

This invention discloses a kind of 7.5YR 4.5/3 pigmentary combination and its method for preparation of color blocks. The compositions of the said combination are as follows by weight: CSC-C, the base in 995-1005 portions; PG7 with 9% color content, in 1.78-1.82 portions; PY42 with 60% color content, in 37.98-39.98 portions; PR101 with 65% color content, in 10.5-11.5 portions; PW6 with 65% color content, in 34.05-36.05 portions. The main constituent of the said CSC-C base is acrylic acid copolymer, whose content is 35-45%. The contrast ratio of the main material to the base is 0.20-0.40, the Stomer viscosity is 90-100 KU and the gloss is 5-10 degree at an incidence angle of 85 degree. The said combination in this invention has characteristics of high weather resisting property and stability, good repeatability of the mixture ratio. All of the used crude materials and technical processes meet the requirements and standards of low voice and zero voice. The chromatic aberration of the said color blocks is small compared to the standard values of the theoretic models in the book 'Chinese Color System'. With the high accuracy of the implemented color, the good proficiency of the making technique, the said product has strong use value.

The invention discloses a 5B 7/4 colorant combination and a method for making physical color blocks using the colorant combination. The combination comprises by weight the following: CSC-A substrate 995 swung dash 1005 portions, PBK7, colorant content 9%, 0.71 swung dash 0.91 portions; PG7, colorant content 20%, 1.87 swung dash 2.27 portions; PB15:3, colorant content 27%, 1.71 swung dash 2.11 portions. The main component of the CSC-A substrate is a copolymer of acrylic acid that accounts for 30-40%. TiO2 is selected as the main white colorant, and the content is 18-22%. The contrast of the substrate is 0.90 swung dash 0.96, and STM viscosity is 90-100 KU. When the incident angle is 85 degree, the glossiness is 5-10 degree. The combination from the invention is of high weatherability, steadiness, and good mixture repeatability. The raw material and the process comply with the requirement and standard for environmental protection of low VOC and null VOC. The color difference of the physical color block is very low from the theoretic model in the Color System of China, the accuracy in realizing color is very high, and the producing process is concise and of very high practicability.

This invention discloses a kind of 7.5P 7.5/4 pigmentary combination and its method for preparation of color blocks. The compositions of the said combination are as follows by weight: CSC-B, the base in 995-1005 portions; PR122 with 30% color content, in 1.97-2.01 portions; PV23 with 30% color content, in 0.09 portions, PBK7 with 9% color content, in 0.28-0.30 portion. The main constituent of the said CSC-B base is acrylic acid copolymer, whose content is 30-40% and the marked ISO 591 R2 pigment, whose content is 8-12%, is the main used white pigment with the content of titanium dioxide greater than or equal 95%, the oil absorption less than or equal 20g/100g and the Reynolds coefficient of the reducing power equal to 1800. The contrast ratio of the main material to the base is 0.78-0.82, the Stomer viscosity is 90-100 KU and the gloss is 5-10 degree at an incidence angle of 85 degree . The said combination in this invention has characteristics of high weather resisting property and stability and good repeatability of the mixture ratio. All used crude materials and technical processes meet the requirements and standards of low voice and zero voice. The chromatic aberration of the said color blocks is small compared to the standard values of the theoretic models in the book 'Chinese Color System'. With the high accuracy of the implemented color, the good proficiency of the making technique, the said product has strong use value.

The invention discloses a 2.5G 8.5/4 colorant combination and a method for making physical color blocks using the colorant combination. The combination comprises by weight the following: CSC-A substrate 995 swung dash 1005 portions, PY138, colorant content 27%, 4.40 swung dash 4.50 portions; PG7, colorant content 20%, 2.60 swung dash 2.66 portions; PY42, colorant content 60%, 0.50 swung dash 0.70 portions. The main component of the CSC-A substrate is a copolymer of acrylic acid that accounts for 30-40%. TiO2 is selected as the main white colorant, and the content is 18-22%. The contrast of the substrate is 0.90 swung dash 0.96, and STM viscosity is 90-100 KU. When the incident angle is 85 degree, the glossiness is 5-10 degree. The combination from the invention is of high weatherability, steadiness, and good mixture repeatability. The raw material and the process comply with the requirement and standard for environmental protection of low VOC and null VOC. The color difference of the physical color block is very low from the theoretic model in the Color System of China, the accuracy in realizing color is very high, and the producing process is concise and of very high practicability.

This invention discloses a kind of 5P 4.5/10 pigmentary combination and its method for preparation of color blocks. The compositions of the said combination are as follows by weight: CSC-B, the base in 995-1005 portions; PR122 with 30% color content, in 33.0-34.5 portions; PV23 with 30% color content, in 26.0-27.5 portions. The main constituent of the said CSC-A base is acrylic acid copolymer, whose content is 30-40% and the marked ISO 591 R2 pigment, whose content is 8-12%, is the main used white pigment with the content of titanium dioxide greater than or equal 95%, the oil absorption less than or equal 20g/100g and the Reynolds coefficient of the reducing power equal to 1800. The contrast ratio of the main material to the base is 0.78-0.82, the Stomer viscosity is 90-100 KU and the gloss is 5degree-10degreeat an incidence angle of 85degree. The said combination in this invention has characteristic of high weather resisting property and stability ,good repeatability of the mixture ratio. All used crude materials and technical processes meet the requirements and standards of low voice and zero voice. The chromatic aberration of the said color blocks is small compared to the standard values of the theoretic models in the book 'Chinese Color System'. With the high accuracy of the implemented color, the good proficiency of the making technique, the said product has strong use value.

The invention discloses a 5B 7/8 colorant combination and a method for making physical color blocks using the colorant combination. The combination comprises by weight the following: CSC-A substrate 995 swung dash 1005 portions, PBK7, colorant content 9%, 0.03 portions; PG7, colorant content 20%, 5.03 swung dash 5.83 portions; PB15:3, colorant content 27%, 4.55 swung dash 4.95 portions. The main component of the CSC-A substrate is a copolymer of acrylic acid that accounts for 30-40%. TiO2 is selected as the main white colorant, and the content is 18-22%. The contrast of the substrate is 0.90 swung dash 0.96, and STM viscosity is 90-100 KU. When the incident angle is 85 degree, the glossiness is 5-10 degree. The combination from the invention is of high weatherability, steadiness, and good mixture repeatability. The raw material and the process comply with the requirement and standard for environmental protection of low VOC and null VOC. The color difference of the physical color block is very low from the theoretic model in the Color System of China, the accuracy in realizing color is very high, and the producing process is concise and of very high practicability.

This invention discloses a kind of 7.5BG 8/2 pigmentary combination and its method for preparation of color blocks. The compositions of the said combination are as follows by weight: CSC-A, the base in 995-1005 portions; PG7 with 20% color content, in 2.05-2.11 portions; PY42 with 60% color content, in 0.18-0.20 portions; PBK7 with 9% color content, in 0.36-0.38 portions. The main constituent of the said CSC-A base is acrylic acid copolymer, whose content is 30-40%. The ISO 591 R2, whose content is 18-22%, is the main used white pigment with the content of titanium dioxide greater than or equal 95%, the oil absorption less than or equal 20g/100g and the Reynolds coefficient of the reducing power equal to 1800. The contrast ratio of the main material to the base is 0.90-0.96, the Stomer viscosity is 90-100 KU and the gloss is 5-10 degree at an incidence angle of 85 degree. The said combination in this invention has characteristics of high weather resisting property and stability, good repeatability of the mixture ratio. All of the used crude materials and technical processes meet the requirements and standards of low voice and zero voice. The chromatic aberration of the said color blocks is small compared to the standard values of the theoretic models in the book 'Chinese Color System'. With the high accuracy of the implemented color, the good proficiency of the making technique, the said product has strong use value.