49 results about "Structure factor" patented technology

A mobile phone system with a mobile phone having internal accounting capabilities for real time call debiting to account for the billing parameters of a mobile phone unit that is operated in a multi zone communication network with a complex rate structure, the mobile phone unit having an internal processor with accessible internal memory for storing the accounting program and call data for each call, a clock and circuit means for activating and deactivating the phone, the accounting program including an updatable rate table and a complex billing algorithm for calculating the account status on the fly including multiple rate structure factors such as long distance calls, international calls with country independent local charges, charges for roaming per day and/or roaming per minute, and call surcharges, where the account status of the mobile phone is calculated in real time for decrementing a debit account or calculating an account charge on demand, the mobile debit phone having a signal for alerting the user of account status which is preferably a display of real time account status, the mobile phone system including a communication system for activating and programming a new phone unit over the airways and upgrading the account status in rate table in the phone unit over the airways.

The invention provides a cable type welding wire. The cable type welding wire comprises a center welding wire and n peripheral welding wires arranged around the center welding wire in a spiral rotating manner, wherein the diameter of each of the peripheral welding wires is d, and the neighboring peripheral welding wires are separately arranged in an intersecting manner. The cable type welding wire is characterized in that the lay length T of each of the peripheral welding wires is equal to K*m*d, wherein K is the structure factor of the peripheral welding wires, m is the lay length multiple, and d is the diameter of each of the peripheral welding wires; K is larger than or equal to 1, and less than or equal to 1.5; m is larger than or equal to 20, and less than or equal to 25. According to the cable type welding wire provided by the invention, wire breakage is not liable to generate in the manufacturing process; during welding, the peripheral welding wires are arranged compactly, so that the wire feeding process is more stable, and the welding performance of the cable type welding wire is improved.

The invention provides a method for modeling the planar slot antenna based on a supporting vector regression; according to the main mechanical structure parameters and value range of functional components of a planar slot antenna, Latin Hypercube Sample method is utilized to select proper test data, and then simulated numerical computation of electromagnetic fields is applied to modeled objects so as to obtain training samples for a model of the supporting vector regression and then to establish the model for the supporting vector regression of f(x)= (sigma) summation of i=1(a-a<*>)K(x,x)+b. A genetic algorithm is used for optimizing the parameters of the established model to obtain an optimal model, and then a test sample generated randomly is used for validating the performance of the sample. The method provided by the invention for modeling the planar slot antenna based on the supporting vector regression can accurately and rapidly estimate the electrical property values of the planar slot antenna with arbitrary structure parameters, avoid electromagnetic numerical computation, and solve mechanism research in influence of the mechanical structure factor of the planar slot antenna on the electrical property and the problem of design and optimization of the planar slot antenna, thus establishing a reliable foundation and basis for selecting the modeling and the processing precision of the planar slot antenna.

The invention discloses a test device for simulating the influence of a whole root system on the shearing strength of soil. The device comprises a square box for bearing sample soil and a root system part, wherein the square box comprises an upper box and a lower box overlapped up and down; one end surface of the upper box is connected with a tension meter; and the other end of the tension meter is connected with a traction device. The device disclosed by the invention can quickly measure the maximum shearing force of the whole root system indoors or outdoors; the provided model can simulate various different root system structure factors such as the placing angle of the root system in soil, the distance between the root system and a shearing damage surface and the buried depth of the root system in soil; and the operation is simple and convenient, and an experimental result is reliable.

The invention discloses a fiber optic gyro reliability prediction model. The fiber optic gyro reliability prediction model is characterized in that 1, a fiber optic gyro comprises an optical path part and a signal processing circuit part; and 2, in a failure rate formula, lambda b1 represents a basic failure rate of the optical path part; a signal processing circuit failure rate is shown in the patent specification; lambda pi represents a work failure rate of a certain component; and Ni represents the number of the component; piK represents a type factor and shows that the fiber optic gyro is an open loop or is a closed loop; piC represents a structure factor and shows that the fiber optic gyro has a single axis, double axes or three axes; piT represents a temperature factor; and piE represents an environment factor.

In order to provide a three-dimensional fractal structure that has not been realized by prior art or new technology, the fractal structure of the present invention is a structure with a three-dimensional fractal structure partially or entirely, and in terms of the penetration rate of electromagnetic waves, the The fractal structure has a minimum value in the unique wavelength determined by the structure factor and material of the fractal structure, and/or has a minimum value in the specific wavelength determined by the structure factor and material of the fractal structure in terms of reflectivity of electromagnetic waves.

The invention provides 2,4,6-tri(dimethyl phosphate amido)-1,3,5-triazine-tri-melamine salt and a preparation method and an application thereof. The method employs novel processes of dispersing dissolution of an inertia solvent, acidity control, and solvent washing, which solves the problem of easy partial hydrolysis of phosphatide dur to a structure factor. The embodiment result shows that the 2,4,6-tri(dimethyl phosphate amido)-1,3,5-triazine-tri-melamine salt can be successfully prepared by the method of the invention. The product as a fire retardant for being used in materials of PE, PP and PU has excellent flame retardation performance, and the oxygen index is 22.3-28.5%. In addition, with increase of addition of the 2,4,6-tri(dimethyl phosphate amido)-1,3,5-triazine-tri-melamine salt, the oxygen indexes of PE, PP and PU doped with 2,4,6-tri(dimethyl phosphate amido)-1,3,5-triazine-tri-melamine salt during flame retardation are increased.

The invention discloses a multi-dimensional credit evaluation method for industrial enterprises, which is used to solve the technical problem of poor practicability of the existing credit evaluation methods for industrial enterprises. The technical solution is based on the sources of information and full consideration of the perspective of enterprise evaluation. According to the characteristics of the government module, enterprise module and Internet module, the government module evaluation algorithm based on utility function, the enterprise module evaluation algorithm based on fuzzy theory and the efficiency-based Scoring method for Internet module evaluation algorithm. When different evaluation algorithms are used, a unified normalization method is used for the index system under this module to eliminate the differences between the indexes. For the determination of weights in the evaluation algorithm, the government module and the Internet module adopt the widely used analytic hierarchy process, while the Internet module adopts the factor hierarchical weighting method due to the particularity of its indicators. Finally, it is displayed through the radar chart. The evaluation results of this method are complete and comprehensive, and scientifically reflect the integrity level of industrial enterprises.

A maximum-likelihood method for improves an electron density map of an experimental crystal structure. A likelihood of a set of structure factors {F_h} is formed for the experimental crystal structure as (1) the likelihood of having obtained an observed set of structure factors {F_h^OBS} if structure factor set {F_h} was correct, and (2) the likelihood that an electron density map resulting from {F_h} is consistent with selected prior knowledge about the experimental crystal structure. The set of structure factors {F_h} is then adjusted to maximize the likelihood of {F_h} for the experimental crystal structure. An improved electron density map is constructed with the maximized structure factors.

A novel program for supporting design of a γ′ precipitation strengthened platinum group element-added Ni-based superalloy. To support the design, a computer is allowed to function as input means (1) for inputting the composition, working temperature, and working stress of an Ni-based superalloy, storage means (2) for previously storing the constituent elements of the Ni-based superalloy, the structure factor calculation formula thereof, and the alloy characteristics calculation formula thereof, structure factor calculating means (3) for calculating the structure factor from the alloy composition by using the structure factor calculation formula read from the storage means (2), alloy characteristics calculating means (4) for calculating an alloy characteristics from the alloy composition, the structure factor, the working temperature, and the working stress by using the alloy characteristics calculate formula read out of the storage means (2), and output mean (5) for outputting the structure factor and alloy characteristics together with the alloy composition. Therefore, alloy characteristics analysis and alloy composition search of a γ′ precipitation strengthened platinum group element-added Ni-based superalloy are simply, easily, and efficiently conducted. A design supporting device therefor is also disclosed.

The invention belongs to the technical field of noise reduction and discloses a sound insulation cotton with multi-layer sound absorbing materials and a compressor. The sound insulation cotton includes an inner sound absorbing material layer and an outer sound insulation material layer, wherein the sound absorbing material layer includes at least two layers of sound absorbing materials of the samematerial or different materials with the body density increasing layer by layer or the porosity decreasing layer by layer or the flow resistance increasing layer by layer or the structure factor increasing layer by layer from the inside to the outside, the sound insulation material layer includes a layer of sound insulation materials, the sound absorbing material layer is made by stitching all the sound absorbing materials with sutures, and the layer with the largest density or the smallest porosity, the largest flow resistance or the largest structural factor of the sound absorbing materiallayer is cemented with the sound insulation material layer. The sound insulation cotton is advantaged in that the sound insulation cotton has a wide range of sources, simple structure, easy processingand wide applicability, has a higher sound absorption coefficient, is more conducive to noise absorption, especially for noise with a wide frequency band.

The invention discloses a digitized repairing method for a grave mural image, and belongs to the field of digital image repairing. According to the method, a total variation mathematical model is utilized to decompose the grave mural image to obtain a cartoon image; a structure factor term is added in priority calculation, and the cartoon image is utilized to drive the priority calculation of edge points to be repaired; the point with the maximum priority serves as a center to construct a repairing block, and a sample block of which the Euclidean distance with the repairing block is smallest is searched in a known area; the average pixel difference quadratic sum of the repairing block and the sample block is calculated and compared with a set threshold value, the size of the repairing block is self-adaptively adjusted until the copy condition is met, and sample copying and edge updating are performed; lastly, an area to be repaired is checked, and if the area to be repaired is not null, the above steps are iterated until repairing is completed. The method overcomes the problems such as incoherence and overstretching generated in repairing of an existing method and is mainly used in (but not limited to) virtual repairing of the grave mural image.

The invention provides a method for determining coal seam coal structures. The method is characterized in that technical support is provided for continuous coal seam coal structure type evaluation, coal seam perforation layer selection and permeability evaluation, pulverized coal production and the like. The method specifically includes the steps of firstly, performing coal structure judging on a coal core; secondly, measuring the well logging curve of the corresponding section of the coal core, and performing normalization processing, wherein the well logging curve comprises well diameter CAL, virgin zone resistivity Rt and natural gamma GR; thirdly, building coal structure factors Fcs according the well logging curve after the normalization processing in the second step; fourthly, acquiring the classification standards of the coal structure factors Fcs of different-coal-structure coal seams; fifthly, using well logging information to continuously determine the coal seam coal structures according to the built coal structure judging factors and the classification standards.

The invention discloses an on-line monitoring system for sag of an overhead power transmission line. The on-line monitoring system comprises dip angle measurement sphere units, wherein the dip angle measurement sphere units are suspended at two ends of the power transmission line. Due to an error in measurement of a dip angle of a suspension point caused by a mechanical structure factor and a sensor, a ground distance measurement sphere unit is further arranged at the lowest position of the sag of the power transmission line. A calculation result of the sag can be corrected by combining directmeasurement of the sag on ground, the error in the measurement of the dip angle of the suspension point caused by the mechanical structure factor and the sensor can be effectively corrected, and thesag measurement accuracy is greatly improved; and moreover, by direct measurement of the sag on the ground, actual height of a wire on the ground can be obtained, and more effective information support can be provided for circuit maintenance when an abrupt event such as illegal building, tree growth and engineering machine occurs below a wire.

The invention discloses a method for preparing iron oxide nanoparticles by utilizing tea leaves. The method comprises the following steps: 1) dissolving iron hydrate into a tea water extracting solution; after refluxing for 20 to 40 min under the protection of N2 and under the conditions that the temperature is 60 to 100 DEG C and the stirring speed is 900 to 1100 rpm, adding a precipitating agentand refluxing for 20 to 40 min; then adding a stabilizer and refluxing for 50 to 70 min; cooling to room temperature to obtain a black mixture, wherein the iron hydrate is a mixture of FeCl3.6H2O andFeCl2.4H2O and the stabilizer is citric acid; 2) washing and separating a black mixture in step 1) to obtain the iron oxide nanoparticles. According to the method disclosed by the invention, the citric acid is fixed on the nanoparticles through a homogeneous reaction manner and influences on the immobilization rate of the nanoparticles, caused by an immobilized carrier structure factor in non-homogeneous reaction, are overcome; the obtained nanoparticles have a high immobilization rate and immobilization reaction of the citric acid and reduction reaction of the tea water extracting solution are carried out step by step; when the citric acid is immobilized, the nanoparticles are molded and a preparation process is simplified; and the prepared iron oxide nanoparticles have good monodispersity and cellular compatibility.

The invention provides an absorption structure and a manufacturing method thereof, wherein the absorption structure is composed of a structural unit and a plurality of through holes arranged on the structural unit and is characterized in that the manufacturing method comprises the following steps: step 1: obtaining a size L of the structural unit; step 2: determining a restricted wave vector rangekc according to the size L; step 3: making the wave vector within the wavenumber range kc satisfy the condition that the structural factor is equal to 0; step 4: obtaining a distribution of the through holes, wherein the distribution of the through holes meets that the value of the structural potential function is the minimum in a molecular dynamics simulation. Compared with the prior art, the absorption structure has the advantages that the absorption structure can be used as a super-homogeneous absorption structure that is not sensitive to polarization state of incident light in a thin filmsolar cell; under a vertical incidence condition, the absorption structure can absorb as much as 67.8% of light in the solar wave band as a whole, which is 1.74 times of that of an unstructured and amorphous silicon thin plate, and can absorb more than 80% of light within a specific broad band, indicating a characteristic of high absorption in a broad band.

The invention relates to the field of light-rail sound absorption, in particular to a sound absorbing device used for the U-beam composite structure of the light rail. The sound absorbing device comprises a sound absorbing device body, the sound absorbing device body is composed of a microporous plate, tin foil, sound absorbing cotton, a cavity and a bottom plate from outside to inside, the surface of the microporous plate is provided with micropores spaced, the tin foil is closely attached above the sound absorbing cotton, spaced projections are arranged on the bottom plate, and the height of the projections is identical with the height of the cavity. The sound absorbing device is of composite structure, the microporous plate is an aluminum alloy pore plate or an inorganic pore plate, the bottom plate is molded by PVC (polyvinyl chloride) alloy materials by a vacuum casting process. The sound absorbing device is filled with the sound absorbing cotton (with noise reduction coefficient larger than or equal to 0.88), and is specially designed from the aspects of flow resistance of an acoustic panel absorber, porosity, structure factor, thickness, density, surface material treatment and mounting, advantages of various single materials can be sufficiently given into play, high, medium and low frequency broad-spectrum noise is reduced, and the sound absorbing device has the advantages of simplicity, convenience, attractive appearance and practicality.

The present invention improves the limitations of application range of cloth material and paper box, etc. on which the existent bar code is difficult to read and decode, and provides new code and its code identification method. It is characterized by that the pattern or characters are partically separated into factor unit portion and non-factor unit portion which can be used as composition of code structure factor units, and the factor of complex numbers from E1 to En and synthetically-recorded factor can be used as strong and weak structure of light reflectivity of colour phase or concentration and density. Said invention can save space, and can record high-integrated data, its identification is easy, it can be extensively used in various automatic identification systems.