69 results about "Sequential combination" patented technology

A method for increasing mechanical strength of a dielectric film includes: providing an initial dielectric film containing porogen; irradiating the initial dielectric film with first UV light having a first wavelength which is substantially or nearly similar to a maximum light absorption wavelength of the porogen for removing the porogen; and then irradiating the porogen-removed dielectric film with second UV light having a second wavelength which is shorter than the first wavelength, thereby increasing mechanical strength of the dielectric film.

A system and method indexes and retrieves documents stored in a database. A document feature vector is extracted for each document to be indexed. The feature vector is projected to a low dimension document feature vector, and the documents are indexed according to the low dimension document feature vectors. A spoken query is represented as a lattice indicating possible sequential combinations of words in the spoken query. The lattice is converted to a query certainty vector, which is also projected to a low dimension query certainty vector. The low dimension query vector is compared to each of the low dimension document feature vectors to retrieve a matching result set of documents.

A predetermined single electrode shielding set for groupings of complementary electrodes that are operable to shield and that together are selectively formed or amalgamated into a predetermined sequential combination of commonly configured energy pathways operable for shielding various paired complementary electrodes and other predetermined elements that result in an electrode architecture practicable to provide multiple energy conditioning functions.

A method of optimising a sequential combinatorial process comprising an interchangeable sequence of events comprises using a master model to model a selection of the possible sequences, and using information derived from the master model in a surrogate model that approximates the master model with a much shorter computation time. The surrogate model calculates all the possible sequences using an algorithm to select from the information calculated by the master model that which most closely matches the events of a present sequence, following a prioritised system so that the best match is used wherever possible. All results from the surrogate model are compared so that the modelled sequence that gives the result closest to a desired optimum result for the process can be identified, and potentially applied to the process. Accuracy can be enhanced y running the optimum sequence through the master model as a check, and further by adding the optimum sequence to the information used by the surrogate model in future calculations. Any sequential combinatorial process, in which the quality of the end result of the process depends on the order in which events in the process are performed, can be optimised in this way, including manufacturing process such as machining, cutting, shaping, forming and / or heat treating a workpiece, flow of material through a factory or oil or gas through a pipeline network, chemical and material science mixing processes, computational biology modelling, and fleet management.

A method of forming a silicon oxide layer is described. The method first deposits a silicon-nitrogen-and-hydrogen-containing (polysilazane) film by radical-component chemical vapor deposition (CVD). The polysilazane film is converted to silicon oxide by exposing the polysilazane film to humidity at low substrate temperature. The polysilazane film may also be dipped in a liquid having both oxygen and hydrogen, such as water, hydrogen peroxide and or ammonium hydroxide. These conversion techniques may be used separately or in a sequential combination. Conversion techniques described herein hasten conversion, produce manufacturing-worthy films and remove the requirement of a high temperature oxidation treatment. An ozone treatment may precede the conversion technique(s).

The present invention provides a method and system for providing a legal sequential combination of commands for verification testing of a computer system. Executable test commands are used to form sequentially ordered “buckets” of commands, wherein each bucket command sequence is legal under at least one rule. The buckets may be arranged in any sequential order, wherein a composite command sequence of the combined commands remains legal under the at least one rule. A further advantage of the invention is that wait / noop commands may be inserted within and between the buckets, extending the testing capabilities of the present invention into corner cases.

The invention relates to an automatic assembly production line, in particular to an automatic assembly line capable of continuously assembling automobile guy cable casing fittings. The automatic assembly line comprises a first feeding system, a second feeding system, a third feeding system, first mechanical hands, second mechanical hands and a locking mechanism, wherein three automatic assembly sections and an auxiliary assembly section are formed through sequential combination of various equipment; workpieces are transferred by a clamping mechanical arm between the first feeding system and the second feeding system, and are transferred by chuck mechanical hands between the first assembly section and the second assembly section as well as the auxiliary assembly section; each combined equipment is provided with an anti-mistake and anti-leakage device. The automatic assembly line has the beneficial effects that the traditional multiple working procedures of manual assembly are integrally combined, and mechanical equipment is used for automatic assembly, so that the manpower resource is saved, the labor intensity is reduced, the working efficiency is improved, misloading and neglected loading of spare parts because of manual assembly are prevented, the product yield is improved, and the product quality is effectively controlled.

A method for determining values of anisotropic model parameters of a Tilted Transversely Isotropic (TTI) Earth model, the anisotropic parameters including P-wave velocity (Vp0) along a tilted symmetry axis, the Thomsen anisotropy parameters delta and epsilon (or eta =( epsilon-delta) / (1+2delta)) representative of variations of wave velocities as a function of wave propagation angle from the symmetry axis, the method including acquiring input data for a geological volume of interest; determining a theoretical relationship between the input data and the anisotropic model parameters; ; and calculating the values of the anisotropic model parameters at each of a plurality of subsurface locations in the geological volume of interest based on the theoretical relationships and the input data using workflows involving iterative or sequential combinations of processes including input data preprocessing, conventional tomographic inversion, three dimensional tomographic inversion based on a tilted transversely isotropic model, and three dimensional pre-stack depth migration using a tilted transversely isotropic model.

The invention discloses a coding phase gradient metasurface based on a Pancharatnam-Berry phase. By taking a phase gradient metasurface as a coding unit, internal phase modulation of the coding unit can be realized; by performing modulation on the internal phase gradient in the coding unit, different effects, such as abnormal reflection, focusing, imaging and the like, can be realized; by performing sequential combination on designed coding units with special electromagnetic characteristics, different effects can be generated; according to the coding phase gradient metasurface based on the Pancharatnam-Berry phase, more flexible control on electromagnetic wave can be realized from two aspects of the coding unit and the coding sequence; the coding phase gradient metasurface has the advantages of easy operation in design, convenience in applying, easy processing and manufacturing, and the like; and the ; the coding phase gradient metasurface has significant application prospect in the aspects of antenna, imaging, reduction of radar scattering area, and the like.

The invention discloses a coal mine blasting insecurity action identification and judgment method based on GMM (Gaussian Mixture Model) representation. The method comprises the following specific processes that: (1) preprocessing human body skeleton sequence data, obtaining the human body skeleton sequence data through kinect, obtaining hand joint data through a data glove, and carrying out denoising and normalized preprocessing on the human body skeleton sequence data and the hand joint data; (2) carrying out human body skeleton sequence data representation: 1) obtaining the GMM feature of action, 2) representing a skeleton sequence time sequence, and 3) extracting action representation GMM features; and (4) on the basis of the behavior identification of a Bayes classifier. By use of themethod, one action is comprehended as the sequential combination of multiple key gestures, a method for representing an action key gesture by the GMM is used for simplifying problem processing, so that the method exhibits certain effectiveness, and the problems of long time sequence, complex action and difficulty in judgment of coal mine blasting action can be accurately solved through identification and judgment.

The present invention provides a method and apparatus for encoding video content into a novel temporal layered coding structure. In one embodiment of the present invention, a plurality of sub-sequence layers are defined in a layer hierarchy in accordance with the present invention. A plurality of images within a sub-sequence of a group of images are selectively assigned to a respective one of the sub-sequence layers. A grouping of images contained in any sequential combination of sub-sequence layers that includes a hierarchically lowest of the sub-sequence layers results in a group of images that temporally are substantially evenly spaced. A related method and apparatus for decoding the temporally layered video content are also disclosed.

The invention discloses a track system of a vacuum high-speed train. The track system comprises a first wheel-track running section, a magnetic-levitation accelerating section, a magnetic-levitation sliding section, a magnetic-levitation decelerating energy recycling section and a second wheel-track running section, wherein the first wheel-track running section is used for conducting wheel-track running when the high-speed train is driven out of a station, and the magnetic-levitation accelerating section is connected with the first wheel-track running section in a penetrating mode; and the magnetic-levitation sliding section is connected with the magnetic-levitation accelerating section in a penetrating mode, the magnetic-levitation decelerating energy recycling section is connected with the magnetic-levitation sliding section in a penetrating mode, and the second wheel-track running section is connected with the magnetic-levitation decelerating energy recycling section in a penetrating mode and used for driving into the station of the high-speed train. According to the track system which operates by using the mode, through sequential combination of the multiple running sections, the safety and the reliability of the high-speed train are effectively promoted, and meanwhile, the construction cost of the track system is further greatly reduced.

The embodiment of the invention discloses an equipment input method and device. The method comprises the following steps that fingers, in an acting state, of a user are detected; characters input into equipment by the user are determined according to the sequential combination of the detected fingers, in the acting state, of the user. The method and the device adopting the technical scheme provided by the embodiment of the invention have the advantage that the accurate input on the equipment can be realized by a simple and fast operation mode with a low operating environment relying degree.

This disclosure describes a multiple channel dichroic color mixing system or gobo that is comprised of three standard filters, one each of cyan, magenta and yellow, in combination with a fourth “multiband” optical filter with a spectral design that has multiple pass and blocking regions such that, by a suitable sequential combination of filters, the resultant transmitted light can be made to have enhanced color and intensity in the blue, green, and red portions of the color spectrum, without sacrificing the colors produced by combinations of the CMY filters that are commonly known in the industry. The “multiband” filter provides an optical solution with a single additional filter that, prior to this disclosure would require the addition of multiple single band filters, thereby increasing the mechanical complexity and overall cost of the color mixing device.

The present disclosure relates to a training method and a segmentation method and apparatus for a segmentation learning network of a 3D image and a medium. The 3D image comprises a target object and the proportion occupied by the target object is lower than a preset threshold value. The method comprises the following steps that: a segmentation learning network is constructed based on the sequential combination of a plurality of dense blocks, dense connection exists among basic units in the dense blocks, and each basic unit consists of a batch normalization layer, a RELU layer and a rolling layer; a segmented learning network is trained by a processor based on a training dataset of the 3D image using a loss function that focuses more on difficult samples and penalizes negative voxels that are far away from the object of interest. The method can rapidly and accurately segment irregular and small attention objects by using the learning network with a more compact structure and fewer parameters, and the training process of the learning network can solve the unbalance problem of samples and foreground and background and avoid the problem of over-fitting caused by lack of training samples as much as possible.

A method of optimising a sequential combinatorial process comprising an interchangeable sequence of events comprises using a master model to model a selection of the possible sequences, and using information derived from the master model in a surrogate model that approximates the master model with a much shorter computation time. The surrogate model calculates all the possible sequences using an algorithm to select from the information calculated by the master model that which most closely matches the events of a present sequence, following a prioritised system so that the best match is used wherever possible. All results from the surrogate model are compared so that the modelled sequence that gives the result closest to a desired optimum result for the process can be identified, and potentially applied to the process. Accuracy can be enhanced by running the optimum sequence through the master model as a check, and further by adding the optimum sequence to the information used by the surrogate model in future calculations. Any sequential combinatorial process, in which the quality of the end result of the process depends on the order in which events in the process are performed, can be optimised in this way, including manufacturing process such as machining, cutting, shaping, forming and / or heat treating a workpiece, flow of material through a factory or oil or gas through a pipeline network, chemical and material science mixing processes, computational biology modelling, and fleet management.

The invention relates to a purification method in preparation of methicillin staphylococcus aureus-resistant recombinant di-subunit genetic engineering vaccine candidate antigen I12C, which comprises the following steps of: collecting prepared antigen; and carrying out high-pressure bacterium breaking and centrifuging, precipitating ammonium sulfate step by step to purify the prepared I12C antigen according to the sequential combination, i.e., the GST (glutathione s transferase) affinity chromatography technology, the PP (propene polymer) digestion technology, the buffer solution replacement technology, the Resource Q chromatography technology and the gel filtration chromatography technology. The purification method provided by the invention is simple and direct, easy to amplify, and good in repeatability, so that the obtained target protein is high in purity; the animal experiment proves that the purified antigen can effectively stimulate the organism to generate higher humoral immune response and have good immune protection function; and the purity of the antigen I12C purified by the method provided by the invention is more than or equal to 99%.

The invention relates to a zero-memory simple sub-character splitting input method, English letter keys in a universal computer keyboard are used to input Chinese characters, and the method is characterized by splitting the Chinese character according to the writing sequence, splitting out simple sub-characters according to the requirements of leading the stroke number of the simple sub-characters which are split out to be as large as possible, and leading the number of the simple sub-characters to be as small as possible, taking Pinyin first letters of the simple sub-characters which are split out sequentially to carry out sequential combination and constitute a three-bit key Chinese character codes, leading the three-bit key Chinese character code to correspond to one or a plurality of single Chinese characters, and selecting the Chinese character to be outputted. The method has the significant effects of small memory quantity and few repeated codes, and can simply and quickly output the Chinese characters and phrases, reduce the application threshold of the method and be conductive to the popularization of the Chinese character input method.

The invention provides a method for removing endotoxin in protein. The method adopts a sequential combination of chromatography, ultrafiltration and common filtration, and accords with a protein purification process flow. With the method, protein purification is realized while endotoxin is effectively removed, and the properties of protein is not influenced. The method is especially suitable to be used in treating various genetically engineered bacteria expressed intracellular and extracellular proteins. With optimized designs of the conditions of filtering mode, filtering pressure, membrane pore size and the like, operation steps and operation time are simplified, such that production cost is reduced, and processing capacity is improved. With the method provided by the invention, the endotoxin content can be reduced to an animal clinical application standard range, and the properties of the product is not influenced while the endotoxin is removed. The method is suitable for large-scale productions and applications.

The invention discloses a data flow adaptive system and corresponding adjustment method in a virtual machine migration procedure, which aims to solve a problem of data packet dropout caused by neglect of processing of a data packet subsequently arriving in an original physical machine during ''shutdown-restart'' in the prior art. The system comprises a transmitting end for redirecting the data packet when the virtual machine shuts down, a receiving end for retransmitting the data packet after the virtual machine restarts and a migration mechanism for migrating the data packet between the transmitting end and the receiving end. According to the method provided by the invention, the virtual machine can still process the data packet arriving in the original physical machine after restarting in a new physical machine through sequential combination of the three parts, thereby implementing an effect that the data packet arriving in the virtual machine in the whole migration procedure is nearly lossless and providing a foundation for designing various virtual machine schemes of the upper layer.

Multi-mode torque drivers employing anti-backdrive units for managing pedicle screw attachments with vertebrae, and related systems and methods are disclosed. A spinal column includes vertebrae in an articulating structure protecting a spinal cord. Medical intervention may involve limiting the relative motion between vertebrae by fusing vertebrae together with mechanical assemblies, including pedicle screws attached to the vertebrae. A torque driver may be used to form the pedicle screw attachments with vertebrae. By including an anti-backdrive unit and a motor assembly enclosed within a handle body as part of a multi-mode torque driver, the user may apply sequential combinations of manual and motorized torques to the screws with high levels of tactile feedback as desired. In this manner, pedicle screw attachments may be efficiently achieved with fewer injuries to the patient and surgeon while minimizing screw attachment failures.

The present invention discloses a wearable treatment device and a device control method. The wearable treatment device comprises a light output unit connected with a processor and outputting the light of an appointed wavelength; an electrical output unit connected with the processor and outputting a current value within an appointed range; an output electrode connected with the electrical output unit and used for outputting an electroencephalogram signal to a corresponding part; an electroencephalogram detection unit used for detecting a brain wave signal and transmitting the brain wave signal to the processor; a body surface detection electrode connected with the electroencephalogram detection unit and used for detecting an electroencephalogram signal of a human body appointed part. According to the embodiment of the present invention, the wearable treatment device can interpose the human body function by the photo stimulation and the electrical stimulation, and enables the excitability of an ascending activating system to be reduced by adjusting the electrical activity of neuronal cells, thereby readjusting the brain cells, helping the brain to recover from the over fatigue, and improving the sleep quality. According to the present invention, by applying the photo stimulation and the electrical stimulation simultaneously or in different alternative and sequential combination manners, the nervous system disorders can be improved more effectively.

The invention provides a preparation method of a metallographical section sample of a sapphire substrate electronic assembly. By adopting the combination of cutting, grinding and abrasive polishing for a sapphire sample, the surface grinding and polishing efficiency of the metallographical section sample of the sapphire substrate electronic assembly can be improved; the grinding and polishing process design is carried out according to sequential combination of different mesh number types, good surface quality of the metallographical section sample can be prepared, and efficient grinding and polishing material selection and design of a relevant process can be achieved; and loss of grinding and polishing materials in the preparation of the metallographical section sample of the sapphire substrate electronic assembly can be effectively reduced, and meanwhile the observation effect of the metallographical sample can be improved.

The invention discloses a solid three-dimensional model construction method for a monoclinic rock stratum structure landform, and the method comprises the steps: (1) calculating the attitude of a monoclinic rock stratum according to a monoclinic rock stratum geological map and DEM data, and obtaining a geological boundary line set and an attitude set; (2) according to the rock stratum attitude set, dividing the geological boundary line into a plurality of rock stratum surface boundary line segments with consistent attitudes; (3) according to the boundary line segment of the rock stratum surface, adopting a occurrence deduction method to obtain an attitude deduction point through deduction, and obtaining a rock stratum surface comprising the rock stratum surface and the rock stratum side surface; (4) according to the rock stratum side faces, generating fault layer faces through sequential combination; (5) according to the geological boundary line set, based on Morphing, carrying out interpolation to generate interpolation points of all rock layers in the rock layer set; and (6) generating the TIN of the rock stratum surface, the rock stratum side surface and the fault layer surfaceby adopting a point-by-point insertion method according to the interpolation points of the rock stratum surface, the fault layer surface and the rock stratum surface, and performing sewing to obtain asolid three-dimensional model. The method is higher in accuracy.