119 results about "Complete Method" patented technology

The invention relates to a method for manufacturing novel composite spice in the food industry technical field. The method adopts the means of effectively preserving components to thin the spice which is then manufactured into shapes such as granules, slices, blocks, balls, ellipses, cylinders, triangles, prisms and so on; and the components are preserved as possible during the preparation process, the shelf life and the use period of the spice through the method, thereby the integrity and the maximization of the 'original' flavor are achieved. The method adopts the 'complete method technique' to achieve the aim of making the best use of things. The method utilizes spice resource to the maximum degree, and has great significance on improving the added value of spice agricultural products,the product quality, and the standardization and industrialization degree and reducing the resource waste.

A system and method related to a new approach to speech recognition that reacts to concepts conveyed through speech. In its fullest implementation, the system and method shifts the balance of power in speech recognition from straight sound recognition and statistical models to a more powerful and complete approach determining and addressing conveyed concepts. This is done by using a probabilistically unbiased multi-phoneme recognition process, followed by a phoneme stream analysis process that builds the list of candidate words derived from recognized phonemes, followed by a permutation analysis process that produces sequences of candidate words with high potential of being syntactically valid, and finally, by processing targeted syntactic sequences in a conceptual analysis process to generate the utterance's conceptual representation that can be used to produce an adequate response. The invention can be employed for a myriad of applications, such as improving accuracy or automatically generating punctuation for transcription and dictation, word or concept spotting in audio streams, concept spotting in electronic text, customer support, call routing and other command/response scenarios.

The invention discloses a regional convolutional neural network-based method for gesture identification and interaction under egocentric vision. The method comprises the following steps of S1, obtaining training data; S2, designing a regional neural network which is used for gesture classification and fingertip detection while being used for hand detection, and ensuring that an input of the neural network is a three-channel RGB image and outputs of the neural network are top left corner coordinates and top right corner coordinates of an external connection matrix of a gesture region, gesture types and gesture skeleton key points; and S3, judging the gesture types, and outputting corresponding interactive results according to different interactive demands. The invention provides a complete method for gesture identification and interaction under egocentric vision. Through single model training and partial network sharing, the identification speed and accuracy of the gesture identification under the egocentric vision are increased and improved.

A method for calibrating and aligning a metrology system comprising a machine including multi-axis part-positioning means and a wavefront-measuring gauge embedded in the machine. The gauge is used in determining spatial relationships among the translational and rotational axes, between part surface coordinates and machine coordinates, and between machine coordinates embedded gauge coordinates; in calibrating various components of the machine and the embedded gauge; and in aligning itself to the machine. A complete method comprises the steps of coarsely aligning the machine rotary axes with their respective translational axes and setting nominal zero points for the rotary axes; aligning the embedded gauge mainframe to the machine axes; aligning the embedded gauge focal point onto a spindle axis; determining the spatial offsets between the rotary axes when so aligned; precisely aligning the machine rotary axes with their respective translational axes; and setting precise zero points for the rotary axes.

A method and apparatus for developing a structural model of credit risk that incorporates the short-term uncertainty inherent in default events is disclosed. The model is based on the assumption of incomplete information, taking as premise that bond investors are not certain about the true level of a firm's value that may trigger default. In addition, the coherent integration of structure and uncertainty is facilitated with compensators. Compensators form the infrastructure of a class of credit models that is broad enough to include traditional structural models, intensity-based models, and a great deal more. Several empirical examples are provided that compare default probabilities and credit yield spreads forecast by the incomplete information model to the output of a Black and Cox (1976) model. It is found that the incomplete information model reacts more quickly and, unlike traditional structural models, forecasts positive short-term credit spreads for firms that are in distress. It is also demonstrated that while the model is predicated on the surprise nature of default, it does not have conditional default rate.

The invention relates to a herringbone branch well drilling method, belonging to the side drilling horizontal well method, wherein said invention can improve the yield; and the invention comprises: first drilling the first branch well eye; then inserting the first branch well tube post; when the main well eye drills to the second branch position, drilling into the second branch well eye, until completing all branch well eyes, then drilling into the main well eye and inserting the complete well sleeve. The invention can avoid reducing the size of main well eye, while the branch well is the same as main well eye; and the number of drilled branch wells is not limited, to increase the oil yield.

The invention relates to a method of online self-help website establishment, creation of application services and development of online software, comprising the following steps: step one, developing pages and page components in an on-line mode; and step two, creating the pages as independent sites or application services or online software. The invention has the beneficial effects of providing a complete method for the internet online self-help website establishment, the creation of the application services and the development of the online software, supporting multiple users and multiple languages, providing an unified resolution for development of WEB sites, WAP sites, online application software and the like, creating an online development method based on scripting language and XSL language independently, being a brand-new breakthrough in the development mode of internet online application software, providing a method for objectification of data management, standardizing data definition, introducing a multi-language mechanism to lay a foundation for data standardization, and further accelerating the development of internet communization due to independence, interaction and single sign-on of multiple users.

The invention discloses a construction method of a microbial peptide mass fingerprint spectrum database based on a time-of-flight mass spectrometry principle, wherein the method comprises the steps: carrying out pure culture of obtained strains according to physiological habits, and successively obtaining strains at logarithmic phase; identifying the strains through morphology, taxonomy and methodology; then pretreating the confirmed strains, drying, and then extracting peptide fingerprint spectra by an ethanol/formic acid method and an 80% TFA extraction method; collecting and treating the spectra by adopting an MALDI-TOF MS platform, then carrying out parameter determination of the strain spectra, unifying the determined standard spectra and strain names, labeling a database construction method of the strains, and completing the database construction of the strains; and analogizing by the construction methods of the other strains successively, and completing the construction of the microbial peptide mass fingerprint spectrum database. The invention provides a set of complete method from the investigation of the strains to the construction of the database. The database has complete types of microorganisms, and meets identification requirements of microorganism related industries.

The invention discloses a method for planting Picea koraiensis, which includes cutting bed arrangement and management, cutting collection, cutting treatment, cuttage, post-cuttage management, transplanting and post-transplanting management. The complete method for planting Picea koraiensis is more complete and systematic than the prior art, and the final survival rate reaches more than 96%. A series of preparations contributes to differentiation of root primordium into adventitious roots, so that cuttage survival rate is increased. A certain proportion of matrix contributes to thermal insulation, water absorption, water permeation and ventilation, and pathogenic bacteria are few and rooting is fast.

The invention discloses a method for comprehensively correcting a geometric angle error of a laser tracker. The method is mainly used for error compensation and accuracy increase in the manufacture and use processes of a measurement system of the laser tracker. According to the structure, the laser tracker comprises a cross shaft, a vertical shaft, a polish shaft, a tracking reflecting rotating mirror and the like. A strict geometric position relation of the cross shaft, the vertical shaft, the polish shaft, the tracking reflecting rotating mirror and the like must be guaranteed. However, in the manufacture, installation, transportation and use processes, the strict geometric position relation of the components is difficult to guarantee, so that the final coordinate measurement accuracy of the tracker is influenced. Thus, a geometric structure error of the components needs to be corrected. The method for comprehensively correcting the geometric structure angle error of the tracker is not available in an existing tracker error correction method. Thus, the complete method for angular correction is created, so that comprehensive compensation is conducted on the geometric angle error of the tracker.

This invention provides an efficient, rapid and complete method for deleading the surface of lead breass and copper alloy. The method comprises: degreasing the surface of lead breass, acid washing, placing lead breass in cold-washing lead solution for cold-washing lead treatment, performing activation treatment in a neutralization solution, then performing passivation treatment in a passivation solution, cleaning, and drying. The process can completely clean lead on the surface of lead breass and copper alloy. Besides, the process is energy saving, convenient, and high qualification rate.

The invention provides a PMS (phased-mission system) reliability layering modeling method based on a failure mechanism comprehensive damage accumulation rule. The method comprises the following steps:S1, clarifying all the missions needing to be executed and the specific phases of each mission, analyzing component parts of the system under each mission and phase, and clarifying a damage accumulation mode between the key failure mechanism of each part in each mission and phase and the failure mechanism; S2, establishing a BDD model of a system failure mechanism layer according to the main failure mechanism of each working part as well as the type of each failure mechanism and the system structure; S3, establishing a BDD model of a system phase layer by utilizing the BDD model of the systemfailure mechanism layer obtained in the step S2; S4, further establishing a BDD model of a system mission layer for the phased-mission system; and S5, evaluating a reliability function when the phased-mission system executes the mission series. The models of all levels are combined and an integrated method is provided for reliability modeling of the phased-mission system.

The invention provides an informationalized management design method for an information biology high-performance computing platform. Various experiment procedures, namely a plurality of links such as deoxyribonucleic acid (DNA) library construction, genomic sequencing, data processing, result analyzing, result producing and data sharing are generally involved in information biology, different skilled persons take part in all the links, and therefore the problems such as information loss and low efficiency in passing-on or taking-over of all the links can occur. An integrated set of method for systematically linking the whole links together does not exist so far, and a specialized tool for managing the biological information platform does not exist either. The management method aims at information of a high-performance computing laboratory of the information biology, and the purposes are standardizing procedure management in the stages of experimentation and computing in the information biology and improving work efficiency.

A Lock Free and Wait Free method of the appearance of an atomic double word compare and swap (DCAS) operation on a pointer and ABA avoidance sequence number pair of words while using atomic single word compare and swap (CAS) instructions. To perform this function an area of memory is used by this invention and described as a protected pointer. The protected pointer consists of three words, comprising of: a) a pointer to a memory location, such as a node in linked list, together with b) an ABA avoidance sequence number, and combined together with a third word containing c) a specially crafted hash code derived from the pointer and the ABA avoidance sequence number. The three words together are referred to as a three word protected pointer and are used by this invention for implementing a Lock-Free and Wait-Free method of simulating DCAS using three CAS instructions. The specially crafted hash code, when used in a manner as described in this invention, enable competing threads in a multithreaded environment to advance a partially completed method of the appearance of an atomic double word compare and swap (DCAS) operation on a pointer and ABA avoidance sequence number pair of words while using atomic single word compare and swap (CAS) instructions as partially executed by a different thread. The ability for any thread to complete a partially completed appearance of DCAS provides for wait free operation.

A very easy and thorough method for destroying metallic carbon nanotubes is disclosed here. The method includes: irradiating a mixture of semiconductive carbon nanotubes and metallic carbon nanotubes with an energy beam (such as laser light), thereby selectively destroying the metallic carbon nanotubes or semiconductive carbon nanotubes. Wherein, the energy beam has an energy component resonantly absorbed by metallic carbon nanotubes or semiconducting carbon nanotubes.

The invention discloses a one-step finishing chemical finishing craft in cheese winding course after yarn dyeing and drying, which comprises the following steps: weighting chemical material in weight matching; building chemical material and then entering oil groove; putting chesses winded yarn in oil groove to coil yarn round the guide roller by motor; steeping yarn in chemical material; finishing drenching craft of chemical finishing after yarn absorbing liquid of chemical material; adjusting tension by tension adjuster; squeezing out surplus chemical material; coiling squeezed yarn round yarn roll by yarn break, clearing yarn with clearing yarn inducer, drying with far-infrared drying device.

The invention discloses an undercarriage buffer. At first, load of an undercarriage is calculated when the undercarriage extends to the greatest degree, initial parameters of the undercarriage are calculated according to a traditional method, and wheel axial center and barycentric coordinates under a shutdown compression condition are calculated according to wheel axle center and barycentric coordinates under the condition that the undercarriage extends to the greatest degree; shutdown load of the undercarriage is calculated again; a dynamic compression curve is fit, a largest dynamic compression curved is fit according to largest stroke, and relevant parameters are calculated reversely via the largest dynamic compression curve, so that a complete method is formed. An enforceable calculation scheme of the undercarriage buffer is provided, and the difference between a theoretical value and a test value of load of the undercarriage can be reduced effectively. The largest stroke and the large dynamic compression load simultaneously meet designed requirements of the specific structure and the largest load coefficient under the condition that weight is not increased. Designed results can meet production reality better, and the design period of the undercarriage is shortened to a certain degree.

A simulation apparatus and method is provided for simulating complex high speed interconnects for which closed forms of the S-parameter are incorporated. Differential transmission lines are represented in a causal manner analytically using the 4-port S-parameter without concerns of passivity and stability. Difficult discontinuities of interconnect such as differential vias are represented in closed form and the present invention allows those interconnects to be characterized by 4-port S-parameter measurements or simulation. A complete method of combining causal transmission line models with discontinuities in cascade is provided.