278 results about "Pattern type" patented technology

Techniques for detecting patterns in one or more data or event streams. A pattern to be detected may be specified using a regular expression. Events received in a data stream are processed during runtime to detect occurrences of the specified pattern in the data stream. In one embodiment, a pattern type or class is determined for the specified pattern and pattern matching is performed using a technique selected based upon the type or class determined for the specified pattern.

Nutritional compositions and formulations that optimize nutritional contents are provided. Dietary compositions and methods for tailoring such compositions to optimize levels of nutrients that have beneficial effects within specific ranges are provided. Dietary plans, and formulations comprising dietary products that comprise optimized levels of nutrients derived from phytochemicals, antioxidants, vitamins, minerals, lipids, proteins, carbohydrates, probiotics, prebiotics, microorganisms and fiber. Diet plans and modular nutritional packages comprising food and drink items tailored according to consumer patterns typed by diet, age, size, gender, medical conditions, family history, climate and the like are provided.

A computer-implemented system and method for creating, managing, and reusing schema type definitions in SOA services, grouped in the form of libraries are disclosed. The method in an example embodiment includes: grouping a plurality of Extensible Mark-up Language (XML) schema (XSD) types, each XSD type defined in an individual XSD file; using a processor to bundle the plurality of individual XSD types into a type library, the type library including a type information file to register the individual XSD types in the type library, the type library further including a type dependencies file to register dependencies between the individual XSD types in the same or different type library; importing types from a different type library, when defining derived types or aggregated types; generating Java artifacts from the XSD types; and associating the Java artifacts with corresponding XSD types in the type information file of the type library.

The invention discloses a well pattern rebuilding method and device for the water-injection development of an old oil field. The method comprises the steps that various factors for influencing well pattern arrangement are taken into account, and mesh parameter data in geologic modeling and numerical reservoir simulation computed results are stacked and computed to obtain parameter distribution of series of strata; the mesh comprehensive evaluation index of the series of strata is computed, and a comprehensive evaluation index distribution diagram of the series of strata is obtained; well patterns are arranged on the comprehensive evaluation index distribution diagram of the series of strata according to different well pattern types, well positions are adjusted according to the characteristics of the comprehensive evaluation index distribution diagram, and initial well pattern arrangement schemes are obtained; for each initial well pattern arrangement scheme, old wells are searched for around the signal wells, and whether the oil wells are utilized is determined according to well conditions and an injection-production relationship; each well pattern arrangement scheme formed finally is evaluated, and the relatively-optimal well pattern arrangement scheme is selected according to the well pattern control degree and a recovery efficiency index. The well pattern rebuilding method and device for the water-injection development of the old oil field can meet the well pattern arrangement requirements of old oil fields in the secondary development process.

Disclosed herein is a pen-type wireless transceiver for a mobile communication terminal using Bluetooth. The pen-type wireless transceiver includes a pen type body, an LED, a pattern type antenna, a speaker, an LCD display, a button unit, a battery, a microphone, a Bluetooth controller, an audio interface, a main board, a battery supervisor, a replaceable ballpoint ink container, a locking projection, threaded parts, a pen clip and a guard pad.

The invention relates to a three-dimensional simulation device for an edge/bottom water reservoir. The device comprises a body and a detachable moving side wall which is arranged on the side surface of the body, wherein an accommodating cavity is formed in the body; a gland is arranged on the top of the body; a piston is arranged on the lower part of the gland; a plurality of vent holes communicated with the accommodating cavity are formed in the gland; an annular groove in which a clapboard can be arranged in a sealing mode is formed in the peripheral side wall of the accommodating cavity; a plurality of poroid functional measuring points are formed on all the wall surfaces of the body and the gland and are communicated with the accommodating cavity in a controlled mode; a plurality of granular porous media are fully filled in the accommodating cavity; and a plurality of pipe columns for simulating a mineshaft are arranged in the granular porous media in the accommodating cavity. By the device, edge/bottom water reservoirs which have different thicknesses and are developed at different dip angles in different displacement modes and different well pattern types can be subjected to physical simulation experiment, so that an oil-water percolation mechanism of an oil and gas reservoir can be researched, and the effects of the edge/bottom water reservoirs in different development modes can be evaluated.

A feedback method for performing a feedback by using a codebook in Multiple Input Multiple Output (MIMO) system includes receiving, by the mobile station, a MIMO mode type information, generating feedback information by using the codebook selected according to the MIMO mode type information, and transmitting the feedback information to the base station. The codebook includes a SU-MIMO codebook and a MU-MIMO codebook, and the MU-MIMO codebook is formed by extracting codebook elements from the SU-MIMO codebook. As a result, the method maximizes a system throughput simultaneously while effectively reducing an amount of feedback information.

It is an object of the present invention to provide an image processing device for allowing an actual-image-closer pattern to be formed based on the design data, or its simulation image. In order to accomplish the above-described object, the proposal is made concerning an image processing device which includes an image processing unit which sets the operation condition of a charged-particle beam device on the basis of the design data on a semiconductor element. Here, the image processing device accesses a library for storing device-condition information on the charged-particle beam device, pattern types, and a plurality of combinations of pattern information on each pattern-region basis. Moreover, the image processing device forms a composite image of each pattern region, using the pattern information on each pattern-region basis, and based on the device-condition information and the selection of a pattern type from the pattern types.

The invention relates to a pattern management method of a NoSQL database. The pattern management method specifically includes the following steps that firstly, accessing or updating requests are received; secondly, classification is performed on the accessing or updating requests according to pattern types, or new pattern types and interfaces corresponding to the new pattern types are constructed according to the accessing or updating requests; thirdly, according to a pattern management table connected into the database by the accessing or updating requests through the interfaces corresponding to the pattern types, pattern information in the pattern management table is obtained; fourthly, according to a route provided by the pattern management table, data stored under different pattern types in the database are accessed or updated according to the accessing or updating requests. According to the pattern management method of the NoSQL database, unified management of various heterogeneous data in the NoSQL database is performed; according to different types and features of the data, differential pattern and interface design is achieved, and the high reading and writing performance is ensured. Meanwhile, the universal schema management strategy and a universal read-write interface are provided, and convenience is provided for expansion of data patterns.

An algorithmic approaches that can be implemented in software/firmware/hardware that filters out stable PRI patterns detected within a system that is prosecuting against radar based transmissions are disclosed. The algorithms allow downstream computing assets to concentrate their limited resources on the more complex emitter PRI pattern types. Thus, a portion (e.g., stable signals) of the pulse deinterleave and PRI identification problem is solved without requiring the more computationally expensive processing. The disclosed algorithms can be employed, for example, in electronic support measures (ESM) systems, electronic intelligence (ELINT) systems, and/or a electronic countermeasures (ECM) systems. The algorithms employ linear detection, linear regression, or a combination of linear detection and linear regression, thereby providing a “dual voting” scheme that decreases the occurrence of false positives. Other algorithmic approaches can be used as well in a multi-voting scheme that considers PRI estimates from distinct analysis types.

A solenoid actuated transmission shifting apparatus is provided for temporary or permanent installation in automobiles with conventional, H-pattern-type manual transmissions or automatic transmissions and also for use with motorcycle transmissions. The shifting apparatus allows for both upshifting and downshifting through the transmission gears by pressing pushbuttons mounted on the steering wheel, handlebar or dashboard.

The invention discloses a colorful bunchy yarn spinning method based on two-component combined type asynchronous and synchronous two-stage drafting. The method particularly comprises a drafting and twisting system which comprises a primary drafting unit, a secondary drafting unit and a combining twisting unit, and wherein the primary drafting unit, the secondary drafting unit and the combining twisting unit are arranged front and back. The primary drafting unit comprises a combined rear roller and a middle roller. The secondary drafting unit comprises a front roller and the middle roller. The two-component mixing ratio and dynamic changes of linear density are controlled through a primary asynchronous drafting mechanism, and datum linear density is controlled through a secondary synchronous drafting mechanism. The changes of the linear density (the shape of a bamboo joint attached to datum yarn) can be precisely controlled, and the change of the color of the yarn (the color of the bamboo joint and the color of the datum yarn of the bamboo joint) can be precisely controlled. Meanwhile, the middle roller is controlled to rotate with constant set speed, the reproducibility of the pattern type and color of the variable-linear-density yarn is guaranteed, and the spinning effect is more stable.

The invention provides semi-worsted double-face different-color nap-down corrugated fleece and a production process thereof and relates to improvement in double-face corrugated fleece and a production process thereof. The semi-worsted double-face different-color nap-down corrugated fleece is characterized by comprising a fabric body; the fabric body is cloth woven from fine warp and coarse weft, the double faces have different colors, semi-combed section dyed yarn is arranged on the front face, semi-combed color yarn is arranged on the reverse side, and the upper portion and the lower portion are tied to form a double-layer organization structure; the front and reverse face texture of the fabric body is 1/3 broken twill. A brand-new process is adopted for the product, and the effects of jacquard weave and printing of former drap-de-berry are exceeded. The semi-worsted double-face different-color nap-down corrugated fleece presents a new appearance for people. The semi-worsted double-face different-color nap-down corrugated fleece is a pioneer of the double-face fleece product style, and the blank in domestic drap-de-berry pattern type products is filled in.

Umbilics of two surfaces are compared and it is determined from this comparison whether the suspect surface is a copy of the original surface based on the comparison. Comparing umbilics includes determining whether locations of the umbilics of the suspect surface match within a specified margin umbilics of the original surface, and determining whether pattern types of umbilics of the suspect surface match pattern types of corresponding umbilics of the original surface. A “weak” test may be performed, in which corresponding points on the two surfaces are compared, wherein the comparison of umbilics is performed if corresponding points of the two surfaces are located within a specified margin of each other. The points may be gridpoints on wireframes, which in turn may be based on lines of curvature of the surfaces. Comparing umbilics is performed if it is determined that each surface has at least one umbilic. Further still, an “intermediate” test may be performed which includes, for each surface, computing the principal directions of lines of curvature at each grid point. The computed directions of lines of curvature for corresponding gridpoints on the surfaces are compared. A determination is made as to whether the suspect surface is a copy of the original surface, based on the comparison.

The invention discloses a preparation method of a silicon micro/nanometer line array with a controllable dimension. The preparation method is characterized in that a silicon chip is used as a substrate, a sample A is obtained through taking out the silicon chip to be dried after the surface of the silicon chip is cleaned, photoresist is coated on the surface of the sample A in a spiral way, and a photoresist layer is baked; a contact type mask is prepared according to the pattern types of the silicon micro/nanometer line array, the mask is utilized for realizing the exposure on the photoresist layer to obtain a sample B, the sample B is developed in developing liquid for 4 to 6 minutes, and exposed photoresist is washed away to obtain a sample C; a gold film with the thickness being 20 to 50 nanometers is coated on the surface of the sample C to obtain a sample D; the sample D is placed into acetone to remove the photoresist and the gold on the sample, and the silicon chip in contact with the gold, i.e. a sample E is obtained; and the sample E is soaked into etching liquid to carry out gold catalysis chemical etching, and the silicon micro/nanometer line array is obtained after the etching completion. The preparation method provided by the invention can be used for obtaining the silicon micro/nanometer line array with the controllable diameter and length and the uniform crystal orientation so that the silicon micro/nanometer line array can realize the practical application to devices.

The invention provides a photolithographic equipment, an aberration correction device and a device manufacturing method. An aberration correcting device usable in photolithography includes two elements that are relatively rotatable about an optical axis. One surface of each element has a spherical form that can be described by higher order Zernike polynomials. When these two surfaces are rotationally aligned, the device has the optical effect of a flat plate. If there is a small relative rotation between these two elements, the effect of the device is a phase shift that can be described by the derivative in spherical form. Correction means can be used to correct aberrations caused by lens heating, especially for illumination modes and pattern types that lead to strongly off-axis localized pupil filling in projection systems.

The invention provides CCID equipment with a Bluetooth interface and a working method of the CCID equipment. The working method comprises the following steps: detecting whether a communication mode type is changed or not; if not, returning CCID instruction responding data back to an upper computer according to the communication mode type and data in a second buffering region; if so, resetting a Bluetooth module and returning the CCID instruction responding data back to the upper computer; after acquiring the CCID instruction data by a USB module, determining whether the type of the CCID instruction data is matched with the communication mode type or not; if so, transmitting serial port instruction data to the Bluetooth interface according to the type of the CCID instruction data; otherwise, setting a matched communication mode type according to the type of the CCID instruction data and storing the serial port instruction data into a first buffering region; and after acquiring the serial port instruction responding data by a Bluetooth module, storing the serial port instruction responding data to the second buffering region.

A RBF pattern recognition method for reducing classification errors is provided. An optimum RBF training approach is obtained for reducing an error calculated by an error function. The invention continuously generates the updated differences of parameters in the learning process of recognizing training samples. The modified parameters are employed to stepwise adjust the RBF neural network. The invention can distinguish different degrees of importance and learning contributions among the training samples and evaluate the learning contribution of each training sample for obtaining differences of the parameters of the training samples. When the learning contribution is larger, the updated difference is larger to speed up the learning. Thus, the difference of the parameters is zero when the training samples are classified as the correct pattern type.