47 results about "Set and setting" patented technology

The present invention provides for a system and method facilitating configuration management. The system includes a configuration store that stores persisted configuration and/or dependency information associated with application(s), and, a configuration service component that manages access to the configuration store. The system can further include a configuration management engine (e.g., API) that allows client application(s) to access, query and/or modify setting(s). In accordance with an aspect of the present invention, application(s) submit an XML assembly manifest which comprises: the assembly identity, the application binaries, its dependencies etc. The manifest can also include a configuration section that declaratively specifies the persisted settings for the application. The configuration section includes an XSD-based schema that defines rich types for the settings and the settings themselves, and metadata for these settings including description and default values, manageability attributes (e.g., migrate, backup, policy), and integrity constraints called assertions (that could potentially describe the relationships between settings).

A combustion system having a furnace arranged and disposed to receive solid fuel and oxygen and combust the solid fuel and oxygen to form a flue gas. The system includes a heat exchanger arrangement arranged and disposed to receive heat from the flue gas, where the heat exchanger arrangement has a predetermined heat exchange capacity. A water injection arrangement is arranged and disposed to provide water to the flue gas to controllably adjust the flue gas mass flow rate and temperature to provide the predetermined heat exchange capacity.

A method for setting the printing parameter includes selecting out a set of printing parameter form system electronic table stored with printing parameter set and setting the printing equipment according said printing parameter when printing command is received by application software system, establishing electronic table in advance for storing the printing parameter set, storing tacitly approved printing pattern of application software system and storing the printing pattern.

On a setup computer-readable medium, there are recorded a USB port driver file, an INF file including information about a folder in which the USB port driver file is recorded, a printer driver file, and a setup program. After having installed a printer driver on the assumption that a printer is connected to a parallel port (step S102), the setup program copies the INF file to a folder ¥WINDOWS¥INF and a USB port driver file to a folder specified by designation information stored in the INF file (step S103). The setup program performs a connection monitoring operation (step S104) for switching a connection port to which the printer is to be connected when a printer is detected to have been connected to the USB port.

Disclosed is a communication network management system for converting action parameters contained in abstract requirements (abstract policy information) regarding a network to parameters conforming to the network technology (ATM, SDH, WDM, etc.) and type of network element to be set, and setting these parameters in the element. Specifically, a policy administration portion converts action parameters contained in abstract policy information to parameters dependent upon network technology and a policy enforcement portion converts the parameters obtained by this conversion to parameters dependent upon type of network element to be set and sets these parameters in the element.

The invention provides a packer which comprises a central tube as well as a locking mechanism, an actuating mechanism, a sealing mechanism and an anchor mechanism which are arranged outside the central tube, wherein the actuating mechanism enables the sealing mechanism and the anchor mechanism to act; the locking mechanism comprises a lock sleeve adjacent to the sealing mechanism, a locating component arranged outside the lock sleeve, a right-hand nut and a left-hand nut arranged inside the lock sleeve and spaced at an interval, and a right-hand thread section and a left-hand thread section arranged on the outer wall of the central tube and corresponding to the right-hand nut and the left-hand nut; a through hole is arranged on the wall, corresponding to the lock sleeve, of the central tube and a baffle is arranged outside the wall of the tube; the baffle and the inner wall surface of the lock sleeve are sealed and connected to form a cylinder bottom of a piston cavity; and the actuating mechanism comprises a piston arranged in the piston cavity and connected with the lock sleeve and an unpacking elastic component connected with the piston. The packer has the advantages that the prevention of midway setting and setting failure can be effectively realized, the working reliability is improved, the multi-time setting and unpacking in one string can be realized, the borehole operation procedure is simplified, the working efficiency is improved, and the cost is greatly saved.

The invention discloses a diversity and multiplexing transmission determining method based on channel quality indication, which relates to diversity and multiplexing transmission determining technique in an LTE system and is provided for solving the complexity of the current diversity and multiplexing, and the adopted technical proposal is that: A: obtaining feedback channel quality indication CQI value of a user terminal in continuous N transmission time intervals before current moment and calculating typical value M and standard deviation S of the obtained CQI value; B: establishing orderly corresponding relations of [M-S, M+S] set and set SNR range; C: determining corresponding SNR of the current CQI value according to the step B, wherein, the CQI value less than M-S is calculated as M-S, and the CQI value more than M+S is calculated as M+S; D: calculating diversity and multiplexing gain according to determined SNR in the step C, thereby, determining diversity or multiplexing to transfer downlink data. The invention also discloses a device realizing the method at the same time. The invention is practical and the realization is simple, the determined diversity and multiplexing gain are accurate.

The present application discloses an activity information matching method. The method comprises: after a current activity is divided into multiple subtask sets, allocating an execution thread to each subtask set and setting a counter whose count value is consistent with the number of the multiple subtask sets; and causing the multiple subtasks to execute activity rule matching in parallel and merging execution results of the subtasks into a specified result set. By splitting and executing large amounts of service data in parallel, the execution efficiency is improved and the overall consumed time for matching large amounts of data rules is shortened. The application also discloses an activity information matching device.

The invention realizes setting of measurement positions suitable for a warping state of a printed board and an easy work of setting the measurement positions. A printed board as a measurement sample is positioned three-dimensionally in X, Y and vertical directions on a positioning portion, and then a backup base is lifted up to apply backup pins to the back surface of the board and support the board horizontally. Then, the warping state of the board is measured by a height level detection device, and based on the measurement result the CPU displays the board on a monitor three-dimensionally or by contour lines. Once an operator sets measurement positions on the screen, the CPU converts each of the set positions into coordinates on the board, writes the coordinates of the set positions in the top of mounting data, and stores the data in the RAM. Then, in a manufacturing operation with a board, the height level detection device measures the height levels of the board in the set measurement positions according to the mounting data where the coordinates of the set positions are added and stores the measurement values in the RAM. The measurement values are used when electronic components are mounted on the board.

A position measuring system for determining the position of a first structural component and a second structural component. The position measuring system includes a first support for receiving a first position measuring device, which is set up and provided for being fastened to the first structural component and a second support for receiving a second position measuring device, which is set up and provided for being fastened to the second structural component. The position measuring system further includes a first connector that fastens the first support to the first structural component and a second connector that fastens the second support to the second structural component, wherein the second connector includes a nut, with which a screw can be brought into engagement, wherein the nut is inserted into a recess of the second support. The position measuring system further includes a blocking element which, in an inserted state, works together with the nut in order to prevent a movement of the nut out of the recess in an axial direction, which is the direction of insertion of said screw into said nut, sufficiently far so that insertion of the screw into the nut is made possible.

The invention discloses an efficient data fusion method for a wireless sensor network (WSN), which comprises the following steps: establishing an adjustable node set and setting an initial probing step size; calculating the fusion contributions of all elements in the adjustable node set according to the probing step size; selecting a node corresponding to the maximal value of fusion contribution; judging whether the total fusion time-lag of the node meets a time-lag restriction; adjusting node fusion waiting time or deleting nodes which do not meet the time-lag restriction from the adjustable node set; repeating the procedures until the adjustable node set is null; stopping adjusting the fusion waiting time; issuing the fusion waiting time of the node; and conducting data fusion. The method has low complexity and message communication traffic, ensures real-time property of the network, effectively reduces energy consumption of the node, prolongs the life cycle of the network, remarkably improves fusion effect, and is suitable for different topological networks.

A signal received by an antenna (60) is inputted to an encoder (201) and to a discriminator (203). The discriminator (203) measures a length of a non-communication interval and outputs flag setting information when the length of the non-communication interval is greater than or equal to a predetermined interval length. The encoder (201) discriminates a synchronization pattern length based on the flag setting information. Referring to the flag at a time of generating a serial transmission frame, the encoder (201) sets the synchronization pattern length to be a first value when the flag has not been set and sets the synchronization pattern length to be a second value greater than the first value when the flag has been set. The encoder (201) generates a serial transmission frame with a synchronization pattern of the synchronization pattern length which has been set. A line driver (202) outputs the generated serial transmission frame.

The present invention provides a massive feature string sets matching method and apparatus. The method comprises the steps of determining a length of a matched window according to a quantity of characters included in a feature string in the feature string set and setting an initial offset value for current to-be-matched data; performing offsetting and positioning on the current to-be-matched data by taking the initial offset value as a start point, acquiring a character block and using the character block as a first character block, wherein the character block takes the tail end of the matched window as a terminal point within the length of the matched window and has a length equal to a preset first length; when the first character block is a sub-feature string of the feature string set, acquiring a character block and using the character block as a second character block, wherein the character block takes an initial end of the matched window as an initial point within the length of the matched window and has a length equal to a preset second length; calculating a conversion value of the second character block, reading a bit vector corresponding to the conversion value and using the bit vector as a current matched vector; and performing feature string matching on the current to-be-matched data according to the current matched vector. According to the method, the space of a bit vector mask table is fully used, filtration passing rate is lowered, and matching is faster.

Provided is a paging method and apparatus considering a carrier aggregation (CA) environment in a mobile communication system. A paging method of a user equipment may include: selecting a component carrier (CC) set of the user equipment by selecting a CC for each component carrier element (CCE); receiving, from an evolved Node-B (eNB), a paging message containing a CC set; setting up a connection with the eNB through the CC set of the user equipment when the received CC set is the same as the CC set of the user equipment, or when all the CCs are included in the received CC set; and changing the CC set of the user equipment to the received CC set and setting up the connection with the eNB through the changed CC set when the received CC set is different from the CC set of the user equipment.

The invention discloses a driving method. The driving method comprises the following steps: detecting the size information of overall machines assembled at present; selecting a configuration parameter matched with the size information from a pre-stored configuration information set and setting the configuration parameter as a current configuration parameter, wherein the configuration information set comprises the configuration parameters of different-sized overall machines; driving the overall machines according to the configuration parameters set at present. The driving method has the advantages of high production efficiency, high reusability and high convenience in control.

A mapping method of calculation value of transmission format combination to indication of transmission format combination includes to form TFCI set by m number of different TFCI selected out from 2k(0-2k-1) number of TFCI, calculating code minimum distance after each TFCI set having been coded and to search maximum value of code minimum distance from above said code distance as well as to index out TFCI set according to subscript of maximum value of code minimum distance, making ascending order arrangement of TFCI in TSi of TFCI set and setting up a mapping relationship between CTFC and TFCI according to ascending order one by one correspondingly. It is able to make decoding performance optimum because the code minimum distance is maximum after selected TFCI set has been coded.

A control device for a motor-driven vehicle comprises a 42 v alternator (motor-generator) driven by an engine to generate three-phase AC power with 42 volts, a set-up and set-down inverter rectifying and setting down three-phase AC power, generated by the 42 v alternator, to DC power with 14 volts, and a 14V battery supplied with and charged with DC power with 14 volts outputted from the set-up and set-down inverter. A diode bridge circuit rectifies AC power with 42 volts, generated by the 42V alternator, to DC power by which a motor is rotationally driven to render the vehicle operative in 4WD drive mode.

Described are an EMUS transducer system as well as a method for producing linearly polarised transverse waves with variably predeterminable polarisation direction within a test specimen containing at least ferromagnetic material portions and with a test specimen surface with a magnetisation unit which is provided and set up for being arrangeable on the surface of the test specimen and for producing a magnetic field orientated parallel to the test specimen surface within the test specimen, as well as with at least one HF coil arrangement which is provided and set up for being arrangeable on the test specimen surface and for producing or detecting a HF field occurring overlaid with the magnetic field.

The invention stands out in that the magnetisation unit has at least three magnetisation bodies spatially distanced from one another, which are provided and set up to be placeable onto the test specimen surface and in each case to introduce magnetic field lines with a predeterminable magnetic flux into the test specimen, and in that means are provided, using which the magnetic flux of the magnetic field lines to be introduced into the test specimen, which emanate from at least one magnetisation body, can be changed in such a manner, so that the spatial direction of the magnetic field forming parallel to the test specimen surface within the test specimen can be changed in a predeterminable manner.