332 results about "Collocation method" patented technology

The embodiment of the invention provides a collocation method of a virtual image, an implementation method of the virtual image, a client side, a server and a management system of the virtual image. The method comprises the following steps that when receiving a virtual image collocation request of a user, the client side outputs and provides a required image model to a user to collocate; the client side acquires collocation data of the image model, wherein the collocation data comprises skeleton movement data and dress-up data; and the client side carries out encoding processing on the collocation data to form virtual image data of the user. According to the collocation method of the extensible virtual image, personalized customization is realized, the showing of the virtual image is close to the actual demand of the user, and an image which the user wants to reflect actually can be accurately expressed.

The embodiment of the invention discloses an IPv6 address collocation method, which comprises the following steps of: acquiring a route request send from a terminal, wherein the route request carries the service type information of the terminal; allocating a subnet prefix corresponding to the service type information carried by the route request for the terminal according to the correspondence relation between the service type information and the subnet prefix; sending the allocated subnet prefix to the terminal so as to ensure that the terminal can generate an IPV6 address according to the subnet prefix. The method for automatically collocating the IPV6 addresses in the embodiment of the invention is convenient for service management. The invention also further discloses an IPV6 address collocating system.

The present invention provides a terminal and a time configuration method thereof. The method comprises the following steps: acquiring at least one frame which comprises a clock image; identifying the time corresponding to the clock image; and configuring the current time based on the identified time. Accordingly, the embodiment of the present invention also provides a terminal for applying the method. The time configuration of the terminal is carried out according to the time information identified from the image containing a clock pattern. The terminal not only is simple, convenient and novel, but also is funny.

The invention discloses a collocation method for synchronizing network management and network elements and a device thereof, which belongs to the technical field of the network management. The method comprises the following steps: collocation change serial numbers which can be indentified by network management and network elements are set to the network elements, the serial numbers are markers for the changed network element collocation, and are identified through sequence numbers; when the network element collocation is changed, the network elements report the collocation change event to the network management, and the collocation change event comprises collocation change serial numbers and collocation change information; after receiving the collocation change event, the network management synchronizes the network element collocation according to the collocation change serial numbers. The device comprises a serial number change set module, an event change reporting module and a collocation synchronization module. The method and the device improve the reliability of synchronization, and reduce the system resource cost when synchronizing the network management and the network elements.

The present invention provides a collocation method of liquid crystal screen parameters. Said method includes the following steps: in EEPROM presetting at least two screen-type selection parameters, in which one presentation screen parameter is stored in EEPROM, other presentation screen parameters are solidified in program; fetching screen-type selection parameters in EEPROM, judging storage position of every screen parameter; obtaining screen parameter from storage position of screen parameter and gamma list; according to obtained screen parameters collocating liquid crystal screen, and initializing liquid crystal screen control chip; and restoring gamma culve and writing gamma culve value into liquid crystal screen control chip.

The invention relates to the field of power system stability research, in particular to a simulation collocation method for an oscillation disconnection device of a power system. The method comprises the steps: A. building a simulation data model; B. building a research failure set; C. performing simulation calculation of power grid stability after failure, obtaining out-of-step characteristics of a power grid, determining an oscillation center, and summarizing oscillation center moving laws; D. performing simulation calculation of acting characteristics of the oscillation disconnection device after the failure, and judging acting correctness of the oscillation disconnection device; E. putting forward a preliminary collocation scheme of the oscillation disconnection device; F. studying coordinating relations among stability control measures; and G. putting forward the final collocation scheme of the oscillation disconnection device by combination with the step C, the step D, the step E and the step F. The simulation collocation method has the advantages of being strong in maneuverability, comprehensive in considered factors and reasonable in scheme, and has high practical value and good market prospect.

The invention provides a collocation method and a member device of a stack logic interface. The member device in a stack system builds the received stack physical interface of neighbor discovery message of the same MAC address into a stack logic interface; the member device elects expectant primary device in the stack system according to preset election rules; the member device receives a topology collection message sent by the expectant primary device, the stack logic interface attribute message which is used by the topology collection message is sent by the expectant primary device which is carried in the topology collection message to realize the self stack logic interface attribute configuration. The invention can avoid stack isomerism problem caused by artificial incorrect operation, saves human resource and is more convenient to be realized.

The invention relates to the technical field of communication, in particular to a matching method for personnel garments of a user. The method comprises the following steps that S1, the user take photos on the garments in a wardrobe, and the photos are guided into a computer for building a visual data driven personnel wardrobe model; S2, the personnel wardrobe model knows fashion trends on the basis of network massive data by using a machine learning method, and garment matching suggestions are provided; S3 the user selects the garments according to the garment matching suggestions. The matching method for the personnel garments of the user provided by the invention has the advantages that mass fashion pictures on Internet are analyzed by the machine learning method, the fashion trends are known on the basis of the network massive data, in addition, the obtained fashion knowledge is used for recommending the garment matching based on the personnel wardrobe for the user, and the customization requirements and fashion requirements of customers are fast met.

The invention belongs to the technical field of industrial gas burner and relates to a low emission high-power staged-combustion gas burner. The staged-combustion gas burner is characterized in that a swirling machine, a flame stabilizing plate, a central canister and a middle pipe are coaxially arranged in the throat of the burner main body from outer to inner, wherein the flame stabilizing plate is provided with a gas gun which is axially fixed and has same uniformly distributed radial lines. The gas collocation method comprises the following steps: (1) collocating no gas in a direct air channel, in which is low-speed central cooling air, (2) mixing the high-speed swirling air entered from a swirling air channel with the gas jetted from a small gas hole B on the gas gun along the radialdirection till reaching to the semi-premixed state before emerging from the throat of the gas burner, and (3) face-to-face jetting the gas from a big gas hole on the top of the gas gun, the high-speed swirling air and the high-speed peripheral axial air flow so as to form non-premixing diffusion combustion. Because of the air, the staged gas branch supply, the premixing combustion and the non-premixing diffusion combustion, the combustion is uniform and NOx is prevented from being generated. The discharge amount of NOx of the gas burner is 70% lower than that of the common burner in the priorart.

A method of initiating a PPP (Point-to-Point Protocol) on an RG to obtain address information has very wide application demands in practice, and as the existing IPv6 (Internet Protocol version 6) address consultation collocation method can not allocate complete IPv6 addresses through allocation option consultation, the invention provides a simple and vigorous IPv6 address consultation allocation scheme. According to the scheme, the consultation allocation of IPv6 address information is conducted by expanding allocation options of a IPv6 CP (content provider), thereby obtaining the complete IPv6 addresses and corresponding information or prefixed information on a DNS (Domain Name Server) and the like, so that the implementation method is simple and consistent with a related implementation method of an original IPv4, thereby reducing the cost of equipment and leading the running of the equipment to be more stable.

The invention discloses a digital filter, a collocation method of the digital filter, an electronic device and a wireless communication system. The digital filter comprises a set of cascade integrator comb (CIC) filter group. The collocation method of the digital filter comprises that signals are selected through working modes received by the digital filter, a filter rate configuration value which is stored in a register and corresponds to each working mode is selected, a working clock is confirmed according to a main clock selection signal and a clock frequency dividing ratio selection signal in the filter rate configuration value, each filter can be switched in the different working modes according to the confirmed working clock, the digital filter is configured according to the different working modes, and accordingly the purpose that on the basic that the filter needs not to be re-designed, the different working modes are selected flexibly is achieved. The material waste is avoided when a clock generation circuit and the filter are re-designed in the process of the conversion of the working modes, and accordingly the purposes that cost is reduced and expandability is improved are achieved.

The embodiment of the invention discloses a collocation method of a Hash database. The collocation method of the Hash database comprises the steps that an index area and a data area are developed on a disk, wherein the index area is composed of p disk pages with the same size; a collocation request of a Key-Value pair is received; m Keys in the Key-Value pair are distributed into the disk pages of the index area and n Values in the Key-Value pair are distributed into the data area, wherein m, n and p are all integers greater than one. The embodiment of the invention further discloses a collocation device of the Hash database. By the adoption of the collocation method and device of the Hash database, the access efficiency of the Hash database is improved.

The embodiment of the invention discloses a method used for allocating SRS bandwidth, a system and a device thereof. The method comprises the steps as follows: when subdistrict-grade SRS bandwidth allocation is changed so that the allocation of user-grade SRS bandwidth is triggered, the method confirms the user-grade SRS bandwidth for the subdistrict user allocation according to the allocation strategy based on the principle that the quantity of the users with the user-grade SRS bandwidth being changed is the least; the invention sends a command to the users with the user-grade SRS bandwidth being changed; and the command carries user-grade SRS bandwidth information after the user-grade SRS bandwidth is changed. In the invention, the SRS bandwidth of most users is reserved to the greatest extent, so the quantity of the users without change is the most, and the quantity of the users with change is the least; for the whole system, the invention ensures that the signaling cost required for reallocating the user-grade SRS bandwidth is reduced greatly and simplifies the complexity of SRS bandwidth reallocation.

The invention provides a method and a device for transmitting closed subscriber group (CSG) information so as to support paging optimization. The method and the device only transmit the changed CSG information among network entities by combining the access control of the CSG in long term evolution (LTE) and a network frame of an LTE home enode base station (HeNB), so that the data transfer among the network entities is reduced and the cell needing paging can be comprehensively judged by a mobility management entity (MME) with tracking area (TA) information and CSG information so as to prevent redundant paging and reduce the waste of the wire and wireless transmission resource. In addition, the invention also provides a collocation method for a tracking area mark for further optimizing the paging; and the method prevents unnecessary paging from being initiated in a macro cell caused by the paging at a home cell through reasonable collocation of the tracking area mark so as to reduce the waste of the air interface resource of the macro cell. The method and the device can support the paging optimization in the LTE and a further evolution network thereof and effectively support the large-scale deployment and mobility management of the HeNB.

The invention discloses an application program log statistic strategy collocation method and device and an application program log statistic method and device. The application program log statistic strategy collocation method includes the steps that self-defined parameters for log statistic are determined by a supplier platform; the supplier platform obtains an application program, and the self-defined parameters are additionally arranged in the application program through a log self-defined strategy collocation interface; the supplier platform issues the application program to a terminal user. By means of the application program log statistic strategy collocation method and device and the application program log statistic method and device, an application program supplier can flexibly and freely define the various self-defined parameters in the application program statistic process, self-defined statistic of the application program is further flexible, and the self-defined statistic requirement of the application program supplier is met to the maximum degree.

The invention provides an elastomer-material fine-breaking combination device that can add accessory materials before or after fine-breaking and can feed stably; the device comprises a feed device arranged before or / and after a fine-breaking machine group unit, a fine-breaking machine group unit which is divided into two groups of a group A and a group B, or three groups of a group A, a group B, and a group C is provided. The invention in particular relates to one feed device or the combination of more than one feed device: a, a machine which can add accessory materials is provided additionally; b, a fine-breaking machine subgroup unit is provided additionally; c, a feed flow-ratio adjusting device is additionally arranged on a feed path; d, a material return machine which can combine the coarse powder material which is classified or is screened out by a screening machine, and the fine powder material, and then can supply the combined material to the fine-breaking group A or fine-breaking group B or fine-breaking group C to make breaking again is additionally provided; e, a more perfect machine is additionally arranged behind the combination device; f, an automatic control electric apparatus is arranged on the combination device; the various adding and arranging adopt the integral combination of general machinery or / and non-standard machinery and electric apparatus in the market.

The invention provides a strategy table entry collocation method, device and system. The method comprises the steps that according to a preset combining rule, whether a strategy table corresponding to an exchanger has table entries capable of being combined or not is judged; if the strategy table has the table entries capable of being combined, the table entries capable of being combined are combined to generate combined table entries, and the table entries participating in combining are deleted. According to the technical scheme, by combining the table entries capable of being combined in the strategy table, the number of the table entries in the strategy table can be effectively reduced, and the using rate of strategy table resources can be effectively improved. Compared with an existing method using a TCAM mode for expanding the corresponding strategy table volume of the exchanger, the strategy table entry collocation method has the advantage that cost investment can be reduced.

The invention discloses a collocation method for hybrid automatic repeat request HARQ parameters, and the method comprises the following steps: service flow request information which is sent by a sender is received, and the service flow request information carries the HARQ parameters which are required by a sender device; and a request response message is sent to the sender device. The embodiment of the invention also provides a collocation system and a device for the HARQ parameters. By the embodiment of the invention, different HARQ parameters are collocated for different service flows, thus making up the defect that the HARQ parameters of different service flows are collocated without distinguishing in the prior art and ensuring better quality of service (QoS).

The invention discloses a configuration method and a configuration system for alarm shielding and comprises following steps: (A) one or more alarm shielding templates which have at least one record are prearranged, and the record comprises at least one alarm shielding configuration item; (B) The invention implements the alarm shielding configuration on an element location to be configured according to the alarm shielding configuration item. The configuration system comprises a prearranging module which is used for prearranging one or a plurality of alarm shielding templates that have at least one record, and the record comprises at least one alarm shielding configuration item, a configuration module which is used for implementing the alarm shielding configuration on an element location to be configured according to the alarm shielding configuration item in the configuration module. By prearranging the alarm shielding configuration templates, the invention can select the element location which needs configuration to implement selected configuration for once, thus remarkably improving the usability and the efficiency of alarm shielding configuration.

The invention provides an automatic collocation method of a mobile E-mail system. The mobile E-mail system at least comprises a mobile terminal, a mail delivery server for delivering a mail to the mobile terminal, and an opening server for automatically collocating the parameter of the mail delivery server in the mobile terminal. The automatic collocation method of a mobile mail is used for the opening server and comprises the following steps: receiving an opening request from the mobile terminal; validating whether the mobile terminal is legal or not according to the identify information contained in the opening request; sending automatic collocation data containing the parameter of the mail delivery server to the mobile terminal under the condition that the validation is legal and finishing the automatic collocation of a mobile E-mail by the mobile terminal, thus the collocation of various parameters in the mobile terminal can be automatically finished without manual operation by users.

The invention relates to a collocation method for an embedded system. The method comprises the following steps: a data set is set, and parameters relevant to the system are stored in the data set; the parameters are described in the data set; a data collocation file is set, and the parameters required in the collocation is put in the collocation file; the parametric description in the data set is called out through reading the parameters in the collocation file, and the parameters is collocated to realize the collocation of the embedded system. The invention also discloses a device for realizing the collocation method for realizing the embedded system. The parameter supervising method and the device in the embedded system have the following advantages: when the supervising method of the equipment is changed, the application and structure part of a software is not required to be rewritten, a hardware interface is not required to be redeveloped, and the unified management of a multifunctional and multi-interface platform can be realized through a unified software platform.

The invention provides a page monitoring method and system and solves the problem that a page monitoring collocation method is complex and wastes time. The method comprises the steps of using a monitoring server side to obtain a method to be monitored transmitted from a monitored client side; using the monitoring server side to plant monitoring logics of the method to be monitored in application, wherein the monitoring logics are independent of the application; and using the monitoring server side to obtain called matters of the method to be monitored through the monitoring logics and notify the monitored client side to call business logic scripts of the method to conduct monitoring operation. The page monitoring method and system is simple in allocation method, saves time, does not need to manually allocate the monitoring logics and business logics directing to the method in the application, cannot influence a structure of the application, and simultaneously has no influences on page performance.