74 results about "Time to effect" patented technology

The invention provides a channel monitoring method and device. The method is applied to a base station. The method comprises following steps: configuring a designated frequency of an energy saving signal to a terminal, defining designated effective time and range of the designated frequency, wherein the designated frequency is used to represent that the energy saving signal designates the effective range of subsequent discontinuous DRX receiving; generating a first notification message, which comprises the designated frequency and the designated effective time and range; sending the first notification message to a terminal so that the terminal can obtain the designated frequency and designated effective time and range from the first notification message, and according to the designated frequency and designated effective time and range, carrying out channel monitoring. The cooperation between an energy saving signal mode and a DRX mode is realized, if there is data, a base station can indicate a terminal to carry out intensive monitoring through the designated frequency; if there is no data, the base station can indicate the terminal to carry out sparse monitoring through the designated frequency; thus the channel monitoring efficiency is improved, and the resource waste is avoided.

A product shelf life monitoring system comprises a label substrate bearing upon a limited portion of its area an active indicator composition responsive to varying temperature over time to effect a visible change in color density or the like. The susceptibility of the indicator composition to similarly respond to incidence of vagrant ultraviolet light is ameliorated by application of an area of ultraviolet light absorbent composition in register above the indicator composition and extending at most only slightly beyond the periphery of the area of indicator composition. In this manner, the remaining area of the label is preserved for ultraviolet light responsive implementations, and only a minimal, economical amount of ultraviolet light absorbent composition is expended.

The invention provides an uplink data transmission method, terminal and communication system. The method comprises the steps that a physical layer of the terminal obtains a scrambling uplink authorization signal issued by a network side; the physical layer judges the authorization type of the uplink authorization signal according to the scrambling mode of the uplink authorization signal; the physical layer sends the authorization type to a medium accessing control (MAC) layer of the terminal; the MAC layer obtains authorization entry-into-force time of the uplink authorization signal according to an entry-into-force time computing rule corresponding to the authorization type; the MAC layer carries out uplink transmission on service data corresponding to the authorization type according to the authorization entry-into-force time.

The disclosed process method when reconfiguring wireless loading business comprises: once detecting the failure before the reconfiguration coming into effect, the wireless network controller sends RB reconfiguration information and receives UE failure information before appointed time in submit information to send wireless route reconfiguration cancellation information to Note B if building or reconfiguring wireless load failure; UE cancels directly new wireless route and initiates subzone updating. This invention simplifies recovery operation greatly, reduces possibility that UE detects desynchronized RL, and ensures receiving RL failure information.

The invention discloses a method for switching a cell. The method comprises the following steps of: establishing a wireless chain circuit corresponding to a target cell and user equipment to be switched; transmitting a switch command to the user equipment, and designating an effective time point; notifying a source cell to stop scheduling the user equipment; at the effective time point, switchingthe user equipment to the target cell; and judging whether the switch is successful, and if so, deleting the wireless chain circuit corresponding to the source cell and the user equipment. The invention also discloses user equipment, a wireless network controller and a base station which all have the scheduling control function. When the user equipment is switched from an HSUPA, HSPA or HSPA+ cell to other cells, a source HSUPA, HSPA or HSPA+ cell is notified to stop scheduling the user equipment, so that the uplink resources of the HSUPA are effectively utilized, and the resource waste is avoided.

The invention relates to a route processing method, equipments and a system. The method comprises that first network equipment obtains a flow effective time parameter and a route associated with the flow effective time parameters are obtained, and the flow effective time parameter includes a beginning time value and a duration value, and is used to indicate that the route is effective in a time interval specified by the flow effective time parameter; the first network equipment processes a service flow corresponding to the route within the specified time interval, and generates a route control message including the effective time parameter and the route; and the first network equipment sends the route control message to second network equipment. Thus, time-limited effective information is spread automatically, a time-limited effective demand aimed at a flow strategy is satisfied, the workload of configuration is reduced, and the maintenance difficulty is reduced.

The application discloses a resource configuration method, equipment and system. The problem that the signaling overhead is large when an underlying control signal configures unlicensed resources is solved. The method comprises the following steps: the base station determines an effective time window of at least one unlicensed resource configuration, and sends a configuration message to the terminal equipment; the configuration message is used for configuring at least one unlicensed resource, and the configuration message carries effective time window indication information which is used for indicating the effective time window, thereby enabling the terminal equipment to transmit data by using at least one unlicensed resource based on the configuration message. The problem that the underlying control signal overhead is large when the unlicensed authorization resource is configured in the specific time quantum in the prior art can be avoided, the signaling overhead is reduced, and the system performance is optimized.

The invention discloses a processing method, a terminal and a base station of persistent resources, wherein the method comprises the following steps of: receiving a resource persistent allocation message from the base station by the terminal, wherein the resource persistent allocation message is used for indicating the base station to pre-allocate or de-allocate the persistent resources to the terminal; when the effective time of the resource persistent allocation message is up, processing the persistent resources by the terminal according to the resource persistent allocation message, wherein the effective time is used for indicating the starting time for processing the persistent resources. Through the invention, the problem of data loss or errors is solved, thereby achieving the effect of reducing the data loss or the errors.

A printhead capable of printing in multiple print modes is herein disclosed. The printhead includes multiple pens that are movable independent of one another. The collective line of the multiple pens is wider than a sheet of recording media upon which an image is to be printed and provides for at least some overlap between the respective pens. The pens of the printhead may be aligned so as to accommodate malfunctioning printing elements in one or more of the pens. Where malfunctions in the respective pens are such that the pens may not be arranged so as to print an image on the recording media across the full width of thereof, the pens may be arranged to operate as a serial type printhead in which a media handling mechanism moves the recording media past the printhead multiple times to effect printing of the image.

The invention provides a parking charging management system comprising a charging unit, a special unit, and a validating unit. The charging unit comprises a pay-per-time charging module, a pay-on-timecharging module, and a pay-on-step charging module. The pay-per-time charging module is mainly used for selecting a pay-per-time charging validating period, and setting a pay-per-time charging execution time period and the pay-per-time charging fee; the pay-on-time charging module is mainly used for selecting a pay-on-time charging validating period, and setting a pay-on-time charging execution time period and the cost for per unit time; and the pay-on-step charging module is mainly used for setting a time period of each step and the charging fee of each time period, and continuing charging according to the pay-on-time charging module after all the steps of the pay-on-step charging module are executed. The special unit comprises a default module and a switch module. The validating unit isused for resetting the validating time when a charging unit is created, deleted, or added. According to the parking charging management system, the system is adapted to the park with manageability, particularity, customization, and professionalism; the fee calculating speed is fast, the accuracy is high, and the expandability is high.

The invention relates to a method for incrementally configuring AP (Access Point) wireless parameters based on a template. The method comprises the following steps: through a management platform of a wireless service system, wireless parameters of a plurality of AP equipment corresponding to the management platform are configured; the management platform receives a configuration obtaining request transmitted by the AP equipment, and reads and judges a configuration revision number contained in the configuration obtaining request; when the numerical value of the configuration revision number is a set value, the management platform carries out the operation of full-amount distributed configuration and distributes all configuration items and corresponding parameter values in the stored configuration template to the AP equipment; when the numerical value of the configuration revision number is not a set value, the management platform carries out the operation of incremental distributed configuration and distributes the parameter values of the configuration items corresponding to the configuration version number in the stored configuration template to the AP equipment. The method has the benefits that the data transmission amount is reduced through the template and the incremental distribution, the effective configuration time is shortened, and the user experience is improved.

The present invention discloses a software defined optical access network-based method and system for time-based bandwidth customization. The system comprises an application layer, a control plane and a data plane. The application layer receives and analyzes a bandwidth customization request of a user, and sends the bandwidth customization request through a northbound interface. The control plane receives and analyzes the bandwidth customization request, reserves network bandwidth resources according to a fact that a network bandwidth margin meets the bandwidth customization request, updates a bandwidth calendar, writes a to-be-delivered flow table into a node flow table and updates the node flow table, determines a flow table delivery time and starts a timer, reads the updated flow table when the time arrives, and sends an open flow message through a southbound interface. The data plane receives and analyzes the open flow message, sends the open flow message to a data abstraction layer according to the effective time of the open flow message, and completes configuration from the flow table to a forwarding device. Through adoption of the software defined optical access network-based method and system for time-based bandwidth customization, the access bandwidth is open to the user and is customized according to needs, actual network demands are met so as to improve the use experience, a network operator can develop a value added service, and the network flow can be smoothed by referring to a reasonable pricing policy.