95results about How to "Simple switching process" patented technology

The embodiment of the invention discloses a switching method, an evolved Node B (eNodeB) and a home gateway and belongs to the technical field of communication. The method comprises: the eNodeB determines that user equipment (UE) is switched to the eNodeB or a second subordinate relay station of the eNodeB from a first subordinate relay station of the eNodeB; and the eNodeB sends a UE context release command to the first relay station under the condition of sending no switching notification to core network equipment. According to the technical scheme, in the UE switching process, the terminal switching flow of a relay network is simplified.

An electrosurgical system includes a generator for generating radio frequency (RF) power, and an electrosurgical instrument including at least three electrodes. The generator comprises an RF output stage having at least a pair of RF output lines, a power supply coupled to the output stage for supplying power to the output stage, and a controller capable of varying the RF power signal supplied to the output lines. The system also includes a selection circuit having at least three output connections each in electrical connection with a respective one of the at least three electrodes. This selection circuit operates to vary the coupling between the RF output stage and the three or more output connections. A switching device operable by the user causes the selection circuit to vary the electrode or electrodes to which RF power is supplied, and also causes the RF power signal supplied to at least one of the at least three output connections to vary depending on the electrode or electrodes to which RF power is supplied. In one arrangement of the selection circuit, one of the electrodes has no direct connection to the output stage of the generator and is connected via a capacitor to another of the electrodes.

The invention discloses mobile management method and system for a terminal in a wireless relay system, which are used for solving the technical problem that UE (User Equipment) is switched among different relays belonging to the same DeNB. In the method, an X2 interface link among relay stations belonging to the same DeNB is established; the source relay station transmits a switching request to the target relay station; the target relay station performs access permitting control; if the target relay station permits the user terminal to access, the source relay station executes the forwarding of the context and the cache data of a user; and after the user terminal is successfully accessed into the target relay station, the target relay station informs DeNB path change, and the DeNB executes path switching. In the switching process provided by the invention, the control of data forwarding is just carried out between the source relay station and the target relay station without forwarding by the DeNB or MME / S-GW (Mobility Management Entity / Serving Gateway) processing, thereby simplifying the switching process and reducing the switching delay to a certain extent.

The invention discloses a Bluetooth multipath switching method, which is characterized in that Bluetooth multipath switching devices are arranged between target Bluetooth devices and a source Bluetooth device; the Bluetooth multipath switching devices are respectively used for establishing data transmission channels between the source Bluetooth device and the multiple target Bluetooth devices; and when the source Bluetooth device is required to communicate with the multiple target Bluetooth devices, the data transmission channels corresponding to the target Bluetooth devices which receive or send data packets are selected to be the current data transmission channels, so that the data packets from the source Bluetooth device are transmitted to the target Bluetooth devices by the current data transmission channels or the data packets from the target Bluetooth devices are transmitted to the source Bluetooth device by the current data transmission channels. In addition, the embodiment of the invention also discloses a Bluetooth multipath switching device. By using the method and device provided by the invention, the process of switching the Bluetooth can be simplified.

The invention provides a switching method for a user to cross base stations in a high speed downlink packet access technology. The method comprises the following step: when a user switches among cellsbelonging to different base stations, a base station of an original cell of the user suspends the high speed downlink shared channel data transmission of the user. By adopting the technical scheme ofthe invention, when the user switches among the cells belonging to different base stations, a switching flow is simple to realize, which not only can reduce interferences to a new cell of the user, but also can avoid the waste of idle interface resources, and also can realize that a successful user can return to the original cell after the switching is failed.

The invention relates to the technical field of wireless communication, in particular to a switching control method and switching control equipment, and aims to solve the problems that an existing switching mechanism can cause that the switching measurement process of a terminal is too frequent, the energy consumption of the terminal is greatly increased, and the power saving of the terminal is not facilitated. According to the embodiment of the invention, a source satellite base station receives auxiliary information reported by a terminal; at least one candidate satellite base station is determined according to the satellite base station star orbit diagram information of the current region and the auxiliary information; and a switching command is returned to the terminal according to theat least one candidate satellite base station, so that the terminal determines a target satellite base station to which the terminal needs to be switched according to the switching command, and switches from the source satellite base station to the target satellite base station. The embodiment of the invention provides the switching process triggered by the source satellite base station decision,and the terminal does not need to frequently measure the current service base station and the adjacent base station, so that the switching process is simplified, and the energy consumption of the terminal is reduced.

The invention discloses an application switching method and apparatus. The method comprises the steps of generating a shortcut key corresponding to a running application; if it is detected that the application runs in a foreground, hiding the shortcut key in a user interface; if it is detected that the application runs in a background, displaying the shortcut key in the user interface; and in the process of displaying the shortcut key in the user interface, if it is detected that a preset click operation event occurs for the shortcut key, switching the application to run in the foreground. According to the application switching method and apparatus, the shortcut key is generated for the running application, and when a user hopes to switch an application, the user can switch the application to the application corresponding to the shortcut key only by clicking the shortcut key; and therefore, quick switching between the applications is realized, the switching time is relatively short, the application switching process is simplified, and the application switching efficiency is improved.

The method includes steps: based on switching anticipation provided by link layer, mobile node sends proxy route request message to previous access router of the mobile node; the previous access router sends information of network prefix of the new access router to the mobile node; based on the information of network prefix, the mobile node generates new forwarding address; after moving to target network, the invention carries out repetitive detection of optimistic address for the new forwarding address. The invention makes IPv6 switching flow simple, reduces signaling interaction in switching procedure so as to shorten switching time delay.

There is provided herein a small form factor portable automatic external defibrillator (AED) having a controller, a charging circuit and a discharge circuit to discharge capacitors using a respective pair of electrode pads. The defibrillator may be separable into two portions at a bisection. Each portion may have a respective electrode pad on corresponding upper surfaces thereof for electrical contact with the chest. A circuit completion wire may complete the electric circuit between the two portions. The defibrillator may comprise a peel-off layer covering both adjacent electrodes. The peel-off layer is adhered to the board at peripheral edges thereof. As such, when pressure is applied to the bisection, the board snaps into the two portions and the peel-off layer simultaneously peels from the portions. In this way, the defibrillator may be deployed quickly with a single break apart manoeuver.

The invention discloses a quick switch method and system under the protected mode in a passive optical network and an optical network unit. The method comprises the following steps: the optical network unit stores the identifier of a protected path corresponding to the optical port of an optical line terminal and a protected path building parameter; after a service path for data communication between the optical network unit and the optical line terminal is invalid, the optical line terminal starts an available optical port and synchronizes with the optical network unit via a path corresponding to the optical port, namely a destination path; the optical line terminal sends a quick switch indication message to the optical network unit and carries the identifier of the destination path, the optical network unit extracts the protected path building parameter of the destination path according to the identifier and completes the subsequent building process with the destination path of the optical line terminal by using the protected path building parameter to enter into the operation state. The invention can reduce the switching time of the optical network unit under the protected mode, reduce the data exchange amount in switching and improve the time for the optical network unit to restore normal work to millisecond level.

There is provided herein a small form factor portable automatic external defibrillator (AED) having a controller, a charging circuit and a discharge circuit to discharge capacitors using a respective pair of electrode pads. The defibrillator may be separable into two portions at a bisection. Each portion may have a respective electrode pad on corresponding upper surfaces thereof for electrical contact with the chest. A circuit completion wire may complete the electric circuit between the two portions. The defibrillator may comprise a peel-off layer covering both adjacent electrodes. The peel-off layer is adhered to the board at peripheral edges thereof. As such, when pressure is applied to the bisection, the board snaps into the two portions and the peel-off layer simultaneously peels from the portions. In this way, the defibrillator may be deployed quickly with a single break apart manoeuvre.