79results about How to "Increase switching rate" patented technology

The present invention relates to an amorphous oxide and a thin film transistor using the amorphous oxide. In particular, the present invention provides an amorphous oxide having an electron carrier concentration less than 1018 / cm3, and a thin film transistor using such an amorphous oxide. In a thin film transistor having a source electrode 6, a drain electrode 5, a gate electrode 4, a gate insulating film 3, and a channel layer 2, an amorphous oxide having an electron carrier concentration less than 1018 / cm3 is used in the channel layer 2.

The invention relates to electrophoretic displays comprising core-shell pigment particles having a core of low specific gravity and low refractive index and a shell of high refractive index.

The invention relates to electrophoretic displays comprising core-shell pigment particles having a core of low specific gravity and low refractive index and a shell of high refractive index.

The method establishes control channel between playing terminal and media server. The method also includes following steps: (1) through the said established control channel, the playing terminal sends the received switching command to media server; (2) after receiving the switching command, the media server executes switching between living broadcast and time shifting broadcast. The invention raises switching speed between living broadcast and time shifting broadcast greatly so as to provide better service for user. The invention is in favor of promoting and applying time shifting TV technique.

The present disclosure provides a bandwidth part switching method and apparatus. The bandwidth part switching method is applied to a terminal, and a base station configures at least one bandwidth partBWP for a terminal. The bandwidth part switching method includes: receiving a power saving signal sent by the base station, wherein the power saving signal is a wake-up signal WUS; and performing BWPswitching according to the power saving signal. Therefore, the bandwidth part switching method can perform BWP switching according to the power saving signal, thereby implementing the function of performing BWP switching according to the power saving signal configured by the base station, improving the rate of BWP switching, and reducing the power consumption of the BWP switching.

The embodiment of the invention discloses a network access method. The method comprises the following steps: acquiring a current geographical location of a terminal and a current time point; determining a VoWiFi (Voice over WiFi) hotspot corresponding to the current geographical location and the current time point from a preset corresponding relation among a geographical location range, a time interval and hotspot information according to the current geographical location and the current time point; and establishing a connection with the VoWiFi hotspot in order to access to an IMS (IP Multimedia Subsystem) network. The embodiment of the invention also discloses a network access terminal. Through adoption of the embodiment of the invention, the network switching speed can be increased, and the network access security can be enhanced.

The invention discloses a Ku wave band fully-coherent radar target simulator. The Ku wave band fully-coherent radar target simulator comprises a control device, a Ku wave band microwave signal source, an X wave band microwave signal source, an S wave band microwave signal source and an intermediate frequency signal source. The Ku wave band fully-coherent radar target simulator can simulate and generate radar target echo signals, two-way local oscillator signals and intermediate frequency signals and completes detection of performance of radar equipment; utilizes a DDS (Direct Digital Synthesis) technology as theoretical basis and successfully achieves the generation of intermediate frequency Doppler signals of the radar target simulator; utilizes the DDS spread spectrum technology to expand a DDS operation bandwidth to a microwave frequency band needed by people, and completes the generation of echo simulation signals of a radio frequency target; utilizes a PLL (Phase Locking Loop) technology to achieve the generation of the local oscillator signals, meanwhile utilizes the same crystal oscillator as clock reference, achieves full-coherence of all the signals, and provides basis for completion of performance tests of Ku wave band radar equipment.

The embodiment of the invention provides a method, equipment and a system for channel switching. The method comprises the following steps: a second AP receives an upstream packet transmitted from a terminal STA related to a first AP, the first AP works on one same channel with the second AP before executing channel switching; the second AP responds to the upstream packet, transmits channel switching related information of the first AP to the STA so as to enable the STA execute corresponding channel switching according to the channel switching related information. Through the adoption of the method, equipment and system provided by the embodiment of the invention, the probability that the AP successfully informs the STA to execute channel switching is effectively improved, so that the possibility that the power consumption is increased as the STA cannot acquire the channel switching related information is reduced.

A method for manufacturing trench MOSFET device with low gate charge includes the steps of providing a substrate of first conductivity type; forming an epitaxial layer of first conductivity type on the substrate; forming a body region of second conductivity type in the epitaxial layer, the body region extends downwards from the surface of the epitaxial layer; forming a plurality of trenches in the epitaxial layer, the body region having the trenches formed therethrough; forming a first insulating layer on the body region and on an inner surface of each trench; forming a ploy-silicon spacer on the first insulating layer on an inner side-wall of each trench; filling a dielectric structure in the lower portion of each trench; and filling a ploy-silicon structure on top of the dielectric structure in each trench. Through the trench MOSFET device, the gate capacitance and resistance thereof are reduced so the performance is increased.

The invention relates to an optical logic gate, which comprises first optical input elements (I1 and I4), second optical input elements (I2 and I5), an optical logic arithmetic device and optical output elements (O1 and O2). The first optical input elements (I1 and I4) and the second optical input elements (I2 and I5) are used for receiving coherent light; and the optical logic arithmetic device performs logical operation on the input coherent light according to a logic function needed to be realized, and outputs an operation result via the optical output elements (O1 and O2). By the invention, pure optical logic operation is realized; since all the elements are optical elements, the introduction of electrical elements is avoided; and the signal switching rate of the optical logic gate ishigh.

The disclosure relates to an electrical switching device, e.g., a generator circuit breaker, and to a method for improved switching-gas cooling. Gas jets are formed by a nozzle body in the exhaust area, are directed against a baffle wall and are swirled. The baffle wall is a component of the switching chamber enclosure and has a high thermal capacity and / or thermal conductivity, so that the switching gas vortices produce a highly efficient switching gas cooling on the baffle wall by turbulent convection. Exemplary embodiments relate inter alia to the design of the baffle wall and of the nozzle body. Advantages include: protection of the switching chamber enclosure against hot gases, improved switching gas cooling, and increased breaking capacity.

Polymer network liquid crystal materials have improved mechanical properties such as rigidity and hardness and substantially improved electro-optical performance. The PNLC material can be manufactured with an emulsion process so as to simplify substantially the manufacturing process. Each LC droplet can be configured with the polymer network extending substantially across the LC droplet, and the polymer network may comprise a material to lower substantially the switching voltage, such as a fluorinated acrylate that may interact with the liquid crystal so as to lower the surface tension of the LC droplet. The PNLC material may comprise an interfacial layer combined with the polymer network so as to decrease substantially the driving voltage.

The invention discloses a method and a device for carrying out hot backup on services, by which the service hot backup under the condition of RRU (radio remote unit) annular connection is realized quickly and effectively, and the problem of service interruption caused by that the time delay for realizing the service hot backup is long in the prior art is solved. The method comprises the following steps that: after an RRU accesses to a BBU (building base band unit), the BBU establishes a channel, and calculates and allocates a first delay measurement value and a second delay measurement value, wherein the first delay measurement value refers to a value of time delay that the RRU accesses to the BBU from a first link, and the second delay measurement value refers to a value of time delay that the RRU accesses to the BBU from a second link; after carrying out parameter configuration and cell configuration on the RRU, the BBU carries out service interaction on the first link; when determining that the first link is at fault, the BBU enables an IQ (intelligent) configuration corresponding to the first link and enables an IQ configuration corresponding to the second link; and after the RRU switches a clock from the first link to the second link and configures the time delay value from the first delay measurement value to the second delay measurement value, the BBU continues to perform the service above with the RRU.

A bipolar insulated-gate transistor device with high switch speed has sequentially a collector with P+Si base plate n+buffer layer, n-crystal layer, p-type base area selectively formed on the n-crystal layer to obtain bipolar PNP transistor, n+emitter area, and polysilicon grid on the grid oxide layer between n+semiconductor layer and n+emitter area. It also has a dislocation layer generated by doping Ge into n+buffer to shorten the life of minority carriers and in crease the switching speed.

The switching method is constituted with a novel nonblocking routing optical crossbar network system. It includes two parts: one is a routing fan-out unit which provides N parallel optical channels for each of M input light beams, and the other is a routing combination unit in which M parallel optical channels that have the same output port, are routing combined into one optical parallel channel of N parallel output channels by the routing fan-in network. According to the method of the present invention, the optical module of MxN (M=2<m>, N=2<n>, m and n are nature numbers) routing matrix switching can be developed.

The invention discloses a hydraulic anchor drill rig and a three-working-position propelling beam thereof. The three-working-position propelling beam comprises a fixing beam, a rotating beam, a drilling device, an anchor rod device and an anchoring device; the rotating beam comprises a pushing rod, a sleeve and a plurality of connecting pieces; the sleeve is mounted on the fixing beam in a sleeving manner and can rotate relative to the fixing beam; the drilling device and the anchor rod device are respectively positioned on the two sides of the anchoring device; the pushing rod is driven by aswitching oil cylinder to rotate with the fixing beam as a central shaft; and moreover, in the drilling operation, the anchoring operation, the anchor rod operation and the rotating process of the rotating beam, the top end of the fixing beam always abuts against a tunnel roof needing to be anchored to be fixed. Through the technical scheme, the switching speed is greatly increased, and moreover,the angle accuracy and the locating accuracy in the switching process can also be guaranteed; and meanwhile, the whole vehicle cost can also be effectively reduced, and the three-working-position propelling beam is beneficial for further popularization of underground support mechanization.

The invention discloses a system switching method based on dual systems and a mobile terminal. The method is applied to the mobile terminal including the first system and the second system. The method comprises the steps that when a first application program of the first system runs, whether or not a first current interface of the first application program acquires a preset application switching operation instruction input by a user is monitored; if the first current interface acquires the preset application switching operation instruction input by the user and the first application program is installed in the second system, the first current interface is switched to a display interface of the first application program of the second system. When the first application program is installed in both the first system and the second system, the user can enter the display interface of the first application program of the second system by inputting the preset operation instruction in the first current interface of the first application program of the first system, the switching operation of switching the first current interface to the display interface is simplified, and not only is the switching speed increased, but also the use experience of the user is improved.

An apparatus for converting the kinetic energy of ocean waves into electricity is disclosed. The apparatus includes a main body member. A generator is located within the main body member. The generator includes a axle having a positive direction and a negative direction. An inner rotor is driven by the axle, wherein the inner rotor is driven only in the negative direction of the axle. An outer rotor surrounds the inner rotor and is also being driven by the axle, wherein the outer rotor is driven only in the positive direction of the driveshaft. A stationary ring is located between the inner rotor and the outer rotor. A drive rod, having a buoy attached to one end, is configured to freely move between an upstroke position and a downstroke position. The drive rod drives the generator as it reciprocates between the upstroke position and the downstroke position.

The invention discloses a terminal control method, a terminal control system and a storage medium. The method includes the following steps: when a vehicle bracket is detected to move close to a mobileterminal, the mobile terminal generates a driving mode instruction; and the mobile terminal executes the driving mode instruction and enters the driving mode, wherein the driving mode includes processing incoming call information according to a preset harassment interception strategy. According to the invention, when the mobile terminal moves close to the vehicle bracket, the mobile terminal automatically generates a driving mode instruction and automatically executes the driving mode instruction to enter the driving mode. Therefore, there is no need for manual operation or voice operation. The occurrence of forgetting to set the driving mode is avoided, and the automatic switching performance is improved. The mode switching operation is simplified, and the switching speed is improved. Inaddition, the mobile terminal automatically intercepts harassing incoming calls after entering the driving mode, so that the impact of harassing calls on the driver is avoided, and the driving safetyis improved.

The invention provides a moving source routing method of a dynamic transport network. The method includes the following steps that when a dynamic source routing request arrives, a source node of the routing request selects a node on a moving path to be used as an intermediate node according to the service grade requirement, and forward connection or reverse connection or two-way connection from a mobile terminal start node to the intermediate node and from the intermediate node to a fixed terminal node is established; when a mobile terminal arrives at the intermediate node or a previous node, service is switched to a local up-down port of the node; when the mobile terminal arrives at the next node of the intermediate node, one hop of forward connection or reverse connection or two-way connection from the node to the previous node is established, the connection and original connection form new connection, and the service is switched to the up-down port of the node from the up-down port of the previous node; whether the mobile terminal arrives at a mobile terminal final node or not is judged, and if yes, the connecting process is over. By means of the moving source routing method of the dynamic transport network, handover time is shortened, and the handover success rate and the utilization rate of resources are improved.

The invention discloses a hydraulic anchor rod drill carriage which comprises a working arm and a propelling beam. The propelling beam comprises a fixed beam and a rotating beam. The fixed beam and the rotating beam are distributed in parallel, and the rotating beam rotates by taking the fixed beam as a center shaft. A drilling gadder, an anchor rod gadder, a limiting interlocking device and a propelling oil cylinder are further mounted on the rotating beam; during drilling, the limiting interlocking device fixes the anchor rod gadder; during anchoring, the limiting interlocking device fixes the drilling gadder; moreover, the top end of the fixed beam leans against a top plate of a roadway needed to be anchored immobile all the time. According to the technical scheme, the drilling gadder and the anchor rod gadder are switched by a rotating mode, so that the drill and anchor switching rate is improved obviously, and furthermore, the work efficiency is improved obviously. In addition, the drilling gadder and the anchor rod gadder can be driven only by one propelling oil cylinder, so that the hydraulic anchor rod drill carriage is simple to operate, the integral cost can be further lowered, and underground shoring mechanization is further popularized favorably.

The invention discloses a method and a device for realizing flow operation on a mobile terminal. The method comprises the steps of: setting multiple webpage containers for a flow of a user in a page based on flow steps, wherein each webpage container corresponds to at least a flow step; receiving input of the user and identifying the input; if the input of the user is a first operation command, modifying patterns of the webpage containers corresponding to the current flow step and the flow steps after the current flow step to enable the corresponding webpage containers to be displayed in the current page via a section form; if the input is a second operation command, modifying the patterns of the webpage containers corresponding to the current flow step and the flow steps before the current flow step to enable the corresponding webpage containers to be displayed in the current page via the section form. The device comprises an identification module and a switching module. The method and device are convenient for the user to operate the flow selectively; the webpage containers are in one page, so that data loss is avoided.

A SONET / SDH frame providing for an optimized management of K1 and K2 bytes of protection protocol and providing for the management of a number of nodes higher than sixteen, which is the highest number which is provided for at the present time. In practice, the bits of a third byte (K0) of Multiplex Section OverHead are used in such a way that at least one of them represents a Source Node IDentification Extension bit, at least one of them represents a Destination Node IDentification Extension bit and at least one bit of those remaining indicates a change of the information in said first, second or third bytes (K1, K2, K0). In this way, the nodes which can be managed can be even 128 and the switching rate could be highly increased.

The invention discloses a plasma reaction chamber for realizing fast reaction gas switching and a method thereof. By adopting the technical scheme of the invention, the total flows of gases flowing into a reaction chamber in the whole process are the same, which is conducive to the pressure stability of the reaction chamber. Two groups of gases are injected into the reaction chamber respectively from above and below the reaction chamber at the same time, which ensures that etching reaction and deposition reaction of a substrate are not affected, reduces the volume of the reaction chamber in a disguised way, is more conducive to enabling gas to fast fill the reaction chamber, improves the rate of switching between an etching step and a deposition step, and improves the rate of etching of the substrate. Meanwhile, as the air pressure in the reaction chamber is higher than that at an air pump, pressure difference facing a gas flow controller is small, the flow rate of reaction gases can be accurately and stably controlled, and the stability of the manufacturing process is improved.

A memory cell with surrounding word line structures includes an active area; a plurality of first trenches formed on the active area in a first direction, each first trench has a bit line on a sidewall therein; a plurality of second trenches formed on the active area in a second direction, each second trench has two word lines formed correspondingly on the sidewalls in the second trench; and a plurality of transistors formed on the active area. The word line pairs are arranged into a surrounding word line structure. The transistor is controlled by the bit line and the two word lines, thus improving the speed of the transistor.

The invention discloses a computer peripheral device and a method for controlling different window scroll bars. The computer peripheral device comprises a plurality of scroll bar control units and a signal processing unit, wherein the plurality of scroll bar control units are used for generating scroll bar control signals; and the signal processing unit is used for analyzing signal sources of the scroll bar control signals and controlling the different window scroll bars according to the different signal sources. Moreover, the method for controlling the different window scroll bars disclosed by the invention comprises the following steps of analyzing the signal sources of the scroll bar control signals and controlling the different window scroll bars according to the different signal sources, so as to improve the switching speed of different windows and further improve the working efficiency.

Disclosed are a method and a system for performing handover of a multimode-multiband terminal by using multi- target cells in a mobile communication environment. The method for performing handover of a multimode-multiband terminal using multi-target cells in a mobile communication environment, which increases a probability of handover and improves communication quality by using the multi-target cells in a mobile communication system including a CDMA-2000 system, which includes a base station transmitter and a base station controller and provides a CDMA-2000 service to a terminal requesting connection, and a WCDMA system, which includes a radio transceiver subsystem (RTS) and a radio network controller (RNC) and provides a WCDMA service to the terminal requesting the terminal, comprises the steps of: (a) receiving a WCDMA signal transmitted from the WCDMA system through a WCDMA modem and measuring an energy of carrier / interference of others (Ec / Io) value; (b) turning on a CDMA-2000 modem according to the measured value and entering into an idle state; (c) creating multi-target cell information by monitoring a target cell for handover; (d) requesting handover to the WCDMA system; (e) receiving a handover command from the WCDMA system; and (f) turning off the WCDMA modem and switches a communication link to the CDMA-2000 system through the CDMA-2000 modem.

The embodiment of the invention discloses a base station switching method and a terminal, which can ensure that the terminal is switched to a base station under optimal switching conditions, and improve the switching intelligence of the terminal to the base station. The base station switching method comprises the following steps: determining a first switching base station according to a first preset rule which is used for judging the next base station corresponding to the mobile track of the terminal as a first switching base station; measuring the first signal data of the first switching base station; when the first signal data is greater than the preset threshold, revising the first signal data into the second signal data according to a second preset rule, so as to increase the switching probability of the terminal to the first switching base station; and sending the second signal data of the first switching base station to the current base station.