1578 results about "Time-sharing" patented technology

A system and method that facilitates dynamic group formation for social interaction and/or real-time sharing of content with the group is provided. A group formation system includes a user interface component that facilitates a user's entry of information and display of information regarding group formation. For example, the user interface component can be employed, for example, with a mobile communication device such as a mobile phone, personal digital assistant (PDA), a smart phone, a small, web based mobile or a wireless application protocol (WAP) client, and/or a regular web client. The system can further include a group formation component that forms a group based, at least in part, upon information received from a user via the interface component. The group configuration component can further store information regarding groups (e.g., a name/identifier, member(s), event(s) and/or shared context associated with the group) in a group information data store. For example, the group configuration component can form a group based, at least in part, upon information stored in the group information data store (implicit group formation). The group information data store can, optionally, provide archival access to communications and/or shared content (e.g., through a mobile communications device and/or a PC-based web browser).

Techniques to support independent power control of multiple channels in CDMA systems (e.g., a W-CDMA system) that define a single power control feedback stream on the uplink, which is to be used for downlink power control. In one aspect, the single feedback stream is "time shared" among multiple channels requiring individual power control. Various time-sharing schemes may be used to implement multiple (substantially parallel) feedback substreams based on the single feedback stream, and different combination of feedback rates may also be achieved for the substreams. Each feedback substream may be assigned to, and used for power control of, a respective channel. In another aspect, multiple feedback substreams are implemented based on multiple fields in newly defined slot formats.

The invention discloses a parking system path planning method based on dynamic time windows, and belongs to the technical field of path planning. The method is characterized by comprising the following steps: S1, building a work environment model of AGVs in an intelligent garage in a topological method; S2, setting priority for each AGV and each car parking/picking task according to different evaluation criteria; S3, using a Dijkstra algorithm to plan a shortest possible path for an AGV accepting a task; S4, arranging feasible path time windows; S5, designing conflict resolution strategies according to different types of conflicts; and S6, planning a conflict-free optimal path for the AGV using a parking system path planning algorithm based on dynamic time windows. A time-sharing use strategy is used, and the Dijkstra algorithm and a time window method are combined effectively, so that the problem that the existing multi-AGV path planning is of poor flexibility and is prone to deadlock or collision conflict is solved effectively, and a shortest conflict-free optimal path can be planned for an AGV accepting a task. In addition, the overall operation efficiency of an intelligent three-dimensional parking system can be improved effectively, and the car parking/picking waiting time can be reduced for social members.

A liquid crystal display is provided and includes: a liquid crystal panel; light sources for illuminate light from M kinds of colors onto the liquid crystal panel; and a light source driving unit in which a one-frame period of an input image signal is divided into M or more subfields, and the light sources are sequentially driven in a time-sharing mode in correspondence with the subfields. The light source driving unit changes in correspondence with the input image signal at least one of an emission intensity and an emission period of a light source in a period of the subfield and the number of emission times of the light source during the one-frame period. Alternatively, a liquid crystal driving unit performs gradation control for changing a gradation characteristic independently with respect to each of the light sources, the gradation characteristic representing a relationship of emission intensity of each of the light sources with respect to the input image signal. The maximum luminance of a specific color in the subfield is thereby changed.

A time-sharing Visible Light Communication (VLC) system is provided. Two or more light sources transmit data received from one or more VLC terminals located in its service area to a communication control device, and transmits data received from the communication control device to the one or more VLC terminals. The communication control device determines and groups at least one of the two or more light sources to be included in a cell according to a generated user service, maps the grouped at least one light source to the cell, allocates a time slot used to provide the user service to the cell, transmits data associated with the user service to at least one of the one or more VLC terminals through the at least one light source mapped to the cell using the allocated time slot, detects a location of the at least one VLC terminal located in a service area of the cell on a real-time basis, and remaps the cell according to the detected location.

A wireless device is provided with a first and a second wireless transceivers to transmit and receive signals wirelessly in accordance with a first and a second protocol, respectively. The wireless device is further provided with a first and a second controller manager to control, in a coordinated manner, the transmit and receive operations of the first and second wireless transmitters. In various embodiments, the wireless device is further provided with at least one time sharing state machine to facilitate the coordinated control of the wireless transceivers. In some of these embodiments, the wireless device is further provided with a workload monitor to cooperate with the at least one time sharing machine to facilitate the coordinated control be adaptively performed, based at least in part on transmit and receive workloads of the two protocols. In various embodiments, the protocols may be selected pairs of Bluetooth, 802.11 FH, 802.11 D, 802.11 High Data Rate, Home RF and the like. The wireless device may also be used as a master device or a gateway device of two wireless networks.

This invention is a method for time-sharing sounding resources. A first embodiment defines one common sounding period for all user equipment and all sounding resources. A second embodiment allows for different sounding periods so long as each individual sounding resource uses only one sounding period. A third embodiment offers the most flexibility in sharing of the sounding resources by permitting changes in time. The first option is a special case of the second option. The second option is a special case of the third option.

The invention discloses a capacitance-type built-in touch screen, a driving method thereof and a display device. A touch induction electrode is arranged on a colorful film substrate; a whole-surface connection public electrode layer in a TFT (thin film transistor) array substrate is divided into strips to be used as touch driving electrodes; touch driving signal lines are arranged in a display area by a double-gate structure, thereby being favorable for the narrow frame design of the touch screen relative to that the touch driving signal lines are arranged in the non-display area of the touch screen; at least one touch driving signal line is electrically connected with one touch driving electrode; and multiple touch driving signal lines simultaneously provide a driving electric signal to one touch driving electrode so as to furthest improve the transmission efficiency of the driving electric signal and reduce the time delay of the driving electric signal. In addition, because the touch stage and the display stage adopt a time-sharing driving mode, a display driving chip and a touch driving chip can be integrated into a whole, and the production cost is lowered. According to the time-sharing driving, mutual interference between display and touch can be lowered, and the picture quality and the touch accuracy can be improved.

A novel and useful apparatus for and method of software based phase locked loop (PLL). The software based PLL incorporates a reconfigurable calculation unit (RCU) that is optimized and programmed to sequentially perform all the atomic operations of a PLL or any other desired task in a time sharing manner. An application specific instruction-set processor (ASIP) incorporating the RCU includes an instruction set whose instructions are optimized to perform the atomic operations of a PLL. The RCU is clocked at a fast enough processor clock rate to insure that all PLL atomic operations are performed within a single PLL reference clock cycle.

The invention discloses a capacitance-type embedded touch screen and a display device. A common electrode layer which is integrally connected into a TFT (thin film transistor) array substrate is divided to form a touch-control sensing electrode and a touch-control driving electrode which are insulated from each other; and the touch-control driving electrode and the touch-control driving electrode are subjected to time-sharing driving to achieve a touch-control function and a display function. Due to the fact that the touch screen provided by the embodiment of the invention is conducted to change the common electrode structure of the TFT array substrate to realize the touch control function, the touch screen is formed on the basis of the traditional TFT array substrate preparation technique without additionally providing additional techniques, so that the production cost is reduced and the production efficiency is increased. In addition, by adopting the time-sharing driving touch control and display functions, the mutual interference can be further reduced, and thus, the image quality and the touch-control accuracy can be improved.

Aspects relate to an depth sensing system for capturing an image containing depth information of an object. In one embodiment, a depth sensing device for use in conjunction with multiple depth sensing devices for capturing an image containing depth information of an object comprises a near-infrared transmitter comprising a laser capable of producing a near infra-red light beam, a diffractive optical element positioned to receive a light beam emitted from the laser, the diffractive optical element, and a collimating lens, and a near-infrared receiver coupled to the transmitter in a relative position, the receiver comprising a sensor assembly capable of producing an image of the received light, the depth sensing device being configured to transmit and receive near infra-red light beams during a time period that is different than any of the other of two or more transmitter-receiver pairs of devices in communication with the depth sensing device.

An embodiment of the invention discloses a method for real-time sharing of synthetic video data and an anchor client side, and solves the technical problem that multiplayer games frequently appear in a game live broadcast at present, but since interactive modes of an anchor are few, live broadcast content is not rich enough. The method for real-time sharing of synthetic video data provided by the embodiment of the invention includes the following steps: a first anchor client side obtains in real time interactive video streaming forwarded through a first server and collected by at least one second anchor client side which is performing video data sharing with the first anchor client side, wherein the interactive video streaming is collected by an image acquisition device of the second anchor client side; the first anchor client side synthesizing the acquired interactive video streaming and a current local live broadcast interface into a new live broadcast interface; and the first anchor client side sends the synthesized new live broadcast interface through a second server to a live broadcast watching user side to be played. The embodiment of the invention also provides an on-line live broadcast system.

In an aircraft galley, a power network distributes power from a source to electrical consuming devices (oven, water boiler, coffee machine, trash compactor, etc.). A control unit is connected to and can individually address each of the devices via a databus. The control unit compares the actual existing power consumption to a prescribed maximum value. If the actual consumption reaches the maximum value, the control unit calls up a power reduction procedure from a catalog in a database, and provides corresponding control signals to one or more of the devices to reduce the power consumption below the maximum value. The individual devices receive power in a time-sharing, power-sharing, or time-staggered manner. An intelligent distribution of available power resources avoids power overloads, and allows optimal utilization of all galley devices without limiting the normal catering process.

A novel and useful apparatus for and method of software based phase locked loop (PLL). The software based PLL incorporates a reconfigurable calculation unit (RCU) that is optimized and programmed to sequentially perform all the atomic operations of a PLL or any other desired task in a time sharing manner. An application specific instruction-set processor (ASIP) incorporating the RCU includes an instruction set whose instructions are optimized to perform the atomic operations of a PLL. A multi-stage data stream based processor incorporates a parallel/pipelined architecture optimized to perform data stream processing efficiently. The multi-stage parallel/pipelined processor provides significantly higher processing speeds by combining multiple RCUs wherein input data samples are input in parallel to all RCUs while computation results from one RCU are used by adjacent downstream RCUs. A register file provides storage for historical values while local storage in each RCU provides storage for temporary results.

Downlink and uplink frequencies in a wireless access system are time-shared by adjacent sectors, but remain dedicated to downlink or uplink transmission and may utilize FDD-only bandwidth within the MMDS spectrum. TDD wireless access equipment need only be modified by introducing a frequency change at the normal TDD guard point, with respective downlink or uplink periods for adjacent sectors offset to form overlapping frames. Cyclo-stationary processing, block equalization, and burst timing coordination allow the boundary between downlink and uplink portions of both frames to be set dynamically, improving spectral efficiency. Fast frequency switching within an allotted physical slot enables synchronization of time-sharing the dedicated frequencies to be maintained among sectors and cells. Duplex spacing between downlink and uplink frequencies for a given sector and adjacent sectors, combined with in-depth filtering of received signals, prevents spurious out-of-band transmission signal strength from reaching an interference level.

An intelligent system for collecting readings from electric meters, comprising the following components: several electric meters, a data concentrator connected to the electric meters, and a system main station connected to the concentrator wirelessly, in which: the electric meter for recording the consumed quantity of electricity by user, metering the quantity of electricity, measuring demand and making a fault recording, and supporting a time-sharing measurement and communication with the data concentrator by electric power carrier; a concentrator for providing intelligent relay management, implementing the communication with the electric meters and the system main station, the management of communication route of electric meters and the storage function of data; the system main station for realizing a stable bi-directional communication with the concentrator and several electric meters, reading data in the concentrator, collecting information on electric energy, synchronizing the time of the concentrator and the electric meters associated therewith, renewing time step tariff rate and meter parameters of the electric meters. Bi-directional stable communication between the main station and the intelligent electric meters and collection of electrical energy information and the adjustment of parameters of electric meters can be realized by transmission medium in the present invention. The system of the present invention features complete functions, stable user-friendly operation interface, and has good expansion potential. Therefore this system is an important technical means for user-side management. The present invention greatly improves management efficiency and economic benefits in the electrical power department.

The invention discloses a capacitance-type built-in touch screen and a display device. A touch sensing electrode is arranged on a colorful film substrate; a whole-surface connection public electrode layer in a TFT (thin film transistor) array substrate is divided into strips to be used as touch driving electrodes; and metal driving electrodes directly and electrically connected with each corresponding touch driving electrode are arranged so as to lower the resistance value of the touch driving electrodes. Because the touch screen provided by the embodiment of the invention is characterized in that the public electrode layer structure of the TFT array substrate is changed to form the touch driving electrodes, no additional technologies need to be added on the basis of the traditional TFT array substrate preparation technology, the production cost is saved, and the production efficiency is improved. In addition, because the functions of time-sharing touch and display are adopted, a display driving chip and a touch driving chip can be integrated into a whole to further lower the production cost, the mutual interference between display and touch can be lowered by time-sharing driving, and the picture quality and the touch accuracy can be improved.

The invention discloses a capacitive incell touch panel and a display device. An integrally connected common electrode layer in a TFT (thin film transistor) array substrate is divided to form touch control induction electrodes and touch control drive electrodes that are insulated from one another. The TFT array substrate is provided with metal drive electrodes and metal induction electrodes that are electrically connected with the corresponding touch control drive electrodes and touch control induction electrodes respectively, so that the resistance of the touch control drive electrodes and the resistance of the touch control induction electrodes are decreased. The touch control drive electrodes and the touch control induction electrodes are driven in a time-sharing manner, so that a touch control function and a display function are realized. According to the touch panel, a structure of the common electrode layer is changed to realize the touch control function. The touch panel can be manufactured without additional processes on the basis of the existing TFT array substrate preparation process. The production cost is saved, and the production efficiency is improved. In addition, as the time-sharing drive touch control and display functions are adopted, the mutual interference can be reduced, and the image quality and touch control accuracy are improved.

The invention discloses a capacitance type embedded touch screen and a display device. A public electrode layer connected in a manner of a whole surface in a TFT (Thin Film Transistor) array substrate is divided to form mutually insulated and crossly arranged touch driving electrodes and public electrodes; a touch sensing electrode is arranged on a colorful film substrate; and time-sharing driving is performed on the touch driving electrodes to realize a touch function and a display function. As the projection of the touch sensing electrode on the TFT array substrate is located in an area where the public electrodes are of the touch screen provided by the embodiment of the invention, and the public electrodes and the touch driving electrodes are located at the same layer but insulated mutually, an enfilade area generated between the touch sensing electrode and the touch driving electrodes is avoided, a mutual capacitance formed by the enfilade area is reduced, a proportion of a mutual capacitance variation quantity caused by touch of a finger is added, and touch accuracy is improved. In addition, as the time-sharing driving touch and display functions are adopted, mutual interference is also reduced, and picture quality is increased.

Pushbroom and flash lidar operations outside the visible spectrum, most preferably in near-IR but also in IR and UV, are enabled by inserting—ahead of a generally conventional lidar receiver front end—a device that receives light scattered from objects and in response forms corresponding light of a different wavelength from the scattered light. Detailed implementations using arrays of discrete COTS components—most preferably PIN diodes and VCSELs, with intervening semicustom amplifiers—are discussed, as is use of a known monolithic converter. Differential and ratioing multispectral measurements, particularly including UV data, are enabled through either spatial-sharing (e. g. plural-slit) or time-sharing.

An image integrated solid display device uses dynamic adjustable-focus liquid lens array, wherein the lens array is composed of a multilayer sandwich liquid lens unit, the focus adjustment of the lens array is synchronized with the display frame speed of a two-dimension screen, to time-sharing realize different spatial solid images, use the vision holding effect of eye to improve the three-dimension depth feeding of solid image, and adjust the contact of two liquids in the liquid lens unit into a plane to switch between two-dimension and three-dimension display modes.

The invention relates to the ventilation system field, in particular to an efficient automatic dust-removing and intelligent ventilation system and an automatic dust-removing method. The system comprises an intelligent energy-saving ventilation system housing component and a fan, wherein the intelligent energy-saving ventilation system housing component comprises a dual duct, a dust-discharging duct, a throttle actuating mechanism, a dust screen, a temperature and humidity sensor and a distributed pressure sensor, wherein the temperature and humidity sensor and the distributed pressure sensor are connected with a control system, and the control system drives the throttle actuating mechanism to realize time-sharing and smooth transition of the dual duct and the dust-discharging duct. The beneficial effects of the invention are as follows: the fans of the air feeder unit can be used for several purposes such as air supply and dust removing, thus reducing the equipment cost; the self-cleaning of the filtering screen can be realized, thus prolonging the service life of the filtering screen, reducing replacement frequency and lowering maintenance cost; and by turning on/off the automatic dust-removing and intelligent ventilation system, the normal operation of the devices in an equipment room can be ensured.

Disclosed is radar wave detection and DFS (dynamic frequency selection) with high efficiency while considering, for instance, the power consumption of each communication station within an autonomous distributed network. At least one communication station runs in an interference avoidance operation mode, operates a radar wave detection section, and fulfills the obligation to issue instructions for radar wave detection and DFS for an approximately predetermined period of time. After the lapse of the approximately predetermined period of time, another communication station switches to the interference avoidance operation mode and assumes the obligation to issue instructions for radar wave detection and DFS. In other words, two or more communication stations sequentially run in the interference avoidance operation mode in a time sharing manner. Therefore, the average power consumption of the communication stations decreases.

The invention relates to a touch screen liquid crystal display module and a touch drive method thereof. According to a working mode of the touch screen liquid crystal display module, a public electrode layer is subjected to time sharing multiplexing. The touch drive method comprises the steps of: dividing each frame into a display mode and a touch mode; when in the display mode, providing a display signal for the public electrode layer; and when in the touch mode, providing a touch signal for the public electrode layer. Compared with the prior art, the invention not only reduces the influence of the electric noise of a liquid crystal display array to a touch working layer, but also omits a shielding layer, and further decreases the thickness of a panel of the touch screen liquid crystal display module by forming an integration structure.

A liquid crystal display of this invention includes a plurality of scan lines, a plurality of data lines, and pixels provided at each intersection of the plurality of scan lines and the plurality of data lines. The liquid crystal display further includes a plurality of pixel groups constituted of the pixels provided at each intersection of the consecutive plurality of data lines and one of the plurality of scan lines, in which signals of the same polarity are outputted to all data lines included in each of the plurality of pixel groups by a time-sharing drive that sequentially outputs signals, and reversed polarity signals are outputted to the plurality of pixel groups adjacent to each other, so that signals with polarities inverted after each frame are outputted to the data lines included in the pixel groups.

A network comprising a large number of electronic edge nodes interconnected through bufferless optical switch planes so that a signal from any edge node to any other edge node traverses only one switch plane scales to a capacity of hundreds of petabits per second while providing global geographic coverage. Each edge node is time-locked to each optical switch plane to which it connects to enable loss-free time-sharing of the network core despite the absence of buffers in the core. In an alternate implementation, a relatively small number of electronic switch units may be employed in a predominantly-optical core. In addition to scalability and high performance, the simple structure of the network significantly simplifies addressing and routing.

The invention discloses an embedded type capacitor touch display panel, a display device, a control device and a method so that display and touch functions of the display panel can be achieved without adding a touch panel, the structure of the embedded type capacitor touch panel is simplified, and the light transmittance is improved. An embodiment of the invention discloses the embedded type capacitor touch-control display panel which comprises an opposite substrate, an array substrate and a liquid crystal layer, wherein the array substrate comprises a grid line and a data line which are crosswise arranged as well as a public transparent electrode layer; the array substrate further comprises a touch drive electrode which is located on the public transparent electrode layer and extends in a first direction as well as a touch induction electrode which is separated from the touch drive electrode by an insulating layer and extends in a second direction; the first direction is perpendicular to the second direction; and a public voltage signal and a touch drive signal are applied onto the touch drive electrode in a time-sharing manner.

Certain embodiments of the present invention provide systems and method for time-sharing parallel applications with performance isolation and control through feedback-controlled real-time scheduling. Certain embodiments provide a computing system for time-sharing parallel applications. The system includes a controller adapted to determine a scheduling constraint for each thread of execution for an application based at least in part on a target execution rate for the application. The system also includes a local scheduler executing on a node in the computing system. The local scheduler schedules execution of a thread of execution for the application based on the scheduling constraint received from the controller. The local scheduler provides feedback regarding a current execution rate for the application thread to the controller, and the controller modifies the scheduling constraint for the local scheduler based on the feedback.

The invention discloses a capacitive embedded touch screen and a display device. A common electrode layer which is connected on the whole surface in an array substrate is divided onto a touch drive electrode and a common electrode, which are insulated with each other and crossed; a touch induction electrode is arranged on an upper substrate for driving the touch drive electrode in a time-sharing manner, so that the touch function and the display function are realized. The projection, on the array substrate, of the touch induction electrode is arranged in an area at which the common electrode is positioned, so that the opposite surface between the touch induction electrode and the touch drive electrode can be reduced, and therefore, opposite capacitance is reduced; the side of the touch drive electrode and the side of the opposite common electrode are set to be folding lines; and the shape of each touch control induction electrode and the shape of the common electrode are set to be consistent, so that the opposite surface of the touch drive electrode and the touch induction electrode can be increased, and projected capacitance in a unit area is increased. By increasing the proportion of the projected capacitance to the opposite capacitance, the proportion of mutual capacitance variation caused by finger touch can be increased, so that the touch accuracy is improved.

The invention relates to a transcranial magnetic field stimulator with a plurality of stimulating coils which comprises a high voltage charging power supply, a current-limiting resistance, an energy dumped capacitor, a reverse current reflowing diode, a thyristor switch, stimulating coils and a microcomputer controller. The stimulator is characterized in that: a stimulating unit comprises a thyristor switch, a stimulating coil and an energy dumped capacitor; N parallel connected stimulating units are connected to the current-limiting resistance and the high voltage charging power supply end; N stimulating units shared use an energy dumped capacitor; the microcomputer controller ends are respectively connected with the triggering ends of the thyristor switch in every stimulating unit; N is more than or equal to 2. A magnetic field stimulator of the invention can substitute a plurality of magnetic field stimulators in using, realizes the in-turn stimulation of a plurality of stimulating coils, and ensures a plurality of parts to get continuous stimulation from the program control. If the number of the energy dumped capacitor is increased, a plurality of coils not only can be stimulated in time sharing, but also achieving synchronous stimulation and couple stimulation.