1805 results about "Terminal operation" patented technology

The present invention discloses a single sign-on service system and its respective elements, and an operating method thereof. The single sign-on service system includes a terminal configured to access at least one of a plurality of application service devices according to a request for activating at least one of a plurality of applications, and receive a service token used to operate the application service from each application service device on the basis of a single sign-on token without separately inputting sign-on information, an application service device configured to provide data for operating the application service by the terminal having the service token and when a single sign-on message is received, provide the single sign-on message to a single sign-on service device.

A mobile terminal includes a display module displaying an electronic document screen showing at least one full page among a plurality of pages of an electronic document, and the display module receives a first input for setting a number of pages to be turned among the plurality of pages. The mobile terminal further includes a controller which sets the number of pages in response to the first input, turns the set number of pages in response to a second input received proximate to the electronic document screen, and displays a subsequent page following the set number of pages turned on the electronic document screen.

The present invention relates to a method of operating a user interface (UI) based on a motion sensor and a mobile terminal using the same. The method of operating a UI of a mobile terminal including a touch sensor and a motion sensor includes identifying an input of a mode conversion key, activating the motion sensor, and converting a UI mode to a motion mode. The mobile terminal having a touch sensor and motion sensor may include a display unit and a controller. The display unit may display an application execution screen. The controller may activate the motion sensor if mode conversion is requested in an activated state of the touch sensor, and may activate the touch sensor if mode conversion is requested in an activated state of the motion sensor.

The invention discloses a method for performing terminal operation configuration at a network side and a network side device. The method comprises the steps of: obtaining data transmission quantity-related information of a terminal, and confirming the data transmission quantity of the terminal according to the data transmission quantity-related information of the terminal; confirming a protocol configuration and/or a resource scheduling strategy of the terminal according to the data transmission quantity of the terminal; and performing the terminal operation configuration according to the confirmed protocol configuration and/or resources scheduling strategy of the terminal. For the small-data quantity terminal, the invalid signaling overhead can be reduced, and the transmission reliability of the small-quantity data can be improved.

A method of controlling a mobile terminal includes displaying on a display of the mobile terminal a plurality of items, identifying a selected item of the plurality items, and detecting a first rotation of the mobile terminal about a first axis of rotation which exceeds a first threshold amount of rotation. The method further includes performing a first function that is associated with the selected item responsive to the detecting of the first rotation exceeding the first threshold, identifying a condition if a second rotation of the mobile terminal about a second axis of rotation exceeds a second threshold, or if a threshold time period elapses after the detecting of the first rotation and no further rotation of the mobile terminal has been detected, and responsive to the identifying of the condition, performing a second function that is associated with the selected item.

The information terminal body may be designed to foldably pivot a pair of flat cases each having a display unit through a hinge which is equipped with a photographing optical system for the camera function unit of which optical axis of lens is perpendicular to an axial center of the hinge. The display units display information from communication channels and images taken in by the camera. The cases may have the display units such that the display units face outside in a folded state. At least one of the two display units may be a finder for photographers, while the other may be a finder for the subject persons. The terminal is equipped with a shutter button and a terminal operation button. The terminal operation button works also as a shutter button. The information terminal is also equipped with a viewfinder for the camera lens system.

The present invention presents a solution for controlling data transmission with respect to relayed communication links in a cell of a cellular telecommunication system. A first connection is established as a relayed communication link between a first terminal device and a serving base station through a second terminal device operating as a relay terminal for the relayed communication link, and a second connection is established between the second terminal device and the serving base station. Control messages defining dynamic radio resource allocation for both first connection and second connection are used in signaling exchanged between the serving base station and the relay terminal.

A mobile terminal and a method for controlling the operation of the mobile terminal are provided. In the method, a stereoscopic 3D image that utilizes binocular disparity between a left-eye image and a right-eye image is displayed on a display and a stereoscopic 3D pointer is displayed in the stereoscopic 3D image when a user's hand is detected according to analysis of visual data acquired by a camera. The position of the stereoscopic 3D pointer is moved according to movement of the hand when the movement of the hand is detected according to analysis of the visual data. According to this method, the operation of the mobile terminal can be controlled by the user's hand movement or gesture.

A method serves for customizing the operation of a telephonic terminal, in particular a mobile telephonic terminal of a user. A profile file is provided for storing information relating to operation parameters of the telephonic terminal. The information stored in the profile file can be modifiable by the user. Additionally, a policy file is provided for storing information relating to the possibility to modify one or more of the operation parameters by the user. Typically, a profile manager software module manages the profile file and a policy manager software module manages the policy file. When a user attempts to carry out modifications on information stored in the profile file, the profile managing module interacts with the policy managing module in order to check the possibility to carry out the modifications and to get the authorisation or the denial from the policy managing module.

A method of controlling a mobile terminal, and which includes displaying a list of items on a touch screen of the mobile terminal, rearranging the displayed list of items such that at least one selected item is moved to a specified location in the list of items, and maintaining the at least one selected item to be at the specified location in the list of items while other unselected items in the list of items are scrolled.

A mobile terminal and a method of controlling the operation of the mobile terminal are provided. The method includes displaying a screen image including one or more objects on a first display unit, and if one of the objects is touched and then dragged, displaying the touched-and-dragged object on the second display unit. Therefore, it is possible to continuously display an object even in the event of a power cut by quickly moving the object from the first display unit to the second display unit.

The invention discloses a system and method for initializing a safety indicator of a credible user interface, and relates to the field of mobile intelligent terminals. The system comprises a TSM server, an application store and a mobile intelligent terminal. The mobile intelligent terminal comprises a mobile intelligent terminal operating system and a TEE. The mobile intelligent terminal operating system comprises a client side application module and a TEE client side drive module. The TEE provides a safe operation environment isolated from the mobile intelligent terminal operating system, the interior of the TEE is logically divided into a plurality of safety domains, and mutual isolation and independence of credible applications are guaranteed. Each safety domain is provided with a safety domain management module and a credible application module, and the TEE provides the safe operation environment for the safety domain management modules and the credible application modules. According to the system and method, individualization of the safety indicator in the credible UI provided for the credible application modules can be safely achieved, display credibility of the safety indicator is effectively improved, and the risk that the safety indicator is attacked and intercepted by malicious software is reduced.

Symbol timing synchronization in OFDM communication systems where multiple wireless terminals communicate with a single base station is described. Base station transmitter and receiver symbol timing is fixed. Each wireless terminal operates to independently adjust its transmitter timing. Transmitter timing synchronization at the wireless terminal is slaved to the terminal's receiver timing synchronization. Each wireless terminal first corrects its receiver symbol timing based on a signal received from the base station. The wireless terminal then adjusts its transmitter symbol timing as a function of its receiver symbol timing. When the receiver symbol timing is to be advanced or delayed by some amount, the transmitter symbol timing is also advanced or delayed, respectively, by the same, or substantially the same, amount. Symbol timing adjustment can be made by adding or deleting digital samples from the first or last symbol in a dwell.

The invention discloses a method and system for adjusting the display refresh rate of a smart mobile terminal according to an application scene. The method comprises the following steps that S1, a system platform is operated through the mobile terminal, a drive interface for controlling the refresh rate of an LCD display screen is compiled in a kernel layer of a kernel operation system through the characteristic that the refresh rate of the display screen and a clock signal of the drive interface are in direct proportion, the interface recalculates the clock signal of the drive interface through the setting of the display refresh rate, and then the frame rate is controlled in real time; S2, the current application scene of the smart mobile terminal is matched to conform to a predefined scene; S3, a frame rate matching list is started, and the refresh rate of the LCD display screen on the current application scene is obtained; S4, the refresh rate of the LCD display screen is adjusted in real time. According to the method and system, the display refresh rate of the screen of the smart mobile terminal can be differentiated according to different application scenes, the refresh rate is lowered on the premise of guaranteeing the feeling of human eyes, and therefore the aim of greatly reducing power consumption of the display system is achieved.

The invention provides for systems and methods for location-identification and monitoring of objects, such as shipping containers, at a transit terminal using an automated vision based tracking system. Such a system is ideally suited to provide minimal error rates, low cost implementation, real-time data and automatic merging of data with corresponding object identification systems and terminal operating systems. The systems and methods of the present invention provide for location-tracking of objects without the need to retrofit the objects with a tagging or marker device. The vision-based system incorporates the use of multiple imaging devices and a hand-off method for tracking the location of the objects over extended distances.

In electronic conference systems, a terminal operation system prevents a conflict of operations to a plurality of processing objects displayed on a shared screen of an operated terminal, enhances smooth proceeding of the conference and realizes easier operation. An operating terminal and an operated terminal are connected via a network, and an operation authority is set on a shared screen display device of the operated terminal by each AP or window as an unit for processing objects. The operation authority is managed with an operation authority managing table in an operation authority managing portion, which controls the active processing objects and operates input operation from the operating terminal having the operation authority and the processing objects via an operation input accepting portion. Conditions can be set with respect to acquiring operation authorities and making them effective. The operated terminal also plays a roll as one operating terminal by acquiring the operation authority as one operating terminal under an equal condition.

The invention discloses a mobile intelligent terminal acquirer system and method suitable for bank cards and business cards and relates to the field of mobile intelligent terminals. The system comprises a bank or business backstage acquirer system, a mobile intelligent terminal and an acquirer peripheral. The mobile intelligent terminal comprises a mobile intelligent terminal operation system and a trustworthy execution environment (TEE) insulated with the operation system. The mobile intelligent terminal operation system comprises an acquirer client-side application module. The TEE comprises an acquirer trustworthy application module. The TEE provides a trustworthy interaction interface, a code calculation environment and a safe storage environment. Downloading, upgrading, personalization and deletion of the acquirer trustworthy application module are realized through the TSM technology in a remote mode. The acquirer trustworthy module provides an acquirer trustworthy interaction interface. According to the system and method, the TEE provided by the mobile intelligent terminal is used for providing the safe user interaction interface and the code calculation operation environment for acquiring business, so that the safe input and encryption processing of codes and reliable display of messages in the acquiring business process are realized.

The present invention relates to a mobile terminal capable of displaying recommended washing machine operation information to control a washing machine, a method of operating the mobile terminal, a washing machine capable of operating the recommended washing machine operation information, and a method of operating the washing machine.

The method of operating the mobile terminal to control a washing machine includes displaying a menu screen including a washing machine management menu, and displaying recommended washing machine operation information which is set according to external environment information when a recommended operation item is selected from the washing machine management menu. Thus since the recommended washing machine operation information is displayed using the mobile terminal according to external conditions such as weather, time, and season irrespective of time and place, convenience is provided.

A method for controlling an operation mode of a terminal in a broadband wireless access communication system. In the method, the operation modes of the terminal is subdivided, such that it is possible to effectively reduce power consumption of the terminal. In particular, the method allows the terminal to operate in the inactive mode in which the terminal having no traffic with a base station more than a predetermined time returns a CID of the terminal to the base station and keeps only a downlink with the base station, so that it is possible to prevent power of the terminal from being consumed during the sleep mode. Additionally, because a CID is not assigned to the terminal in the inactive mode, resources of the base station are efficiently used.

A service monitoring system includes a voice collector that collects a voice of an employee in a predetermined voice collection region, a storage unit that stores service event data including determination conditions for each predetermined service event, terminal operation history data indicating an operation history of an employee on a predeteHnined business terminal and voice data of the employee in correlation with each other, a detector that detects the service event of the employee based on the service event data and the terminal operation history data, a calculator that calculates a service speech evaluation value corresponding to a predetermined speech keyword on the basis of the voice data of the employee during the service event, and an output that stores the service speech evaluation value in correlation with identification information of the employee, and voice data of the employee specified by a service position and time point of the employee.

When operating as a control terminal and recognizing interference from another logical network, a terminal apparatus determines whether or not a logical network to be controlled is unified with the other logical network. When unification is determined, the terminal apparatus determines whether a control terminal of a logical network newly created by unification is the terminal apparatus or a control terminal of the other logical network.

The present disclosure relates to a terminal operation method related to radio link failure (RLF) in a heterogeneous network, the method comprising: measuring a quality of a serving cell using a reference signal (RS) received from a serving base station; checking whether consecutive out-of-sync indications are received a predetermined number on a physical layer channel; and running a timer related to the RLF when the consecutive out-of-sync indications are received the predetermined number on the physical layer channel, wherein the timer is scaled when a timer scaling condition is met.