Samsung Electronics Co., Ltd.

Jeong-Hoon Kim

Hwan Mook Kim

Chae-Whan Lim

Hye-Soon Jeong

Kyu-Chul Kong

Bang-Hyun Kwon

Hyun-Woong Kwon

Jin-Woo Kim

Hyung-Jin Kim

Seok Goh

Sang-Geun Kim

Chae Whan Lim

Jong In Kwak

Dong-Chul Han

Soo-Young Nam

Yeun-Wook Lim

Ban Suk Choi

Min-Hong Park

Jung-Woo Won

Jun Hyo Park

Byung-Hyuk Moon

Ki Yeung Kim

Dae-Sung Hwang

Keun-Soo Kim

Min-Seung Lee

An electronic device is provided. The electronic device includes a display configured to display an application execution screen and a controller configured to, when a screen image of the application execution screen is captured, obtain execution path information for executing a state of the captured screen image, and to store the captured screen image and the execution path information.

Electronic device and method for using captured image in electronic device

An electronic device is disclosed. The electronic device may include a housing; a touchscreen display exposed through a portion of the housing; a wireless communication circuit disposed in the housing; a processor electrically connected to the touchscreen display and the wireless communication circuit; and a memory electrically connected to the processor and configured to store an application including a user interface for transmitting a message through the wireless communication circuit, wherein the memory stores at least one instruction that, when executed by the processor, causes the electronic device to: display the user interface of the application on the touchscreen display; display a virtual keyboard with the user interface and/or to overlap the user interface; receive a first input through the virtual keyboard; hide the virtual keyboard and display a drawing pad with the user interface and/or to overlap the user interface upon receiving the first input; receive a second input through the drawing pad; obtain an image file based on the second input; change the image file based on at least some of information on the application; and transmit the changed image file through the wireless communication circuit to an external electronic device.

Electronic device for transmitting message and method for operating same

A method for obtaining information and an electronic device thereof. The method for obtaining the information in the electronic device includes: displaying one or more representing objects for representing contents on a display area; determining a selection area which is at least part of the display area based on a user input; detecting a representing object of the one or more representing objects as a clip object corresponding to the user input, wherein at least part of the representing object corresponds to the selection area; and recognizing a content corresponding to the clip object.

Method for providing information based on contents and electronic device thereof

Methods are provided for transmitting an emoticon to another party in video telephony communication. Another party's video data is displayed on a first area of a display unit, a user's video data is displayed on a second area of the display unit, and a plurality of emoticons is displayed on a third area of the display unit in a video telephony communication. One of the plurality of emoticons is selected during the video telephony communication from a user input. The selected emoticon is displayed on the first area or on the second area and transmitting the selected emoticon to another party.

Method of conveying emotion in video telephone mode and wireless terminal implementing the same

A method of constructing a database in a mobile communication terminal includes analyzing one of a file attribute and a database field type of the received file when the file is received, determining whether the analyzed one of the file attribute and the database field type is identical to a field type of the database in the mobile communication terminal, and updating a database table in the mobile communication terminal according to the determination.

Method and apparatus for constructing database in mobile communication terminal

Provided is a method and wireless terminal for enabling the user of the wireless terminal to transmit an emoticon representing an emotion to another party. The method and terminal are provided where at least one emoticon may be displayed in a video telephone mode and a selected emoticon may be displayed and transmitted to the other party.

A stacked package and method of manufacture are provided. The stacked package may include a first semiconductor package, a second semiconductor package, plugs and spacers. The second semiconductor package may be stacked on the first semiconductor package. The plugs may electrically connect the first semiconductor to the second semiconductor package. The spacer may be interposed between the first semiconductor package and the second semiconductor package to form a gap between the first semiconductor package and the second semiconductor package, thereby preventing an electrical short between the plugs.

Stacked package including spacers and method of manufacturing the same

A method and portable terminal for providing a video communication service are disclosed, in which video and audio data transmitted or received during video communication are recorded and the video and audio data are stored into files by the portable terminal, the files are merged; and the merged files are played. The portable terminal can store images and voices of both users during video communication by successively storing video and audio data, which are transmitted or received, in response to a user's key input and merging the video and audio data into a single file.

Portable terminal and method for providing video communication service using the same

Disclosed is a method of communicating image data to a second communications device from a first communications device while the first communications device is in an image communications mode of operation. The method includes the steps of checking the codecs of the second communications device when receiving an image communication; storing the codecs of the second communications device if the codecs of the first communications device do not match with the codecs of the second communications device; and encoding selected image data using one of the codecs of the second communications device when the encoded selected image data is to be transmitted to the second communications device.

Method of transmitting image data in video telephone mode of a wireless terminal

A method and terminal for performing a video communication service where the operation mode of the mobile communication terminal switches to a screen sharing mode upon receipt of a screen sharing request from a user during a video communication, screen data selected according to user selection information in the screen sharing mode is output to a display unit, the screen data displayed on the display unit is acquired, and the acquired screen data is transmitted instead of the user's video data to a corresponding terminal performing the video communication.

Method for performing video communication service and mobile communication terminal therefor

A mobile communication terminal and an operation method thereof are provided. The terminal includes: a detachable display window detached from a main body, for performing short-range wireless communication with the main body; and the main body for performing the short-range wireless communication with the detachable display window, wherein the detachable display window has a liquid crystal display (LCD) wireless communicating unit for providing a wireless communication depending on a short-range wireless communication protocol, and a LCD for displaying the predetermined image.

Mobile communication terminal having detachable wireless display window, and operation method thereof

An apparatus and method for extending the height of an image to display a video signal having a 4:3 aspect ratio on a screen having a 16:9 aspect ratio. The apparatus includes: a field memory for storing pixel data of horizontal scanning lines of an input region which will be extended vertically, among the horizontal scanning lines of a field unit being inputted, and outputting the pixel data of the horizontal scanning lines of a region which will be extended vertically among the stored pixel data; line memories for sequentially inputting and delaying the pixel data outputted from the field memory by a horizontal scanning line unit, the number of the line memories corresponding to a vertical extension rate of the image; and a low-pass filtering and sub-sampling part for low-pass filtering and sub-sampling by respectively multiplying different filter coefficients having values determined by positions of new vertically extended horizontal scanning lines by the pixel data of the horizontal scanning lines which are each outputted with a different delay from the line memories and by adding the multiplied pixel data in correspondence with the positions of the new horizontal scanning lines, to thereby output the pixel data of the vertically extended horizontal scanning lines.

Apparatus and method for vertically extending an image in a television

The present invention provides a video signal conversion method for displaying a video signal having a 4:3 aspect ratio on a screen having a 16:9 aspect ratio by using a single clock. The video signal conversion comprises the steps of inserting two zero pixels between two pixels of the 4:3 video signal, band pass filtering the two pixels of the 4:3 video signal, such that 3/4 of the bandwidth of the pixels is passed and upper and lower parts of pixels are not passed, and sampling the filtered pixels by every fourth transition of a clock signal, and then displaying the sampled pixels on the 16:9 screen.

Video signal conversion method for displaying a 4:3 video signal on a

A method for interpolating an image signal using a slope correlation and the circuit thereof, in order to improve a picture quality by enhancing a vertical resolution. A slope correlation interpolation depending on a correlation degree between picture elements is performed for an image signal of a low frequency component, and a line interpolation is performed for an image signal of a high frequency component. Therefore, a vertical resolution is improved and hardware is decreased.

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Gumi-si, South Korea

Jeong-Hoon Kim