Abstract: A mobile terminal including a multi-touch based system method for controlling list data output and a method for the same. The mobile terminal is capable of controlling list data output and includes: a touchscreen for generating various multi-touch events. The mobile terminal further includes a storage unit for storing lists of data items that are outputted to the touchscreen. The mobile terminal further includes; a control unit for controlling a the display of list data that are composed of multiple items for an application program in response to a currently active user function, and that changes in response to the generation of a multi-touch event, arrangement of the list data on the touchscreen according to the type of the application program to output a new list output screen.

Abstract: A touch-sensitive device has a touch-based input interface and includes a touch-based folder control for creating, moving or arranging folders in response to an input of a touch-based user interaction. The touch-sensitive device receives an input from a touch-based user interaction on a home screen of the touch sensitive device and creates a new folder in response to at least one object selected by the user interaction. The touch based folder control visually disposes the new folder at a specific place on the home screen.

Abstract: A method and system is disclosed that allows a user to easily and intuitively operate applications that require contact information, in a touch device, via a tray item associated with the contact information. The method for operating applications includes: displaying a contact tray comprised of a number of tray items based on contact information, on an execution screen; receiving an interaction to use a tray item in the contact tray; configuring an execution screen for an application based on contact information of the tray item; and operating the application based on the configured execution screen.

Abstract: An image processing method based on zooming for a mobile terminal permits touch zooming on touch screens of a plurality of devices. The image processing method preferably includes: displaying, in response to entering a touch on a touch screen displaying an image, a zooming GUI indicator for image zooming operation; performing image zooming on the touch screen in response to entering a touch point move while retaining the touch; and hiding the zooming GUI indicator from the touch screen in response to entering a touch release.

Abstract: A mobile terminal having a touch screen and a method for executing applications through an idle screen thereof are disclosed. When a smart screen is called through an idle screen, it is displayed on the idle screen so as to overlap the idle screen. The smart screen displayed on the idle screen includes one of a plurality of application executing screens and a scroll bar to change the application executing screen displayed on the idle screen.

Abstract: Disclosed coaxial connector comprises (A) a pin having a soldering section to be soldered to a central conductor of the coaxial cable and a contact section extending from the soldering section and electrically interconnected to a male connector, (B) a dielectric block having a cylindrical portion including a through hole to which the pin is inserted, a body of chamfered structure and being connected to the cylindrical portion, and a cover leg extending from the body in an opposite direction from the cylindrical portion, and (C) a main body having a cylindrical portion including a hole for receiving the dielectric block to which the pin is inserted, a fastening flap for holding the coaxial cable, and a body electrically interconnected to the ground conductor of the coaxial cable.

Abstract: A cooking apparatus is provided. The cooking apparatus includes a cooking cavity, an upper space formed above the cooking cavity, lateral side spaces formed to at opposite lateral sides of the cooking cavity, a rear space formed behind the cooking cavity, and a lower space formed below the cooking cavity. A fan provided in the rear space generates a cooling flow that cools components housed in the rear space. A cooling flow path extends from the rear space and into the upper space and lateral side spaces. Flow from the upper space enters the door to cool the door and is exhausted through a lower portion of the door. Flow from the lateral side spaces, which includes an exhaust flow from the cooking cavity, is guided to the lower space and exhausted. In this manner, the cooking apparatus can be completely cooled and cooking odors and heat appropriately exhausted by the cooling fan positioned in the rear space.

Abstract: Disclosed coaxial connector comprises (A) a pin having a soldering section to be soldered to a central conductor of the coaxial cable and a contact section extending from the soldering section and electrically interconnected to a male connector, (B) a dielectric block having a cylindrical portion including a through hole to which the pin is inserted, a body of chamfered structure and being connected to the cylindrical portion, and a cover leg extending from the body in an opposite direction from the cylindrical portion, and (C) a main body having a cylindrical portion including a hole for receiving the dielectric block to which the pin is inserted, a fastening flap for holding the coaxial cable, and a body electrically interconnected to the ground conductor of the coaxial cable.

Abstract: Disclosed is an electronic range including a cavity, in which cooking of food is to be conducted, a heater chamber arranged over the cavity, an axial-flow fan arranged in the heater chamber and adapted to generate a downward flow of air, and a heater arranged outside the axial-flow fan and adapted to generate heat of a high temperature. A convection plate is arranged between the axial-flow fan and the heater. The convection plate serves to control a flow of air circulating in the interior of the electronic range to effectively convect the heat generated from the heater into the cavity during an operation of the axial-flow fan causing a repeated procedure of downwardly introducing the downward flow of air into the cavity, and then upwardly moving the flow of air along a side wall of the cavity. In this electronic range, food disposed in the cavity is heated, using reflection heat generated by the convection plates and convection air generated by the axial-flow fan.

Abstract: A heating apparatus of a microwave oven includes: a heater installed at an upper portion of a cooking chamber into which foodstuff is received; a ventilating fan installed at one side of the heater, for circulating air inside the cooking chamber to pass across the heater; a panel having a suction hole installed at an upper portion of the cooking chamber, through which the air inside the cooking chamber is drawn into the ventilating fan, and a discharge hole, through which the air which has passed across the heater is again supplied to the cooking chamber; and an air guide unit mounted at an upper side of the panel, for guiding air flow from the ventilating fan to the heater.

Abstract: A heating apparatus of a microwave oven includes: an upper plate installed at an upper portion of a cooking chamber into which a cooking object is to be received, having a suction hole for sucking air inside the cooking chamber and a discharge hole for discharging air; a first heater installed at the discharge hole side of the upper plate, for generating convection heat; a second heater disposed in the same enclosure as that of the first heater, for generating radiant heat; and a ventilating fan installed at an upper portion of a region where the suction hole of the upper plate is formed, for circulating air inside the cooking chamber across the first and the second heaters.

Abstract: A heating apparatus of a microwave oven includes: an upper plate installed at an upper portion of a cooking chamber into which a cooking object is to be received, having a suction hole for sucking air inside the cooking chamber and a discharge hole for discharging air; a first heater installed at the discharge hole side of the upper plate, for generating a convection heat; a second heater disposed in the same space as that of the first heater, for generating a radiant heat; and a ventilating fan installed at an upper portion of a region where the suction hole of the upper plate is formed, for circulating air inside the cooking chamber through the first and the second heaters.

Abstract: A heating apparatus of a microwave oven includes: a heater installed at an upper portion of a cooking chamber into which foodstuff is received, a ventilating fan installed at one side of the heater, for circulating air inside the cooking chamber to pass the heater; a panel having a suction hole installed at an upper portion of the cooking chamber, through which the air inside the cooking chamber is sucked into the ventilating fan, and a discharge hole, through which the air which has passed the heater is again supplied to the cooking chamber, and an air guide unit mounted at an upper side of the panel, for guiding an air flow from the ventilating fan to the heater.

Abstract: The present invention relates to a convection fan control method of a microwave oven which is capable of changing discharge direction of the air heated by a heater to a heating object by controlling rotation direction of a convection fan in accordance with types of a dish comprising a cooking time setting process for selecting a dish type of a heating object and setting cooking time, a rotation direction setting process for setting rotating direction of a fan motor which is capable of rotating and reverse-rotating, a fan motor operating process for operating the fan motor in accordance with the set rotating direction, a fan operating process for rotating a fan by the operating of the fan motor, and a cooking process for cooking the heating object for the select cooking time by operating of a heater.

Abstract: A cooling device for halogen lamps in microwave ovens is disclosed. In a microwave oven, the halogen lamp is installed on the top wall of a cavity. The lamp is operated by electric power applied thereto through a sealing part provided at each end thereof. The lamp thus radiates heating light waves, having a predetermined wavelength, into the cavity. A light reflection plate surrounds and holds the halogen lamp while forming a lamp chamber on the top wall of the cavity and allows the light waves to be guided from the lamp into the cavity, with the sealing parts of the lamp being positioned outside the light reflection plate. A cooling device generates a cooling air current and guides the cooling air current to the sealing parts positioned outside the light reflection plate.

Abstract: The present invention provides a recording/playback circuit able to record voice or sound. The device is installed in the inside of a cylindrical case in which a speaker and a recording microphone are installed on the lower surface thereof. A press button-type switch is installed on an upper surface of the case and used as a playback button when a bottle is fitted in the inside of the cylindrical case and the press button type playback button turns on. Audio signals stored in a memory element are played back and necessary information is recorded by a recording button installed at the lower section. In particular, the cylindrical case is formed so as to accommodate the lower part of the bottle in use.