Abstract: A front storage apparatus for a vehicle includes a vehicle hood pivotally connected to the front of a vehicle body, a frunk located under the vehicle hood, a frunk lid pivotally connected to the frunk, and a connecting rod operatively connecting the frunk lid and the vehicle hood.

Abstract: A front storage apparatus for a vehicle includes a vehicle hood pivotally connected to the front of a vehicle body, a frunk located under the vehicle hood, a frunk lid pivotally connected to the frunk, and a connecting rod operatively connecting the frunk lid and the vehicle hood.

Abstract: An input device includes a scroll unit installed on a case and configured to select a menu, a manipulation unit configured to operate a menu selected by the scroll unit and having a translucent region, and a menu display unit mounted on a rear surface of the manipulation unit and configured to display the menu selected by the scroll unit through the translucent region.

Abstract: The present relates to a system for cooling a vehicle engine compartment having a blowing device provided on a dash panel of a vehicle and configured to be able to send external air to the engine compartment and a cabin of the vehicle; a control unit to control the blowing device such that the external air may flow into the engine compartment through the blowing device if the temperature of the engine compartment is higher than or equal to a limit temperature above which components in the engine compartment can be heat damaged; a door consisting of an engine compartment door rotatably installed between the opening and the cabin air supplier and a cabin door rotatably installed on the same line as the engine compartment door; and an actuator for opening and/or closing the engine compartment door and the cabin door, respectively.

Abstract: A mobile communication terminal includes a first body, a second body foldably coupled to the first body, and an opening mechanism that rotates the second body with respect to the first body in response to a sliding movement of the second body.

Abstract: An input device includes a scroll unit installed on a case and configured to select a menu, a manipulation unit configured to operate a menu selected by the scroll unit and having a translucent region, and a menu display unit mounted on a rear surface of the manipulation unit and configured to display the menu selected by the scroll unit through the translucent region.

Abstract: An apparatus for opening and closing a slide type portable terminal comprising a guide unit formed between a display unit and a body unit for guiding the display unit to be moved in a longitudinal direction, a driving unit for moving the display unit, and a switching unit for applying a power to the driving unit to move the display unit in the longitudinal direction, wherein the switching unit applies a forward power to the driving unit to move the display unit in an open direction and applies a reverse power to the driving unit to move the display unit in a closed direction.

Abstract: A system for cooling a vehicle engine room is provided that comprises: a heater blower provided around a dash panel of the vehicle and configured to be able to send external air to the engine room and a cabin of the vehicle; and a control unit to control the heater blower such that the external air may flow into the engine room through the heat blower if the temperature of the engine room is higher than or equal to a limit temperature above which components in the engine room can be heat damaged.

Abstract: A mobile terminal includes a speaker arrangement for providing surround sound. The terminal includes a folder hinged at a main body and having an LCD attached thereto, speakers mounted at the folder and implementing a three-dimensional surround-sound effect, and a sliding unit for sliding at least one of the speakers when the speakers produce the three-dimensional surround-sound effect. Because the distance between the speakers can be widened according to a user's selection, three-dimensional surround-sound can be maximized and thus product quality can be significantly enhanced.

Abstract: A mobile communication terminal includes a first body, a second body foldably coupled to the first body, and an opening mechanism that rotates the second body with respect to the first body in response to a sliding movement of the second body.

Abstract: The present invention relates to a flash memory cell and method of manufacturing the same, and programming/erasing/reading method in the flash memory cell. According to the present invention, a source region and a drain region are first formed and a tunnel oxide film is then formed. Therefore, it is possible to prevent damage of the tunnel oxide film due to an ion implantation process. Further, independent two channel regions are formed below the floating gate. Thus, it is possible to store data of two or more bits at a single cell. In addition, the tunnel oxide film, the floating gate and the dielectric film having an ONO structure are formed at a given regions. It is thus possible to reduce the steps of a process and improve an electrical characteristic and integration level of a device.

Abstract: A mobile terminal includes a speaker arrangement for providing surround sound. The terminal includes a folder hinged at a main body and having an LCD attached thereto, speakers mounted at the folder and implementing a three-dimensional surround-sound effect, and a sliding unit for sliding at least one of the speakers when the speakers produce the three-dimensional surround-sound effect. Because the distance between the speakers can be widened according to a user's selection, three-dimensional surround-sound can be maximized and thus product quality can be significantly enhanced.

Abstract: The present invention relates to a flash memory cell and method of manufacturing the same, and programming/erasing/reading method in the flash memory cell. According to the present invention, a source region and a drain region are first formed and a tunnel oxide film is then formed. Therefore, it is possible to prevent damage of the tunnel oxide film due to an ion implantation process. Further, independent two channel regions are formed below the floating gate. Thus, it is possible to store data of two or more bits at a single cell. In addition, the tunnel oxide film, the floating gate and the dielectric film having an ONO structure are formed at a given regions. It is thus possible to reduce the steps of a process and improve an electrical characteristic and integration level of a device.

Abstract: The present invention relates to a flash memory cell and method of manufacturing the same, and programming/erasing/reading method in the flash memory cell. According to the present invention, a source region and a drain region are first formed and a tunnel oxide film is then formed. Therefore, it is possible to prevent damage of the tunnel oxide film due to an ion implantation process. Further, independent two channel regions are formed below the floating gate. Thus, it is possible to store data of two or more bits at a single cell. In addition, the tunnel oxide film, the floating gate and the dielectric film having an ONO structure are formed at a given regions. It is thus possible to reduce the steps of a process and improve an electrical characteristic and integration level of a device.

Abstract: The present invention relates to a flash memory cell and method of manufacturing the same, and programming/erasing/reading method in the flash memory cell. According to the present invention, a source region and a drain region are first formed and a tunnel oxide film is then formed. Therefore, it is possible to prevent damage of the tunnel oxide film due to an ion implantation process. Further, independent two channel regions are formed below the floating gate. Thus, it is possible to store data of two or more bits at a single cell. In addition, the tunnel oxide film, the floating gate and the dielectric film having an ONO structure are formed at a given regions. It is thus possible to reduce the steps of a process and improve an electrical characteristic and integration level of a device.

Abstract: There is disclosed a code addressable memory (“CAM”) cell in a flash memory device. In order to stabilize the operation of the CAM cell in a flash memory device operating at a low voltage, the present invention manufactures a CAM cell in which a floating gate is formed to extend on more than two active regions and more than two cell arrays are connected in parallel commonly using a source region and a drain region. Therefore, the present invention can increase the gate-coupling ration of the CAM cell, thus stabilizing the operation of the CAM cell at a device for low-voltage use.

Abstract: There is disclosed a method of manufacturing a flash memory device. In order to solve the problems that expensive photograph equipments are required and the manufacturing costs are thus increased when defining a floating gate and a control gate in a flash memory cell used in a high-integration flash memory device, the present invention performs an etching process for defining a floating gate with an-isotropic etching process. Therefore, it can minimize the areas of a cell and thus obtain a high-integration device.

Abstract: A code addressable memory (CAM) included in a flash memory device comprises a unit cell including a floating gate and a control gate; and a gate coupling unit coupled to the unit cell or further comprises a switching circuit for connecting and disconnecting the unit cell with the gate coupling unit respectively at a read operation of the CAM and a programming or an erasing operation of the CAM.

Abstract: Methods of erasing a flash memory device are disclosed. After performing a first erasure operation, the methods perform a second erasure operation wherein an erasure pulse width or an erasure voltage is increased if the number of erased cells is below a predetermined number of erased cells, and wherein an erasure pulse width or an erasure voltage is reduced if the number of erased cell is more than a predetermined number of erased cells.

Abstract: An address buffer in a flash memory includes a buffer section for buffering external addresses to select specific sectors in the flash memory, a code storage section for storing a code to select a memory sector in the flash memory, a setting section for outputting internal addresses IA17˜IA17 selecting the memory sector, by using the code outputted from the code storage section and sector select addresses among the external addresses.