Abstract: An embodiment roof assembly for a vehicle includes a roof panel including a core, an upper skin attached to a top surface of the core, and a lower skin attached to a bottom surface of the core, a face sheet disposed above the roof panel, and a foam layer interposed between the roof panel and the face sheet.

Abstract: A method and apparatus for performing processes in a user equipment by using touch patterns. A touch pattern may be received through a touch input unit of the user equipment. A memory of the user equipment may be searched for a touch pattern data corresponding to the received touch pattern. The touch pattern data may be loaded from the memory, and the operation that corresponds to the received touch pattern may be performed based on the loaded touch pattern data. The touch pattern data may include at least one of a touch pattern field for storing information on the received touch pattern, an application information field for storing information on the operation to be performed in response to the received touch pattern, and a touch pattern input area information field for storing information on a touch pattern input area of the received touch pattern.

Abstract: A method and apparatus for performing processes in a user equipment by using touch patterns. A touch pattern may be received through a touch input unit of the user equipment. A memory of the user equipment may be searched for a touch pattern data corresponding to the received touch pattern. The touch pattern data may be loaded from the memory, and the operation that corresponds to the received touch pattern may be performed based on the loaded touch pattern data. The touch pattern data may include at least one of a touch pattern field for storing information on the received touch pattern, an application information field for storing information on the operation to be performed in response to the received touch pattern, and a touch pattern input area information field for storing information on a touch pattern input area of the received touch pattern.

Abstract: The hat crown has a lower periphery, an outside and inside, a horizontal brim and a headband placed radially inward from the crown's interior. A sliding assembly has one member fixed to the crown's inside and a second slidably attached to the first as a extension to the brim. The brim may then be rotated along the crown. The crown's material includes a fold folded inward to form a finished edge along the lower periphery. The fold, securely attached to the main portion, forms an upper edge. The first member has a flat base fixed to the fold or arranged at the flap's top and connected directly to the crown in any suitable way. If the crown is seamed, the headband can be tacked on or near the seam lines. The headband may also surround the lower periphery incompletely so as to create a gap with two edges, an elastic band separating them and stretching to adapt to the wearer's head.

Abstract: The crown portion of a simplified and stable hat construction has a lower periphery, an outside and an inside; a horizontally oriented brim; and a headband disposed radially inwardly from the crown's inside. A sliding assembly between the crown's inside and the headband has a first member secured to the crown's inside and a second member slidably attached to the first member and comprising an extension secured to the brim. Thus a user may rotate the brim relative to the crown. The crown may be formed of a sheet of material having a main body portion and including an integral fold on the flap or hem folded inwardly to form a finished edge along its lower periphery. This fold is securely attached to the main body portion to form an upper edge. The first member has a flat base that can be secured to the fold or arranged on the upper edge of such flap, and connected directly to the main body portion of the crown. The fold may be secured to the main body portion of the crown in any suitable way.