Abstract: Provided is a manufacturing method of an optical film, which manufactures an optical film in which at least a first film and a second film are stacked, the method including: pressing the first film and the second film with the optical film by passing both the first film and the second film between a pair of pressing rolls; forming a slit line in a width direction of the optical film by cutting the second film without cutting the first film at a rear end of a connection portion when the connection portion is included, to which a unit film is connected by a connection member between the first film and the second film which are pressed in the pressing; and conveying the optical film by passing the optical film with the slit line in the slit forming between a pair of conveying rolls.

Abstract: Provided is a manufacturing method of an optical film, which manufactures an optical film in which at least a first film and a second film are stacked, the method including: pressing the first film and the second film with the optical film by passing both the first film and the second film between a pair of pressing rolls; forming a slit line in a width direction of the optical film by cutting the second film without cutting the first film at a rear end of a connection portion when the connection portion is included, to which a unit film is connected by a connection member between the first film and the second film which are pressed in the pressing; and conveying the optical film by passing the optical film with the slit line in the slit forming between a pair of conveying rolls.

Abstract: A system supports managed wrapping of Tuxedo functions for .NET applications, comprising Wrapper Interfaces and Wrapper Utilities. The Wrapper Interfaces that wrap around one or more Tuxedo functions used by a .NET application are operable to encapsulate the one or more unmanaged Tuxedo libraries and provide connectivity between the one or more unmanaged Tuxedo libraries and the .NET application. The Wrapper Utilities are operable to build .NET applications using the Wrapper Interfaces, wherein the .NET applications are operable to invoke the one or more unmanaged Tuxedo libraries through Wrapper Interfaces to run under Common Language Runtime (CLR).

Abstract: The present invention provides a method of inputting ideographic characters into a handheld device, comprising steps of: predicting ideographic characters that correspond to symbols inputted by a user, for said user to select; predicting, based on a previous ideographic character that has been selected by said user, ideographic characters that most likely follow said previous ideographic character but cannot form a phrase with said previous ideographic character, for said user to select; and inputting ideographic characters that have been selected by said user into said handheld device. The present invention also provides an apparatus for inputting ideographic characters and a handheld device. According to the invention, more ideographic characters and punctuation marks are automatically predicted, which speeds up the process of inputting ideographic characters into handheld devices.

Abstract: The present invention discloses A method for inputting a Chinese phrase on a portable device, said device comprising a keyboard, a display means and a memory means, said method comprising the steps of: inputting Chinese Pinyin letter/Zhuyin character and other characters by the keyboard; entering a Chinese phrase matched mode when detecting that a first separator for separating Chinese Pinyin letter/Zhuyin character corresponding to different Chinese characters is input; under the Chinese phrase matched mode, searching in the memory means the Chinese phrase corresponding to the input Chinese Pinyin letter/Zhuyin character and the number and the position of the separator based on the input Chinese Pinyin letter/Zhuyin character and the number and the position of the separator; and, sending the searched Chinese phrase to the display means.

Abstract: A mobile phone has a display and a keypad which comprises a plurality of keys. Each key has associated with it a plurality of different symbols. The keypad is used to enter symbols in the form of Pinyin strings (25) into the display which are then used to determine a candidate list (26) of Chinese characters which are presented in the display. Symbols are entered into the display by pressing respective keys once or more than one times in rapid succession. Selection of a symbol is only permitted if it corresponds to a valid Pinyin string (25), either in isolation or in combination with one or more symbols entered in a previous selection. Characters chosen from the candidate list are entered into a message (24) in the display.