Chia-Jui

Chia-Jui Chang, Taipei Hsien TW

Patent application number	Description	Published
20090240810	Method of Digital Resource Management and Related Digital Resource Management System - A method of digital resource management includes establishing an OSGi framework between a user end and a service end, providing an application service via the OSGi framework for the user end by the service end according to a request of the user end, and exchanging information corresponding to the application service via the OSGi framework for managing the application service.	09-24-2009

Patent application number	Description	Published
20090144711	SYSTEM AND METHOD FOR COMMON COMPILER SERVICES BASED ON AN OPEN SERVICES GATEWAY INITIATIVE ARCHITECTURE - A system and method for common compiler services based on an Open Services Gateway initiative (OSGi) architecture are constructed on an OSGi framework for processing and registering a server page source file. The method includes: transmitting a compilation request signal associated with the server page source file to a common compiler bridge interface unit; based on the compilation request signal, enabling the common compiler bridge interface unit to select a support compiler corresponding to the compilation request signal to compile the server page source file so as to obtain a server application file; and using a server application registration unit to complete registration of the server application file.	06-04-2009

Patent application number	Description	Published
20100265141	ANTENNA AND WIRELESS TRANSCEIVER USING THE SAME - An antenna and a wireless transceiver are provided. The antenna includes: a substrate having first and second surfaces with circuits thereon; and two shield boxes located on the first and second surfaces for covering the circuits thereon. The shield boxes each comprise an antenna section and a shield section. The antenna sections are disposed at one side of the shield section and aligned with a margin of the substrate, and include signal ends electrically connected to the circuits and grounding ends electrically connected to the shield sections. The first antenna section is disposed on a diagonal opposite of the second antenna section flush with substrate margin or aligned with the substrate margin, thereby maximizing the distance between the two antennas disposed on the substrate, and preventing the two antennas from electromagnetic interference. The antennas are disposed on sides of the shield sections flush with substrate margins and thereby are space-saving.	10-21-2010