Abstract: A system for protecting digital files is provided. The system includes at least one client computer and a server connected to the at lease one server. Each client computer includes: a file identifier generating module, for generating a file identifier for a digital file; a key generating module, for generating a key for the digital file; and a data encoding module, for encrypting the digital file according to the key. The server includes an identification validating module for determining whether a user intending to access the digital file has a corresponding access right, according to the user's digital certificate information. A related method is also provided.

Abstract: A method for managing a data transfer channel between communication devices includes: monitoring the data transfer channel for a data transfer; intercepting data packets of the data transfer channel if the data transfer is detected; reassembling intercepted data packets into reassembled data; detecting whether reassembled data include sensitive/confidential data corresponding to the security definitions; preventing detected data from transferring through the data transfer channel to the communication devices if the reassembled data comprise sensitive/confidential data; and formatting the reassembled data into the intercepted data packets and releasing the intercepted data packets, if the reassembled data do not comprise sensitive/confidential data. A related system is also disclosed.

Abstract: An exemplary method for encrypting data files automatically is provided. The method includes: reading a configuration file, the configuration file comprising configuration information that comprises a name and a data path of a data file directory and data formats of data files to be encrypted; monitoring whether there is a new data file been newly added into the data file directory; detecting whether data format of the new data file is one of the data formats as set forth in the configuration file; detecting whether the new data file has an encryption mark if the data format of the new data file is one of the data formats; generating corresponding encryption details if the new data file does not have an encryption mark; and encrypting the new data file according to the encryption details. A related system is also provided.

Abstract: A system for managing multi-zone information is disclosed. The system includes an Information Security Management Console (ISMC) 10, a plurality of Information Security Execution Centers (ISECs) 20 and a plurality of Information Security Protection Cells (ISPCs) 30. The ISMC 10 includes: an information security strategy defining module 101, an information security passport generating module 102, and an information security passport sending module 103. Each ISEC 20 includes: an information security passport receiving module 201, and an information security passport distributing module 202. Each ISPC 30 includes: an information security strategy executing module 301. A related method is also disclosed.

Abstract: A system for monitoring files to be printed includes: one or more printers (10) for printing files; an information controlling console (12) for receiving printing information of a file, and converting the printing information into a particular format; a first server (13) linked with the information controlling console for receiving the printing information transmitted from the information controlling console, determining whether the printing information is secure, dividing the printing information into result data packets, and transmitting the result data packets to the information controlling console; a second server (14) linked with the printers and the information controlling console for monitoring the files to be printed according to the result data packets. A method for monitoring files to be printed is also disclosed.

Abstract: A system and method for an online agency service of data mining and analyzing is disclosed. The system and method can automatically fetch and analyze data stored in a remote source database (10)_based on a data analysis request originating from a client site (3). Initially, the client site (3) sends a data analysis request to the service provider (2). The service provider (2) converts the data analysis request into a standard format of query information, and searches the source database (10). A plurality of data records are searched and written into a local database (23) contained in the service provider (2). Finally, the service provider (2) analyzes the data stored in the local database, and generates a search report which is then sent to the client site (3).

Abstract: A system for processing and analyzing patent information includes a plurality of client computers (10), an application server (11), and a database (12). Each client computer includes an analysis type module (1010) for selecting an appropriate analysis type, a conditions-setting module (1011) for defining conditions of analysis, and an interactive user interface (100). A user selects an analysis type and defines conditions of analysis, which can include selecting aggregation and combination of patent information of different patent offices in various languages for analysis. The selected analysis type and defined conditions are transmitted to the application server, converted into a request in a predetermined format, and transmitted to the database. Patent information stored in the database is searched in accordance with the request, an analysis result is created, and the analysis result is transmitted to the user's client computer.

Abstract: A general query platform and method for querying of intellectual property information. The general query platform (100) includes a user interface (110) for inputting of a query (11) in a first format; a query processor (120) for changing the first format query into a second format query that intellectual property information websites (13) can identify; and an intellectual property information download unit (130) for transmitting the second format query to databases of the intellectual property information websites, converting information returned from the websites into the first format, and transmitting the first format returned information to the user interface. The query processor further includes an XML changing module (121) for changing the first format query into an XML format query, and an HTTP changing module (122) for changing the XML format query into an HTTP format query that intellectual property information websites can identify.

Abstract: A system and method for online agency service of data mining and analyzing is disclosed. The system and method can automatically fetch and analyze data stored in a remote source database (10)based on a data analysis request originated from a client site (3). Initially, the client site (3) sends a data analysis request to the service provider (2). The service provider (2) converts the data analysis request into standard format of query information and search from the source database (10). A plurality of data records are searched and written into a local database (23) contained in the service provider (2). Finally, the service provider (2) analyzes the data stored in the local database and generates a search report which is then sent to the client site (3).