Abstract: In a method for processing an image file using a computing device, an image file from a storage system is read. If an image in the image file is slanted, an incision coordinates according to a configuration file in the storage system and a preset formula is calculated. The method incises the image using the calculated incision coordinates and storing the incised image in a new image file. If an image in the new image file is not slanted, the method further determines whether the image has been incised. If the image has been incised, the method records the calculated incision coordinates that make the image not be slanted as optimal incision coordinates, and stores the optimal incision coordinates into a database.

Abstract: In a method for updating data of a server, the server receives a modification operation from a client device communicating with the server. Data corresponding to the modification operation is obtained, and a database of the server for storing the obtained data is determined. The server further sends a prompt to the client device for confirming a successful modification of the obtained data, and updates the obtained data to the determined database and other databases that share the obtained data with the determined database.

Abstract: A computer inserts a 3D image file into a webpage, and inserts a 3D image into the 3D image file. The computer generates a control file and associates the control file with the 3D image file. The computer displays the 3D image in a webpage and operating the 3D image by invoking the control file when the webpage is accessed.

Abstract: In a file distribution method using a control server in connection to file servers, file categories are preset and the file servers are classified into the file categories. When a file is received, a file category of the received file is determined, and the received file is distributed to a target file server according to the determined file category. The method determines a load value of each of the file servers according to a number of files to be processed in each of the file servers. A specified file server whose load value is equal to a threshold value is determined, and an overload file server having a greatest load value is determined. The method distributes files to be processed in the overload file server to the specified file servers according to a predetermined percentage.

Abstract: At least two task servers connect to a database server. The database server includes a task list. A task server accesses the task list to search a task which is an earliest presenting task. When the searched task has not been executed, the task server marks the searched task with a serial number of the task. The task server records an execution start time of the searched task. When a time of executing the searched task is more than a predefined time, the task server prompts a user to deal with an error of the task server.

Abstract: Programs in a host server are the same as programs in a backup server. When the host server is executing handling items in the host server and a system time of the server exceeds an earliest predefined handling time of the handling items, a handling item with the earliest predefined handling time is determined as in error, and a corresponding program in the backup server is executed. When a system time of the backup server exceeds an earliest predefined time of the corresponding program in the backup server and a handling item with the earliest predefined handling time in the backup server is the same as the handling item which is in error in the server, the backup server is switched as a new host server and the host server is switched as a new backup server.

Abstract: In a method for displaying an examination process of a patent application, one or more examination files of the patent application are obtained. The method obtains contents of each examination file, determines one or more rejected claims in each examination file by analyzing the contents of each examination file, and creates rejection information corresponding to each rejected claim. The method further creates a node for each examination file according to a preset mode, displays the rejection information of the rejected claims in a specific examination file on a display device when a node of the specific examination file is selected.

Abstract: A computer parses a fee list from a patent office website and saves each fee record of the fee list into a data list stored in a database. The computer calculates a first fee of each case in the data list and a second fee of each case in the patent management server. The computer notifies a person in charge of checking fee, in response to a determination that the first fee of the case does not match the second fee of the case.

Abstract: In a method for displaying scalable vector graphics (SVG) images, a data acquiring method and a web document are created in a client device, data acquiring parameters are transmitted to a server using the data acquiring method, and query data corresponding to the data acquiring parameters are received from the server. The query data are stored in a data container of the web document, the query data are loaded from the data container of the web document to a preset image document, first types of elements that draw specified graphic shapes and second types of elements that display the query data on the specified graphic shapes are created. An SVG image is created using the first types and the second types of elements, and the SVG image is displayed on a display screen of the client device.

Abstract: In a method for controlling movement of scalable vector graphics (SVG) images which allows display and examination of all parts of an SVG image even when zoomed in, an image display area and an event detection area for the SVG image are determined on a display device. An updated position of the image display area is determined according to current coordinates of a cursor of a mouse on the display device when a mouse event is detected in the event detection area. The SVG image is displayed at an updated position of the image display area, to generate a drag operation of the SVG image on the display device.

Abstract: In a data processing device for automatically submitting prior art, a computerized method and a non-transitory storage medium are employed. An office action of a patent application A is received, and mentioned prior art is automatically recognized from the office action. Basic information of the mentioned prior art and one or more related patent applications of the patent application A are also obtained. One or more of the related patent applications that are required to be submitted as the mentioned prior art are determined. The basic information of the mentioned prior art is inserted into a generated blank form, and then the completed form is submitted to the patent office.

Abstract: A computer reads an element information list from a file stored in a database of the computer, and generates first element identifiers according to the element information list. The computer marks a second element identifier in content of the file, in response to a determination that the first element identifier is different from the second element identifier corresponding to the first element identifier.

Abstract: In a method for processing an image file using a computing device, an image file from a storage system is read. If an image in the image file is slanted, an incision coordinates according to a configuration file in the storage system and a preset formula is calculated. The method incises the image using the calculated incision coordinates and storing the incised image in a new image file. If an image in the new image file is not slanted, the method further determines whether the image has been incised. If the image has been incised, the method records the calculated incision coordinates that make the image not be slanted as optimal incision coordinates, and stores the optimal incision coordinates into a database.

Abstract: A computing device extracts claims, patent law clauses, and prior art documents from an Office action document according to preset regular expressions, and stores the extracted claims, patent law clauses, and prior art documents in an array stored in a storage unit of the computing device. The computing device identifies rejected claims of the Office action document from the extracted claims, and searches involved patent law clauses and prior art documents regarding the rejected claims in the Office action document. The computing device records each identified rejected claim with involved patent law clauses and prior art documents in the storage unit, according to importance ratings of the rejected claims and the relationships.

Abstract: A server generates a first ID in response to a user inputting a username on a web portal provided by the server. If the user selects a link page displayed through the web portal, the server generates a second ID and sends the first ID and the second ID to the selected link page. The server detects if the user can access the selected link page by reference to the first ID and the second ID. If the server verifies the information successfully, the link page may be entered using the portal information.

Abstract: A method for comparing text data reads two patent documents comprising varying text sections. The method compares characters of a first text section in a first patent document with a corresponding second text section in a second patent document, and acquires a same sub-character string that has a maximum matching length and matching positions of the first and second text sections. The method marks characters before the matching positions of the first and second text sections as different characters. The method displays a comparison result list of the comparison between the first patent document and the second patent document on a display device.

Abstract: In a method for analyzing an office action of a patent application using a computing device, an office action of a patent application that is downloaded from a patent office website is parsed using predetermined regular expressions (RE). The patent information of patent application is extracted from the office action according to predetermined keywords of the patent information if the office action fails to be parsed by the regular expressions. A regular expression of the extracted patent information is generated according to determined rules, and is stored into the storage system, to parse another office action using the generated regular expression.

Abstract: A system and method for analyzing official notices of an electronically filed patent application are based on a file server that connects to patent office websites, a database, and client computers. An official notice of the patent application is downloaded from one of the patent office websites according to a download command from one of the client computers, and is converted to an image format document. Character data of the image format document are identified, and patent information of the electronically filed patent application are extracted from the character data using a regular expression. In addition, the patent information are analyzed to generate analysis results of the official notice according to the comparison.