Abstract:
A portable data processing device capable of acquiring images and supporting human hands includes a portable data processing module and a portable image acquiring module. The portable image acquiring module for scanning a document is mounted on a side surface of a base of the portable data processing module in order to support the human hands and make an operation interface, which is installed on the base, be easily operated.
Abstract:
The present invention relates to a server device which comprises a case having two symmetric slots disposed on the top and a first handle disposed in each of the slots to make it easier to lift up the server device, a horizontal partition disposed in the case and dividing the inner space of the case into upper and lower parts, wherein the upper part is a first holding space capable of holding at least an electronic device, a first heat dissipation unit is disposed at the front of the electronic, the lower part of the case is a second holding space capable of holding at least a server, and a second heat dissipation unit may be disposed at one side of the second holding space, such that a plurality of servers, electronic devices and heat dissipation units may be integrated into the server device for easily and conveniently being moved.
Abstract:
A portable data processing device capable of acquiring images and supporting human hands includes a portable data processing module and a portable image acquiring module. The portable image acquiring module for scanning a document is mounted on a side surface of a base of the portable data processing module in order to support the human hands and make an operation interface, which is installed on the base, be easily operated.
Abstract:
A multifunctional portable data processing system having print, scan, and copy capabilities includes a portable computer having a housing, a display screen, a input panel, a pointing device, and a data processing unit which may be within or attached to the housing. The data processing unit includes a contact image sensor scan unit and a full page width ink jet printhead unit, an ink container, a paper path, paper feeding and ejecting rollers, control circuitry, and electrical power and standard data protocol data connections with the portable computer. The data processing unit further includes a clock with a clock rate fed to the printhead unit to reduce printing throughput of the printhead unit to approximately 1 to 60 pages per minute. The use of a stationary printhead unit and a reduced clock rate allows full functionality of the print system without sacrificing needed portability.
Abstract:
The present invention relates to a server device which comprises a case having two symmetric slots disposed on the top and a first handle disposed in each of the slots to make it easier to lift up the server device, a horizontal partition disposed in the case and dividing the inner space of the case into upper and lower parts, wherein the upper part is a first holding space capable of holding at least an electronic device, a first heat dissipation unit is disposed at the front of the electronic, the lower part of the case is a second holding space capable of holding at least a server, and a second heat dissipation unit may be disposed at one side of the second holding space, such that a plurality of servers, electronic devices and heat dissipation units may be integrated into the server device for easily and conveniently being moved.
Abstract:
The present invention is to provide an IP address parameter setting method to prevent from setting incorrect parameter and interrupting the operation of a remote network apparatus when setting up the IP address parameter of the remote network apparatus again, which comprises the steps of activating a timer for time counting, enabling to receive a control confirmation of a control platform within a configured time and, if no control confirmation is received within the configured time, restoring the IP address parameter to a backup IP address parameter, allowing the control platform to manage the remote network apparatus and set up the address parameter of the remote network apparatus again.
Abstract:
The present invention is to provide an IP address parameter setting method to prevent from setting incorrect parameter and interrupting the operation of a remote network apparatus when setting up the IP address parameter of the remote network apparatus again, which comprises the steps of activating a timer for time counting, enabling to receive a control confirmation of a control platform within a configured time and, if no control confirmation is received within the configured time, restoring the IP address parameter to a backup IP address parameter, allowing the control platform to manage the remote network apparatus and set up the address parameter of the remote network apparatus again.
Abstract:
A multifunctional portable data processing system having print, scan, and copy capabilities includes a portable computer having a housing, a display screen, a input panel, a pointing device, and a copy unit which may be within or attached to the housing. The copy unit includes a contact image sensor scan unit and a full page width ink jet printhead unit, an ink container, a paper path, paper feeding and ejecting rollers, control circuitry, and electrical power and standard data protocol data connections with the portable computer. The use of a stationary printhead unit and a reduced clock rate allows full functionality of the print system without sacrificing needed portability.
Abstract:
A portable data processing system having print capabilities includes a portable computer having a housing, a print unit attached to the housing, and an ink container connected to the printhead of the print unit. The print unit includes a full page width ink jet printhead, a paper path, intake and output rollers, control circuitry, and electrical power and standard data protocol data connections with the portable computer. The use of a stationary printhead and a reduced clock rate allows full functionality of the print unit without sacrificing needed portability.
Abstract:
A method for controlling a number of addresses in an address table of a switch in a network system includes the steps of adding a control mechanism in a learning mode of the switch; enabling one of a plurality of ports of the switch to detect a number of learned addresses in the address table; and locking the address table to stop learning and discard subsequently received packets having unmatched addresses if the number of learned addresses being detected has exceeded a predetermined maximum number of learnable addresses of the address table, thereby preventing the address table from being completely occupied by a number of abnormal packets.