Abstract: An image output method including capturing an image of code pattern including device information specifying an image output device, obtaining the device information from the image of code pattern, obtaining user information specifying a user, and outputting the device information, and the user information or a permission information for temporarily permitting the use of the image output device to an external device, by an information processing device; authenticating the user based on the user information, by a processor; and executing image output processing by the image output device specified based on the device information when authenticating the user based on the user information or when the permission information is sent from the information processing device.

Abstract: An image output method including capturing an image of code pattern including device information specifying an image output device, obtaining the device information from the image of code pattern, obtaining user information specifying a user, and outputting the device information, and the user information or a permission information for temporarily permitting the use of the image output device to an external device, by an information processing device; authenticating the user based on the user information, by a processor; and executing image output processing by the image output device specified based on the device information when authenticating the user based on the user information or when the permission information is sent from the information processing device.

Abstract: An image output method includes capturing an image of code pattern including device information specifying an image output device, obtaining the device information from the image of code pattern, obtaining user information specifying a user, and outputting the device information and the user information to an external device, by an information processing device; authenticating the user based on the user information, by a processor; executing image output processing instructed by the user authenticated based on the user information, by the image output device specified based on the device information; transmitting a result of the image output processing by the image output device to the information processing device, by the image output device; and displaying the result of the image output processing by the information processing device.

Abstract: An image output method includes capturing an image of code pattern including device information specifying an image output device, obtaining the device information from the image of code pattern, obtaining user information specifying a user, and outputting the device information and the user information to an external device, by an information processing device; authenticating the user based on the user information, by a processor; executing image output processing instructed by the user authenticated based on the user information, by the image output device specified based on the device information; transmitting a result of the image output processing by the image output device to the information processing device, by the image output device; and displaying the result of the image output processing by the information processing device.

Abstract: An information processing terminal transmits, to an authentication server, information obtained by imaging a code pattern of multifunction device information, and authentication information inputted by a user. The authentication server performs user authentication based on the received authentication information and specifies a multifunction device based on the received information of the code pattern. If the user has been authenticated, the authentication server transmits print data corresponding to the user to the multifunction device and prescribes the execution of print processing to the multifunction device. The multifunction device executes print process based on the obtained print data.

Abstract: An information processing terminal transmits, to an authentication server, information obtained by imaging a code pattern of multifunction device information, and authentication information inputted by a user. The authentication server performs user authentication based on the received authentication information and specifies a multifunction device based on the received information of the code pattern. If the user has been authenticated, the authentication server transmits print data corresponding to the user to the multifunction device and prescribes the execution of print processing to the multifunction device. The multifunction device executes print process based on the obtained print data.

Abstract: An information processing terminal transmits, to an authentication server, information obtained by imaging a code pattern of multifunction device information, and authentication information inputted by a user. The authentication server performs user authentication based on the received authentication information and specifies a multifunction device based on the received information of the code pattern. If the user has been authenticated, the authentication server transmits print data corresponding to the user to the multifunction device and prescribes the execution of print processing to the multifunction device. The multifunction device executes print process based on the obtained print data.

Abstract: An information processing terminal transmits, to an authentication server, information obtained by imaging a code pattern of multifunction device information, and authentication information inputted by a user. The authentication server performs user authentication based on the received authentication information and specifies a multifunction device based on the received information of the code pattern. If the user has been authenticated, the authentication server transmits print data corresponding to the user to the multifunction device and prescribes the execution of print processing to the multifunction device. The multifunction device executes print process based on the obtained print data.

Abstract: An information processing terminal transmits, to an authentication server, information obtained by imaging a code pattern of multifunction device information, and authentication information inputted by a user. The authentication server performs user authentication based on the received authentication information and specifies a multifunction device based on the received information of the code pattern. If the user has been authenticated, the authentication server transmits print data corresponding to the user to the multifunction device and prescribes the execution of print processing to the multifunction device. The multifunction device executes print process based on the obtained print data.

Abstract: An information processing terminal transmits, to an authentication server, information obtained by imaging a code pattern of multifunction device information, and authentication information inputted by a user. The authentication server performs user authentication based on the received authentication information and specifies a multifunction device based on the received information of the code pattern. If the user has been authenticated, the authentication server transmits print data corresponding to the user to the multifunction device and prescribes the execution of print processing to the multifunction device. The multifunction device executes print process based on the obtained print data.

Abstract: An information processing system including a multifunction peripheral for reading a document according to a profile set by a user. A host server stores the profile and a management section registers and deletes the profile. An information processing terminal has a setting processing section for providing the profile being set by the user to the management section. The storage section preliminarily stores an identification code for management. The setting processing section acquires an identification code for determination and provides that code to the management section prior to profile registration. The management section compares the identification code for determination with the identification code for management to register the profile provided by the information processing terminal without a time limit when the codes match or register the profile with a time limit when the codes do not match to delete the profile when the time limit elapses.

Abstract: An information processing system including a multifunction peripheral for reading a document according to a profile set by users. A host server stores the profile and a management section registers and deletes the profile. An information processing terminal has a setting processing section for providing the profile being set by the user to the management section. The storage section preliminarily stores an identification code. the setting processing section acquires an identification code for determination and provides the code to the management section prior to profile registration. The management section compares the provided identification code for determination with the identification code for management to register the profile provided by the information processing terminal without a time limit when the codes match or register the profile provided by the information processing terminal with a time limit when the codes do not match to delete the profile when the time limit elapses.

Abstract: A first semiconductor chip (2) is bonded and secured to a second semiconductor chip (3) with a back surface of the first semiconductor chip (2) and a circuit forming surface (3X) of the second semiconductor chip (3) facing each other, and an inner portion of a support lead (6) is bonded and secured to the circuit forming surface (3X) of the second semiconductor chip (3). Such a configuration makes it possible to provide a semiconductor with a reduced thickness.

Abstract: A first semiconductor chip (2) is bonded and secured to a second semiconductor chip (3) with a back surface of the first semiconductor chip (2) and a circuit forming surface (3X) of the second semiconductor chip (3) facing each other, and an inner portion of a support lead (6) is bonded and secured to the circuit forming surface (3X) of the second semiconductor chip (3). Such a configuration makes it possible to provide a semiconductor with a reduced thickness.

Abstract: A first semiconductor chip (2) is bonded and secured to a second semiconductor chip (3) with a back surface of the first semiconductor chip (2) and a circuit forming surface (3X) of the second semiconductor chip (3) facing each other, and an inner portion of a support lead (6) is bonded and secured to the circuit forming surface (3X) of the second semiconductor chip (3). Such a configuration makes it possible to provide a semiconductor with a reduced thickness.