Abstract: The object is to enable a user to efficiently set a function for an image processing apparatus using a display medium he carries. When a user operates his mobile phone to activate a function setting information input program, an input screen for setting a function is displayed. When the user inputs function setting information, the mobile phone performs a code conversion for the function setting information to create a code image, and displays it on a display section. The user holds up the code image displayed on the mobile phone to a reading section of an image processing apparatus. The reading section reads the code image. The image processing apparatus performs authentication of the user, and then, it extracts the function setting information from the code image and sets a function. The image processing apparatus performs image processing in accordance with the function.

Abstract: In a displays system provided with a large-sized display apparatus and a pedestal for supporting the display apparatus, a space of the pedestal is effectively used while preventing a fall of the pedestal effectively. The display system has a display apparatus and a pedestal for supporting the display apparatus. Further, a plurality of electronic equipment (such as scanner apparatus, a printer, not-shown control apparatus) are disposed so as to be drawable frontward with respect to the pedestal. In addition, the display system includes a restriction mechanism for restricting, when at least one of the electronic equipment is drawn out frontward, so that at least one of other electronic equipment can not be drawn out frontward.

Abstract: The place where a user performs personal authentication includes a room into which entry is authenticated, and an apparatus for use of which authentication input (login and logout) is performed. In such situation, it will take at least a moving time for a user to perform authentication input at a certain location and thereafter to perform authentication input at another apparatus of a different location. Therefore, the present invention provides an authentication-capable apparatus whereby the authentication input by the aforementioned user (the same user) at a different place is inhibited within the aforementioned moving time, thereby preventing “spoofing” by an unauthorized user.

Abstract: An information display device having a large display screen which enables a user to operate an object displayed at a position distant from a user operation position is provided. The information display device has the display screen with a touch sensor, and enables a remote control of the display screen through a touch operation on the small screen area which is set to display a demagnified version of an image displayed on the display screen, by shifting a touch operation position in the small screen area to a position on the display screen. Hence an operation on the display screen and that on the small screen can be executed as the operations corresponding with each other.

Abstract: A paper feed cassette incorporates a storage portion for standard-sized paper and a storage portion for small-sized paper that has an area smaller than the standard-sized paper, further includes paper conveyance paths for guiding the standard-sized paper and small-sized paper from the respective storage portions to an image forming portion, and these paper conveyance paths share a common vertical portion.

Abstract: In response to a contents data transmission request from a user terminal, a contents storage server encodes a contents data meeting the transmission request by vector coding or hierarchical coding and transmits the encoded contents data to the user terminal. The user terminal having received the encoded data notifies a charging server of information on a resolution selected by the user and then receives information needed for a corresponding decoding process from the charging server. The charging server carries out a charging process based on the received information on the resolution.

Abstract: An information display device having a large display screen which enables a user to operate an object displayed at a position distant from a user operation position is provided. The information display device has the display screen with a touch sensor, and enables a remote control of the display screen through a touch operation on the small screen area which is set to display a demagnified version of an image displayed on the display screen, by shifting a touch operation position in the small screen area to a position on the display screen. Hence an operation on the display screen and that on the small screen can be executed as the operations corresponding with each other.

Abstract: In a displays system provided with a large-sized display apparatus and a pedestal for supporting the display apparatus, a space of the pedestal is effectively used while preventing a fall of the pedestal effectively. The display system has a display apparatus and a pedestal for supporting the display apparatus. Further, a plurality of electronic equipment (such as scanner apparatus, a printer, not-shown control apparatus) are disposed so as to be drawable frontward with respect to the pedestal. In addition, the display system includes a restriction mechanism for restricting, when at least one of the electronic equipment is drawn out frontward, so that at least one of other electronic equipment can not be drawn out frontward.

Abstract: The object is to enable a user to efficiently set a function for an image processing apparatus using a display medium he carries. When a user operates his mobile phone to activate a function setting information input program, an input screen for setting a function is displayed. When the user inputs function setting information, the mobile phone performs a code conversion for the function setting information to create a code image, and displays it on a display section. The user holds up the code image displayed on the mobile phone to a reading section of an image processing apparatus. The reading section reads the code image. The image processing apparatus performs authentication of the user, and then, it extracts the function setting information from the code image and sets a function. The image processing apparatus performs image processing in accordance with the function.

Abstract: An improved document reader is provided, including: a platen for an original document to be placed thereon; and a hold-down member capable of opening and closing relative to the platen and operative to press the original document against the platen so as to make the original document stationary when in a closed state, wherein: the hold-down member includes a plurality of pressing sections arranged adjacent to each other, the pressing sections having respective grips which, except the grip, are engageable with respective notches defined by the pressing sections, respectively.

Abstract: The place where a user performs personal authentication includes a room into which entry is authenticated, and an apparatus for use of which authentication input (login and logout) is performed. In such situation, it will take at least a moving time for a user to perform authentication input at a certain location and thereafter to perform authentication input at another apparatus of a different location. Therefore, the present invention provides an authentication-capable apparatus whereby the authentication input by the aforementioned user (the same user) at a different place is inhibited within the aforementioned moving time, thereby preventing “spoofing” by an unauthorized user.

Abstract: An image recording system includes two image recording apparatuses each capable of recording images independently. A color image recording apparatus is disposed with a bypass transporting path apparatus. A transporting path connecting apparatus is disposed between the front of a monochrome image recording apparatus and the back of the color image recording apparatus. A final processing apparatus that is common to the color and monochrome image recording apparatuses is disposed in the front of the color image recording apparatus. The system includes a process switching portion that, when arrival of a recorded item at the recorded item containing portion by one image recording apparatus on the side that executes an image recording process of the color image recording apparatus and the monochrome image recording apparatus is late for that by the other image recording apparatus, switches the process to a substitute image recording process by said other image recording apparatus.

Abstract: A reading/writing process control unit for instructing a reading/writing process and an erasing process control unit for instructing an erasing process are provided separately and each is connected with two HDDs via a switch. While the reading/writing process control unit is connected with one HDD and executing a reading/writing process, a switch is controlled to connect the erasing process control unit with another HDD to erase data of the HDD connected with the erasing process control unit. Since it is enabled to execute a data reading/writing process and a data erasing process for a storage device in parallel for different HDDs, lowering of the access rate as a whole can be prevented.

Abstract: As for read-out image data of a manuscript, image regions not requiring color output are specified as specified regions 1 and 2. Then, it is determined whether the color information of the pixels of the read-out image data outside the specified regions 1 and 2 is achromatic. When it is determined as achromatic, the read-out manuscript is determined as a monochrome manuscript, so that processed image data in which chromatic pixels of the read-out image data in the specified regions 1 and 2 are converted into achromatic pixels is outputted as achromatic (monochrome) data. On the other hand, when it is determined as not achromatic, the read-out manuscript is determined as a color manuscript, so that the read-out image data is outputted intact as chromatic (color) data.

Abstract: A paper feed cassette incorporates a storage portion for standard-sized paper and a storage portion for small-sized paper that has an area smaller than the standard-sized paper, further includes paper conveyance paths for guiding the standard-sized paper and small-sized paper from the respective storage portions to an image forming portion, and these paper conveyance paths share a common vertical portion.

Abstract: The image reading device is provided with a plurality of image reading portions, a storage portion, and an image processing portion. The image reading portions are provided with a plurality of light receiving elements that are each lined up in the main scanning direction perpendicular to the original transport direction, and read an image on an original that is being transported on an original transport path, in positions that mutually differ in the original transport direction. The storage portion stores, as temporary image data, each of a plurality of image data sets relating to the image on the original, obtained through the plurality of image reading portions. The image processing portion compares the plurality of temporary image data sets for each pixel, and creates image data relating to the image on the original based on a result of the comparison.

Abstract: An image forming control system includes: a sending section (sending means) 47 for sending a thumbnail, generated in accordance with specific image data, whose information amount is smaller than the specific image data, to a mobile terminal (external device) 2; a receiving section (receiving means) 46 for receiving from the mobile terminal 2 an image forming condition under which an image based on the specific image data is formed; and an image forming instruction section (instruction means) 43 for sending to an image forming section 13 an image forming instruction to form the image based on the specific image data in accordance with the image forming condition.

Abstract: Print is made on a recording paper by running an ink carriage along the supporting axis in a reciprocating motion. The ink carriage includes ink heads respectively provided with a front ink nozzle and a back ink nozzle facing their respective directions, so that print is made simultaneously at two portions on the recording paper along the transportation direction in which the recording paper is transported through a single transportation path one by one. Consequently, there can be provided an ink jet printer which can improve printing efficiency by increasing a printing rate and printing resolution, and realizing printing of an overstrike character, simultaneous printing of mixed information, double-side printing, etc.

Abstract: A CPU (information processing unit) outputs file specification of data and an erasing instruction of data to an HDD controller (storage control apparatus, storage control unit). The HDD controller specifies a cluster into which overwriting data corresponding to a file should be written, and generates the overwriting data, and outputs specification of a cluster, the overwriting data, an overwriting instruction, and an instruction for invalidating entry information and FAT information (correspondence information) to an HDD (storage unit, storage means). The HDD writes the overwriting data into the specified cluster to erase the data, and invalidates the entry information and the FAT information. Accordingly, a burden on a process required for erasing stored data can be reduced.

Abstract: In response to a contents data transmission request from a user terminal, a contents storage server encodes a contents data meeting the transmission request by vector coding or hierarchical coding and transmits the encoded contents data to the user terminal. The user terminal having received the encoded data notifies a charging server of information on a resolution selected by the user and then receives information needed for a corresponding decoding process from the charging server. The charging server carries out a charging process based on the received information on the resolution.