Abstract: A communication terminal includes a memory in which identification information associated with a user is stored, a controller that carries out authentication of the user, and a communication interface that transmits a signal including the identification information. When user authentication is successful, the controller sets the communication terminal to a first state in which the signal is transmitted to an external apparatus, and when user authentication is not successful, the controller sets the communication terminal to a second state in which the signal is not transmitted to the external apparatus.

Abstract: A business matching support device includes: a hardware processor that: acquires company information of a company searching for a matching candidate destination; extracts a phrase relating to the company from the company information; creates a search keyword group by excluding a phrase included in information on a competitor of the company from a plurality of the extracted phrases; and searches a predetermined database using the search keyword group to extract the matching candidate destination.

Abstract: A communication terminal includes a memory in which identification information associated with a user is stored, a controller that carries out authentication of the user, and a communication interface that transmits a signal including the identification information. When user authentication is successful, the controller sets the communication terminal to a first state in which the signal is transmitted to an external apparatus, and when user authentication is not successful, the controller sets the communication terminal to a second state in which the signal is not transmitted to the external apparatus.

Abstract: An image formation control method for controlling an image forming system including a controller that converts original image data into image formation image data, an image forming apparatus that includes a control unit and an image forming unit and forms an image on a sheet on a basis of the image formation image data, a plurality of communication paths through which plural pieces of data are capable of being transferred in parallel between the controller and the image forming apparatus, and a measurement unit that measures data transfer speed of each of the plurality of communication paths includes causing the control unit to refer to the data transfer speed of each of the plurality of communication paths measured by the measurement unit and to assign a data transfer to each of the plurality of communication paths.

Abstract: An image formation control method for controlling an image forming system including a controller that converts original image data into image formation image data, an image forming apparatus that includes a control unit and an image forming unit and forms an image on a sheet on a basis of the image formation image data, a plurality of communication paths through which plural pieces of data are capable of being transferred in parallel between the controller and the image forming apparatus, and a measurement unit that measures data transfer speed of each of the plurality of communication paths includes causing the control unit to refer to the data transfer speed of each of the plurality of communication paths measured by the measurement unit and to assign a data transfer to each of the plurality of communication paths.

Abstract: Disclosed is an image forming apparatus including: an image forming section to form an image on paper based on image data according to an image forming condition to output the image on the paper; a storage section to store a plurality of correction values corresponding to setting conditions of the image forming condition, the correction values used for correction of density unevenness in a main scanning direction of the image; a density correction section to perform correction of density of each pixel of the image data based on the correction value; and a control section to read out the correction value according to a set condition in the image forming condition from the storage section and to allow the density correction section to perform the correction of the density of each pixel of the image data based on the read out correction value.

Abstract: An image forming apparatus, comprises: a plurality of color image forming units each forming an image for correction for each different color on a different paper to output a correction chart; an operation unit for accepting an input of density correction instruction information corresponding to each of the plurality of color image forming units based on the correction chart; a control unit for setting color of the image for correction according to the density correction instruction information input by the operation unit, generating the image for correction for the set color, and causing the image for correction to be formed on the paper by the color image forming unit in order to output the correction chart; and a density unevenness correction unit for correcting density unevenness of each pixel in a main scanning direction for each of the plurality of color image forming units based on the density correction unevenness information input by the operation unit.

Abstract: Disclosed is an image forming apparatus including: an image input unit to input image data; a chase pattern generating unit to generate a chase pattern in which a plurality of chase pattern dots, each of which has a plurality of print dots, are arranged within a predetermined block; an overlay unit to overlay the chase pattern onto the image data; an image forming unit to form an image on a sheet based on the image data onto which the chase pattern is overlaid; and an overlaid position control unit to control an overlaid position of the chase pattern on the image data so as to shift the overlaid position by a shift amount that is equal to or more than a width of each of the chase pattern dots, when forming images on a plurality of sheets.

Abstract: A management system including a management apparatus and a managed apparatus connected with each other by a communications network, the system having a registration controller, wherein in an initial registration phase where the managed apparatus sends a registration request notice to the management apparatus, and the management apparatus returns a registration permission notice to the managed apparatus; in cases where a first communications method is utilized that enables immediate mutual communication, the registration controller determines that a final registration has completed when the managed apparatus has received the registration permission notice; and in cases where a second communications method via a server is utilized, the registration controller determines that a temporary registration has completed when connection between the managed apparatus and the server has been established, and when the managed apparatus has acquired the registration permission notice, the registration controller determines

Abstract: A management system which makes it possible to appropriately manage a managed apparatus, while securely maintaining productivity of the managed apparatus. The system includes a management apparatus, the managed apparatus and an HTTP server. The managed apparatus is provided with a connection controlling section that periodically connects the managed apparatus to the HTTP server at a regular connecting timing, so as to read information sent from and write apparatus information into the HTTP server. The connection controlling section determines whether or not the managed apparatus should actually be connected to the HTTP server at the regular connecting timing, based on a load status or a presence or absence of a current job of the managed apparatus and connects it to the HTTP server asynchronously with the regular connecting timing, when determining that the managed apparatus should not be connected to the HTTP server at the regular connecting timing.

Abstract: There is described an image forming apparatus that serves as a client in the client/server type information processing system. The apparatus includes a communicating section to communicate with the server; a device information acquiring section to acquire device information for specifying the device; an information storing section to store server information for specifying the server and client information for specifying the client itself; and a control section to transmit the device information, acquired by the device information acquiring section, and the client information, stored in the information storing section, to the server specified by the server information through the communicating section, in order to request the server to send an application program corresponding to the device information back to the client. When the control section receives the application program from the server, the control section develops the application program into the storage so as to make the device available.

Abstract: Disclosed is an image forming apparatus to obtain image data and print information including a setting value to generate an added image synthesized to the image data and to form an image based on the obtained image data, the image forming apparatus including: a control section to generate the added image based on the setting value included in the print information and to synthesize the generated added image with the image data to form an image.

Abstract: Disclosed is an image forming apparatus including: an image forming section to form an image on paper based on image data according to an image forming condition to output the image on the paper; a storage section to store a plurality of correction values corresponding to setting conditions of the image forming condition, the correction values used for correction of density unevenness in a main scanning direction of the image; a density correction section to perform correction of density of each pixel of the image data based on the correction value; and a control section to read out the correction value according to a set condition in the image forming condition from the storage section and to allow the density correction section to perform the correction of the density of each pixel of the image data based on the read out correction value.

Abstract: Disclosed is an image forming apparatus including: a density nonuniformity correction section to execute a density nonuniformity correction processing in a main scanning direction to image data which is input; and a control section to control an execution of a stabilization control processing, and to control an execution of the density nonuniformity correction processing by the density nonuniformity correction section, wherein the control section sets a correction function of the density nonuniformity correction section to be invalid when the stabilization control processing is regularly executed.

Abstract: An image forming apparatus, comprises: a plurality of color image forming units each forming an image for correction for each different color on a different paper to output a correction chart; an operation unit for accepting an input of density correction instruction information corresponding to each of the plurality of color image forming units based on the correction chart; a control unit for setting color of the image for correction according to the density correction instruction information input by the operation unit, generating the image for correction for the set color, and causing the image for correction to be formed on the paper by the color image forming unit in order to output the correction chart; and a density unevenness correction unit for correcting density unevenness of each pixel in a main scanning direction for each of the plurality of color image forming units based on the density correction unevenness information input by the operation unit.

Abstract: An image forming apparatus, comprises: a control unit for causing an image for correction to be generated, the image including (i) a beltlike image having a predetermined density and extending in a main scanning direction and (ii) auxiliary lines arranged in different correction reference positions on the beltlike image in the main scanning direction, and each auxiliary line extending in a sub-scanning direction; an image forming unit for forming the image for correction on a paper to output a correction chart; an operation unit for accepting an input for a correction value of a pixel density in the correction reference position based on the correction chart; and a correction unit for correcting each pixel density of an image to be formed based on a result obtained by executing a linear interpolation process for pixel densities between the correction reference positions based on the correction value.

Abstract: Disclosed is an image forming apparatus including: an image input unit to input image data; a chase pattern generating unit to generate a chase pattern in which a plurality of chase pattern dots, each of which has a plurality of print dots, are arranged within a predetermined block; an overlay unit to overlay the chase pattern onto the image data; an image forming unit to form an image on a sheet based on the image data onto which the chase pattern is overlaid; and an overlaid position control unit to control an overlaid position of the chase pattern on the image data so as to shift the overlaid position by a shift amount that is equal to or more than a width of each of the chase pattern dots, when forming images on a plurality of sheets.

Abstract: A management system in which at least one management apparatus and at least one apparatus to be managed are connected via a management server, wherein the management server comprising: an information acquisition section for acquiring from the management apparatus, a host ID which discerns the management apparatus, and from the apparatus to be managed, acquiring a device ID which discerns the apparatus to be managed, a host ID of the management apparatus managing the apparatus to be managed, and an apparatus information which indicates a status of the apparatus to be managed; a memory section for memorizing the apparatus information in a database; and a storage control section for creating a plurality of hierarchies structured with upper and lower hierarchies each other in the database, and saves the apparatus information into a lower hierarchy based on the host ID and the device ID acquired from the management apparatus.

Abstract: A management system including a management apparatus and a managed apparatus connected with each other by a communications network, the system having a registration controller, wherein in an initial registration phase where the managed apparatus sends a registration request notice to the management apparatus, and the management apparatus returns a registration permission notice to the managed apparatus; in cases where a first communications method is utilized that enables immediate mutual communication, the registration controller determines that a final registration has completed when the managed apparatus has received the registration permission notice; and in cases where a second communications method via a server is utilized, the registration controller determines that a temporary registration has completed when connection between the managed apparatus and the server has been established, and when the managed apparatus has acquired the registration permission notice, the registration controller determines

Abstract: There is described a management system which makes it possible to appropriately manage the managed apparatus, while securely maintaining the productivity of the managed apparatus. The system includes the management apparatus, the managed apparatus and the HTTP server. The managed apparatus is provided with a connection controlling section that periodically connects the managed apparatus itself to the HTTP server at a regular connecting timing, so as to read information sent from the management apparatus and to write apparatus information into the HTTP server. The connection controlling section determines whether or not the managed apparatus is coupled to the HTTP server at the regular connecting timing, based on its loading status and/or a presence or absence of the current job and connects it to the HTTP server asynchronously with the regular connecting timing, when determining that the managed apparatus is not coupled to the HTTP server at the regular connecting timing.