Abstract: According to one embodiment, there is provided a substrate storage apparatus including a storage unit and an exhaust unit. The storage unit includes a plurality of plates. The exhaust unit includes an exhaust passage and a wall portion. The exhaust passage communicates with an exhaust port. The wall portion intervenes between the storage unit and the exhaust passage. The wall portion includes a plurality of slit holes. The plurality of plates protrude inward from a cabinet in the storage unit. Plates among the plurality of plates are capable of mounting a substrate. The plurality of plates are arrayed in a vertical direction. The plurality of slit holes are arrayed in the vertical direction to correspond to the plurality of plates. Each of the plurality of slit holes extends in a horizontal direction and penetrates the wall portion.

Abstract: An image processing apparatus includes a detecting unit that detects pieces of additional information embedded in image data, an analyzing unit that analyzes the detected pieces of additional information, and an embedding unit that (a) updates, when the analyzing unit analyzes that any of the detected pieces of additional information includes predetermined information, the predetermined information included in the piece of additional information, and embeds the updated predetermined information into image data at a location where the predetermined information is originally embedded, or (b) embeds, when the detected pieces of additional information do not include the predetermined information, a new piece of additional information including updated information, into the image data at a location that does not overlap locations where the detected pieces of additional information are embedded, the updated information being equivalent to the predetermined information.

Abstract: A data sending apparatus, on sending data to a receiving apparatus, searches its storage for a transmission method to the receiving apparatus. After sending data to the receiving apparatus, the sending apparatus receives from the receiving apparatus a transmission result including a transmission condition and capabilities of the receiving apparatus. When an error occurs during the data transmission, the sending apparatus reads the communication and processing capabilities of the receiving apparatus from the transmission result, and resends the data by a transmission method in accordance with the receiving apparatus. It then acquires the transmission result and stores the same in the storage.

Abstract: A data sending apparatus, on sending data to a receiving apparatus, searches its storage for a transmission method to the receiving apparatus. After sending data to the receiving apparatus, the sending apparatus receives from the receiving apparatus a transmission result including a transmission condition and capabilities of the receiving apparatus. When an error occurs during the data transmission, the sending apparatus reads the communication and processing capabilities of the receiving apparatus from the transmission result, and resends the data by a transmission method in accordance with the receiving apparatus. It then acquires the transmission result and stores the same in the storage.

Abstract: A data processing apparatus has a first controller which specifies an output mode for image data to be processed and a second controller which determines whether the image data is stored in a memory or not based on the output mode specified by the first controller.

Abstract: A data sending apparatus, on sending data to a receiving apparatus, searches its storage for a transmission method to the receiving apparatus. After sending data to the receiving apparatus, the sending apparatus receives from the receiving apparatus a transmission result including a transmission condition and capabilities of the receiving apparatus. When an error occurs during the data transmission, the sending apparatus reads the communication and processing capabilities of the receiving apparatus from the transmission result, and resends the data by a transmission method in accordance with the receiving apparatus. It then acquires the transmission result and stores the same in the storage.

Abstract: A data sending apparatus, on sending data to a receiving apparatus, searches its storage for a transmission method to the receiving apparatus. After sending data to the receiving apparatus, the sending apparatus receives from the receiving apparatus a transmission result including a transmission condition and capabilities of the receiving apparatus. When an error occurs during the data transmission, the sending apparatus reads the communication and processing capabilities of the receiving apparatus from the transmission result, and resends the data by a transmission method in accordance with the receiving apparatus. It then acquires the transmission result and stores the same in the storage.

Abstract: An image editing apparatus capable of accurately registering a texture pattern from a document has the following configuration. The image data of a read document is displayed on a liquid crystal display. A user designates a point C therein and designates a range P2 for incorporating texture pattern around the point. The user also designates the size and range of the texture pattern used for displaying the texture using cursors S and E so that the texture patterns can be displayed smoothly connected when displayed serially in the vertical and horizontal direction.

Abstract: A data sending apparatus, on sending data to a receiving apparatus, searches its storage for a transmission method to the receiving apparatus. After sending data to the receiving apparatus, the sending apparatus receives from the receiving apparatus a transmission result including a transmission condition and capabilities of the receiving apparatus. When an error occurs during the data transmission, the sending apparatus reads the communication and processing capabilities of the receiving apparatus from the transmission result, and resends the data by a transmission method in accordance with the receiving apparatus. It then acquires the transmission result and stores the same in the storage.

Abstract: A data processing apparatus has a first controller which specifies an output mode for image data to be processed and a second controller which determines whether the image data is stored in a memory or not based on the output mode specified by the first controller.

Abstract: An image recognition apparatus, an image recognition method and a recording medium are provided, each capable of decreasing the reduction in the success rate in recognition, particularly, when a subject of a photographic image is recognized. An image input from a PC, or the like, can be recognized by use of the reference images stored in a reference image memory, and a date of photo taking of the reference image that is determined to be similar to the input image can be compared with the date of photo taking of the input image. When the input image is newer, the reference image can be renewed based on the input image.

Abstract: An image read by an image reader is rendered into binary data and then is stored in a document reading memory. In accordance with the color information provided to the document by a color marker which is stored in the document reading memory, a document image subjected to image processing is displayed on a color LCD. The user can check the color LCD before printing by a printer, such that photocopying by mistake and the like can be prevented.

Abstract: An image read by an image reader is rendered into binary data and then is stored in a document reading memory. In accordance with the color information provided to the document by a color marker which is stored in the document reading memory, a document image subjected to image processing is displayed on a color LCD. The user can check the color LCD before printing by a printer, such that photocopying by mistake and the like can be prevented.

Abstract: An image forming apparatus with a plurality of image forming units for forming an input image on a recording medium, a fixing unit for fusing the image formed on the recording medium to the recording medium, a fixing temperature detecting unit for detecting the temperature of the fixing unit, a registration pattern detecting unit for detecting a registration pattern formed by a plurality of image forming units, a calculator for determining a registration correction value for correcting the input image based on output from the registration pattern detecting unit, and an update requesting unit for requesting an update of the registration correction value. The update requesting unit requests an update of the registration correction value based on the temperature detected temperature of the fixing unit.

Abstract: An image processing apparatus includes a detecting unit that detects pieces of additional information embedded in image data, an analyzing unit that analyzes the detected pieces of additional information, and an embedding unit that (a) updates, when the analyzing unit analyzes that any of the detected pieces of additional information includes predetermined information, the predetermined information included in the piece of additional information, and embeds the updated predetermined information into image data at a location where the predetermined information is originally embedded, or (b) embeds, when the detected pieces of additional information do not include the predetermined information, a new piece of additional information including updated information, into the image data at a location that does not overlap locations where the detected pieces of additional information are embedded, the updated information being equivalent to the predetermined information.

Abstract: In a digital image forming apparatus wherein a user can change a gradation curve of the density of reproduced image plotted against the input image signal obtained by reading a document, it is needed to compensate a change of color of a reproduced image accompanied by the selection of a changed gradation curve. Then, when input multi-tone image signals of R, G and B are converted to multi-tone image signals of Y, M and C for printing, the masking coefficient used for the conversion from R, G and B to Y, M and C is changed according to the changed gradation curve. Then, the multi-tone image signals of Y, M and C are converted to light quantity data of a beam for exposing a photoconductor to form an image on the photoconductor according to the gradation curve.

Abstract: In marker edition mode, characters such as a character line is read in a closed area on a document marked with a marker. Then, the image data is analyzed to decide image processing means for marker edition such as coloring. A rectangular area including the image is recognized as image processing area. Even if the image is included partially in the closed area marked with a marker, a rectangular area including the image wholly can be specified as image processing area.

Abstract: An image editing apparatus reads a document image and obtains image data. Thus obtained image data is separately stored as data to be displayed on a display and data for recognizing a closed region in the image. In order to more readily recognize such a closed region, only the latter data is processed without changing the data to be displayed on the display. Thus, an image much easier to view can be displayed on the display.

Abstract: In order to improve operability of a copying machine which applies an image processing to an area of an original surrounded by a marker, following processes are carried out. An area of an original surrounded by a marker is detected. It is determined whether or not the number of the detected areas exceeds 30, or the time from starting of detection exceeds three minutes during the detection. If any of those two conditions is satisfied, edit based on the marker is not executed and image data which has undergone full-color copying is output.

Abstract: An image processing device includes a reader for reading an original image and generating image data; a display for displaying a plurality of screens for selecting a desired image edit mode from a plurality of image edit modes, each of the screens having image edit modes which are different between each screens; a display control for selecting a screen among the plurality of screens in response to the type of original image and causing the display to display the selected screen; and image editer for performing image processing on the image data outputted in response to an image edit mode selected through the selected screen.