Abstract: An editing method being performed by a computer according to one aspect includes executing processing of: causing a display to display an editing screen on which a layout of an object is capable of being edited; and enabling switching of a selection condition for each object on the editing screen to be brought into one of a selected state and an unselected state based on an operation by a user. The switchable selection condition may include a combination of a first selection condition for bringing an object whose own area is entirely included in a range designated by an operation of designating the range into a selected state and a second selection condition for bringing an object whose own area is at least partially included in the designated range into a selected state.

Abstract: A liquid discharge apparatus includes: a head, a radiation unit, a movement mechanism, and a controller. The controller is configured to: acquire a radiation distance for each of a plurality of areas defined on a surface of a recording medium; control the movement mechanism and the head to discharge the liquid to the surface of the recording medium; and control the radiation unit to radiate the light onto the plurality of the areas of the recording medium so that the longer the radiation distance for each of the plurality of areas, the stronger a light emission intensity of each of the plurality of light sources which faces each of the plurality of areas in the first direction.

Abstract: A liquid discharge apparatus includes: a head, a radiation unit, a movement mechanism, and a controller. The controller is configured to: acquire a radiation distance for each of a plurality of areas defined on a surface of a recording medium; control the movement mechanism and the head to discharge the liquid to the surface of the recording medium; and control the radiation unit to radiate the light onto the plurality of the areas of the recording medium so that the longer the radiation distance for each of the plurality of areas, the stronger a light emission intensity of each of the plurality of light sources which faces each of the plurality of areas in the first direction.

Abstract: There is provided an input device which accepts input with a simple operation. A printing device 100 is an input device which accepts the input of input data, including a motion detection section 100a, a determination section, and an acquisition section 100d. The motion detection section 100a detects the motion of the input device. The determination section determines whether an input condition is met. When the determination section determines that the input condition is met, the acquisition section 100d acquires a trajectory of the input device based on the motion of the input device detected by the motion detection section 100a to acquire, as input data, the layout of a pattern corresponding to the trajectory.

Abstract: An image printer is an image printer including a pictorial tone changing/printing function to change original image data to image data having a different pictorial tone from that of the original data for printing on a printing medium and includes an original image storage unit, an address book storage unit which stores addressee data, an attribute setting unit which sets a pictorial tone changing attribute for changing the original image data to a designated pictorial tone for each piece of the addressee data, an addressee data selection unit, a pictorial tone changing unit which changes the original image data to image data having the pictorial tone associated with the pictorial tone changing attribute, a printing unit, and a control unit, whereby the image is changed to the pictorial tone designated in association with identification information of the addressees.

Abstract: An image forming device includes a processor configured to process image data, an image forming unit configured to perform image formation based on the image data processed by the processor, a cover configured to, when being opened, allow an external access to the image forming unit therethrough, a detector configured to detect whether the cover is opened, and an interrupting unit configured to, when determining with the detector that the cover is kept opened for a first time period, interrupt the processing of the image data by the processor.

Abstract: An image forming apparatus includes: a photosensitive member, a housing, a cover, an exposing unit fit to the cover and which moves closer toward/away from the photosensitive member in response to opening/closing of the cover, wherein the exposing unit forms a latent image on the photosensitive member by exposing the photosensitive member when the exposing unit is arranged in close vicinity to the photosensitive member by the closing of the cover, an image forming unit, which forms an image corresponding to the latent image and a housing side electrode provided inside of the housing, wherein the housing side electrode feeds an exposing power to an exposing unit side electrode by contacting the exposing unit side electrode provided in the exposing unit when the exposing unit is arranged in close vicinity to the photosensitive member by the closing of the cover.

Abstract: An image forming device includes a rotational body configured such that an image to be transferred onto a sheet is formed in an image forming position thereon, a storage configured to store thereon, in a non-volatile manner, a correction parameter for canceling a deviation of the image forming position caused due to unevenness of a rotational speed of the rotational body, an adjusting unit configured to adjust the image forming position by controlling at least one of the rotational speed of the rotational body and timing of forming the image on the rotational body, based on the correction parameter, a first board loaded with the storage, and a second board loaded with the adjusting unit, the second board being provided separately from the first board.

Abstract: An image forming apparatus includes an upper portion that is openable/closeable relative to a main body of the imaging apparatus and an operation panel provided on the upper portion. The receiving unit is configured to receive an operational instruction input by a user through an operation panel. A sensor detects an open/close state of the upper portion. A controller is configured to control operation of the image forming apparatus, wherein in response to receiving an open state signal, the controller at least one of invalidates an operational instruction received by the operation unit within a predetermined period prior to receiving the open state signal and terminates an operation being executed.

Abstract: An image forming apparatus includes: a photosensitive member, a housing, a cover, an exposing unit fit to the cover and which moves closer toward/away from the photosensitive member in response to opening/closing of the cover, wherein the exposing unit forms a latent image on the photosensitive member by exposing the photosensitive member when the exposing unit is arranged in close vicinity to the photosensitive member by the closing of the cover, an image forming unit, which forms an image corresponding to the latent image and a housing side electrode provided inside of the housing, wherein the housing side electrode feeds an exposing power to an exposing unit side electrode by contacting the exposing unit side electrode provided in the exposing unit when the exposing unit is arranged in close vicinity to the photosensitive member by the closing of the cover.

Abstract: An image forming device includes a processor configured to process image data, an image forming unit configured to perform image formation based on the image data processed by the processor, a cover configured to, when being opened, allow an external access to the image forming unit therethrough, a detector configured to detect whether the cover is opened, and an interrupting unit configured to, when determining with the detector that the cover is kept opened for a first time period, interrupt the processing of the image data by the processor.

Abstract: An image forming apparatus includes an upper portion that is openable/closeable relative to a main body of the imaging apparatus and an operation panel provided on the upper portion. The receiving unit is configured to receive an operational instruction input by a user through an operation panle. A sensor detects an open/close state of the upper portion. A controller is configured to control operation of the image forming apparatus, wherein in response to receiving an open state signal, the controller at least one of invalidates an operational instruction received by the operation unit within a predetermined period prior to receiving the open state signal and terminates an operation being executed.

Abstract: A printing apparatus is provided for printing an image using sequentially transferring inks for a plurality of colors, which are repeatedly arranged on an ink ribbon (R) with each having a predetermined length (l), to an elongated recording sheet (T) so that the transferred inks are overlapped. The printing apparatus includes a data input section (12) for inputting a plurality of data items representing images to be printed, a control section (11, S1) for calculating each of print lengths (Ln) of the images to be printed in response to the inputted plurality of data items, and a data storage section (14a, 14c) for storing the inputted plurality of data items. The control section (11, S3-S13) obtains a group of the data items whose total print lengths (Ln), calculated from the plurality of data items stored in the data storage section (14a, 14c), does not exceed the predetermined length (l).