A print agent transfer assembly (200) comprising a print agent transfer member ((202) to receive a first layer and second layer of print agent, and an energy source (208) to provide energy at a first predetermined intensity level to the first layer and to provide energy at a second, different, predetermined intensity level to the second layer.

An image processing system includes a processor configured to generate stereoscopic image data including information representing a layer thickness of an image forming material adhered to a recording medium based on image data of a printed image, and cause a display unit to display a preview image of a printed matter based on the stereoscopic image data.

An image forming apparatus receives a print setting for image data, determines a density correction table to be applied to a position of a pixel in the image data based on the received print setting from among a plurality of stored density correction tables, and corrects a density of the image data using the determined density correction table.

An image forming apparatus receives a print setting for image data, determines a density correction table to be applied to a position of a pixel in the image data based on the received print setting from among a plurality of stored density correction tables, and corrects a density of the image data using the determined density correction table.

A system for filling a toner container with toner. The system includes a base, a receiving portion, and a vacuum source. The receiving portion is supported by the base and defines a chamber. The receiving portion includes an opened end that is configured to receive a toner container. The vacuum source is in fluid communication with the chamber.

A system for filling a toner container with toner. The system includes a base, a receiving portion, and a vacuum source. The receiving portion is supported by the base and defines a chamber. The receiving portion includes an opened end that is configured to receive a toner container. The vacuum source is in fluid communication with the chamber.

According to one embodiment, a method for erasing an image includes erasing an image formed using a toner containing at least a binder resin, an electron donating color developable agent, and an electron accepting color developing agent by heating for 10 seconds or less. A color difference E between a region where the image is erased and a paper is 5 or less.

According to one embodiment, a method for erasing an image includes erasing an image formed using a toner containing at least a binder resin, an electron donating color developable agent, and an electron accepting color developing agent by heating for 10 seconds or less. A color difference E between a region where the image is erased and a paper is 5 or less.

A lens driving apparatus includes a fixed member, a lens holding member having a tubular part capable of holding a lens body adhered thereto with an adhesive, and an actuator configured to move the lens holding member with respect to the fixed member, wherein the lens holding member is formed of synthetic resin in which one or more metal adherends are embedded, wherein the metal adherends each have both an embedded part embedded in the tubular part and an exposed part exposed on an inner surface of the tubular part, and are configured such that the exposed part serves as a portion bonded and fixed to the lens body, and wherein at least one of the metal adherends is disposed at a position corresponding to a weld line formed when the lens holding member is molded.

A lens driving apparatus includes a fixed member, a lens holding member having a tubular part capable of holding a lens body adhered thereto with an adhesive, and an actuator configured to move the lens holding member with respect to the fixed member, wherein the lens holding member is formed of synthetic resin in which one or more metal adherends are embedded, wherein the metal adherends each have both an embedded part embedded in the tubular part and an exposed part exposed on an inner surface of the tubular part, and are configured such that the exposed part serves as a portion bonded and fixed to the lens body, and wherein at least one of the metal adherends is disposed at a position corresponding to a weld line formed when the lens holding member is molded.