Abstract: An image forming apparatus includes an image forming section. The image forming section includes: a first toner image forming unit that forms a textile printing toner image with a textile printing toner; and a second toner image forming unit that forms a first dyeing-target toner image with a dyeing-target toner. The image forming section disposes the textile printing toner image and the first dyeing-target toner image in this order on a print medium. The textile printing toner includes a textile printing dye. The dyeing-target toner includes a polymer compound that is to be dyed with the textile printing dye.

Abstract: An image forming apparatus includes an image forming section. The image forming section includes: a first toner image forming unit that forms a textile printing toner image with a textile printing toner; and a second toner image forming unit that forms a first dyeing-target toner image with a dyeing-target toner. The image forming section disposes the textile printing toner image and the first dyeing-target toner image in this order on a print medium. The textile printing toner includes a textile printing dye. The dyeing-target toner includes a polymer compound that is to be dyed with the textile printing dye.

Abstract: A toner according to an embodiment includes: a toner base particle that includes a binder that contains polyester resin; and an external additive externally added to the toner base particle. A difference obtained by subtracting a specific surface area of the toner after removal of the external additive from a specific surface area of the toner before removal of the external additive is 0.75 m2/g or more and less than 1.00 m2/g.

Abstract: An image processing apparatus includes a printer device and an adjustment part. The printer device includes: an image formation unit that forms a toner image on a medium with toners including a regular toner and a special toner; and a fixation unit that performs a predetermined number of fixation operations of fusing the toner image on the medium. The adjustment part causes the printer device to print a first sample image using the special toner at various density levels, and receives a first setting for the density level of the special toner based on the printed first sample image. The printer device forms the toner image on the medium based on the first setting received, and fixes the toner image on the medium.

Abstract: An image processing apparatus includes a printer device and an adjustment part. The printer device includes: an image formation unit that forms a toner image on a medium with toners including a regular toner and a special toner; and a fixation unit that performs a predetermined number of fixation operations of fusing the toner image on the medium. The adjustment part causes the printer device to print a first sample image using the special toner at various density levels, and receives a first setting for the density level of the special toner based on the printed first sample image. The printer device forms the toner image on the medium based on the first setting received, and fixes the toner image on the medium.

Abstract: A developer supply member, a developing unit, and an image forming apparatus are provided that maintain high-quality image forming. The developer supply member includes: a rotation shaft; a base material which covers the rotation shaft and has a closed-cell foam structure containing a silicone rubber as a main constituent; and a coating film formed on an outer surface of the base material. The developer supply member satisfies an expression of T??0.15×H+9.6, and 54?H?69, where T is a thickness of the coating film measured in micrometers and H is Asker F hardness measured in degrees on a surface of the coating film.

Abstract: To provide a developer supply member, a developing unit, and an image forming apparatus capable of maintaining high-quality image forming. The developer supply member includes: a rotation shaft; a base material which covers the rotation shaft and has a closed-cell foam structure containing a silicone rubber as a main constituent; and a coating film formed on an outer surface of the base material. The developer supply member satisfies an expression of T??0.15×H+9.6, where T is a thickness (?m) of the coating film and H is Asker F hardness (degrees) measured on a surface of the coating film.

Abstract: A developer supplying member is provided for supplying developer to a developer supporting member. The developer supplying member includes a foamed member having a discrete foam cell structure and being formed of a silicone rubber as a main component thereof. The foamed member constitutes a surface of the developer supplying member. The foamed member includes a foam cell wall dividing foam cells thereof and being exposed on the surface of the developer supplying member. The foam cell wall has a ten-point average surface roughness between 45.2 ?m and 65.3 ?m.

Abstract: A developer supplying member is provided for supplying developer to a developer supporting member. The developer supplying member includes a foamed member having a discrete foam cell structure and being formed of a silicone rubber as a main component thereof. The foamed member constitutes a surface of the developer supplying member. The foamed member includes a foam cell wall dividing foam cells thereof and being exposed on the surface of the developer supplying member. The foam cell wall has a ten-point average surface roughness between 45.2 ?m and 65.3 ?m.

Abstract: An aspect of the invention provides an endless belt in which a ten-point mean roughness of a surface of the endless belt is measured with scanning probe and is in a range from not less than 2.1 nm to not more than 11.0 nm. Thereby, poor transfer does not occur, and a highly fine image of high quality can be obtained.

Abstract: An image forming unit includes an image supporting member; a developer supporting member for attaching developer to a static latent image formed on the image supporting member to form a developer image; and a protective sheet disposed between the image supporting member and the developer supporting member when the image forming unit is stored. The protective sheet has a surface resistivity between 1.0×108?/? and 8.0×1012?/? when a voltage between 10 V and 250 V is applied thereto.

Abstract: An image forming apparatus includes a first image forming unit for forming a color developer image using color developer; a second image forming unit for forming a transparent developer image using transparent developer; a transfer unit for transferring the transparent developer image and the color developer image to a medium; a fixing unit for fixing the transparent developer image and the color developer image; and a control unit for controlling the first image forming unit and the second image forming unit according to a gloss printing operation when the gloss printing operation is selected.

Abstract: An aspect of the invention provides an image forming unit that comprises: a developer container configured to contain a developer; and a developer supplier including at least a developer carrier configured to supply the developer, contained in the developer container, to a latent image formed on an image carrier, wherein: the glass transition temperature of a first developer initially contained in the developer supplier is higher than the glass transition temperature of a second developer contained in the developer container; and the glass transition temperature of the first developer is equal to or lower than 75° C.

Abstract: An image forming apparatus includes a first image forming unit for forming a color developer image using color developer; a second image forming unit for forming a transparent developer image using transparent developer; a transfer unit for transferring the transparent developer image and the color developer image to a medium; a fixing unit for fixing the transparent developer image and the color developer image; and a control unit for controlling the first image forming unit and the second image forming unit according to a gloss printing operation when the gloss printing operation is selected.

Abstract: An image forming apparatus includes a plurality of image forming units for forming a developer image on an image supporting member; a transfer unit for transferring and overlapping the developer image on a medium to form a developer laminated portion; and a fixing unit for fixing the developer laminated portion. One of the image forming units uses transparent developer having a softening point higher than that of color developer used in the other of the image forming units, and having an average particle size larger than that of the color developer.

Abstract: An image forming unit includes an image supporting member; a developer supporting member for attaching developer to a static latent image formed on the image supporting member to form a developer image; and a protective sheet disposed between the image supporting member and the developer supporting member when the image forming unit is stored. The protective sheet has a surface resistivity between 1.0×108?/? and 8.0×1012?/? when a voltage between 10 V and 250 V is applied thereto.

Abstract: An aspect of the invention provides an image forming unit that comprises: a developer container configured to contain a developer; and a developer supplier including at least a developer carrier configured to supply the developer, contained in the developer container, to a latent image formed on an image carrier, wherein: the glass transition temperature of a first developer initially contained in the developer supplier is higher than the glass transition temperature of a second developer contained in the developer container; and the glass transition temperature of the first developer is equal to or lower than 75° C.

Abstract: An aspect of the invention provides an endless belt in which a ten-point mean roughness of a surface of the endless belt is measured with scanning probe and is in a range from not less than 2.1 nm to not more than 11.0 nm. Thereby, poor transfer does not occur, and a highly fine image of high quality can be obtained.

Abstract: A luminous container has an electrode supporting member composed of a pipe-shaped metal piece. The electrode supporting member 8 has a clamped portion pressed and clamped with and non-clamped portions not clamped with a brittle material. The stress generated along a contact interface of the clamped portion and the brittle material is relaxed with the deformation of the electrode supporting member.

Abstract: An image forming apparatus includes a plurality of image forming units for forming a developer image on an image supporting member; a transfer unit for transferring and overlapping the developer image on a medium to form a developer laminated portion; and a fixing unit for fixing the developer laminated portion. One of the image forming units uses transparent developer having a softening point higher than that of color developer used in the other of the image forming units, and having an average particle size larger than that of the color developer.