摘要:
An image forming apparatus includes a photoreceptor, a driving unit which rotation-drives the photoreceptor, an exposure unit which forms a latent image by performing image exposure to the photoreceptor, a plurality of development units which develop a plurality of latent images sequentially formed on the photoreceptor with different color toners respectively, a belt-like intermediate transfer member onto which respective color toner images sequentially developed on the photoreceptor are primarily transferred to be superimposed on each other, at least one load unit which comes in contact with or is separated from the belt-like intermediate transfer member to change a load on the belt-like intermediate transfer member, and a speed control unit which increases/decreases a driving speed of the photoreceptor at a specified timing. Preferably, the belt-like intermediate transfer member is an elastic belt.
摘要:
An image forming apparatus includes a photoreceptor, a driving unit which rotation-drives the photoreceptor, an exposure unit which forms a latent image by performing image exposure to the photoreceptor, a plurality of development units which develop a plurality of latent images sequentially formed on the photoreceptor with different color toners respectively, a belt-like intermediate transfer member onto which respective color toner images sequentially developed on the photoreceptor are primarily transferred to be superimposed on each other, at least one load unit which comes in contact with or is separated from the belt-like intermediate transfer member to change a load on the belt-like intermediate transfer member, and a speed control unit which increases/decreases a driving speed of the photoreceptor at a specified timing. Preferably, the belt-like intermediate transfer member is an elastic belt.
摘要:
An image forming apparatus which includes an image carrier holding toner images of plural colors, and a transfer portion that transfers the toner images of plural of colors held on the image carrier onto a recording medium, wherein the image carrier is made of an elastic material, has a pattern image forming unit repeatedly forming a pattern image for color misregistration detection on the image carrier at a constant interval so as to set the pattern images within a length range of the recording medium, wherein one of the pattern images includes a first toner image group in which plural toner images of a first color is formed at a first interval, and a second toner image group in which plural toner images of a second color is formed at a second interval.
摘要:
An image forming apparatus which includes an image carrier holding toner images of plural colors, and a transfer portion that transfers the toner images of plural of colors held on the image carrier onto a recording medium, wherein the image carrier is rotatablly disposed toward the image carrier and has elasticity in a rotating direction toward the image carrier, has a pattern image forming unit repeatedly forming a pattern image for color misregistration detection on the image carrier at a constant interval so as to set the pattern images within a length range of the recording medium, wherein one of the pattern images includes a first toner image group in which plural toner images of a first color is formed at a first interval, and a second toner image group in which plural toner images of a second color is formed at a second interval.
摘要:
There is provided an image forming apparatus including: a photoconductor drum; an intermediate transfer belt that is wrapped around and stretched between the photoconductor drum and a plurality of support rolls and is driven by the photoconductor drum; and a contact member that contacts the intermediate transfer belt, wherein the image forming apparatus satisfies the following expression (1) 2T(eμθ−1)/(eμθ+1)>F and T≦396.9 N (1), wherein μ represents a coefficient of friction between the photoconductor drum and the intermediate transfer belt, T represents an initial tension of the intermediate transfer belt, θ represents a wrap angle of the intermediate transfer belt on the photoconductor drum, and F represents a load in a tangential direction applied from the contact member to the photoconductor drum via the intermediate transfer belt.
摘要:
The present invention provides an image forming apparatus including: a photosensitive body; a drive unit of the photosensitive body; an intermediate transfer body which is wound around the photosensitive body and is driven by the movement of the photosensitive body; a latent image forming unit; plural development units which develop the latent image on the photosensitive body with toners having different colors; a holding unit which holds the plural development units and causes the development units to sequentially face the photosensitive body; a transfer unit which transfers a toner image from the photosensitive body to the portion of the intermediate transfer body wound around the photosensitive body; and a drive speed control unit which controls the rotating speed of the photosensitive body according to the density of the toner image to be formed.
摘要:
There is provided an image forming apparatus including: a photoconductor; an intermediate transfer belt that is wrapped around and stretched between the photoconductor and a plurality of support rolls and is driven by the photoconductor; and a contact member that contacts the intermediate transfer belt, wherein the image forming apparatus satisfies the following expression (1) 2T(eμθ−1)/(eμθ+1)>F and T≦396.9 N (1),wherein μ represents the coefficient of friction between the photoconductor and the intermediate transfer belt, T represents the initial tension of the intermediate transfer belt, θ represents the wrap angle of the intermediate transfer belt on the photoconductor, and F represents the load in a tangential direction applied from the contact member to the photoconductor via the intermediate transfer belt.
摘要:
An image forming apparatus including: a photosensitive body; a drive unit of the photosensitive body; an intermediate transfer body which is wound around the photosensitive body and is driven by the movement of the photosensitive body; a latent image forming unit; plural development units which develop the latent image on the photosensitive body with toners having different colors; a holding unit which holds the plural development units and causes the development units to sequentially face the photosensitive body; a transfer unit which transfers a toner image from the photosensitive body to the portion of the intermediate transfer body wound around the photosensitive body; and a drive speed control unit which controls the rotating speed of the photosensitive body according to the density of the toner image to be formed.
摘要:
A system is for assessing life and death in go games played on a computer. and includes an input-receiving unit for receiving input from a player, an assessment unit that assesses the life and death of target stones, and an output unit for outputting the results of the assessment in the assessment unit. The assessment unit receives input specifying one or more target stones, specifies the points on the board where a boundary and a board edge are within a prescribed distance from each other, revises the assessment area by expanding the assessment area, assesses an optional stone in the post-revision assessment area to be alive if said stone escapes and was a target stone, and if said stone was not a target stone, performs a life and death assessment after adding the condition that said stone is not captured and a target stone connected to said stone is alive.
摘要:
The invention provides a method for manufacturing a optical subassembly even when the assembly involves the positional deviation of the components that induces the discrepancy in the direction of the optical output beam from the optical device. The method first determines the position (x1, y1, z1) of the stub where the optical coupling between the stub and the optical device becomes the maximum. Next, the direction of the optical output beam from the optical device is calculated based on the position above, and, finally, the inclined direction of the end surface of the stub is aligned with the direction of the optical output beam evaluated in the previous step.