Seiko Epson Corporation

Akira Kubota

Tahei Ishiwatari

Hiroshi Ito

Nobumasa Abe

Tatsuro Osawa

Takehiko Okamura

Toshiya Takahata

Toshihiko Yamazaki

Shigemi Sato

Yujiro Nomura

Tomoe Aruga

Tomio Sonehara

Kuniaki Tanaka

A stereoscopic image display system includes: an image display unit that displays a parallax image composed of a right eye image and a left eye image; glasses having a transmission portion for a right eye transmitting only the right eye image of the parallax image and a transmission portion for a left eye transmitting only the left eye image of the parallax image; an inclination detection unit that detects an inclination of the glasses; a parallax image generation unit that generates the parallax image in accordance with a detection result from the inclination detection unit; and a display unit that displays the parallax image generated by the parallax image generation unit.

Stereoscopic image display system

A force-feedback supply apparatus and an image correcting method are provided in which sites to which a force-feedback is supplied can be properly displayed in accordance with a virtual reality image by correcting the virtual reality image in consideration of a thickness of a force-feedback supply section. In the force-feedback supply apparatus and an image correcting method, joint angles of a force-feedback supply means when a user's hand and fingers are at a reference posture and at a real grasp position are detected by means of encoders arranged in joint sections, positions of the user's fingertips at each posture are calculated on the basis of the detection data, the joint angles at a virtual grasp position are calculated, quantity of deviation in the joint angles between the real grasp position and the virtual grasp position is calculated, and a conversion rule for correcting the virtual reality image is determined on the basis of the quantity of deviation.

Force-feedback supply apparatus and image correcting method

A recording medium carrier system of an image forming apparatus is constituted by independent units as a paper supply cassette, a paper feed unit, a transfer unit, a fixing unit, and a paper ejecting unit. An intermediate transfer unit in the transfer unit is provided with an intermediate transfer belt to which a toner image formed on a photoconductive drum is primarily transferred at a primary transfer position and which secondarily transfers the toner image on a recording medium at a secondary transfer position, and a driving roller for circulating the intermediate transfer belt. The primary transfer position is arranged close to the driving roller.

Image transfer unit having an intermediate transfer belt to which a toner image is applied

Intermediate transfer unit having a primary transfer member and a secondary transfer roller

An image processing apparatus and an image processing method are provided which are capable of changing display from a virtual space image to a real space image or vice versa, or combining them based on the movement speed of the user's point of gaze while the user is moving in a virtual space. An image processing program and a medium recording the same are also provided. In the image processing apparatus, when the movement of a head mounted display (HMD) in the virtual space is detected (Step S), the movement speed is calculated (Step S) and it is determined whether the movement speed is equal to or greater than akm/h. When the movement speed is slower than akm/h, an updated virtual space image reflecting the movement of the HMD is created for display (Steps Sand S). When the movement speed is equal to or greater than akm/h, the real image then being taken is displayed as it is (Steps Sand S).

Image processing apparatus and image processing method, and image processing program and recording medium of the same

Intermediate transfer unit having a primary and a secondary transfer member

Intermediate transfer unit

Recording medium carrier system intermediate transfer unit

Recording medium carrier system having a paper feed unit, a transfer unit, a fixing unit and a paper ejecting unit constructed as independent units

The present invention provides an electrophotographic image forming apparatus capable of forming a high quality image by eliminating an expansion/contraction, displacement in color or nonuniformity of color of the image formed on a transfer member. An image carrier gear for driving an image carrier is driven by a driving means gear at an image carrier driving position and transmits driving force to conveying force transmitting gear at a transfer driving position. The conveying force transmitting gear transmits conveying force to the transfer member. A time during which the image carrier moves from a latent image forming position to a transferring position is made substantially equal to a time during which the image carrier gear moves from an image carrier driving position to a transfer driving position.

Image forming apparatus

Color image forming apparatus and method in which a first transfer device transfers color toner images for color images from a latent image carrying body onto an intermediate transfer belt in a primary transfer process, a second transfer device transfers the color toner images from the intermediate transfer belt onto a recording medium, and a cleaning device for removing remaining toner contacts the intermediate transfer belt at specified times during the primary transfer process. The second transfer device also contacts the intermediate transfer belt at specified times during the primary transfer process.

Color image forming apparatus and cleaning method for cleaning

To provide a color image forming apparatus that can implement high speed printing and produce high quality images free from displacements caused when color toner images are superimposed one upon another. A color image forming apparatus using an intermediate transfer belt 106. The apparatus is constructed so that a cleaning blade 1191 and a drive roller 115 are arranged so as to confront the intermediate transfer belt 106 in order that a displacement caused when one color toner image is superimposed upon another can be controlled within a single image-recording dot during a primary transfer process. The apparatus is constructed such that la/l&lt;ld.multidot.E.multidot.t/(L0.multidot..mu..multidot.n), where la (m) is the length of the intermediate transfer belt from a drive roller to a cleaning device, l (m) is the total length of the transfer belt, ld (m) is a pitch between dots developed on the latent image carrying body, E (kg/m.sup.2) is the Young's modulus of the transfer belt, t (m) is the thickness of the belt, L0 (m) is the length of a recording medium, .mu. is the frictional coefficient between the cleaning device and the transfer belt, and n (kg/m) is the line pressure of the cleaning means in contact with the transfer belt.

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Nagano, Japan

Akira Kubota