Osaka University

Panasonic Corporation

Japan Science and Technology Agency

Komatsu Corporation

Nisshin Steel Co., Ltd.

Taro Maeda

Hideyuki Ando

Daisuke Kondo

Masahiro Furukawa

Hiroyuki Izuka

Youjirou Ohbatake

Takumi Yokosaka

Nobuhito Sakamoto

Masataka Kurokawa

Kazutaka Obama

Tomoko Yonemura

A display system includes: an image acquisition unit that acquires each of a first image of a work site imaged by a first camera and a second image of the work site imaged by a second camera; a viewpoint position calculation unit that calculates a viewpoint position of worker; a luminance adjustment unit that adjusts luminance of at least one of the first image and the second image based on the viewpoint position; and a display control unit that combines the first image and the second image having the luminance adjusted and causes a display device to display the combined image.

Display system, remote operation system, and display method

A pattern changing sheet includes: lenticular lenses in number corresponding to one wavelength of the pattern changing sheet and disposed with the bus-line pitch to in the direction orthogonal to the optical axis; and a pattern layer opposed to the lenticular lenses on the rear face of the lenticular lenses, the pattern layer having a gradation pattern (dots) disposed in the bus-line pitch L. The gradation pattern includes bright dots and dark dots in the bus-line pitch to in the disposing direction. The viewer views the display pattern that is a connection of the corresponding dots of the lenticular lenses depending on the viewpoint position, and the display pattern progresses at a predetermined speed scale-factor of the movement of the viewpoint. This configuration creates and provides a pattern changing sheet having a high degree of freedom and depending on the intended use.

Pattern changing sheet, walking guidance system, and moving speed reduction device

A motion learning support apparatus displays a teaching-aid video segment and a segment of practice video of a learner alternately on a monitor, the practice video being of the learner who is imitating a motion of the teaching-aid video segment and being taken with an imaging unit. The motion learning support apparatus includes: motion detection unit to detect a motion of the learner and a motion information acquisition unit; an evaluation unit to evaluate similarity of a motion of the learner to a motion in the teaching-aid video segment; and first learning support processing unit to, when the evaluation unit evaluates that the motions are similar, switch the monitor from video taken with the imaging unit to a following teaching-aid video segment. Thereby, vividness of an image due to the illusion effect induced to the learner can be improved, and so the learning effect can be improved for supporting.

Motion learning support apparatus

A motion guide display device includes a head-mountable image display device that displays an image, a camera that takes a self image from a first person perspective, an image display processing unit that displays a reference image from a first person perspective as a following target and the self image at the display unit alternately in a time-dividing manner under the condition generating a blending feeling, and a display mode setting unit that lets the image display processing unit operate within the range of cycles (frequencies) and self-other ratios as the condition generating a blending feeling. This can bring the blending feeling with the reference image, and can support the continuation of spontaneous following motion.

Motion guide presentation method and system therefor, and motion guide presentation device

A trochoid drive system includes: a supporting part to support one wheel having a wheel axle perpendicular to a steering axle that is spaced from an output axle and turns about the output axle; and a steering part that turns in synchronization with the steering axle, the steering part being configured so that a position thereof relative to the output axle is displaceable on a turning plane. The steering part includes: a first link system configured to adjust a steering angle q of the wheel by rotating the wheel axle about the steering axle in association with the displacement; and a second link system jointed to the first link system to adjust a camber angle of the wheel by tilting the wheel axle by an angle corresponding to the steering angle on a plane perpendicular to a plane parallel to the steering angle.

Trochoid drive system and moving body

A trochoid propulsion system includes wheels provided at three points of the outer edge of an outer wheel part that turns around a driving shaft; and a steering link part that co-rotates with the action part and is movable horizontally on a turning plane. The steering link part includes a liner slider including a guide member attached to a vertical steering shaft that rotates each wheel so that the length direction is in a radial direction of the steering shaft and a moving member that slides on the guide member. In a state where a center of rotation of the steering link part coincides with the driving shaft of the outer wheel part, a rotating shaft provided corresponding to the steering shaft is attached rotatably to the corresponding moving member at a position separated from the steering shaft by a predetermined distance.

Trochoid drive system

A selector is provided so that any one of a plurality of asynchronous absorption paths can be selected when it is assumed that operating frequencies of preceding and succeeding clock domains vary depending on the application. By an operation of a selector control circuit based on, for example, information about a ratio of preceding and succeeding clock frequencies that is set in a frequency-ratio register, an asynchronous absorption path that is optimal to a frequency-dependent process required for asynchronous absorption, such as pulse expansion or the like, is selected.

Asynchronous absorption circuit with transfer performance optimizing function

A system control device comprises a system LSI section having a plurality of functional blocks, a system control microcomputer section for controlling the control register of each of the functional blocks, an address decoding section for decoding an access address to a predetermined byte in a control register which the system control microcomputer section attempts to access, and issuing an access control signal to the whole of a single control register including the predetermined byte, an access control section for changing the access control signal to the whole of the single control register to an access control signal to the predetermined bytes of the plurality of control registers included in the system LSI section, with respect to access to an address to the predetermined byte, and an access mode control register for indicating whether or not the changing by the access control section is to be performed.

System control device

Ultrasonic flaw-detection method for austenitic alloy steel longitudinally welded pipe or tubing adopts shear wave angle method using a broad-band high-damping and non-resonance type transducer.

Growing community of inventors

Osaka, Japan

Taro Maeda