Abstract: A non-transitory computer readable medium stores a program causing a computer to execute: setting a first operation region that accepts a movement operation for moving a game object displayed in a virtual game space; setting, at a position different from the position of the first operation region, a second operation region that accepts a first operation for changing a motion mode of a movement of the game object and a second operation different from the first operation; moving and displaying the game object in the virtual game space on the basis of the movement operation input to the first operation region, the first operation input to the second operation region, and an orientation of a virtual camera; and changing the orientation of the virtual camera on the basis of the second operation input to the second operation region.

Abstract: To provide an I/O signal information system in which a monitoring target portion and I/O signal information are automatically associated with each other and displayed on a display screen when monitoring a facility including a robot. An object identification unit identifies an object based on a correlation between a change of an actual photographed image displayed on a display device by actual photographed data supplied from an imaging device and a change of I/O signal information, and a display control unit causes the display device to display an augmented reality image in a display form in which an image of the I/O signal information has a specific relationship with an image of the object identified.

Abstract: A robot teaching device includes: an image acquisition device configured to acquire, as a moving image, a distance image representing distance information of an imaging object, or a two-dimensional image of the imaging object; a trajectory detection section configured to detect a movement trajectory of an operator's hand depicted as the imaging object in the moving image by using the moving image; an identification section configured to identify whether the detected movement trajectory represents a linear movement or a rotational movement; and a command generation section configured to output a command for translating a predetermined movable part of the robot based on the movement trajectory when the movement trajectory is identified as representing a linear movement, and to output a command for rotating the predetermined movable part based on the movement trajectory when the movement trajectory is identified as representing a rotational movement.

Abstract: To provide an I/O signal information system in which a monitoring target portion and I/O signal information are automatically associated with each other and displayed on a display screen when monitoring a facility including a robot. An object identification unit identifies an object based on a correlation between a change of an actual photographed image displayed on a display device by actual photographed data supplied from an imaging device and a change of I/O signal information, and a display control unit causes the display device to display an augmented reality image in a display form in which an image of the I/O signal information has a specific relationship with an image of the object identified.

Abstract: A robot teaching device includes: an image acquisition device configured to acquire, as a moving image, a distance image representing distance information of an imaging object, or a two-dimensional image of the imaging object; a trajectory detection section configured to detect a movement trajectory of an operator's hand depicted as the imaging object in the moving image by using the moving image; an identification section configured to identify whether the detected movement trajectory represents a linear movement or a rotational movement; and a command generation section configured to output a command for translating a predetermined movable part of the robot based on the movement trajectory when the movement trajectory is identified as representing a linear movement, and to output a command for rotating the predetermined movable part based on the movement trajectory when the movement trajectory is identified as representing a rotational movement.

Abstract: Apparatus and method for manufacturing crushed sands from blast furnace melted slags including maintaining molten blast furnace melted slags out of contact with water while cooling the molten slags to a temperature between 850.degree. C. to 1300.degree. C. and then rapidly cooling the cooled slags with water thereby producing coarse grain hard quality water processed slags.