Abstract:
An equipment control system includes an equipment control device that controls equipment provided in an office room, and an external control device that is provided outside the office room and controls the equipment provided in the office room via the equipment control device, wherein when a predetermined condition is satisfied, a control device that controls the equipment is switched from one of the equipment control device and the external control device to the other.
Abstract:
Provided is an image forming system that simply and securely protects printed matter that is not so important, but that the user does not wish others to view. An external apparatus receives a simple-security setting for image data for which there is a printing instruction, includes the simple-security setting in the printing instruction, and transmits the printing instruction to an image forming apparatus. The image forming apparatus, when a simple-security setting is included, adds a mark image to the image data for which there is a printing instruction, and prints the image data. A projector, by an imaging unit, captures an image of the discharge tray, and when a mark image is detected, generates a projection image on which a security image is arranged, and projects the projection image toward the discharge tray.
Abstract:
An electronic device includes: a communication unit that performs communication with an external device; and a control unit that issues a command to the external device via the communication unit, on the basis of at least one of capacity of the external device, and capacity of the electronic device.
Abstract:
Apparatus information of an external apparatus is obtained by a wireless communication, and a display unit is caused to display a screen that an application for causing the external apparatus to execute a function provides. The display unit is caused to display a guidance screen that guides to execution of a recommended function based on the obtained apparatus information.
Abstract:
Image-adaptive technologies supportive of better vision. Working with ordinary image display devices and, optionally, specialized ones, a number of embodiments are disclosed that provide displayed images better able to be perceived by those with, for example, macular degeneration, poor night-vision and cataracts. In both ordinary and worn display embodiments, an image, potentially of the viewer's instant surroundings, is displayed whose fundamental light components and/or managed processes result in better visual perception.
Abstract:
An information processing system includes a first information processing apparatus and a second information processing apparatus. The first information processing apparatus includes an acquisition part creating a first information request, a first transmitter transmitting the first information request to the second information processing apparatus, a first receiver receiving the first information from the second information processing apparatus, a display controller controlling displaying the first information, and a first storage storing second information, the display controller controlling displaying the second information when the second information is stored in the first storage. The second information processing apparatus includes a second storage storing the first information, a second receiver receiving the first information request, an extracting part extracting the first information from the second storage in response to the first information request, and a second transmitter transmitting the first information to the first information processing apparatus.
Abstract:
A light control and display technology applicable to light redirection and projection with the capacity, in a number of embodiments modified for particular applications, to produce managed light, including advanced images. Applications include miniature to very large scale video displays, optical data processing, 3-dimensional imaging, and lens-less vision enhancement for poor night-driving vision, cataracts and macular degeneration.
Abstract:
An electronic apparatus includes: a connection circuit connectable to a network; a command acquisition circuit that acquires a family generation command for generating one family including all electronic apparatuses connected to the network; a detection circuit that detects a plurality of electronic apparatuses connected to the network; and a correspondence relation generation circuit that generates, when the command acquisition circuit receives the family generation command, a correspondence relation with each of the two electronic apparatuses that have not generated a correspondence relation with other electronic apparatuses, out of the plurality of detected electronic apparatuses.
Abstract:
A light control and display technology applicable to light redirection and projection with the capacity, in a number of embodiments modified for particular applications, to produce managed light, including advanced images. Applications include miniature to very large scale video displays, optical data processing, 3-dimensional imaging, and lens-less vision enhancement for poor night-driving vision, cataracts and macular degeneration.
Abstract:
A light control and display technology applicable to light redirection and projection with the capacity, in a number of embodiments modified for particular applications, to produce managed light, including advanced images. Applications include miniature to very large scale video displays, optical data processing, 3-dimensional imaging, and lens-less vision enhancement for poor night-driving vision, cataracts and macular degeneration.