Abstract: A high-purity artificial zeolite is industrially mass produced by carrying out osmosis treatment of fly ash in an alkaline aqueous solution, subsequently carrying out the osmosis treatment again with an acidic aqueous solution of pH 1.0 or less obtained by adding acid to the osmotic aqueous solution of fly ash, then performing solid-liquid separation while water wash and dewatering in a centrifuge, thereby synthesizing a starting composition, and performing hydrothermal reaction treatment to this starting composition.

Abstract: A communication system includes an information processing device executing processing of controlling a wireless communication device to start transmitting image data to a receiving device, when detecting coupling of the wireless communication device; and the wireless communication device establishing, when coupled to the information processing device communication with the receiving device, and transmitting the image data from the information processing device to the receiving device according to the control.

Abstract: A display system includes a display apparatus, a first terminal apparatus which transmits first image data, and a second terminal apparatus which transmits second image data. The display apparatus includes a communication unit that receives the first image data and the second image data, a display unit that displays a first image which is based on the first image data, and a second image which is based on the second image data, and a display control unit that changes at least one of an area for displaying the first image and an area for displaying the second image. The first terminal apparatus transmits the first image data to the display apparatus with a data amount that is determined according to the changed area for displaying the first image.

Abstract: A display system includes a display apparatus, a first terminal apparatus which transmits first image data, and a second terminal apparatus which transmits second image data. The display apparatus includes a communication unit that receives the first image data and the second image data, a display unit that displays a first image which is based on the first image data, and a second image which is based on the second image data, and a display control unit that changes at least one of an area for displaying the first image and an area for displaying the second image. The first terminal apparatus transmits the first image data to the display apparatus with a data amount that is determined according to the changed area for displaying the first image.

Abstract: An information processing device includes: an image output unit which outputs a screen displayed on a display unit to an image display device; a display control unit which displays a first screen including a user interface screen at least in a part of the screen; a detection unit which detects that the user interface screen is switched from a first state that does not include predetermined information to a second state that includes the information; and an output control unit which outputs a second screen that does not include the user interface screen, instead of the first screen displayed by the display control unit, to the image output unit, if it is detected that the user interface screen is switched from the first state to the second state.

Abstract: An information processing device includes: an image output unit which outputs a screen displayed on a display unit to an image display device; a display control unit which displays a first screen including a user interface screen at least in a part of the screen; a detection unit which detects that the user interface screen is switched from a first state that does not include predetermined information to a second state that includes the information; and an output control unit which outputs a second screen that does not include the user interface screen, instead of the first screen displayed by the display control unit, to the image output unit, if it is detected that the user interface screen is switched from the first state to the second state.

Abstract: An information processing device includes: an image output unit which outputs a screen displayed on a display unit to an image display device; a display control unit which displays a first screen including a user interface screen at least in a part of the screen; a detection unit which detects that the user interface screen is switched from a first state that does not include predetermined information to a second state that includes the information; and an output control unit which outputs a second screen that does not include the user interface screen, instead of the first screen displayed by the display control unit, to the image output unit, if it is detected that the user interface screen is switched from the first state to the second state.

Abstract: An information processing device includes: a communication unit which communicates with a plurality of terminals, each outputting a video signal; a first acquisition unit which acquires a first preview image from at least a part of the plurality of terminals; a second acquisition unit which acquires a second preview image having a larger display area size than the first preview image, from a designated terminal of the plurality of terminals; and a display control unit which causes a display unit to display the first preview image and the second preview image on a single screen. A frequency at which the second acquisition unit acquires the second preview image is higher than a frequency at which the first acquisition unit acquires the first preview image.

Abstract: A projector includes a projection unit that displays an image on a screen, a control unit that allows the projection unit to display a plurality of images based on image data input from a plurality of PCs, a location detection unit that detects an operation location by a pointing tool, an output control unit that selects the PC based on the operation location detected by the location detection unit and a display location of the image on the screen, and an output switching unit that outputs coordinates of the operation location to the PC selected by the output control unit.

Abstract: An information processing device includes: a communication unit which communicates with a plurality of terminals, each outputting a video signal; a first acquisition unit which acquires a first preview image from at least a part of the plurality of terminals; a second acquisition unit which acquires a second preview image having a larger display area size than the first preview image, from a designated terminal of the plurality of terminals; and a display control unit which causes a display unit to display the first preview image and the second preview image on a single screen. A frequency at which the second acquisition unit acquires the second preview image is higher than a frequency at which the first acquisition unit acquires the first preview image.

Abstract: An information processing device includes: an image output unit which outputs a screen displayed on a display unit to an image display device; a display control unit which displays a first screen including a user interface screen at least in a part of the screen; a detection unit which detects that the user interface screen is switched from a first state that does not include predetermined information to a second state that includes the information; and an output control unit which outputs a second screen that does not include the user interface screen, instead of the first screen displayed by the display control unit, to the image output unit, if it is detected that the user interface screen is switched from the first state to the second state.

Abstract: In one embodiment, an image display device comprises a first USB port, a writing unit, and a display unit. The writing unit writes a wireless setup information of the image display device to a predetermined USB memory if the predetermined USB memory is attached to the first USB port. The display unit displays a predetermined message if the writing unit finishes writing the wireless setup information to the predetermined USB memory. The display unit displays an image data sent from an image supply device using the wireless setup information read by the image display device from the predetermined USB memory, if the predetermined USB memory is attached to a second USB port of the image supply device.

Abstract: An image display system includes an image display device and an image information processing device. The image display device includes a display side input section receiving a plurality of pieces of image information and cursor position information, an image combining/displaying section for displaying a composite image of the plurality of pieces of image information, and a cursor display section for displaying a cursor based on the cursor position information.

Abstract: A projector includes a projection unit that displays an image on a screen, a control unit that allows the projection unit to display a plurality of images based on image data input from a plurality of PCs, a location detection unit that detects an operation location by a pointing tool, an output control unit that selects the PC based on the operation location detected by the location detection unit and a display location of the image on the screen, and an output switching unit that outputs coordinates of the operation location to the PC selected by the output control unit.

Abstract: An image display system 20 includes a projector PR1, a computer PC1 and a USB memory U1 which can be connected in an ad-hoc mode by using a wireless LAN. When a user connects the USB memory U1 to a USB interface 75 of the projector PR1, the projector PR1 writes network setup information in a setup information storage area 144 of the USB memory U1. Then, when the user removes the USB memory U1 from the USB interface 75 and connects it to a USB interface 125 of the computer PC1, the computer PC1 performs network setup by referring to the network setup information and establishes connection to start projection by an automatic start program.

Abstract: In at least one embodiment of the disclosure, a computing device comprises a network interface that receives terminal information corresponding to a terminal connected to a network. A storage device stores profile information defining that the terminal is permitted to connect to the computing device. A central processing unit refers to the received terminal information and the stored profile information and determines that the terminal is permitted to connect to the computing device. A display displays a participant display area. The display area shows a client name that corresponds to the terminal. An input mechanism accepts a user operation selecting the client name displayed in the participant display area to designate the terminal. The terminal provides image data to the computing device. The computing device supplies the image data provided by the terminal to an image display apparatus connected to the network.

Abstract: In an information storage medium in which a program readable by a computer is stored, the program allows the computer to execute generating a configuration change image containing an individual image based on image information from one or more terminal apparatuses and containing an individual image arrangement area showing arrangement of the individual image in an overall image displayed by a display apparatus and an icon arrangement area containing an icon with respect to each terminal apparatus for changing a configuration of the overall image, changing a display condition of the individual image arrangement area based on operation information representing operation relating to a configuration change of the overall image, and changing an icon background image on a background of the icon or a form of the icon in response to the display condition.

Abstract: An image display system 20 includes a projector PR1, a computer PC1 and a USB memory U1 which can be connected in an ad-hoc mode by using a wireless LAN. When a user connects the USB memory U1 to a USB interface 75 of the projector PR1, the projector PR1 writes network setup information in a setup information storage area 144 of the USB memory U1. Then, when the user removes the USB memory U1 from the USB interface 75 and connects it to a USB interface 125 of the computer PC1, the computer PC1 performs network setup by referring to the network setup information and establishes connection to start projection by an automatic start program.

Abstract: An image display system includes an image display device and an image information processing device. The image display device includes a display side input section receiving a plurality of pieces of image information and cursor position information, an image combining/displaying section for displaying a composite image of the plurality of pieces of image information, and a cursor display section for displaying a cursor based on the cursor position information.

Abstract: An image display system 20 includes a projector PR1, a computer PC1 and a USB memory U1 which can be connected in an ad-hoc mode by using a wireless LAN. When a user connects the USB memory U1 to a USB interface 75 of the projector PR1, the projector PR1 writes network setup information in a setup information storage area 144 of the USB memory U1. Then, when the user removes the USB memory U1 from the USB interface 75 and connects it to a USB interface 125 of the computer PC1, the computer PC1 performs network setup by referring to the network setup information and establishes connection to start projection by an automatic start program.