Abstract: A functional member includes a porous member with a cavity and a trapping agent that traps a chemical substance. The trapping agent is held in the cavity of the porous member.

Abstract: The complex crystal of the present disclosure is a complex crystal having a structure in which supramolecular units each composed of two or more types of molecules are arrayed. Each of the supramolecular units contains a cyanoacrylic acid derivative and a trisubstituted methylamine as the molecules. The complex crystal has, between the supramolecular units, molecular cavities in each of which a guest molecule for which the supramolecular unit is a host is not disposed. The complex crystal of the present disclosure can have a property of incorporating a chemical substance therein and can exhibit a great change in a characteristic when incorporating the chemical substance therein.

Abstract: An organic salt of the present disclosure contains terephthalic acid and at least one kind of primary alkylamine. An alkyl group constituting the primary alkylamine has 6 or more and 17 or less carbon atoms. The organic salt of the present disclosure can be used to detect a hydroxy radical contained in a gas, for example. The present disclosure provides: an organic salt that makes it possible to detect a hydroxy radical more easily as well as to detect a hydroxy radical generated in a living body; and a hydroxy-radical sensor adopting the organic salt.

Abstract: An information processing system comprises a first computer, a second computer, a display apparatus and a touch panel. The display apparatus includes a display portion, and displays a first screen that is transmitted from the first computer and a second screen that is transmitted from the second computer on the display portion. The touch panel includes a touch controller, and is provided on a display surface of the display portion of the display apparatus. Furthermore, the touch controller includes a CPU. Then, under instructions of the CPU, when a touch input designates the second screen, a display position of the second screen is moved according to a change of touch coordinates of the touch input.

Abstract: An information display device displays a sub-screen in a main screen and stores display information including the display position of the sub-screen and information on a near-field region. A position input device acquires information on a touched position, stores touch history information including information on a plurality of touched positions acquired, and includes a touched position determination section that determines whether a newly-acquired touched position is present in the near-field region and a display position determination section that, in a case where it has been determined that the newly-acquired touched position is present in the near-field region, utilizes the touch history information to determine a position to which the sub-screen is reduced or moved. In a case where the sub-screen has not been reduced, the sub-screen is reduced to the determined position. In a case where the sub-screen has been reduced, the sub-screen is moved to the determined position.

Abstract: The complex crystal of the present disclosure is a complex crystal having a structure in which supramolecular units each composed of two or more types of molecules are arrayed. Each of the supramolecular units contains a cyanoacrylic acid derivative and a trisubstituted methylamine as the molecules. The complex crystal has, between the supramolecular units, molecular cavities in each of which a guest molecule for which the supramolecular unit is a host is not disposed. The complex crystal of the present disclosure can have a property of incorporating a chemical substance therein and can exhibit a great change in a characteristic when incorporating the chemical substance therein.

Abstract: An information display device displays a sub-screen in a main screen and stores display information including the display position of the sub-screen and information on a near-field region. A position input device acquires information on a touched position, stores touch history information including information on a plurality of touched positions acquired, and includes a touched position determination section that determines whether a newly-acquired touched position is present in the near-field region and a display position determination section that, in a case where it has been determined that the newly-acquired touched position is present in the near-field region, utilizes the touch history information to determine a position to which the sub-screen is reduced or moved. In a case where the sub-screen has not been reduced, the sub-screen is reduced to the determined position. In a case where the sub-screen has been reduced, the sub-screen is moved to the determined position.

Abstract: An information display device displays a sub-screen in a main screen and stores display information including the display position of the sub-screen and information on a near-field region. A position input device acquires information on a touched position, stores touch history information including information on a plurality of touched positions acquired, and includes a touched position determination section that determines whether a newly-acquired touched position is present in the near-field region and a display position determination section that, in a case where it has been determined that the newly-acquired touched position is present in the near-field region, utilizes the touch history information to determine a position to which the sub-screen is reduced or moved. In a case where the sub-screen has not been reduced, the sub-screen is reduced to the determined position. In a case where the sub-screen has been reduced, the sub-screen is moved to the determined position.

Abstract: An information display device displays a sub-screen in a main screen and stores display information including the display position of the sub-screen and information on a near-field region. A position input device acquires information on a touched position, stores touch history information including information on a plurality of touched positions acquired, and includes a touched position determination section that determines whether a newly-acquired touched position is present in the near-field region and a display position determination section that, in a case where it has been determined that the newly-acquired touched position is present in the near-field region, utilizes the touch history information to determine a position to which the sub-screen is reduced or moved. In a case where the sub-screen has not been reduced, the sub-screen is reduced to the determined position. In a case where the sub-screen has been reduced, the sub-screen is moved to the determined position.

Abstract: An information processing system comprises a first computer, a second computer, a display apparatus and a touch panel. The display apparatus includes a display portion, and displays a first screen that is transmitted from the first computer and a second screen that is transmitted from the second computer on the display portion. The touch panel includes a touch controller, and is provided on a display surface of the display portion of the display apparatus. Furthermore, the touch controller includes a CPU. Then, under instructions of the CPU, when a touch input designates the second screen, a display position of the second screen is moved according to a change of touch coordinates of the touch input.

Abstract: A character display apparatus, a character display method, and a non-transitory computer readable medium storing a character display program are capable of automatically avoiding a handwriting character being illegible during input of the character by detecting an overlap between lines to be drawn during drawing based on trajectory data of a handwriting character to determine a presence/absence of an illegible part. If it is determined that an illegible part is present, the thickness of the handwriting character is automatically selected again to be thinner and the image of the handwriting character is drawn again, which avoids illegible part occurring in the handwriting character without inputting the character all over again.

Abstract: Provided are a character display apparatus, a character display method and computer readable medium storing a character display program that are capable of automatically avoiding a handwriting character being illegible during input of the character. Based on trajectory data of a handwriting character, detecting an overlap between lines to be drawn during drawing, to determine presence/absence of an illegible part. If it is determined that an illegible part is present, the thickness of the handwriting character is automatically selected again to be thinner and the image of the handwriting character is drawn again, which avoids illegible part occurring in the handwriting character without inputting the character all over again.

Abstract: Disclosed here is a plasma display unit that employs phosphors having an amount of charge controlled close to zero, by which degradation in luminance, color temperature, and charge characteristics can be minimized. A phosphor bearing positive or negative charge is coated with a compound for controlling the amount of charge of the phosphor through a strong chemical bonding, whereby the amount of charge of a phosphor can be suppressed within ±0.01 ?C/g. Controlling the amount of charge of phosphors close to zero can keep impurity gases away from the phosphor particle when the panel is in operation, suppressing problems critical to driving a plasma display unit, such as luminance degradation of phosphors, improper alignment of color in panel operation, luminance degradation when the panel displays all white.

Abstract: The present invention provides a plasma display panel that suppresses discharge sustain voltage, and reduces brightness degradation of a phosphor. In the plasma display panel, as protective film (14) made of magnesium oxide (MgO) formed on dielectric glass layer (13), protective film (14) made of magnesium oxide (MgO) with oxide added with an electronegativity of 1.4 or higher, is formed to suppress impure gas adsorption by protective film (14), stabilizes discharge sustain voltage, and reduces brightness degradation.

Abstract: Disclosed here is a plasma display unit that employs phosphors having an amount of charge controlled close to zero, by which degradation in luminance, color temperature, and charge characteristics can be minimized. A phosphor bearing positive or negative charge is coated with a compound for controlling the amount of charge of the phosphor through a strong chemical bonding, whereby the amount of charge of a phosphor can be suppressed within ±0.01 ?C/g. Controlling the amount of charge of phosphors close to zero can keep impurity gases away from the phosphor particle when the panel is in operation, suppressing problems critical to driving a plasma display unit, such as luminance degradation of phosphors, improper alignment of color in panel operation, luminance degradation when the panel displays all white.