Abstract: A catalyst-adhered body production method comprising an adhesion process for arranging a mixed liquid comprising a catalyst raw material and/or a catalyst carrier raw material and target particles in a container having a porous plate and adhering a catalyst and/or a catalyst carrier to the surface of target particles to obtain adherence-treated particles, an excess solution removal process for removing via the porous plate, at least a portion of excess solution comprising excess components which did not adhere to the adherence-treated particles from the container, to form a filled layer of the adherence-treated particles on the porous plate, and a drying process for drying the filled layer in the container.

Abstract: A manufacturing method for supported catalysts comprising a step A of forming a mixed layer having a catalyst component and a catalyst carrier component on at least a portion of the surface of a support body having a catalytic layer by bringing a mixed solution comprising a catalyst raw material and a catalyst carrier raw material into contact with the support body having a catalytic layer on the surface. Furthermore, such a manufacturing method for supported catalysts preferably comprises a step B in which the catalyst component is made to segregate to a surface of the mixed layer after step A.

Abstract: Automatic switching of fonts on multilingual text runs in one action is provided. After an indication that a new font scheme is to be applied to a multilingual text selection, a client application passes a language identification for each of the multilingual text runs, a major/minor font designation for each text run, a script identification for each text run, if available, and the selected new font scheme to a font scheme application programming interface (API). The font scheme API converts the received language identification to a script identification for each multilingual text run and maps the resulting script identifications to appropriate fonts associated with the selected font scheme for each of the multilingual text runs. Fonts retrieved for each language text run are returned to the client application for rendering the multilingual text runs according to the respective fonts applicable to the selected font scheme.

Abstract: Automatic switching of fonts on multilingual text runs in one action is provided. After an indication that a new font scheme is to be applied to a multilingual text selection, a client application passes a language identification for each of the multilingual text runs, a major/minor font designation for each text run, a script identification for each text run, if available, and the selected new font scheme to a font scheme application programming interface (API). The font scheme API converts the received language identification to a script identification for each multilingual text run and maps the resulting script identifications to appropriate fonts associated with the selected font scheme for each of the multilingual text runs. Fonts retrieved for each language text run are returned to the client application for rendering the multilingual text runs according to the respective fonts applicable to the selected font scheme.