Abstract: A light source device includes: a fluorescent material configured to rotate about a rotation axis, and emit fluorescence upon reception of excitation light; a light source configured to emit the excitation light; an optical filter that is arranged to cover a part of the fluorescent material from a direction along the rotation axis, the optical filter being configured to pass light of some wavelength band in the fluorescence generated by excitation of the fluorescent material; and a first processor configured to control a rotation operation of the fluorescent material about the rotation axis, and an operation of the light source.

Abstract: A soft magnetic iron alloy sheet has a saturation magnetic flux density comparable to that of Permendur, with the same iron loss as electromagnetic pure iron, and a lower cost than Permendur. The soft magnetic iron alloy sheet includes, as a chemical composition, 30 at % or less of Co, 0.1 at % or more and 11 at % or less of N, and 1.2 at % or less of vanadium, with the remainder being Fe and impurities. In a thickness direction of the soft magnetic iron alloy sheet, a surface layer region has an average nitrogen concentration of 1 at % or more and 15 at % or less and an internal region has a lower average nitrogen concentration than the surface layer region. In the surface layer region, a thickness is 1% or more and 30% or less from both main surfaces of the sheet and iron-nitride martensite having a tetragonal structure is formed.

Abstract: In general, one innovative aspect of the subject matter described in this specification can be embodied in methods that include the actions of receiving a key event at an input method editor (IME) server transmitted to the IME server from an IME client that is in communication with the IME server, wherein the IME server is a stateful server that stores both requests and responses of a communication session between the IME server and the IME client, and the IME client is a stateless IME client that issues a request to the IME server based on the key event, identifying, by the IME server, one or more logographic characters based on the key event, generating, by the IME server, rendering information corresponding to the one or more logographic characters, and transmitting the rendering information from the IME server to the IME client to display the one or more logographic characters.

Abstract: In general, one innovative aspect of the subject matter described in this specification can be embodied in methods that include the actions of receiving a key event at an input method editor (IME) server transmitted to the IME server from an IME client that is in communication with the IME server, wherein the IME server is a stateful server that stores both requests and responses of a communication session between the IME server and the IME client, and the IME client is a stateless IME client that issues a request to the IME server based on the key event, identifying, by the IME server, one or more logographic characters based on the key event, generating, by the IME server, rendering information corresponding to the one or more logographic characters, and transmitting the rendering information from the IME server to the IME client to display the one or more logographic characters.

Abstract: In general, one innovative aspect of the subject matter described in this specification can be embodied in methods that include the actions of receiving an input method editor (IME) server request, the IME server request including one or more tokens and requesting that an IME server be instantiated, the IME server executing one or more IME functions based on a key event sent from an IME client, wherein the IME server is a stateful server that stores both requests and responses of a communication session between the IME server and the IME client, determining that the IME server can be instantiated in a restrictive environment based on the one or more tokens, and instantiating the IME server in the restrictive environment. Other embodiments of this aspect include corresponding systems, apparatus, and computer programs, configured to perform the actions of the methods, encoded on computer storage devices.

Abstract: In general, one innovative aspect of the subject matter described in this specification can be embodied in methods that include the actions of receiving an input method editor (IME) server request, the IME server request including one or more tokens and requesting that an IME server be instantiated, the IME server executing one or more IME functions based on a key event sent from an IME client, wherein the IME server is a stateful server that stores both requests and responses of a communication session between the IME server and the IME client, determining that the IME server can be instantiated in a restrictive environment based on the one or more tokens, and instantiating the IME server in the restrictive environment. Other embodiments of this aspect include corresponding systems, apparatus, and computer programs, configured to perform the actions of the methods, encoded on computer storage devices.

Abstract: A non-metallic self-supporting aerial optical cable is comprised of a suspension wire and optical cable which are made of non-metallic material and have non-metallic sheaths. The optical cable and suspension wire are maintained substantially parallel by a number of spaced apart connecting members. The optical cable is allowed to sag between the connecting members in order to withstand tensile forces which result from wind, snow and the like.