Abstract: Provided are a housing and a handling method for a processing device that can prevent the adherence of dust particles and the like on a sensor. A housing accommodates a sensor that detects an energy beam. The housing comprises: a chamber provided with a transparent member through which the energy beam can pass; and a supply port for supplying gas into the chamber. The sensor detects an energy beam incident thereon via the transparent member.

Abstract: To provide an internal temperature measurement device being manufactured at low costs, an internal temperature measurement method and a program. A deep body thermometer (100) comprises a measurement part (1) and a controller part (6). The measurement part (1) comprises a thermo-electric element (112) for measuring a heat flux amount HF from the internal position of subject as a subject to be measured and a temperature sensor (111) for measuring temperature T of a face of the thermo-electric element 112) at a side of the subject to be measured. The measurement part (1) outputs a heat flux amount HF1 measured by the thermo-electric element (112), a temperature T1 measured by the temperature sensor (111) at the heat flux amount HF1, a heat flux amount HF2 different from the heat flux amount HF1 measured by the thermo-electric element (112) and a temperature T2 measured by the temperature sensor (111) at the heat flux amount HF2.

Abstract: Provided are a housing and a handling method for a processing device that can prevent the adherence of dust particles and the like on a sensor. A housing accommodates a sensor that detects an energy beam. The housing comprises: a chamber provided with a transparent member through which the energy beam can pass; and a supply port for supplying gas into the chamber. The sensor detects an energy beam incident thereon via the transparent member.

Abstract: There is provided an interface card system for SD bus control. The interface card system for SD bus control includes a CPU bus interface 11a and/or an SD bus interface 11b, a host interface module 16 connected to the interfaces which interprets an SD command and controls operation of the whole of the interface card system, first and second internal SD host engines 15a and 15b which function as a host controller, first and second selectors 14a and 14b respectively connected to the internal SD host engines which each select a path for data or a command, first and second SD bus interfaces 13a and 13b respectively connected to the selectors, and a data pass-through control section 17 connected to the SD bus interfaces connected to the selectors which allows an SD command and data to pass through.

Abstract: There is provided an interface card system for SD bus control. The interface card system for SD bus control includes a CPU bus interface 11a and/or an SD bus interface 11b, a host interface module 16 connected to the interfaces which interprets an SD command and controls operation of the whole of the interface card system, first and second internal SD host engines 15a and 15b which function as a host controller, first and second selectors 14a and 14b respectively connected to the internal SD host engines which each select a path for data or a command, first and second SD bus interfaces 13a and 13b respectively connected to the selectors, and a data pass-through control section 17 connected to the SD bus interfaces connected to the selectors which allows an SD command and data to pass through.

Abstract: An SDIO card development supporting system for development of SDIO cards, an SDIO controller reference board, and a method for running the system are disclosed. The SDIO card development supporting system includes: (a) a hardware component comprising: (i) a platform equipped with an operating system and a memory operably connected to the operating system; (ii) an SD host board including an SDIO host device; and (iii) an SD bus operably connecting the operating system of the platform to the SD host board; and (b) a software component stored in the memory of the platform, wherein the software component comprises an SDIO test program that runs on the operating system of the platform.

Abstract: An SDIO card development supporting system for development of SDIO cards, an SDIO controller reference board, and a method for running the system are disclosed. The SDIO card development supporting system includes: (a) a hardware component comprising: (i) a platform equipped with an operating system and a memory operably connected to the operating system; (ii) an SD host board including an SDIO host device; and (iii) an SD bus operably connecting the operating system of the platform to the SD host board; and (b) a software component stored in the memory of the platform, wherein the software component comprises an SDIO test program that runs on the operating system of the platform.

Abstract: In a mixed signal integrated circuit containing both an analog core circuit and a digital core circuit, a plurality of dedicated analog boundary scan cells disposed around the analog core circuit are connected in series by a dedicated analog boundary scan path. A plurality of dedicated digital boundary scan cells disposed around a digital core circuit are connected in series by a dedicated digital boundary scan path. The analog and digital boundary scan paths are independent of each other. In testing the analog or digital core circuit, the boundary scan path dedicated thereto is selected so that sets of test control data or test data are shifted only in the boundary scan cells dedicated thereto. As a consequence, a test pattern is shortened and the analog or digital core circuit can efficiently be tested in a shorter period of time.