Seiko Epson Corporation

Tokyo University of Marine Science and Technology

Kitano Seiki Co., Ltd.

University of Fukui

National University Corporation Tokyo University of Marine Science and Technology

Masahiro Kitano

Ryuichi Shiohara

Toshiyuki Yamamoto

Mitsuru Izumi

Makoto Inoguchi

Isuke Karaki

Osamu Honda

Hidehiko Sugimoto

Motohiro Miki

Hidehiko Grad School Of Eng Univ Fukui Sugimoto

An image-displaying device includes a storage section, an image data generation section, a timing information acquisition section, and a display control section. The image data generation section is configured to generate image data indicative of an image of a subject and output to the storage section the image data including an Nth image data and an (N+i)th image data. The timing information acquisition section is configured to acquire timing information indicative of a timing related to generation of the image data and a timing at which output of each of the Nth image data and the (N+i)th image data to the storage section is completed. The display control section is configured to control a display section to commence reading and displaying the Nth image data in accordance with acquisition of the timing information indicating that the output of the (N+i)th image data to the storage section is completed.

Image-displaying device and display timing control circuit

A timing generator includes a frame rate information receiver, a display control section, and a determination unit. The frame rate information acquisition section is configured to receive information indicating a frame rate of an image sensor. The display control section is configured to output dot clocks in a first cycle to a display which includes a counter being configured to count the number of the dot clocks for a synchronization period, where the dot clocks are a synchronization signal. The determination unit is configured to determine whether or not the number of the dot clocks in the synchronization period is expected to exceed a predetermined number, where length of the synchronization period is based on at least the frame rate of the image sensor. The display control section is configured to switch from the first cycle to a second cycle, if the number of dot clocks is expected to exceed the predetermined number.

Timing generator, imaging device, and dot-clock output method

An image-displaying device includes a first storage section, an image data generation section, a timing information acquisition section and a display control section. The image data generation section is configured to output the image data to the first storage section with the image data being composed of a plurality of predetermined data units. The timing information acquisition section is configured to acquire timing information indicative of a timing related to generation and output of the image data to the first storage section with respect to each of the predetermined data units. The display control section is configured to control a display section to read and display an None of the predetermined data units after output of an (N+i)one of the predetermined data units to the first storage section is completed according to the timing information, where N is a natural number and i is a nonnegative integer.

A joint includes a housing and a refrigerant tube connected to a refrigerant source and communicated with a target part in a rotating machine. A rotating member is loosely fitted inside with the refrigerant tube and fixed to a rotary part of the rotating machine. A relatively rotating member has a fixed-side member and rotating-side member. The fixed-side member is connected to the refrigerant tube via a refrigerant tube extension section. The rotating-side member is connected to the rotating member via a rotating member extension section. A refrigerant zone is formed by spaces defined between the refrigerant tube and the rotating member, and between the refrigerant tube and rotating member extension sections. A sealing member is installed between the fixed-side and rotating-side members. A vacuum chamber and pressure chamber are defined within the housing.

Cryo-rotary joint

A magnetizing device for superconductor and a superconducting synchronous machine are provided capable of constituting more compact and simple equipment that uses a superconductor as a magnet. The magnetizing device for superconductor includes a superconductor (); a coolant chamber () for cooling the superconductor () down to or below a critical temperature at which the transition to a superconducting state occurs; coils (') for generating a magnetic field equal to or higher than a critical magnetic field in which the intrusion of a magnetic flux into the superconductor () starts, around the superconductor () cooled down to or below the critical temperature at which the transition to the superconducting state occurs; and position modification means capable of arranging the superconductor () on a disk () and modifying the relative positional relationship with the coils (&#x2032;).

Superconductor magnetizing device and superconducting synchronization device

A printer that enables a determination whether a failure has occurred in a device during initialization or a radio wave condition is bad. Receive electric field strength during a time period from a time at which a turn-off message is outputted to a time at which turn-on message is outputted and receive electric field strength after the turn-on message is outputted are measured. The measurements are compared with each other and information indicating the condition of each of a plurality of channels is printed out according to the results of the comparison. A user can reference the printed information to determine whether a failure has occurred in a device or the radio wave condition is bad.

Printing device, diagnosing method for printing device, and diagnosing program for printing device

A printing apparatus can be easily initialized, and can easily know an error correcting method. Upon first power-up, a storage unit stores in the apparatus the initialization item data indicating the items to be initialized, and prints out the stored initialization item data. Since the contents to be initialized are printed out, the operation can be performed according to the contents without reading impossible instruction manual, thereby improving the initializing operation efficiency. Additionally, the storage unit stores the error correcting operation data indicating the operating method for correcting an error when the error occurs in the apparatus, and prints out the stored error correcting operation data. Since the error correcting operation method is printed out, an occurring error can be easily corrected by referring to the output method.

Printing apparatus, printing apparatus initializing method, printing apparatus error correcting method, printing apparatus initializing program, and printing apparatus error correction program

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Tokyo, Japan

Masahiro Kitano