Abstract: A diagnostic apparatus includes a first acquiring unit that acquires sound information, a second acquiring unit that acquires operation information indicating a component in operation among a plurality of components of an analysis target apparatus, and a display unit that, when the acquired sound information is reproduced, displays operating states of the plurality of components at the time point when the reproduced sound is acquired, using the operation information.

Abstract: An imaging device includes: an imaging unit that divides an object to be imaged into multiple areas, and captures multiple divided images; a correcting unit that corrects the multiple divided images captured by the imaging unit; and a generating unit that generates one composite image by compositing the multiple divided images after being corrected by the correcting unit.

Abstract: An image processing apparatus includes a receiving unit that receives a first image that is captured with an object irradiated with light from a light irradiating unit and a second image that is captured with the object not irradiated with light from the light irradiating unit, and a generating unit that generates a composite image by adjusting brightness of a whole area of the second image such that brightness at a specific location in the first image is approximately equal to brightness at a corresponding specific location in the second image, and by replacing in the first image a pixel value of a pixel that is affected by light irradiation by the light irradiating unit with a pixel value of a pixel in the second image that has been adjusted in brightness.

Abstract: A diagnostic device includes an acquisition unit, an extraction unit, a generation unit, and a display. The acquisition unit acquires sound information. The extraction unit extracts, from the acquired sound information, device information related to a device to be analyzed. The generation unit performs time-frequency analysis on the acquired sound information, and generates a first analysis result expressing change over time in an intensity distribution at each frequency. The display displays a second analysis result chosen on the basis of the first analysis result and the device information, and the first analysis result.

Abstract: A diagnostic apparatus includes a first acquiring unit that acquires sound information, a second acquiring unit that acquires operation information indicating a component in operation among a plurality of components of an analysis target apparatus, and a display unit that, when the acquired sound information is reproduced, displays operating states of the plurality of components at the time point when the reproduced sound is acquired, using the operation information.

Abstract: A three-dimensional data generation device includes a data division unit, a detection unit, an output command unit, and a data correction unit. The data division unit divides sectional shape data on one layer of a shaped object into mark data for shaping a mark for correction of sectional shape data on a different layer to be output as superposed on the one layer and post-removal data obtained by removing the mark data from the sectional shape data on the one layer. The detection unit detects an amount of misregistration of the mark output using the mark data from a position determined in advance. The output command unit commands output using the post-removal data so as to form the one layer of the shaped object together with the mark. The data correction unit corrects the sectional shape data on the different layer using the amount of misregistration of the detected mark.

Abstract: A diagnostic apparatus includes a first acquiring unit that acquires sound information, a second acquiring unit that acquires operation information indicating a component in operation among a plurality of components of an analysis target apparatus, and a display unit that, when the acquired sound information is reproduced, displays operating states of the plurality of components at the time point when the reproduced sound is acquired, using the operation information.

Abstract: A diagnostic device includes an acquisition unit, first and second measurement units, a generation unit, and a guidance unit. The acquisition unit accepts a produced sound as input and acquires sound information. The first measurement unit measures a distance from a standard position. The second measurement unit measures a change in orientation from a standard state. The generation unit generates appropriate position information, the appropriate position information being the distance from the standard position to the diagnostic device measured by the first measurement unit, and the change in orientation from the standard state measured by the second measurement unit. The guidance unit uses the appropriate position information to guide the diagnostic device to an appropriate position when acquiring the sound information.

Abstract: A terminal device includes: an acquiring unit that acquires image information; a displaying unit that displays the image information acquired by the acquiring unit; a receiving unit that receives an analysis position of image-quality unevenness from the image information displayed by the displaying unit; a detecting unit that detects pitch information by performing frequency analysis of the image information received by the receiving unit; a controlling unit that controls the displaying unit to display the pitch information detected by the detecting unit; and a storing unit that stores, as history information, the image information and the pitch information in association with the analysis position. The controlling unit controls the displaying unit to display the analysis position stored in the storing unit.

Abstract: A terminal device includes an acquisition unit that acquires image information of a read-out original, a display unit that displays the image information acquired by the acquisition unit, a detection unit that detects pitch information by performing frequency analysis of the image information displayed by the display unit, and a control unit that controls the image information so as to be enlarged or reduced in accordance with a size of the original and controls to display the pitch information so as to be superimposed on the image information which is enlarged or reduced.

Abstract: An information processing apparatus includes: a processing unit that sequentially performing processing on plural data; a display unit that displays information relevant to results of the processing performed on the data by the processing unit; and a control unit that, when processing performed on certain data of the plural data is completed by the processing unit, controls the display unit so as to display information relevant to a result of the processing performed on the data as information which indicates that data corresponding to a subsequent processing sequence is being processed.

Abstract: A diagnostic apparatus includes an acquiring unit that acquires sound information; a first analysis unit that performs a frequency analysis of the sound information and generates frequency analysis result data representing a temporal change in an intensity distribution for each frequency; a specifying unit that specifies a frequency of an abnormal sound in the frequency analysis result data; a second analysis unit that analyzes a frequency component of the specified frequency of the abnormal sound; and an extracting unit that extracts period information of the abnormal sound from an analysis result acquired by the second analysis unit.

Abstract: A terminal device includes a display unit that displays acquired image information, a receiving unit that receives an analysis position of quality unevenness in the image information, and a detection unit that detects pitch information by respectively performing frequency analysis on first and second regions containing the analysis position. The display unit displays the pitch information detected from the first region with respect to pitch information equal to or greater than a predetermined pitch length and displays the pitch information detected from the second region with respect to pitch information less than the predetermined pitch length.

Abstract: A three-dimensional data generation device includes a data division unit, a detection unit, an output command unit, and a data correction unit. The data division unit divides sectional shape data on one layer of a shaped object into mark data for shaping a mark for correction of sectional shape data on a different layer to be output as superposed on the one layer and post-removal data obtained by removing the mark data from the sectional shape data on the one layer. The detection unit detects an amount of misregistration of the mark output using the mark data from a position determined in advance. The output command unit commands output using the post-removal data so as to form the one layer of the shaped object together with the mark. The data correction unit corrects the sectional shape data on the different layer using the amount of misregistration of the detected mark.

Abstract: A terminal device includes an acquisition unit that acquires image information, a display unit that displays the image information acquired by the acquisition unit, a detection unit that detects pitch information by performing frequency analysis on the image information displayed by the display unit, and a control unit that controls the display unit to display the pitch information detected by the detection unit. The control unit adjusts saturation or shade of the image information displayed by the display unit.

Abstract: A terminal device includes an acquisition unit that acquires image information of a read-out original, a display unit that displays the image information acquired by the acquisition unit, a detection unit that detects pitch information by performing frequency analysis of the image information displayed by the display unit, and a control unit that controls the image information so as to be enlarged or reduced in accordance with a size of the original and controls to display the pitch information so as to be superimposed on the image information which is enlarged or reduced.

Abstract: A terminal device includes: an acquiring unit that acquires image information; a displaying unit that displays the image information acquired by the acquiring unit; a receiving unit that receives an analysis position of image-quality unevenness from the image information displayed by the displaying unit; a detecting unit that detects pitch information by performing frequency analysis of the image information received by the receiving unit; a controlling unit that controls the displaying unit to display the pitch information detected by the detecting unit; and a storing unit that stores, as history information, the image information and the pitch information in association with the analysis position. The controlling unit controls the displaying unit to display the analysis position stored in the storing unit.

Abstract: A terminal device includes a display unit that displays acquired image information, a receiving unit that receives an analysis position of quality unevenness in the image information, and a detection unit that detects pitch information by respectively performing frequency analysis on first and second regions containing the analysis position. The display unit displays the pitch information detected from the first region with respect to pitch information equal to or greater than a predetermined pitch length and displays the pitch information detected from the second region with respect to pitch information less than the predetermined pitch length.

Abstract: A diagnostic apparatus includes an acquiring unit that acquires sound information; a first analysis unit that performs a frequency analysis of the sound information and generates frequency analysis result data representing a temporal change in an intensity distribution for each frequency; a specifying unit that specifies a frequency of an abnormal sound in the frequency analysis result data; a second analysis unit that analyzes a frequency component of the specified frequency of the abnormal sound; and an extracting unit that extracts period information of the abnormal sound from an analysis result acquired by the second analysis unit.

Abstract: A diagnostic apparatus includes a first acquiring unit that acquires sound information, a second acquiring unit that acquires operation information indicating a component in operation among a plurality of components of an analysis target apparatus, and a display unit that, when the acquired sound information is reproduced, displays operating states of the plurality of components at the time point when the reproduced sound is acquired, using the operation information.