Abstract: According to the invention, it is possible to efficiently construct an environment for implementing an IT system. Provided is an environment construction support device. The environment construction support device stores a tree structure model that is information representing an environment for implementing an IT system in a tree structure and can be updated as needed, a construction script structure that is information related to a construction script that is a series of codes for constructing the environment and can be updated as needed, and parameter correspondence information that is information indicating a correspondence between an element of the tree structure model and an element of the construction script, and updates the parameter correspondence information to correspond to latest contents of the tree structure model and the construction script structure by comparing at least one of the tree structure model and the construction script structure with the parameter correspondence information.

Abstract: The present invention aims to suppress a decrease in the accuracy of inspection, recognition, and the like of an object. An information processing apparatus according to embodiments includes a processing unit (202) that generates image data on the basis of event data output from a first sensor (100) including a pixel array unit (101) in which multiple pixels (20) that each detect a luminance change of incident light and output event data are arranged in a two-dimensional lattice pattern. In the information processing apparatus, the processing unit generates first image data of a current frame by using event data detected during an integration period including an overlap period that overlaps with at least a part of a frame period of a previous frame.

Abstract: Disclosed herein is an information processing apparatus that processes an encrypted content. The apparatus includes a control section configured to control the following processes, such as a generation process, a moving range determination process, a holding process, a copying process, and an inactivation process. Such processes are to be performed independently in a specified order as a process for achieving moving out of at least a part of the encrypted content from a moving source to a moving destination.

Abstract: Disclosed herein is an information processing apparatus that processes an encrypted content. The apparatus includes a control section configured to control the following processes, such as a generation process, a moving range determination process, a holding process, a copying process, and an inactivation process. Such processes are to be performed independently in a specified order as a process for achieving moving out of at least a part of the encrypted content from a moving source to a moving destination.

Abstract: A design-review-output apparatus comprising: an identification unit 14 that, based on circuit information, which correlates and contains target-object identifiers that identify target objects of a circuit, and design-review information, which contains attributes for target design-review objects for each one or more design-review items in a circuit board design, identifies target-object identifiers that correspond to the target design-review items; an image-creation unit 16 that, based on the target-object identifiers identified by the identification unit 14 and board information that correlates the target-object identifiers with the position on the board of the target objects identified by the target-object identifiers, creates a design-review image that includes an image of the target design-review objects on the board; and an output unit 17 that outputs that design-review image.

Abstract: A design-review-output apparatus comprising: an identification unit 14 that, based on circuit information, which correlates and contains target-object identifiers that identify target objects of a circuit, and design-review information, which contains attributes for target design-review objects for each one or more design-review items in a circuit board design, identifies target-object identifiers that correspond to the target design-review items; an image-creation unit 16 that, based on the target-object identifiers identified by the identification unit 14 and board information that correlates the target-object identifiers with the position on the board of the target objects identified by the target-object identifiers, creates a design-review image that includes an image of the target design-review objects on the board; and an output unit 17 that outputs that design-review image.

Abstract: An optical printer device which includes an exposure device which makes relative movements, in a predetermined direction, with respect to a photosensitive body. The optical printer also has a plurality of first, second and third light-emitting elements which emit lights of a first, second and third colors. These light-emitting elements are mounted on a first, second and third mounting substrates, independent of one another, which correspond to the first, second and third colors.

Abstract: An optical printer device comprises an exposure device which makes relative movements, in a predetermined direction, with respect to a photosensitive body. The optical printer also has a plurality of first, second and third light-emitting elements which emit lights of a first, second and third colors. These light-emitting elements are mounted on a first, second and third mounting substrates, independent of one another, which correspond to the first, second and third colors.

Abstract: When the sensor block 10 is placed on the roller block 20 and the reading surface of the reading sensor 31 faces the aforementioned driving roller 28, then paper is automatically fed with the driving roller 28 and text and image data are read with the reading sensor 31. On the other hand, when the sensor block 10 is reversed 180.degree. and placed again over the roller block 20, then the reading sensor 31 reads text and images when the sensor block 10, arranged beneath the roller block 20, are moving or the document by manual operation.

Abstract: In an electronic timepiece equipped with a liquid crystal display, means are provided whereby the user can input a freely selected sequence of musical notes to be stored in a memory circuit, to thereby compose a melody, and whereby this melody can be subsequently emitted in audible form when coincidence occurs between a preset alarm time and the current time. Visible monitoring of information specifying the pitch and duration of each note is enabled when a melody is being input, by means of liquid crystal display patterns, together with audible monitoring.

Abstract: An analog quartz timepiece having a manually operated external control member, and a correction signal generation circuit controlled by the external control member to generate low speed and high speed correction signals when the external control member is actuated for a short period of time and for a predetermined time interval, respectively, by which a stepping motor is driven at a selected speed to perform time correction. The timepiece also includes a click mechanism operative to shift an hours hand step-wise from any optional position without affecting a minutes hand and a seconds hand. The timepiece further includes a seconds zero-reset mechanism operative to reset the seconds hand to zero.

Abstract: A function selection circuit for multi-function timepiece which has a timekeeping circuit, a display device to display output data from the timekeeping circuit, and a function circuit to provide a plurality of functions which can be selected by an external control member in a predetermined sequence. The function selection circuit has a circuit means controlled by the external control member to provide an output to enable a selection of time correction mode from said plurality of functions in the predetermined sequence.

Abstract: An analog quartz timepiece having a manually operated external control member, and a correction signal generation circuit controlled by the external control member to generate low speed and high speed correction signals when the external control member is actuated for a short period of time and for a predetermined time interval, respectively, by which a stepping motor is driven at a selected speed to perform time correction. The timepiece alo includes a click mechanism operative to shift an hours hand step-wise from any optional position without affecting a minutes hand and a seconds hand. The timepiece further includes a seconds zero-reset mechanism operative to reset the seconds hand to zero.

Abstract: An adjustable circuit for an electronic timepiece including a crystal oscillator, a frequency divider circuit, a display and a controlable means for increasing and decreasing the output frequency of the frequency divider circuit. The increasing and decreasing means includes a digital adder and a digital subtractor and a plurality of controlable gates for enabling the digital adder or subtractor to increase or decrease the output frequency of the frequency divider.

Abstract: An electronic timepiece provided with a liquid-crystal cell in a grounded casing, a common electrode on one side thereof and a segmented pattern electrode on the other side has a transparent shield electrode which is grounded to the casing and overlies the major part of the cell, with the exception of at least one window registering with a detecting electrode positioned on the glass cover of the casing. An ungrounded electrode underneath the window is pulsed by the electronic clockwork, the pulses being picked up by the detecting electrode and delivered to an evaluating device for measuring the operating rate of the timepiece.