Abstract: In a demand level calculation apparatus (20) of the present invention, the advertisement information acquisition unit (21) acquires advertisement information on at least one of an advertising target product or an advertising target service in a specific area of a real space, the coordinate information generation unit (22) generates coordinate information associated with a fiducial marker installed in the specific area, and maps a virtual point indicating a specific position in the specific area on the coordinate information, and associates the virtual point with the advertisement information, the visitor information acquisition unit (23) acquires visitor information including attribute information and behavior information of a visitor in the specific area, and the demand level calculation unit (24) calculates a magnitude of a demand level for the advertisement information based on the advertisement information and the visitor information.

Abstract: In an advertisement information generation apparatus (30) of the present invention, the advertisement information generation unit (31) generates advertisement information on at least one of an advertising target product or an advertising target service, the coordinate information acquisition unit (32) acquires coordinate information associated with a fiducial marker installed in a specific area of a real space, a virtual point indicating a specific position in the specific area is mapped on the coordinate information, the virtual object generation unit (33) generates a virtual object associated with the virtual point and the advertisement information, the virtual object is composed of a main object and a sub object, the main object is an image object representing contents of the advertisement information, and the sub object is an object to which text information representing the contents of the advertisement information is added.

Abstract: The present disclosure promotes distribution of sensor data among a plurality of business operators. A controller that an information processing system according to the present disclosure includes collects first data including a plurality of items and personal information from mobile bodies belonging to a first business operator. The controller converts the first data to second data not being usable to identify individuals. The controller provides data in a range decided based on content of a predetermined data use contract, among the second data, to a second business operator. The controller calculates a consideration for the data that is to be paid by the second business operator, based on a data use record of the second business operator.

Abstract: A conveying block 20 for conveying recording mediums between slots 15 and a drive block 16 is provided with a recording medium delivery block 50 for delivering the recording mediums to and from the slots 15 or the drive block 16, an extendable and retractable rail portion for moving the recording medium delivery block to a desired slot, and a control block 17 for controlling extension and retraction operation of the rail portion 31. The control block 17 determines whether the slots 15 are provided in an expansion area provided in an extending direction of the rail portion 31, and when the slots 15 are provided in the expansion area, the rail portion 31 is extended so that the recording medium delivery block 50 is moved to the desired slot in the expansion area. The recording mediums are efficiently stored for changer operation.

Abstract: The recording medium delivery mechanism includes a slider, a holding lever, a biasing portion, a lever-opening operation portion, and a housing and discharging drive unit. The slider is supported on a chassis to be movable in housing and discharging directions of a recording medium. The holding lever is rotatably supported by the slider and configured to hold the recording medium. The biasing portion is configured to bias the holding lever toward the recording medium. The lever-opening operation portion is provided to the holding lever, is engaged with a lever engagement portion provided to the chassis by a movement of the slider in the discharging direction of the recording medium, and configured to rotate the holding lever in a direction away from the recording medium. The housing and discharging drive unit is configured to move the chassis and the slider in the housing and discharging directions of the recording medium.

Abstract: A cable processing apparatus includes a first pulley, a second pulley, and a cable. The first pulley is configured to rotate about a rotational axis. The second pulley is configured to rotate about the rotational axis together with the first pulley. The cable includes a fixation region to be fixed to the first pulley and the second pulley. The first pulley is configured to rotate about the rotational axis, to thereby perform one of winding of the cable from the fixation region to one end portion and unwinding of the wound cable. The cable includes a predetermined-length portion from the fixation region to the other end portion, which is wound around the second pulley. The second pulley is configured to rotate about the rotational axis together with the first pulley, to thereby perform one of rewinding and tightening of the wound predetermined-length portion of the cable.

Abstract: A conveying block 20 for conveying recording mediums between slots 15 and a drive block 16 is provided with a recording medium delivery block 50 for delivering the recording mediums to and from the slots 15 or the drive block 16, an extendable and retractable rail portion for moving the recording medium delivery block to a desired slot, and a control block 17 for controlling extension and retraction operation of the rail portion 31. The control block 17 determines whether the slots 15 are provided in an expansion area provided in an extending direction of the rail portion 31, and when the slots 15 are provided in the expansion area, the rail portion 31 is extended so that the recording medium delivery block 50 is moved to the desired slot in the expansion area. The recording mediums are efficiently stored for changer operation.

Abstract: The recording medium delivery mechanism includes a slider, a holding lever, a biasing portion, a lever-opening operation portion, and a housing and discharging drive unit. The slider is supported on a chassis to be movable in housing and discharging directions of a recording medium. The holding lever is rotatably supported by the slider and configured to hold the recording medium. The biasing portion is configured to bias the holding lever toward the recording medium. The lever-opening operation portion is provided to the holding lever, is engaged with a lever engagement portion provided to the chassis by a movement of the slider in the discharging direction of the recording medium, and configured to rotate the holding lever in a direction away from the recording medium. The housing and discharging drive unit is configured to move the chassis and the slider in the housing and discharging directions of the recording medium.

Abstract: A cable processing apparatus includes a first pulley, a second pulley, and a cable. The first pulley is configured to rotate about a rotational axis. The second pulley is configured to rotate about the rotational axis together with the first pulley. The cable includes a fixation region to be fixed to the first pulley and the second pulley. The first pulley is configured to rotate about the rotational axis, to thereby perform one of winding of the cable from the fixation region to one end portion and unwinding of the wound cable. The cable includes a predetermined-length portion from the fixation region to the other end portion, which is wound around the second pulley. The second pulley is configured to rotate about the rotational axis together with the first pulley, to thereby perform one of rewinding and tightening of the wound predetermined-length portion of the cable.

Abstract: A manufacturing method of a resin molded article, includes a primary molding step of molding a primary compact having an optical element and a protruding portion by using a light transmissive molding material, and a secondary molding step of molding a secondary compact that supports the primary compact by using a molding material different from the molding material and integrating the primary compact with the secondary compact. The protruding portion is molded to protrude on the secondary compact side, and at the primary molding step, the molding material of the primary compact is supplied into a molding space for the optical element and it is thereby supplied into a cavity of a molding die for the primary compact.

Abstract: A recording medium changer includes a storage block that is movable in a longitudinal direction, a drive block that processes data recorded on a recording medium, a conveying block that is movable in a vertical direction and conveys the recording medium for mounting onto the drive block or for storage into the storage block, and a power supply block that supplies drive power to individual sections. The rear position of the storage block is present above the drive block, the driving delivery position of the conveying block is present forward of the drive block, the conveying block is present in the driving delivery position at the time of movement of the storage block in the longitudinal direction, and the storage block is present in the forward position when storage and ejection of the recording medium into and from the storage block are performed via an opening.

Abstract: A recording medium changer includes a storage block that is movable in a longitudinal direction, a drive block that processes data recorded on a recording medium, a conveying block that is movable in a vertical direction and conveys the recording medium for mounting onto the drive block or for storage into the storage block, and a power supply block that supplies drive power to individual sections. The rear position of the storage block is present above the drive block, the driving delivery position of the conveying block is present forward of the drive block, the conveying block is present in the driving delivery position at the time of movement of the storage block in the longitudinal direction, and the storage block is present in the forward position when storage and ejection of the recording medium into and from the storage block are performed via an opening.

Abstract: A disc changer is provided to support each of a plurality of bare discs for recording and/or regeneration on a separate disc rack board without requiring a cartridge. The disc rack boards are positioned so as to form a vertical stack. A carrier is provided which moves only in the vertical direction along the vertical stack of disc rack boards. Furthermore, a plurality of disc drives is provided in a vertical stack opposing the vertical stack of disc rack boards. A hand is provided which moves only in a direction perpendicular to the direction in which the carrier moves, and operates to transfer one of the plurality of bare discs between one of the plurality of disc rack boards and the carrier and between one of the plurality of disc drives and the carrier. Thus, the number of discs which may be loaded is increased while the size of the disc changer is minimized.

Abstract: A disc changer is provided to support each of a plurality of bare discs for recording and/or regeneration on a separate disc rack board without requiring a cartridge. The disc rack boards are positioned so as to form a vertical stack. A carrier is provided which moves only in the vertical direction along the vertical stack of disc rack boards. Furthermore, a plurality of disc drives is provided in a vertical stack opposing the vertical stack of disc rack boards. A hand is provided which moves only in a direction perpendicular to the direction in which the carrier moves, and operates to transfer one of the plurality of bare discs between one of the plurality of disc rack boards and the carrier and between one of the plurality of disc drives and the carrier. Thus, the number of discs which may be loaded is increased while the size of the disc changer is minimized.

Abstract: An automatic cassette changer wherein a plurality of types of cassettes having different recording formats can be used. The automatic cassette changer comprises a plurality of types of cassettes in which different types of record media having different recording formats are accommodated, a cassette storage rack having a plurality of bins for storing the cassettes therein, a plurality of recording and/or reproducing apparatus each provided for selectively recording and/or reproducing a format signal in accordance with a selected one of the recording formats of the plurality of types of cassettes, and a transport mechanism for selectively transporting the cassettes between the bins and the recording and/or reproducing apparatus.

Abstract: An automatic cassette changer includes a large number of cassette storing racks in each of which a cassette is stored, a cassette transporter, and a recording and reproducing device. Automatic selective exchanging of cassettes between the cassette storing racks and the recording and reproducing device is performed by the cassette transporter. The changer has a sliding member that moves from a retracted position to an extended position and thereby moves a cassette pressing member from a retracted position to an extended position against the bias exerted by return springs so that a cassette stored in a cassette storing rack may be pushed out towards the cassette transporter by the cassette pressing member. However, the return springs avoid the possibility that a cassette stored in the cassette storing rack will accidentally jump out toward the cassette transporter and thus prevent accidental collision between the cassette and the cassette transporter.

Abstract: In a video cassette auto-changer which includes a plurality of reproducing and/or recording devices or VTRs, and a plurality of cassette storage bins arrayed in horizontal and vertical directions and each adapted to store a cassette therein; a cassette transporting apparatus for selectively transporting cassettes between the storage bins and the VTRs comprises fixed horizontal upper and lower guide rails along which upper and lower sliders are movable, a movable guide rail extending vertically between the sliders and pivotally connected to the latter at ends of the movable guide rail, a carriage movable vertically along the movable guide rail, a horizontal drive connected with the sliders for moving the carriage in the direction along the fixed guide rails and a vertical drive for moving the carriage along the movable guide rail.

Abstract: An automatic tape cassette loading device is composed of a plurality of cassette storage shelf blocks arranged side-by-side and each including plural tiers of cassette storage compartments for containing respective tape cassettes, a cassette transfer device associated with each of the cassette storage shelf blocks and adapted to perform tape cassette inserting and removing operations in respect to each of the cassette storage compartments of the respective cassette storage shelf block and transferring of tape cassettes over the extent of the respective cassette storage shelf block, a video tape recorder housing block mounted adjacent an end of the side-by-side arrangement of the cassette storage shelf blocks and containing at least one video tape recorder adapted to at least reproduce the signals recorded in a tape cassette delivered thereto from one of the cassette storage shelf blocks, and cassette delivery units provided between the adjoining side-by-side cassette storage shelf blocks and between the video