Abstract:
A visual presenter includes a base, an upright portion standing from the base and having a distal end, a support column including a horizontal portion formed by bending the distal end of the upright portion so that the horizontal portion protrudes forward away from the base, the horizontal portion having a distal end, an imaging camera head mounted on the distal end of the horizontal portion, and a pivot portion provided on the upright portion of the support column so that the horizontal portion is pivotable horizontally.
Abstract:
A document presentation device comprising an imaging unit that takes images of documents and a display unit that displays the images of documents taken by the imaging unit.
Abstract:
Usability of device is improved for an imaging device that images a target object mounted on a table. In order to hold a camera head 120 and an illumination unit 130 with respect to a table 110 on which a target object is mounted, an imaging device 100 coaxially and rotatably supports a camera head holding arm 140 and an illumination unit holding arm 150 at an elevated portion 118, which is located at an inner-left corner of the table 110, such that degrees of inclinations of the arms may be variable with respect to the table 110. The arms are rotatably and axially supported at the elevated portion 118 such that the camera holding arm 140 can rotate with an accompanying rotation of the illumination unit holding arm 150 and the illumination unit holding arm 150 can rotate independently with no accompanying rotation of the camera holding arm 140.
Abstract:
A retractable scanner that is suited for scanning documents with different sizes. The retractable scanner comprises a first housing, a second housing, a fastening plate, a rolling element, a transparent sheet, and a scanning chassis. The second housing includes two side plates and a bottom plate, wherein the side plates and the bottom plate are connected with the first housing. The fastening plate is detachably connected with one of the first housing and the second housing. The rolling element is mounted in the first housing and the transparent sheet is wound on the rolling element. The transparent sheet can be dragged from the rolling element and then can be connected with the fastening plate such that a document can be placed on the transparent sheet. The scanning chassis is assembled in the first housing and it can reciprocally move under the transparent sheet.
Abstract:
The contractible outer-shell apparatus of a scanning device comprises a first shell body and a second shell body. There is a first space in the interior of the first shell body, of which four side-surface constitute one trough opening, and of which one side is provided with a manuscript weight-bearing glass. There is a second space in the interior of the second shell body. The second shell body is incased into the trough opening of the first body, by a way of relative motion which will connect the interior spaces of both the first shell body and the second shell body to a containing space of one body. The second shell body can move upward and downward along the direction confined by the trough opening of the first shell body between a contraction position and a stretch position. In an idle state, the second shell body can be adjusted to a contraction position to reduce the total volume of the device to make it be put away, placed, conveyed easily and to reduce cost.
Abstract:
An electrophotographic recording apparatus has a lid movable to open and close relative to a body of the apparatus, the lid having an exposing unit mounted thereto. The recording apparatus comprises a collapsible mechanism and a drive mechanism (gear mechanism). The exposing unit is suspended from the collapsible mechanism. The gear mechanism is operatively connected to the lid so that when the lid is opened and closed, the gear mechanism drives the collapsible mechanism to deform selectively into the collapsed position and the expanded position, respectively. When the collapsible mechanism is at the expanded position, the exposing unit is accurately positioned relative to an image-forming unit. When the collapsible mechanism is at the collapsed position, the exposing unit is at a retracted position so that the exposing unit allows easy access to the interior of the apparatus. The gear mechanism may include a torque limiter.
Abstract:
Expandable scanner apparatus may comprise a main body with a detector mounted therein. A contact head mounted to the main body can be moved toward and away from the main body between a retracted position and an extended position. An optical system operatively associated with the main body and the contact head focuses on the detector image light from an object being scanned when the contact head is in the extended position.
Abstract:
An image input apparatus includes an original mount for setting an original having an image surface to be input, an input unit, disposed at a position facing the original mount, for inputting the image surface of the original on the original mount, an original-moving unit for moving the original set an the original mount on a plane, and a moving unit for moving the input unit in a direction crossing the moving direction of the original on the plane.
Abstract:
A presentation supporting system is constructed to be space-saving and to allow compact packing under a non-service condition. In the presentation supporting system, the presentation conditions are adjusted adequately without much labor and time. The presentation supporting system of the invention has a table on which a subject matter is placed, a camera head unit for taking a visual image of the subject matter, a camera supporting base member projecting upright from a rear side of the table, and a folding camera supporting arm member to which the camera head unit is fixed. The folding camera supporting arm member is stretched upward under a service condition and is folded under a non-service condition. The presentation supporting system includes a control circuit having an EEPROM which stores settings of control buttons on a front operation panel and a control panel when a key set button is activated. These settings include selection of auxiliary lighting units for reflecting light or a base light unit for transmitting light, a sound output volume, an iris opening, a focal position, a zoom range, settings of a white balance mode and a display mode. The control circuit reads an operating condition of the key set button immediately after power is supplied, and reproduces the settings stored in the EEPROM under an ON condition of the key set button. Under an OFF condition of the key set button the control circuit sets default values.
Abstract:
A presentation supporting system is constructed to be space-saving and to allow compact packing under a non-service condition. In the presentation supporting system, the presentation conditions are adjusted adequately without much labor and time. The presentation supporting system of the invention has a table on which a subject matter is placed, a camera head unit for taking a visual image of the subject matter, a camera supporting base member projecting upright from a rear side of the table, and a folding camera supporting arm member to which the camera head unit is fixed. The folding camera supporting arm member is stretched upward under a service condition and is folded under a non-service condition. The presentation supporting system includes a control circuit having an EEPROM which stores settings of control buttons on a front operation panel and a control panel when a key set button is activated. These settings include selection of auxiliary lighting units for reflecting light or a base light unit for transmitting light, a sound output volume, an iris opening, a focal position, a zoom range, settings of a white balance mode and a display mode. The control circuit reads an operating condition of the key set button immediately after power is supplied, and reproduces the settings stored in the EEPROM under an ON condition of the key set button. Under an OFF condition of the key set button the control circuit sets default values.