Abstract:
An optical scanning apparatus including a chassis having a panel, the panel having an opening defined therethrough. The apparatus has a scanner carriage which is moveably supported within the chassis. A carriage locking device includes an elongated locking member which is moveably disposed within the opening in the panel and, when the locking member is moved in a downward direction within the opening, the locking device secures the scanner carriage in a relatively fixed position with respect to the chassis.
Abstract:
A system and method for securing a moveable scanner device within a scanning system comprises a housing having a transparent platen provided thereon. The scanner device is operatively associated with the housing and is moveable along a displacement path. A drive system comprising a drive belt connected to the scanner device and a tensioning system operatively associated with the drive belt moves the scanner device along the displacement path. A control system operatively associated with the drive system actuates the drive system to move the scanner device to a stowed position along the displacement path, the location of the stowed position being such that a force exerted on the scanner device and directed along the displacement path is not transmitted to the drive belt tensioning system.
Abstract:
An overhead scanner includes a main body, a rotation unit supported by the main body and being rotatable around a rotation axis, an imaging unit mounted on the rotation unit and is configured to read a medium placed on a placement surface below the rotation unit, a light source that irradiates the medium with light, a driving unit that moves the rotation unit around the rotation axis toward a placement side, where the medium is placed, and a posture change detecting unit that detects posture change of the main body. When it is determined that the main body falls down based on the posture change detected, while the rotation unit is located at a readable position for reading the medium, the driving unit moves the rotation unit toward the standby position where the rotation unit is located when the imaging unit does not read the medium.
Abstract:
A carry case includes a body, a cover, and a lock unit. The body houses an image scanner. The cover is supported with respect to the body such that the cover can rotate around a longitudinal direction of the body. The lock unit locks the cover to the body in a closing state in which the cover covers the body after being rotated with respect to the body in an approaching direction along which the cover approaches the body. The cover is rotated with respect to the body in a withdrawing direction opposite to the approaching direction while the lock held by the lock unit is being released, so that the cover is developed to form a discharge path of a read medium.
Abstract:
An image forming apparatus, includes an image reader with an original document table. An image reading part has a light source, a light-receiving part, a reflection part, and a carriage that supports the light source or the reflection part. A cover covers a replacement member and is opened/closed integrally with the image reader. A main body accommodates an operation part for performing operations based on image data. An axis connects the image reader to the main body and turnably supports the image reader and the cover in approaching/separating directions with respect to the main body. An open/close detector detects an open/closed state of the image reader and the cover and a movement controller moves the carriage in a sub-scanning direction. When the image reader and the cover are open, the movement controller moves the carriage to a retreat position that is outside the original document table.
Abstract:
An overhead scanner includes a main body, a rotation unit supported by the main body and being rotatable around a rotation axis, an imaging unit mounted on the rotation unit and is configured to read a medium placed on a placement surface below the rotation unit, a light source that irradiates the medium with light, a driving unit that moves the rotation unit around the rotation axis toward a placement side, where the medium is placed, and a posture change detecting unit that detects posture change of the main body. When it is determined that the main body falls down based on the posture change detected, while the rotation unit is located at a readable position for reading the medium, the driving unit moves the rotation unit toward the standby position where the rotation unit is located when the imaging unit does not read the medium.
Abstract:
An image forming apparatus includes: an image forming apparatus main body; a supported body rotatably supported with the image forming apparatus main body; and a buffer device that shock-absorbs a shock due to a rotational operation of the supported body, the buffer device having: a guide member provided in the supported body; and a buffer device main body having a guided member provided in the image forming apparatus main body and guided with the guide member and a pressing member that presses the guided member, and in assembly before attachment of the buffer device main body to the image forming apparatus main body, in a state where the supported body is opened from the image forming apparatus main body, when the guided member is attached to the guide member, a movement prevention part provided in the guided member or the guide member preventing movement of the guided member in a direction away from the guide member.
Abstract:
An operation unit is provided with a touch panel display which includes a touch panel, a display panel, and a control portion which causes the display panel to display an operation screen so as to allow the touch panel to provide an operation instruction. The control portion is provided with an area display control portion which displays a function setting area and a task trigger area at positions opposing each other by taking a preview area as a reference on the operation screen, and a display position switching control portion which switches a positional relation in which the function setting area 2000 and the task trigger area 5000 are displayed.
Abstract:
An image reading apparatus having a movable image reading unit, a locking mechanism locking the image reading device, and a position sensor. The image reading unit has an engaged portion. The lock mechanism has an engaging portion that engages the engaged portion. A first detected portion changes its position in accordance with the movement of the engaging portion. The position sensor detects the image reading unit when the image reading unit is in a first position, and detects the first detected portion when the engaging portion engages with the engaged portion.
Abstract:
A linear guiding apparatus at least has a shaft and a shaft holding apparatus. The shaft holding apparatus is adapted to slide along the shaft. The shaft holding apparatus includes a body, an elastic member and an adjusting member. The body has a V-shape supporting surface, wherein the V-shape supporting surface is along the axis direction of the shaft and supports on outer edge of the shaft. The elastic member is mounted on the body, wherein the elastic member is elastically contacted the outer edge of the shaft, and the shaft is clipped between the elastic member and the V-shape supporting surface. The adjusting member is mounted on the body and contacted the elastic member, wherein the adjusting member is utilized to adjust the position of the elastic member. Therefore, a shaft of any diameter can be clipped between the elastic member and the V-shape supporting surface.