Abstract: A rotation base has a base circular structure. A display backing has a backing circular structure. The backing circular structure is rotatably attached to the base circular structure to permit the display backing to rotate between landscape and portrait orientations relative to the rotation base. One of the base and backing circular structures defines a slot. The other of the base and backing circular structures defines a tab rotatably disposed within the slot.

Abstract: According to examples, an apparatus may include a guide frame, a standard position pawl movably attached to the guide frame, the standard position pawl to engage a standard pawl detent. The apparatus may also include a custom position pawl movably engaged with the guide frame, the custom position pawl to engage custom pawl teeth of a rack. The apparatus may further include a switch in movable engagement with the guide frame, the switch being movable between a first position at which the custom position pawl is maintained at a disengaged position with respect to the custom pawl teeth of the rack and a second position at which the custom position pawl is free to move between the disengaged position and an engaged position with respect to the custom pawl teeth of the rack.

Abstract: A rotation base has a base circular structure. A display backing has a backing circular structure. The backing circular structure is rotatably attached to the base circular structure to permit the display backing to rotate between landscape and portrait orientations relative to the rotation base. One of the base and backing circular structures defines a slot. The other of the base and backing circular structures defines a tab rotatably disposed within the slot.

Abstract: Examples of the present disclosure are directed toward a control panel display with rotatable mount. An example apparatus includes a control panel mount including a first surface to receive a control panel display and a second surface opposite the first surface. The apparatus further includes a rotatable mount including a first surface and a second surface opposite the first surface. A first hinge mechanism which is rotatable about a first axis may allow the rotatable mount to move between a first operational position in which the rotatable mount is disposed in contiguous contact with a top cover of the apparatus and a second operational position in which the control panel display is disposed within a recessed portion of the top cover. A second hinge mechanism may be rotatable about a second axis orthogonal to the first axis to change a display angle of the control panel display.

Abstract: According to examples, an apparatus may include a guide frame, a standard position pawl movably attached to the guide frame, the standard position pawl to engage a standard pawl detent. The apparatus may also include a custom position pawl movably engaged with the guide frame, the custom position pawl to engage custom pawl teeth of a rack. The apparatus may further include a switch in movable engagement with the guide frame, the switch being movable between a first position at which the custom position pawl is maintained at a disengaged position with respect to the custom pawl teeth of the rack and a second position at which the custom position pawl is free to move between the disengaged position and an engaged position with respect to the custom pawl teeth of the rack.

Abstract: According to examples, an apparatus may include a guide system including a first gear having teeth to engage with a first set of teeth, a second gear having teeth to engage with a second set of teeth, the first gear and the second gear to rotate in concert with respect to each other, and a first glide mechanism to slidably contact a first channel. In addition, the apparatus may include a panel to employ the guide system to be slidably mounted to a base structure, wherein the first gear and the second gear are to impede rotation of the panel about a first axis and the first glide mechanism is to impede rotation of the panel about a second axis.

Abstract: A modular scanner sub-assembly (SSA) is provided for use with scanners and multi-functional devices (e.g., multi-function printers). The SSA includes a tub and a flatbed imaging surface that is attached onto a top end of the tub. The modular SSA includes multiple scanner components that are operatively assembled within the tub to enable scanner functionality when the scanner or multifunction device is made operative.