Abstract:
An electronic device comprises a housing, an electronic component fixed to the housing, and a fixing mechanism. The electronic component defines first and second latching notches. The fixing mechanism comprises a first latching component, a second latching component opposite to the first latching component, a first positioning post, and a second positioning post opposite to the first positioning post. The first and second latching components are capable of hooking over opposite ends of the electronic component, and fixing the electronic component to the housing in a first direction. The first and second positioning posts are capable of latching to the first and second latching notches, for fixing the electronic component to the housing in a second direction perpendicular to the first direction.
Abstract:
An electronic device for reading or writing to an optical disc includes a base and a traverse module set on the base. The base defines a receiving portion for receiving the optical disc. The traverse module is used for rotating and supporting the optical disc and comprises at least one friction-reducing component. The at least one friction-reducing component protrudes out of the bottom of the receiving portion and is positioned between the optical disc and the traverse module for preventing the optical disc from rubbing against the bottom of the receiving portion.
Abstract:
An electronic device comprises a main body, a flip cover rotatably connected with the main body, and at least one switching portion. The main body includes at least one through hole. The flip cover includes at least one protrusion corresponding to the at least one through hole. The at least one switching portion comprises an operating portion. The operating portion is slideably received in the at least one through hole and does not protrude from the at least one through hole at any time. When the flip cover covers on the main body, the at least one protrusion is inserted into the at least one through hole to press the at least one switching portion via pressing the operating portion.
Abstract:
An optical disk player includes a main body, a hinge, and a display. The main body includes a cover and an opposite base. The hinge includes a fixing portion coupled with the cover of the main body. The display is pivotably connecting to the main body by the hinge. The fixing portion defines a locating hole thereon. The cover defines a holding portion and a first locking portion. The first locking portion comprises a pole and a hook at an end of the pole. The holding portion of the cover is engaged in the corresponding locating hole of the fixing portion. The hook and the pole of the first locking portion are clasped different sides of the fixing portion.
Abstract:
An optical disk player includes a main body, a cover engaging with the main body, a pivot module, and a deceleration module. The pivot module includes a torsion spring, two ends of the torsion spring being fixed on the main body and the cover respectively. The deceleration module includes a first deceleration portion arranged on the main body and a second deceleration portion arranged on the pivot module. The first deceleration portion contacts the second deceleration portion and frictional forces therebetween reduces the speed of opening the cover.
Abstract:
A cable positioning mechanism to hold at least one cable in position includes a first sidewall, a second sidewall, and a third sidewall. The second sidewall and the third sidewall are respectively connected to opposite ends of the first sidewall. A first positioning member projects from the top of the first sidewall and extends in a direction substantially perpendicular to the first sidewall. A second positioning member projects from the top of the second sidewall, and a third positioning member projects from the top of the third sidewall. The first positioning member, the second positioning member, and the third positioning member cooperatively restrict the movement of the at least one cable.
Abstract:
An optical recording apparatus includes a traverse, a control circuit board, a shield substrate and an flexible flat cable (FFC). The traverse includes a spindle motor for rotating an optical disc and an optical pickup head for reading and/or writing the optical disc, the optical pickup head moves along a radial direction of the optical disc when reading and/or writing the optical disc. The FFC electrically connects the optical pickup head and the control circuit board and transmits signals between them, and a portion of the FFC adjacent to the second end is bent to facing the shield substrate. The shield substrate includes at least two limiting members, and the at least two limiting members are positioned at two opposite sides of the portion of the FFC facing the shield substrate to enable the portion of the FFC facing the shield substrate to move along the first direction.
Abstract:
An exemplary electronic device includes a cover, a circuit board and a driving module both mounted on the bottom cover, an electronic component fixed on the circuit board, and a top cover covering the bottom cover. The driving module has a rotating shaft adapted for supportively driving an optical disk to rotate. The electronic component generates heat during operation. Through holes are defined in the top cover and located at a periphery of the rotating shaft. When the optical disk is mounted on the rotating shaft and driven to rotate by the rotating shaft, air heated by the electronic component in the electronic device can flow out of the top cover via the through holes, and rotation of the optical disk facilitates such airflow.
Abstract:
An exemplary key device includes a circuit board, a frame, a cap, a partition board and two protrusions. The circuit board has two contacts thereon. The cap is configured on the frame and includes a bottom surface facing the circuit board. The partition board extends down from the bottom surface and abutting against the circuit board. The two protrusions are at two opposite sides of the partition board. The two protrusions extend down from the bottom surface, and each includes a distal end adjacent and above a respective one of the contacts of the circuit board.
Abstract:
A casing of an electronic device includes a holder, a cover and a wire baffle structure. The holder includes a supporting post. The supporting post axially defines a mounting hole therethrough. The cover includes a fixing post corresponding to the supporting post. The fixing post axially defines a fixing hole therethrough. The fixing hole communicates with the mounting hole. The wire baffle structure is formed at a top end of the supporting post. The wire baffle structure encircles a free end of the fixing post.