Abstract:
A camera module comprises a pivot and a lens barrel. The pivot comprises a first end portion and a second end portion opposite to the first end portion. The lens barrel is connected to the pivot, and comprises a camera lens, a focusing structure located on the lens barrel, and a pivoting portion opposite to the camera lens. The pivoting portion can rotatably pivot on the first end portion of the pivot. In another aspect, an electronic device comprises the camera module and a body, the body comprising an engaging end and an abutment surface adjacent to the engaging end; wherein the engaging end is connected to the second end portion of the pivot of the camera module. The camera module can be telescopically rotated when the electronic device is equipped with the camera module, so that the camera module can shoot images from multi-faceted perspectives.
Abstract:
An exemplary thermal dissipating device is for cooling an electronic component of a circuit board. The thermal dissipating device includes a heat conductive plate with a first side and a second side opposite to the first side, a plurality of heat pipes, and a plurality of fin arrays. The heat conductive plate includes a first part with the first side in closely contact with the electronic component, and a second part perpendicularly disposed beside the first part. The heat pipes are embedded in the second side of the conductive plate, extending from the first part to the second part. One of the fin arrays is attached to the second side of the first part of the conductive plate. The others of the fin arrays are attached to the second part of the conductive plate the first and second sides respectively.
Abstract:
A heat dissipation assembly mounted to a main board in a blade server includes a graphics card, a heat sink, and a thermal board. The graphics card includes a GPU and a plurality of first graphics memory chips mounted on a top thereof, and a plurality of second graphics memory chips mounted on a bottom thereof. The heat sink for cooling the GPU and the first graphics memory chips, includes a base attached to the top of the graphics card, a finned part fixed to a top of the base, and a heat pipe sandwiched between the base and the finned part. A pathway of the heat pipe passes over the GPU and at least part of the first graphics memory chips of the graphics card. The thermal board is mounted to the bottom of the graphics card for cooling the second graphics memory chips.
Abstract:
An exemplary thermal dissipating device is for cooling an electronic component of a circuit board. The thermal dissipating device includes a heat conductive plate with a first side and a second side opposite to the first side, a plurality of heat pipes, and a plurality of fin arrays. The heat conductive plate includes a first part with the first side in closely contact with the electronic component, and a second part perpendicularly disposed beside the first part. The heat pipes are embedded in the second side of the conductive plate, extending from the first part to the second part. One of the fin arrays is attached to the second side of the first part of the conductive plate. The others of the fin arrays are attached to the second part of the conductive plate the first and second sides respectively.
Abstract:
An electronic catalog has a body and an exhibition apparatus. The body is an exterior protecting structure. The exhibition apparatus has a display module, a control module and an input module. The display module is mounted in the exhibition apparatus and has a screen mounted on the exhibition apparatus. The control module is electrically connected to the display module. The input module is mounted on the exhibition apparatus and is electrically connected to the control module. The input module has a storage mounted in the exhibition apparatus, and a slot disposed on the exhibition apparatus and electrically connected to the storage. Digital files are stored into the exhibition apparatus via the slot and are displayed on the screen. Thus, the old digital files can be replaced by processing files of new products rather than making new paper catalogs, thereby decreasing cost, saving resources, and facilitating convenience.
Abstract:
A heat dissipation assembly mounted to a main board in a blade server includes a graphics card, a heat sink, and a thermal board. The graphics card includes a GPU and a plurality of first graphics memory chips mounted on a top thereof, and a plurality of second graphics memory chips mounted on a bottom thereof. The heat sink for cooling the GPU and the first graphics memory chips, includes a base attached to the top of the graphics card, a finned part fixed to a top of the base, and a heat pipe sandwiched between the base and the finned part. A pathway of the heat pipe passes over the GPU and at least part of the first graphics memory chips of the graphics card. The thermal board is mounted to the bottom of the graphics card for cooling the second graphics memory chips.
Abstract:
An AC adapter mounting structure is constructed to include a housing holding a rack. The housing has two vertical pivot rods and two locating holes symmetrically disposed in top and bottom sides of a side opening thereof, and an AC adapter for positioning in the rack inside the housing. The AC adapter has two pivots respectively pivoted in the pivot holes, two short positioning rods for engaging the locating holes of the housing after the pivots are pivoted in the pivot holes and the AC adapter is turned to the inside of the housing, and two stop blocks, which are forced into engagement with respective retaining holes in the rack when the AC adapter is set into the inside of the housing.