Abstract: A method for manufacturing a soft foamed assembly includes a first step of providing a mold having an interior formed with a predetermined die cavity, a second step of fixing a polyurethane (PU) synthetic skin in the die cavity of the mold, a third step of filling a polyurethane (PU) liquid substance into the die cavity of the mold, a fourth step of closing the die cavity of the mold, and a fifth step of foaming the PU liquid substance in the die cavity of the mold to form a soft foamed body which is combined with the PU synthetic skin so as to form a soft foamed assembly consisting of the soft foamed body and the PU synthetic skin. Thus, the soft foamed assembly is made easily and quickly.

Abstract: An electronic device includes a case, a speaker, a supporting stand, and a waterproof breathable membrane. The case includes a first inner space and a through hole connected to the first inner space. The speaker is disposed in the first inner space, and produces sound waves outwards from the through hole. The supporting stand connects the case to cover the through hole. The supporting stand includes a sound hole and a second inner space connected to the sound hole and the through hole. The waterproof breathable membrane covers one of the sound hole and the through hole.

Abstract: A shell structure includes a composite material layer and a second material layer is provided. The composite material layer includes a woven layer and a first material layer. The woven layer has a first surface and a second surface opposite to each other. The first material layer is located on the first surface and has a plurality of through-holes. The second material layer is disposed on the first material layer and has a plurality of extending-portions adapted to be combined with the woven layer and fix the second material layer and the composite material layer to each other. In addition, a manufacturing method for shell structure of electronic device is also provided.

Abstract: A composite plate structure including a fiber composite sheet, a metal layer, and a resin layer is provided. The fiber composite sheet includes a first fiber layer, a core layer, and a second fiber layer. The core layer is disposed between the first fiber layer and the second fiber layer. The metal layer is disposed on the fiber composite sheet and has at least one opening. A portion of the second fiber layer is located in the opening. The resin layer is disposed on the metal layer. In addition, a manufacturing method of the composite plate structure is also provided.

Abstract: A shell structure includes a composite material layer and a second material layer is provided. The composite material layer includes a woven layer and a first material layer. The woven layer has a first surface and a second surface opposite to each other. The first material layer is located on the first surface and has a plurality of through-holes. The second material layer is disposed on the first material layer and has a plurality of extending-portions adapted to be combined with the woven layer and fix the second material layer and the composite material layer to each other. In addition, a manufacturing method for shell structure of electronic device is also provided.

Abstract: Wireless module structure of notebook-type computer, in which the wireless module is disposed on back side of the display panel of the upper cover of the notebook-type computer. The wireless module via a signal transmission wire is directly connected to an antenna disposed on an edge of the upper cover. The length of the signal transmission wire is shortened and the number of connecting components is reduced. The wireless module will not occupy the interior space of the main frame body, especially the room for the inbuilt modem or LAN module. The noise interference of the internal circuits of the main frame body is reduced. The layout of the interior space in the notebook-type computer can be simplified and the manufacturing cost for the components can be lowered.

Abstract: A portable computer includes a computer housing, a decorative piece and a mounting unit. The computer housing includes an upper housing part that is provided with a display unit, and a lower housing part that is connected to the upper housing part and that is provided with a keyboard unit. The computer housing has an outer wall surface that is formed with a mounting portion. The decorative piece is disposed on the mounting portion. The mounting unit is provided on the mounting portion and the decorative piece for mounting the decorative piece removably on the mounting portion of the outer wall surface of the computer housing.

Abstract: A safety lock for notebook-type computer dock. The safety lock serves to lock the dock with the computer to ensure safety. The safety lock also safely combines the I/O module, notebook-type computer and the dock into one body.

Abstract: An outward pushing device and an expansion device adapted to the outward pushing device. The pushing device is pivotally connected with two sides of the expansion device. The pushing device includes a handle section and a pushing section connected with each other. When shifting the handle section to exert a torque onto the pushing section, the pushing section is forced to push and separate the portable computer from the expansion device. The pushing device is disposed with gaps to help in dissipating of the heat generated by the portable computer. The seat body of the expansion device is disposed with adjustable slide rails and the bottom of the portable computer is disposed with slide channels so as to facilitate pushing of the portable computer.

Abstract: A docking station for a notebook computer includes a housing and an ejector device. The housing has a front wall disposed adjacent to and parallel to a rear wall of the notebook computer. The front wall is formed with an ejector opening and an access opening. The ejector device includes an elongate linking arm, an ejecting member, and a biasing member. The linking arm, which is disposed in the housing and parallel to the front wall, is movable in the housing in a longitudinal direction between operated and non-operated positions. The linking arm has a connecting end and an operating end accessible via the access opening to permit movement of the linking arm from the non-operated position to the operated position.