Abstract: A multi-function clip structure is disclosed and is suitable for use in connecting with a wireless adapter. The multi-function clip structure comprises a main body and a clipping member. After the multi-function clip structure is connected to the wireless adapter, the multi-function clip structure has the multiple functions for placing the wireless adapter steadily on a surface (desktop-type); securing the wireless adapter to a wall by clipping, attaching and hanging (wall-mount type) portable type: being securing the wireless adaptor to a user's belt (portable type); and securing the wireless adaptor to PC peripheral equipments (such as a LCD monitor of a notebook computer).

Abstract: An EMI shielding assembly having a surface plate formed as a single unit with one or more wall components is disclosed. The surface plate of the shielding assembly is divided into different zones by the wall component. When the shielding assembly is mounted onto a circuit board, not only the electromagnetic waves generated by the electronic components installed within the area of different zones are prevented by the shielding of the surface plate from leaking outside, but also the aforementioned waves are isolated by the wall components that cross components EMI effect is prevented from happening. Therefore, the goal that not only prevent the electromagnetic wave generated by the electronic components on the circuit board from leaking outside, but also prevent the cross components EMI effects between the different electronic components installed on the same circuit board by a single unit shielding assembly is achieved.

Abstract: An antenna assembly and a wireless communication device of the invention are disclosed. The wireless communication device includes a casing, an antenna body, a rotary assembly, and a moving member. The antenna body is mounted in a concave portion of the casing for generating electromagnetic signals. The antenna body is rotated at a predetermined angle. The rotary assembly, connected to the antenna body, rotates the antenna body. The moving member, mounted on the casing, immobilizes or releases the antenna body. Therefore, users can rotate the antenna body simply by moving the moving member.

Abstract: A multi-function clip structure is disclosed and is suitable for use in connecting with a wireless adapter. The multi-function clip structure comprises a main body and a clipping member. After the multi-function clip structure is connected to the wireless adapter, the multi-function clip structure has the multiple functions for placing the wireless adapter steadily on a surface (desktop-type); securing the wireless adapter to a wall by clipping, attaching and hanging (wall-mount type) portable type: being securing the wireless adaptor to a user's belt (portable type); and securing the wireless adaptor to PC peripheral equipments (such as a LCD monitor of a notebook computer).

Abstract: An antenna assembly and a wireless communication device of the invention are disclosed. The wireless communication device includes a casing, an antenna body, a rotary assembly, and a moving member. The antenna body is mounted in a concave portion of the casing for generating electromagnetic signals. The antenna body is rotated at a predetermined angle. The rotary assembly, connected to the antenna body, rotates the antenna body. The moving member, mounted on the casing, immobilizes or releases the antenna body. Therefore, users can rotate the antenna body simply by moving the moving member.

Abstract: A multi-function clip is disclosed. The present application is suitable for use in connecting with the pocket-sized wireless universal serial bus (USB) adapter, but is not limited thereto, wherein the present application comprises a main body and a clipping member. After the multi-function clip is connected to the pocket-sized wireless USB adapter, the pocket-sized wireless USB adapter comprises the multi-functions of desktop type, wall-mount type, attaching type, and clipping type.

Abstract: The present invention discloses a tower network apparatus including a base, user interface port and power port, which are featured by placing the computer bridge port of the user interface port and power port on the bottom of the base. By connecting the computer bridging cable and power cord to the computer bridge port and power port on the bottom of the base, the gravity center of the tower network apparatus can be lowered and thus uneasy to tumble.

Abstract: The present invention discloses a tower network apparatus including a base, user interface port and power port, which are featured by placing the computer bridge port of the user interface port and power port on the bottom of the base. By connecting the computer bridging cable and power cord to the computer bridge port and power port on the bottom of the base, the gravity center of the tower network apparatus can be lowered and thus uneasy to tumble.

Abstract: An improved housing structure for a networking device is provided to make the assembly of the housing more efficiently. The improved housing structure includes a metal base having a plurality of L-shaped slots formed on the edges between the bottom plane and the sidewalls of the metal base. Close to each of the L-shaped slots, a beveled region is formed on the side edge of the sidewall. A fitting plastic cover has a plurality of guard tenons integrally formed on at least two inner sidewalls thereof and corresponding to the positions of the L-shaped slots. Each pair of the L-shaped slots and the guard tenons together forms a mortise and tenon mounting structure. Accordingly, the housing of the networking device can be conveniently assembled without screws and nuts.