Abstract: A wireless transceiver module has a plurality of through holes and includes a wireless network chip, a circuit substrate, a Bluetooth chip, and a plurality of conductive connection structures. The Bluetooth chip is disposed between the circuit substrate and the wireless network chip, and the through holes are formed by passing through the wireless network chip, the circuit substrate, and the Bluetooth chip. The conductive connection structures are respectively disposed in the through hole. With the conductive connection structures, the Bluetooth chip, the wireless network chip, and the circuit substrate are electrically connected with each another.

Abstract: A device support structure is provided. Two corresponding sides of a base of the device support structure extend upwards vertically from the base to form a first sidewall and a second sidewall. The base includes a configuration portion adjacent to the two sidewalls, which includes a front seat and a rear seat. A plurality of hook members are configured on the front seat for hooking a network device disposed on the front seat. Two sides of the network device are supported by the two sidewalls. A stopping member is configured on the front end of the base for abutting against a front end of the network device configured on the front seat. A device latching portion is configured on the rear seat for guiding and fixing a power adapter of the network device to the rear seat.

Abstract: The present invention discloses a microphone comprising a first electrode, a second electrode, a printed circuit board and a shielding layer. The microphone is configured into a mobile communication device. The shielding layer located on the printed circuit board is disposed on the microphone. When the mobile communication device charges with an AC power supply and communicates with others simultaneously, the shielding layer can diminish the 50˜60 Hz noise produced by the AC power supply. Owing to the shielding layer reduces the EMI effect; the talking quality of the mobile communication device is thereby enormously improved.

Abstract: A communication system includes a microprocessor, a WiFi device, a WiMAX device, common antennas, and switching devices. The common antennas are for receiving a WiFi signal and a WiMAX signal. Each of the switching devices has an input terminal coupled to the corresponding common antenna, a first output terminal coupled to the WiFi device and a second output terminal coupled to the WiMAX device. When the communication system is applied to a WiFi system, the microprocessor controls the switching devices to isolate the WiMAX signal and couple the WiFi signal via the first output terminals to the WiFi device; when the communication system is applied to a WiMAX system, the microprocessor controls the switching devices to isolate the WiFi signal and couple the WiMAX signal via the second output terminals to the WiMAX device.

Abstract: A management method of an optical fiber network system is disclosed. The optical fiber network system includes at least one user apparatus and an optical network unit (ONU), and the ONU is connected with the user apparatus. The management method includes the steps of: adopting at least one information string, which is set by an ONU management and control interface (OMCI), by the optical network unit; packing the information string into a management packet; and transmitting the management packet to the user apparatus by the optical network unit according to an Ethernet protocol.

Abstract: The present invention provides a SiP module for wireless local area network comprising a base. A control unit is formed on a first surface of the base and a RF front end components is formed on a second surface of the base and coupled to the control unit through the base. A plurality of group of bumps is arranged on the first surface and coupled to the control unit, and separated with one another to reduce the interference.

Abstract: The present invention provides a communication device comprising an upper panel having a display unit disposed thereon, and a lower panel having a plurality of keys disposed thereon; and a stickup structure having a first rail disposed on the lower surface of the upper panel and a second rail disposed on the lower panel, the first rail engaging to the second rail, wherein the upper panel is moveable along the second rail and could be stickup by the stickup structure.

Abstract: In a multi-carrier and multi-rate CDMA system, a base station transmits an index tag to a number of mobile stations. The index tag has a length indicating a transmission rate and all index tags are nodes in a code tree. In the code tree, mother nodes and their child nodes block each other and are not assigned to the mobile stations at the same time. At the same time, index tags of nodes in the same level of the code tree map are orthogonal to each other. The mobile station constructs an index tag matrix according to the index tag. Then, the index tag matrix is multiplied with a generating matrix that is stored in every mobile station to generate a spreading factor matrix whose rows respectively correspond to different carriers.

Abstract: A fixing device is suitable for fixing an object onto a post, and includes a base and a pair of clip plates. The base connects the object. Each of the clip plates has a pivoting side and a fastening side opposite to the pivoting side, wherein the pivoting sides are pivoted on the base, and the fastening sides are connected to each other in a detachable mode. The pair of clip plates and the base together form an enclosure space for holding a segment of the post. Therefore, the fixing device is easily to fix the object onto the post.

Abstract: A network management method is applied to a network management system, which includes at least one user apparatus and a network managing agent apparatus connected to the user apparatus. The management method includes the steps of: adopting at least one information string, which is set by a network management protocol established for at least one layer except a data-link layer, by the network managing agent apparatus; packing the information string into a managing packet; and transmitting the managing packet to the user apparatus through the data-link layer according to an Ethernet protocol by the network managing agent apparatus.

Abstract: A pluggable guiding apparatus is used for an opening of a case and there are two guiding elements arranged at two sides of the opening. The pluggable guiding apparatus includes: a main frame, wherein the size of the main frame is corresponding to the opening of the case and the main frame is divided into a plurality of sub-slot openings; and a plurality of sub-guiding elements arranged on the main frame, wherein the sub-guiding elements are arranged on two sides of the sub-slot openings, and the sub-guiding elements and guiding elements are set face to face for guiding a plurality of pluggable sub-modules to be inserted into the case.

Abstract: The present invention discloses a portable communication device with slot-coupled antenna module the slot-coupled antenna module comprises: a dielectric substrate, radio module, ground plane, air substrate, and patch radiator. The radio module contains a feed line and stub that are coupled on the surface of the dielectric substrate and extending along the long side of the dielectric substrate in parallel. The ground plane with slot-coupled structure is coupled on the other surface of the dielectric substrate, the feed line and stub pass through the intersect portion of the coupled slots. The air gap is therefore formed between the ground plane and the patch radiator, and the patch radiator is substantially parallel with the ground plane and locating substantially on the position of the coupled slots.

Abstract: The present invention provides a radio interference indicator comprising a controller for processing an instruction and a radio signal receiver coupled to the controller to receive or detect a radio signal. An indicating element is coupled to the controller to indicate the level of the radio signal to allow the user knows the quality of the background the radio signal.

Abstract: The routing method for wireless transport service comprises a step of receiving a unicast frame from an associated client; determining whether a destination of the unicast frame is locally associated. A wireless node delivers the unicast frame to a final destination if positive, otherwise, determining whether an associated transport device of a destination can be determined. The WITnet header is added and the associated transport device of the destination is put in an auxiliary address field if positive, otherwise, the next step is performed to add the WITnet header and put an address of a default edge device in the auxiliary address field. The next step is setting a tunnel frame flag, and then delivering the unicast frame to a next-hop toward the auxiliary address.

Abstract: A buckling mechanism used to fasten an electronic device such as a wireless broadband access point device or a wireless broadband router onto a bracket. The electronic device includes a top plate and a side plate having a side-plate aperture. The bracket is disposed on the top plate and has a bracket aperture. The buckling mechanism includes a first body portion, an embedding portion, a second body portion and a buckle portion. The embedding portion is disposed on one side of the first body portion to be embedded into the side-plate aperture. The second body portion is perpendicular and connected to another side of the first body portion, while the buckle portion is disposed on another side of the second body portion to be buckled with the bracket aperture.

Abstract: A hybrid wireless network system is disclosed. The hybrid wireless network system includes an antenna array, an analog subsystem, and a digital subsystem. The antenna array at least includes two antenna elements. In the case of using multiple antenna elements to extend link range and coverage, a coarse-fine method is included for antenna elements selection. The analog subsystem calculates a difference signal and a sum signal based on the two RF signals. The analog subsystem includes step leveling devices. The digital subsystem estimates a direction-of-arrival (DOA) based on the sum signal and the difference signal. The step-leveling devices receive weights from the digital subsystem, in form of a feedback control, to apply the weights on the two RF signals respectively. The digital subsystem repetitively calculates new weights to update a beam pattern formed by the two RF signals until the DOA approaches null.

Abstract: An address learning method for a network device having a plurality of connection ports, at least one of which is electrically connected to a terminal device. The method includes a fetching process, a hashed-address generating process, a data registering process and an address registering process. The fetching process fetches an address data string from a first memory unit by a programmable logic device (PLD). The hashed-address generating process generates a hashed-address by the programmable logic device. The data registering process writes the address data string into an address data table. The address registering process writes the hashed-address into a hashed-address table. A network device for performing the address data learning method is also disclosed.

Abstract: The dual mode positioning system comprises multiple wireless network devices, one of the multiple wireless network devices including a GPS receiver. DSS is coupled to the multiple wireless network devices and an operation mode switch is also coupled to the multiple wireless network devices including a GPS receiver. A satellite GPS receiver coupled to the operation mode switch. The satellite GPS receiver is operated in an indoor area confined by walls with wide FOV (field of view) glass window, the operation mode switch switching to GPS mode for the satellite GPS receiver receives signals from greater than 3 satellites. Moreover, the satellite GPS receiver is operated in an indoor area confined by concrete walls or walls with narrow FOV glass window, the operation mode switch switching to Joint GPS/WPS mode for the satellite GPS receiver cannot receive signals from greater than 3 satellites.

Abstract: An electronic equipment including an electronic device, a power supply unit and a supporting structure is provided. The electronic device includes a casing. The power supply unit is physically independent to the electronic device and electrically connects with the electronic device to supply power to the electronic device. The supporting structure is assembled to the electronic device and supports the power supply unit.