Abstract: An audio system including an inverter, a first amplifier, a first mixer, a main speaker, and a first audio output port is provided. The inverter receives a first audio signal and inverts the first audio signal into an inverted audio signal. The first amplifier receives the inverted audio signal from the inverter and multiplies the inverted audio signal by a first gain to generate a first compensating audio signal. The first mixer receives a second audio signal and mixes the first compensating audio signal with the second audio signal to generate a first low-interference audio signal. The main speaker receives and plays the first audio signal. The first audio output port receives the first low-interference audio signal from the first mixer and transmits the first low-interference audio signal to a first external speaker. An electronic device and a car audio system capable of generating the low-interference audio signal are provided.

Abstract: A method of showing a TV channel menu includes the following steps. Firstly, an audience evaluation data including a first audience rating of a first TV program and a second audience rating of a second TV program is received. Then, the TV channel menu is opened. Afterwards, the TV channel menu including a first displaying block corresponding to the first TV program and a second displaying block corresponding to the second TV program is shown on a screen. If the first audience rating is higher than the second audience rating, the first display block has a higher conspicuous degree than the second displaying block.

Abstract: A supporting bracket assembly for supporting a base unit of a portable computer includes a base, a supporting bracket, a locking member, and an operation portion. The supporting bracket is pivotably engaged with the base. The supporting bracket includes a supporting arm with a locking ring. A plurality of locking holes is defined in the locking ring. The locking member is slidably arranged in the base. The locking member includes a positioning post. The positioning post is selectively inserted in one of the locking holes of the supporting arm to lock the supporting bracket. The operation portion is connected with the locking member, and the locking member is driven by the operation portion to slide for locking or unlocking the supporting bracket.

Abstract: An exemplary ejection apparatus is provided for ejecting a data storage device out of a chassis. The ejection apparatus includes a pair of driving members, a connecting member, and an operating member. The operating member is slidably attached to the chassis and the connecting member. The connecting member includes a pair of second steps. The driving members are pivotably crossed together and attached to the chassis. Each of the driving members includes a driving portion with a slanting wall formed at one free end thereof, and a first step formed at the other end thereof slidably engaging with the corresponding second step. The operating member moves the connecting member to urge a scissoring movement of the driving member, with the first steps slidably engaging with the second steps. The driving portions push the data storage device out of the chassis.

Abstract: A fixing apparatus for holding a data storage device is provided. The fixing apparatus includes a drive bracket, and an insertion rack. The drive bracket includes two opposite side panels. Each of the side panels forms at least one guiding portion and defines a slot therein. The insertion rack is configured for inserting the data storage device into the drive bracket. The insertion rack forms two hooks. The insertion rack is capable of sliding into the drive bracket along the guiding portions. The hooks ride along an exterior of the drive bracket until they are inserted into the corresponding slots of the drive bracket.

Abstract: A computer case includes a chassis comprising a first wall and a second wall detachably attached to the first wall, a cover detachably attached to the first wall, and means for coupling the cover to the first wall. The coupling means is driven by the second wall to fix the cover to the first wall and prevent the cover from being detached from the first wall before the second wall disengaged from the first wall.

Abstract: A signal connecting component is suitable to be disposed on a circuit board. The signal connecting component includes an insulation element, at least a first bridge line, at least a second bridge line, a plurality of first pins and a plurality of second pins. The first bridge line and the second bridge line are disposed on different layers of the insulation element. The first pins and the second pins are respectively electrically connected to both ends of the first bridge line and both ends of the second bridge line.

Abstract: A LED lamp includes: a plurality of substrates juxtapositionally formed as multiple layers, each substrate having a plurality of light emitting diodes (LEDs) mounted thereon, whereby upon generation of heat by the LEDs when lit up, each substrate will form as a heat-dissipating plate in-situ in order that the multiple-layer substrates will instantly effectively dissipate the heat produced from the LEDs of the lamp outwardly for preventing deterioration of the illumination quality of the LED lamp.

Abstract: An exemplary LCD panel mounting apparatus includes a bracket, a pair of frames, and a pair of actuators. The bracket includes a flange defining a pair of slots therein. The frames are slidably attached to the bracket in a first direction and each includes a first sliding member defining a pair of notches therein along the first direction. The actuators are slidably attached to the bracket in a second direction perpendicular to the first direction and each includes a post selectively engaging in one of the notches of the frames, and a handling tab extending through the corresponding slot of the bracket. The frames each include a pair of seats defining threaded holes therein to fix different size LCD panels thereon.

Abstract: A routing channel displaying method and a computer-accessible storage medium are provided. In the method, a circuit board is divided into m×n blocks which form a matrix with size m×n, and m, n are positive integers. Then, a processing direction is determined by a relative position of a first and a second component of the circuit board. After dividing the blocks into at least one set of processing blocks according to the processing direction, an analysis of the used space rate is sequentially performed on each set of the processing blocks. Finally, all blocks in each set of the processing blocks are labeled according to the result of the analysis of the used space rate so as to display at least one routing channel between the first component and the second component. Thereby, the probability of rerouting is reduced, and the routing efficiency of the circuit board is improved.

Abstract: A pushing assembly is provided for pushing a data storage device out of a computer enclosure. The pushing assembly includes a pair of receiving portions, a restricting portion, a pushing device, and a stopping member. The receiving portions and the restricting portion are arranged in the computer enclosure. The pushing device is assembled on the data storage device. The pushing device comprises a pair of pushing portions. The pushing portions press against the receiving portions respectively to push the pushing device moving. The pushing device drives the data storage device to slide a certain distance to facilitate the data storage device being taken out from the computer enclosure. The stopping member is arranged in the restricting portion to keep the pushing device at a locked state.

Abstract: A trace carrier is provided. The trace carrier includes a first insulating tube, a second insulating tube, a trace pair, and a sealed hollow insulating cylinder. The trace pair is passing through the first insulating tube and the second insulating tube, and is coiled up in an inner space of the first insulating tube and the second insulating tube. The sealed hollow insulating cylinder encapsulates the first insulating tube, the second insulating tube, and the trace pair, but the four terminals of the trace pair are exposed to the outside of the sealed hollow insulating cylinder.

Abstract: A high power light emitting diode (LED) lighting assembly incorporated with heat dissipation module is provided. The LED lighting assembly includes a heat exchange base, at least one LED array, at least one heat pipe and a heat dissipation module. The heat exchange base includes at least one LED configuration plan for mounting of the LED array and at least a hollow part for insertion of the heat pipe. The LED array is arranged at a predetermined projecting angle at the LED configuration plane. The heat pipe includes a heated section, a cooling section and a conducting section, and contains a working fluid therein. The heat exchange base is mounted to the heated section and the heat dissipation module is mounted to the cooling section.

Abstract: An electronic apparatus includes a base (30). A rigid rail (321) is arranged to the base. An elastic portion (3231) is arranged to the base facing the rail. A fixing member (38) includes a first engaging portion (383) movable in the base in a first direction. A component (50) is movably received in the elastic portion and the rail in a second direction different from the first direction. A second engaging portion (513) is arranged to the component. The first engaging portion of the fixing member disengageably engages the second engaging portion to fix the component. A sliding member (36) is engageable with the fixing member and movable in the first direction to drive the first engaging portion of the fixing member to disengage from the second engaging portion.

Abstract: A pushing assembly is provided for pushing an electronic module out of a computer enclosure. The pushing assembly includes an installing portion, and a pushing member. The installing portion is arranged in the computer enclosure. The pushing portion is installed to the installing portion. The installing portion includes a manipulating section. The computer enclosure defined a slot. The manipulating section is received in the slot of the computer enclosure. The manipulating section is turned to rotate the pushing member and the pushing member pushes the electronic module to slide a certain distance to facilitate the electronic module being taken out from the computer enclosure.

Abstract: A circuit board having at least one through hole and including a first and a second wiring layer, an insulation layer, and a conductive through hole structure is provided. The insulation layer is disposed between the first and second wiring layers. The through hole located in the insulation layer extends from the first wiring layer to the second wiring layer. The conductive through hole structure includes at least one first pad, at least one second pad, and a conductive pattern. The first pad partially covers the edge of one opening of the through hole and connects the first wiring layer. The second pad partially covers the edge of the other opening of the through hole and connects the second wiring layer. The conductive pattern connects the first and second pads and partially covers the sidewall of the through hole.

Abstract: A thermal spreader comprises: a casing having a first side contacted with a heat source and a second side secured with a heat sink, and having a vapor chamber defined in an interior in the casing; and a crosslinking capillary lattice retained in the casing and occupying the vapor chamber in the casing, whereby upon evacuation to form vacuum in the vapor chamber and filling of a vaporizable working fluid in the vapor chamber, the working fluid will be repeatedly vaporized and condensed through the crosslinking capillary lattice to absorb and remove heat from the first side of the casing and to dissipate heat outwardly from the second side of the casing.

Abstract: A portable computer includes a cover unit (10) and a base unit (20) connected with the cover unit. The cover unit includes a movable latch member (4), a driving button (50), and a driving bar (60). The driving bar and the driving button are oppositely and slidably fixed to cover unit. The latch member includes a following portion (46). The driving bar includes a driving portion (58) abutting and engaging with the following portion to move the latch member in a straight line. The cover unit is latched to the base unit via the latch members to cover the base unit and unlatched from the base unit via moving the latch member by manipulation of the driving button.

Abstract: A portable computer includes a cover unit (10) and a base unit (20) connected with the cover unit. The cover unit includes a movable latch member (30), a driving member (40), and a cam member (31). The cam member is fixed to the latch member and includes a following portion (311). The driving member includes a driving portion engaging (411) with the following portion to move the latch member. The cover unit is latched to the base unit via the latch members to cover the base unit and unlatched from the base unit via moving the latch member by manipulation of the driving member.

Abstract: A button assembly includes a bezel, an elastic member, and a button. The bezel defines a through hole. The elastic member forms a locating portion on an end thereof, and a mounting portion on the other end thereof. The locating portion is movably mounted to the bezel. The button is assembled on the mounting portion of the elastic member. The button includes a manipulating section extending through the through hole of the bezel.