Abstract: The system includes at least one server, at least one query terminal and at least one answer terminal. The query terminal can utilize the online consultation apparatus of the invention, and transmit at least one query and a coordinate point of the query terminal to the server based on the position of the query terminal. The server then actively transmits the query to the potential answer terminals in the vicinity of the coordinate point of the query terminal. Accordingly, the query terminal could obtain at least one response/answer and a coordinate point of the answer terminal through the server.

Abstract: A battery housing structure for portable devices includes a battery chamber and a movable seat located in a portable device. The battery chamber has two housing compartments for holding batteries. The movable seat is slidable in the battery chamber and confined between a first position and a second position. The movable seat has a first connector and a second connector to be coupled with the batteries to form an electric connection to transmit battery electricity to the portable device.

Abstract: A battery housing structure for portable devices includes a battery chamber and a movable seat located in a portable device. The battery chamber has two housing compartments for holding batteries. The movable seat is slidable in the battery chamber and confined between a first position and a second position. The movable seat has a first connector and a second connector to be coupled with the batteries to form an electric connection to transmit battery electricity to the portable device.

Abstract: The present invention relates to a power management method of portable computer and detects the electric power consumption of portable computer through a detection circuit during the operation of portable computer, in addition, dynamically changes any one of the followings: the voltage and frequency of portable computer CPU, the frequency and efficacy of Video Graphics Array (VGA), or the frequency of memory. What is more, the invention provides a plurality of power management modes of portable computer for achieving the object of managing electric power consumption of portable computer.

Abstract: A screen transportation device has a frame; a carrier being movable between a first position and a second position; a linkage having one end pivoted with a first connecting part on the carrier and another end slid along and pivoted with the frame; and a guiding device pivoted with a second connecting part on the carrier and being movable in the frame; wherein the carrier is able to pivot with the second connecting part on the carrier between a first angle and a second angle.

Abstract: A heat sink module includes a heat dissipation pad. The heat dissipation pad is flexible and has a cambered shape, and is pressed to become a flat plate when disposed between the heat sink module and a CPU. The heat dissipation pad restores to its original cumbered shape and lifts the heat sink module away from a CPU when a fixing device that fixes the heat sink module to the CPU is disabled. Therefore, one can easily removes the heat sink module without any additional tools or processes.

Abstract: A coupling structure includes a hook bar and a force receiving member adopted for use on an electronic device that has a folding member such as a notebook computer that consists of an upper lid and a base. The folding member is the upper lid. The force receiving member and the hook bar have respectively a portion exposed from two neighboring sides of the upper lid, and are coupled by a turning mechanism. When the force receiving member is depressed, it is moved longitudinally towards the upper lid. The turning mechanism transfers the force to push the hook bar moving transversely so that the latch tenons on the hook bar may escape the latch holes on the base to control the coupling condition.

Abstract: The present invention is related to a planar inverted F antenna (PIFA), which the antenna portion is allocated on a quality conductive metal element within the electronic unit. The antenna portion and the metal element are incorporated into a single component.

Abstract: An improved port replicator for portable electronic devices includes an angle adjustment dock which has two separated sides extended to form respectively a flange with a first bore and a connector dock located on a surface to receive transmission signals, an anchor dock having a second bore corresponding to the first bore to couple with the angle adjustment dock, and an axle running through the first bore and the second bore. The port replicator thus constructed is simple to fabricate and assemble, and is adaptable to notebook computers of varying thickness to provide a steady and secure coupling.

Abstract: An anti-resonant structure for speakers includes a resonant structure which has a housing compartment, at least one elastic element located in the housing compartment that has one end fastening to the resonant structure and another end coupling with a speaker, and at least one buffer element located between the resonant structure and the elastic element to serve as a buffer interface to prevent the speaker from hitting due to elastic element and the resonant structure. The speaker is the element that generates vibration. The elastic element has an elastic section to absorb the vibration energy generated by the speaker to prevent the resonant structure from generating unwanted resonance and noises, and prevent electronic elements from being damaged by the resonant effect.

Abstract: An attachable frame for flat display panels includes a flat display panel, a main structure, a bracing structure, a front frame and a rear frame. The main structure and the bracing structure provide bracing and steady support for the entire body. The front frame and the rear frame provide a desired appealing for the entire body. The main structure, bracing structure, front frame and rear frame are separable elements and are designed according to the dimension of the flat display panel. They may be assembled to form the exterior of the flat display panel, and become attachable to the flat display panel.

Abstract: A structure for isolating thermal interface material includes an isolating element and a heat dissipating element. The isolating element is hollow to encompass a heat generating element. With compression of the heat dissipating element on the heat generating element, thermal interface material between them is limited to flow within the closed room between the isolation element and heat generating element. The heat dissipating element further has a bump exactly contacting the heat generating element and a little smaller than the hollow portion of the isolating element. Therefore, the thermal interface material would not overflow while changing from solid phase to a gel or a liquid phase caused by raising temperature of the heat generating element, and the contamination or short circuits can be prevented.