Abstract: An organic electroluminescent device adapted for assembly function of a greater display size is provided. The device comprises forming first electrodes, a light-emitting layer, second electrodes, and isolating seal cap in turn. One side of the isolating cap is chiseled to form at least one channel, each channel being passed through by a corresponding connecting line. The end faces of the connecting lines may be contacted with a part of surface the first electrodes or second electrodes formed inside the isolating seal cap.

Abstract: A bus data interface, structure and method for transmitting the data of a PCI bus is disclosed. The bus data interface comprises a high-bit transmitting buffer, a low-bit transmitting buffer, a multiplexer, a strobe generator, and a data distributor. The strobe generator utilizes the bus request signal and bus grant signal to transmit a data strobe signal in response to the PCI clock. According to the rising edge and falling edge of the data strobe signal, the data distributor retrieves data according to the data strobe signal. Further, the invention is compatible with the original PCI bus and allows the PCI bus to transmit data with a dual speed.

Abstract: A bus for supporting plural signal line configurations and the method to switch it, used to operate in a bus between the control chips to maintain its operation flexibility. When the data transfer load in between the control chips is suitable for the bi-direction transfer, the signal line configuration of the bi-direction transfer is selected. When the direction of the bi-direction transfer switches frequently, the other signal line configuration is selected. That is, the bus signal lines are divided into two parts, each part is in charge of the data transfer in each uni-direction to avoid the turn around cycle that impacts the transfer performance.

Abstract: A method for operating a plurality of stockers, comprises the steps of: monitoring utilization of the plurality of stockers, each stocker capable of storing a plurality of wafer, LCD or reticle containers; and automatically transferring a first wafer, LCD or reticle container from a first one of the stockers to a second one of the stockers if the utilization of the first stocker is greater than a predetermined thereshold.

Abstract: A method for verifying optimization of processor link. First, an initial bus width and an initial bus frequency of a bus coupled between a CPU and a Northbridge are set, such that the bus operates at the initial bus width and the initial bus frequency. Next, a read request for a Southbridge is generated. Next, a bus disconnection signal is output by the Southbridge to disconnect the CPU and the Northbridge when the Southbridge receives the read request. A timer is initialized for calculating an elapsed time value and an optimization verification signal at a first voltage level is generated. Next, a bus connection signal is output by the Southbridge when the elapsed time value reaches a predetermined value. Next, the voltage level of the optimization verification signal is transformed to a second voltage level. Finally, the CPU and the Northbridge are reconnected by the bus according to the bus connection signal, such that the bus operates at another bus operating bus width and another bus operating frequency.

Abstract: The present invention discloses a white light emitting organic electroluminescent (EL) device able to directly emit continuous full color light containing three different frequency bands and a method for manufacturing such an organic electroluminescent device.

Abstract: A light-emitting device is provided. The device is with increased current efficiency, having a plurality of emitter presented between an anode and a cathode. Each of the emitters may be allowed for projecting a corresponding color light source and stacked in turn between the cathode and anode. When a supplied voltage is initialized to operate, the color light sources generated by the respective emitters may be added, such that the current density passing through the element may be reduced without degrading the whole brightness, resulting in not only a better current efficiency, bit also a reduced working temperature as well as a prolonged service life of the element.

Abstract: An organic electroluminescent (EL) device and a method for manufacturing the same are provided. The organic electro-luminescent (EL) device comprises: a substrate; a plurality of first electrodes formed on the substrate, wherein each of a plurality of openings is formed between two of the first electrodes; a plurality of conductive heat-dissipation layers formed filling the openings, each of the conductive heat-dissipation layers contacting edge portions of two sides of the first electrodes; a plurality of organic layers formed of an organic EL material to cross the first electrodes partially; and at least a second electrode formed on the organic layers. The heat generated in the organic layer during operation dissipates out of the active region of the device and thus the device lifetime is prolonged and the reliability is improved.

Abstract: An organic electroluminescent device adapted for assembly function of a greater display size is provided. The device comprises forming first electrodes, a light-emitting layer, second electrodes, and isolating seal cap in turn. One side of the isolating cap is chiseled to form at least one channel, each channel being passed through by a corresponding connecting line. The end faces of the connecting lines may be contacted with a part of surface the first electrodes or second electrodes formed inside the isolating seal cap.

Abstract: A statistic method for arbitration is provided, implementing in an arbitration system comprising a bus, a main controller connected to the bus, and a plurality of peripheral devices able to be accessed by the main controller through the bus. The statistic method for arbitration is in response to various conditions where a bus is shared by peripheral devices, characterized in that a host at arbitration dynamically modulates the peripheral devices' access through the bus by utilizing an attenuation function to perform operation on a preceding cycle and a statistic value representing the use of the bus by the peripheral devices in response to the peripheral devices' access through the bus.

Abstract: The present invention describes an organic electroluminescent (EL) device and a method for manufacturing the same. The organic electro-luminescent (EL) device includes: a substrate; at least a first electrode formed on the substrate; at least a heat dissipation layer formed on the first electrode, wherein the heat dissipation layer includes a plurality of contact windows exposing portions of the first electrode; at least an organic layer formed to cross the heat dissipation layer partially, covering the exposed portions of the contact windows to contact the first electrode; and at least a second electrode formed on the organic layer. The heat generated in the organic layer during operation dissipates out of the active region of the device and thus the device lifetime is prolonged and the reliability is enhanced.

Abstract: The present invention provides a device for handling requests for changing system mode. The device includes a signal hold/clear unit and a gate control unit. The signal hold/clear unit has the first input receiving a request signal, the second input receiving a control signal, and an output holding the request signal. Wherein, the signal hold/clear unit clears the request signal being held while the control signal is active. The gate control unit has the first input connected to the first input of the signal hold/clear unit, the second input connected to the output of the signal hold/clear unit, the third input connected to the second input of the signal hold/clear unit, and an output. Wherein, the gate control unit passes the request signal while the control signal is active, otherwise blocks the request signal.

Abstract: An inertial structure for an exhaustion blower is essentially comprised of a base, a winding, a magnet, multiple blades and matching weights characterized by that each weight being placed in a space provided at the terminal of each blade to produce inertia when those blades rotate to increase torque, thus the greater wind shear volume for power saving.

Abstract: A bus for supporting plural signal line configurations and the method to switch it, used to operate in a bus between the control chips to maintain its operation flexibility. When the data transfer load in between the control chips is suitable for the bi-direction transfer, the signal line configuration of the bi-direction transfer is selected. When the direction of the bi-direction transfer switches frequently, the other signal line configuration is selected. That is, the bus signal lines are divided into two parts, each part is in charge of the data transfer in each uni-direction to avoid the turn around cycle that impacts the transfer performance.

Abstract: A bus structure is implemented within a control chipset between a first control chip and a second control chip, comprising a first AD bus and a second AD bus. According to an arbitration method implemented to allow a dynamic adjustment of the direction of the AD buses transmission, the first control chip has a higher access priority in respect of the first AD bus, while the second control chip has a higher access priority in respect of the second AD bus. When the load of the first AD bus driving by the first control chip is high, a request signal is transmitted from the first control chip to the second control chip, so that if the second control chip is not currently using the second AD bus, the ownership of the second AD bus is handed over to the first control chip to improve the transmission efficiency, and vice versa.

Abstract: The present invention provides an organic electro-luminescence (EL) device, comprising: a substrate; a plurality of first electrodes formed on the surface of the substrate; a plurality of divisions of organic layer, formed on the first electrodes and being superimposed perpendicularly upon the first electrodes, the organic layer comprising at least one organic EL layer; a plurality of second electrodes, formed on the organic layer; a plurality of bottom insulating pads, each disposed between the divisions of the organic layer and on the two sides of the organic layer; and a plurality of heat sinks formed of a metallic material, each disposed on one of the bottom insulating pads.

Abstract: A bus arbitration method within a control chipset, The control chipset further comprises a first control chip and a second control chip, data are transferred between the first and the second control chips through a bus, the bus comprises a bidirectional bus The first control chip usually control the authority to use the bus, however the second control chip has higher priority to use the bus. Accompany with a bus specification without waiting cycle, to arbitrate the authority to use the bus can be done fast and without errors. Therefore, no GNT signal line is required and the arbitration time reduces.

Abstract: The present invention discloses a white light emitting organic electroluminescent (EL) device able to directly emit continuous full color light containing three different frequency bands and a method for manufacturing such an organic electroluminescent device.

Abstract: A method of conducting delayed data transaction on a PCI system and its associated devices. The delayed data transaction is carried out using a PCI system to transmit data between an initiator and a responder. Both the initiator and the responder are coupled to a PCI bus. The delayed transaction in the PCI system includes a number of steps. To begin with, the initiator will send out a request to use the PCI bus so that data transmission can be conducted with respect to the responder. If the responder accepts the request but unable to secure the requested data soon enough, the responder will generate a defer identifier that corresponds to the requesting initiator. Next, a stop signal and the defer identifier generated by the responder will be returned to the initiator, indicating that the request has been accepted. When the requested data is ready in the responder, the responder will forward the defer identifier again.