Abstract: A portable device for monitoring vascular access status is disclosed. The portable device comprises a measurement device and a monitoring module. The measurement device senses vibration data induced by blood flow over certain part of a vascular access of a subject via a vibration-sensing module, and sends the sensed data to outside via its communication module. The monitor module controls an electronic device to receive the sensed data and determines a vibration evaluation index corresponding to a status of the part of the vascular access. The portable device for monitoring vascular access status of the present disclosed example has advantages of small size, easy to carry, low cost, and so on, so as to be applicable to home vascular access status monitor.

Abstract: A portable device for monitoring vascular access status is disclosed. The portable device comprises a measurement device and a monitoring module. The measurement device senses vibration data induced by blood flow over certain part of a vascular access of a subject via a vibration-sensing module, and sends the sensed data to outside via its communication module. The monitor module controls an electronic device to receive the sensed data and determines a vibration evaluation index corresponding to a status of the part of the vascular access. The portable device for monitoring vascular access status of the present disclosed example has advantages of small size, easy to carry, low cost, and so on, so as to be applicable to home vascular access status monitor.

Abstract: A method of bidding online services is disclosed. The method includes following steps: receiving a service request from a user; executing a pairing process to search a service satisfying the service request; executing a bidding process to select at least one of plurality of users when determining that the service has been assigned to another user; re-assigning the service to the selected user; establishing a communication between the selected user and a provider of the service for enabling the provider to provide online service to the user once receiving a using request from the user and a providing request from the provider.

Abstract: A light emitting diode (LED) backlight module includes a transparent conductive substrate that has an electrode-bearing surface and a plurality of transparent conductive electrodes disposed on the electrode-bearing surface, an LED chip that is welded on the transparent conductive electrodes by flip-chip packaging techniques, and a reflecting member that is spaced apart from and that corresponds in position to the LED chip so as to reflect light generated from the LED chip to the transparent conductive substrate.

Abstract: A structure of light-emitting diode includes a base, a circuit board, at least one light emission chip, a light-transmitting resin layer, and a light adjustment film. The base forms a cavity. The circuit board is mounted at a bottom of the cavity. The light emission chip is electrically connected to the circuit board. The light-transmitting resin layer is received in the cavity and bonded to the circuit board to encapsulate the light emission chip. The light adjustment film is separately provided and is set on a top of the light-transmitting resin layer and contains therein uniformly distributed powders of phosphor to allow the light-emitting diode to project uniform light.

Abstract: A method capable of executing programs for a computer system operating in a shut down state includes generating a control instruction while a key of the computer system is pressed down; storing the control instruction; and performing actions according to the control instruction when the computer system is booted up.

Abstract: A structure of light tube includes a main body, a power supply module, and at least one light emission element. The main body has first and second heat dissipation zones and an accommodation chamber. The main body has two ends respectively and electrically connected to two conductive terminals. The power supply module is received and retained in the accommodation chamber of the main body. The power supply module includes an enclosure forming a receiving space in which a power supply device is received and retained. The light emission element is coupled to the main body so that heat from the light emission element is directly drained through the main body, while the power supply dissipates heat through natural air flows without relying on the main body, so that there parts do not cause thermal interference with each other and the performance of heat dissipation is improved to thereby extend the lifespan of the light tube.

Abstract: The invention provides a method, an element and a circuit board for controlling an electronic device to be shut down. The method according to the invention includes the steps as follows. First, a power control signal is received, and the duration of the power control signal at a preset signal level is calculated. Then, whether the duration is greater than a threshold value is determined. If yes, an interrupt signal is generated and transmitted to a processing module of the electronic device to drive the processing module to set the preset mechanism of the electronic device according to the interrupt signal.

Abstract: The invention relates to a method for recording a memory parameter and a method for optimizing a memory. In the invention, adjusted enhancement parameter data can be stored in a non-volatile memory of a memory module. Then, the setting value of a parameter of a memory module is portable, and users can write the needed setting value of the memory parameter into the non-volatile memory of the memory module. In other words, in the invention, no matter whether the memory module is applied to the same computer or not, the enhancement parameter data can be applied to prevent the users from repeatedly setting the memory parameter of the memory module in different computers.

Abstract: A personal computer component diagnostic method is executed to recognize the status or potential problems of a computer before executing an operating system. The personal computer component diagnostic method comprising: calling a BIOS program; executing a component basic diagnostic program; and executing a component functional test after executing a predetermined step. The component functional test includes a CPU MSR/MTRR test, a hard disk S.M.A.R.T. test, a boot path test and a PCI device scanning test.

Abstract: A personal computer component diagnostic method is executed to recognize the status or potential problems of a computer before executing an operating system. The personal computer component diagnostic method comprising: calling a BIOS program; executing a component basic diagnostic program; and executing a component functional test after executing a predetermined step. The component functional test includes a CPU MSR/MTRR test, a hard disk S.M.A.R.T. test, a boot path test and a PCI device scanning test.

Abstract: A method capable of executing programs for a computer system operating in a shut down state includes generating a control instruction while a key of the computer system is pressed down; storing the control instruction; and performing actions according to the control instruction when the computer system is booted up.

Abstract: The invention provides a method, an element and a circuit board for controlling an electronic device to be shut down. The method according to the invention includes the steps as follows. First, a power control signal is received, and the duration of the power control signal at a preset signal level is calculated. Then, whether the duration is greater than a threshold value is determined. If yes, an interrupt signal is generated and transmitted to a processing module of the electronic device to drive the processing module to set the preset mechanism of the electronic device according to the interrupt signal.

Abstract: A system for tracking and recording system configurations of an electronic device includes: a storage device; and a microprocessor, for checking whether a current system configuration of the electronic device is different from a first reference configuration of the electronic device, and storing the current system configuration into the storage device if the current system configuration is different from the first reference configuration.

Abstract: Setting methods and motherboard for display parameters are provided. A display card is sought. If the display card is identified, a default parameter for display is accessed and stored to a BIOS via a bus. Then, the default parameter is adjusted to a modified parameter. After the default parameter is adjusted to the modified parameter, the display card accesses and executes the modified parameter.

Abstract: A firmware recovery method for a computer system including the following steps is provided. The computer system enters a firmware recovery mode. It is determined whether a display unit initial firmware is stored in a non-volatile memory. While the display unit initial firmware is not completely stored in the non-volatile memory, the display unit initial firmware is read from a storage apparatus for initializing a display unit. The display unit displays a firmware recovery hint. A complete initial firmware is read from the storage apparatus and then stored to the non-volatile memory. Finally, the computer system is turned on again.

Abstract: The invention relates to a method for recording a memory parameter and a method for optimizing a memory. In the invention, adjusted enhancement parameter data can be stored in a non-volatile memory of a memory module. Then, the setting value of a parameter of a memory module is portable, and users can write the needed setting value of the memory parameter into the non-volatile memory of the memory module. In other words, in the invention, no matter whether the memory module is applied to the same computer or not, the enhancement parameter data can be applied to prevent the users from repeatedly setting the memory parameter of the memory module in different computers.

Abstract: An electronic apparatus includes an optical drive and a second housing. In this case, the optical drive has a first housing, a circuit board, a first button, and a second button. The circuit board is disposed in the first housing. The first button is disposed on the first housing and the first button electrically connects with the circuit board. The optical drive is disposed in the second housing. The second button electrically connects with the circuit board with a wire. The second button, which controls the optical drive, is disposed on the second housing.

Abstract: A personal computer component diagnostic method is executed to recognize the status or potential problems of a computer before executing an operating system. The personal computer component diagnostic method comprising: calling a BIOS program; executing a component basic diagnostic program; and executing a component functional test after executing a predetermined step. The component functional test includes a CPU MSR/MTRR test, a hard disk S.M.A.R.T. test, a boot path test and a PCI device scanning test.

Abstract: A computer includes an input/output (I/O) chip, a power button coupled to the I/O chip, and a controller coupled to the power button. In a first operational mode, the I/O chip switches power to the computer in response to an actuation of the power button. In a second operational mode, the controller forwards a command to an operating system in response to an actuation of the power button, and the I/O chip cuts power to the computer in response to a held actuation of the power button. The computer has simplified power switching, in which a single power button controls on/off functionality as well as power saving features.