Abstract: A power supply adjustment method, applicable for a processor and a power supply controller, includes: obtaining working current of the processor, obtaining a target power parameter from a pre-stored multi-segment load line according to the working current, and controlling the power supply controller to supply power to the processor according to the target power parameter. The pre-stored multi-segment load line indicate the relationship between a plurality of preset currents and a plurality of preset power parameters, and includes a plurality of segments corresponding to different current ranges and having different slopes. A power supply adjustment device with multi-segment load line, applicable to a processor and a power supply controller, includes a reading wire and a control circuit. A motherboard with multi-segment load line includes a power supply controller and a processor.

Abstract: The present disclosure provides a control system and method of a basic input/output system and expansion card. The control method of the basic input/output system, performed by a processing device, includes: obtaining an operation command corresponding to the basic input/output system; performing conversion on the operation command according to a command format of the basic input/output system to generate a target command when determining the operation command corresponds to a target parameter among a plurality of accessible parameters of the basic input/output system; and providing the target command to the basic input/output system.

Abstract: The present disclosure provides a solid state drive and memory mode switching method. The memory mode switching method is adapted to a memory, the memory mode switching method is performed by a controller and includes: receiving a user command, wherein the user command designates a designated operation mode of the memory, formatting a storage space of the memory according to the user command, and switching a current operation mode of the storage space into the designated operation mode after the formatting.

Abstract: An electronic device with a fatigue detection function is provided and includes a keyboard, a key detection circuit, a first processing circuit, a control circuit, and a display screen. The keyboard includes at least one key. The key detection circuit detects the pressing state of the key to generate a first detection signal. The first processing circuit converts the first detection signal to a first processing signal. The control circuit determines whether a specific event occurs according to the first processing signal. In response to the specific event, the control circuit sends a reminder signal. The display screen displays a reminder image according to the reminder signal.

Abstract: A display includes: a memory and a controller. The memory is configured to store correspondence between keyboard-mouse commands and touch operations. The controller is connected to the memory and is configured to receive a keyboard-mouse signal, and correspondingly output a touch signal according to the correspondence, wherein the touch signal is configured to operate a touch device according to the touch operations.

Abstract: A display includes: a memory, a physical switching element and a controller. The memory is configured to store multiple pieces of candidate extended display identification data. The physical switching element is configured to be triggered by external force to generate a first switching signal. The controller is connected to the physical switching element and the memory. The controller is configured to control a displayed screen according to original setting data among the pieces of candidate extended display identification data, and adjust the displayed screen according to target data that is different from the original setting data among the pieces of candidate extended display identification data after receiving the first switching signal.

Abstract: A motherboard includes a circuit board and a connector mounted on the circuit board. The connector comprises a socket and a latch pivotally mounted on one end of the socket. The latch comprises a body, a pressing member connected to one side of the body and extending outward from one side of the body to the outside of the socket, exposing an area from a side of the interface card for finger pressing. The supporting member is connected to another side of the body, and when the pressing member is pressed, it drives the body to pivot and causes the pushing portion to lift the interface card, and the supporting member stop the body from pivoting by resting against the circuit board.

Abstract: A memory overclocking device includes a memory and a processor. The memory is configured to store a plurality of instructions and a basic input/output system. The processor is configured to execute following steps according to the plurality of instructions of the memory. The processor performs an overclocking prediction for a device under test according to an overclocking algorithm via the basic input/output system. The processor outputs an optimal overclocking result data according to the overclocking prediction via the basic input/output system. The processor outputs two or more compliance result data according to the optimal overclocking result data, the hardware data of the device under test, and the frequency threshold range data.

Abstract: The display device, processing system and method for automatic loading options into an OSD menu are provide. The system includes a computer and a display. The computer executes an application and outputs a video signals. The display, connected to the computer, features an OSD (On-Screen Display) menu with model information. This OSD menu contains multiple groups of display options, whose combination of option contents forms the original display set. Upon receiving video signals, the display generates a download request based on model information and the application, sending this request to the computer to obtain at least one recommended option. The display then updates the original display set to the recommended option and displays the application's interface using this option.

Abstract: An intermediate storage device a computer system, and a computer command preprocessing method are provided. The intermediate storage device includes a model storage unit, a data storage unit, an AI selecting unit, and an access control unit. The model storage unit stores a plurality of language models. The data storage unit stores a plurality of file data. The AI selecting unit selects a language model based a model operation command, and the language model executes the model operation command and generates a generation result. The access control unit connect to the data storage unit and the model storage unit. The access control unit determines whether an input command is a model operation command or a data access command. The input command is the model operation command, the access control unit forwards the model operation command to the AI selecting unit and send the output data to the access control unit.

Abstract: A computer and a method for adjusting scene brightness and a processing method for establishing scene brightness are provided. The computer includes a display device, a power unit, a storage unit, a processing unit, and a detection unit. The display device includes a logic unit, and a backlight unit. The detection unit fetches a logic current value of the logic unit. The power unit is connected to the logic unit and the backlight unit. The storage unit stores a lookup table recording default scene current values and target brightness currents matching application scenes of the application program. The processing unit is connected to the display device, the power unit, the storage unit, and the detection unit to execute the application program, fetch a current scene and the logic current value, select a target brightness current, and drive the power unit to provide the target brightness current for the backlight unit.

Abstract: A display device with adjustable grayscale values and a display method thereof are provided. The display device includes a display panel, a communication interface, and a controller. The communication interface is used to receive display data of a display screen. The controller is electrically connected to the display panel and the communication interface, and is used to drive the display panel to display a display screen according to the display data. In response to the controller performing the flashbang assist function, the controller analyzes the display data to detect multiple grayscale values of multiple pixels in the display screen. In response to the controller detecting that the grayscale values of the pixels in the display screen are all higher than or equal to the first threshold, the controller adjusts the display data to reduce at least part of the grayscale values.

Abstract: A connector protection device includes a protective shell top wall, protective shell side walls, and two position-limiting structures. The protective shell top wall covers a connector top surface and includes a slot corresponding to a connector slot. The slot extends along a first direction. The protective shell side walls are connected to each other and to the protective shell top wall and cover the connector side surfaces. The two position-limiting structures are located adjacent to opposite ends of the slot in the first direction. Each of the position-limiting structures is used to limit a relative position of the expansion card and the connector slot in a second direction perpendicular to the first direction. When the expansion card is inserted into the connector slot through the slot, the expansion card is limited by the two position-limiting structures to maintain the relative position with the connector slot in the second direction.

Abstract: An electronic device with a fatigue detection function is provided and includes a keyboard, a key detection circuit, a first processing circuit, a control circuit, and a display screen. The keyboard includes at least one key. The key detection circuit detects the pressing state of the key to generate a first detection signal. The first processing circuit converts the first detection signal to a first processing signal. The control circuit determines whether a specific event occurs according to the first processing signal. In response to the specific event, the control circuit sends a reminder signal. The display screen displays a reminder image according to the reminder signal.

Abstract: A heat dissipation assembly and an electric device thereof are provided. An expansion card is fixed in the electric device. The heat dissipation assembly includes a heat dissipation unit and a quick release hook. A first guide block is provided on a first side of the heat dissipation unit, and a first positioning component is provided on the first guide block. The quick release hook includes a slide piece, a pressing component and a spring component. The slide piece includes a buckle slot and a first oblong hole. The first positioning component penetrates the first oblong hole and is provided on the first guide block, such that the slide piece is arranged on the first guide block. The spring component is compressed, a second end of the spring component abuts against the first side; and the spring component is released, the buckle slot abuts against a positioning column.

Abstract: A display includes: a memory, a physical switching element and a controller. The memory is configured to store multiple pieces of candidate extended display identification data. The physical switching element is configured to be triggered by external force to generate a first switching signal. The controller is connected to the physical switching element and the memory. The controller is configured to control a displayed screen according to original setting data among the pieces of candidate extended display identification data, and adjust the displayed screen according to target data that is different from the original setting data among the pieces of candidate extended display identification data after receiving the first switching signal.

Abstract: A display device includes a button, a first data transmission port, a second data transmission port, a first image transmission port, a second image transmission port, and a microcontroller. The first data transmission port is coupled to a first electronic device. The second data transmission port is coupled to a second electronic device. The first image transmission port is coupled to the first electronic device. The second image transmission port is coupled to the second electronic device. The microcontroller selects the first image transmission port, the second image transmission port, or both to generate a video signal. When the button is pressed, if the microcontroller selects the first image transmission port, the microcontroller switches the first data transmission port to the second data transmission port, and receives image-transmission-port information stored in the second electronic device through the second data transmission port.

Abstract: An authentication method executed by the processing device of a computer system is provided. The method includes the following operations. The method includes requesting identification information from a user device, in response to receiving an authentication assistance request from the user device. The method further includes receiving the identification information of a second user from the user device. Based on the identification information of the second user, the method further includes determining whether the second user meets an authentication assistance qualification corresponding to a first user. The method further includes requesting a first password from the user device when the second user meets the authentication assistance qualification. The method further includes receiving the first password from the user device and verifying whether the first password is correct using a multi-factor authentication server.

Abstract: An active distance measuring device includes a detection wave transmitter, a reflected wave receiver and a controller. The detection wave transmitter is configured to transmit the detection wave with a designated transmission power to be reflected to form a reflected wave. The reflected wave receiver is configured to operate at a designated detection power to receive the reflected wave and generate reflected wave information accordingly. The controller is electrically connected to the detection wave transmitter and the reflected wave receiver, to control the detection wave transmitter to transmit the detection wave and receive the reflected wave information, so as to obtain distance information based on a transmission state of the detection wave and the reflected wave information. The controller is further configured to receive a vehicle speed signal to adjust the designated transmission power and designated detection power according to the vehicle speed signal.

Abstract: A circuit board module including a circuit board body, a connector, and a release component is provided. The connector is disposed on the circuit board body and includes a base body and a rotating button rotatably disposed on the base body. The release component is disposed on the circuit board body and includes a linking member. The linking member is movably disposed beside the rotating button and does not contact the rotating button under normal conditions. When an external force triggers the release component, the linking member is driven to contact the rotating button, so that the rotating button rotates relative to the base body. In addition, a release component is also mentioned.