Abstract: A monitoring method for an electronic device configured with an embedded flash memory. The monitoring method includes: acquiring service life data and access status data of the embedded flash memory; performing statistics on the access status data to obtain a statistical result of the access status; generating early warning information if it is determined according to the service life data and/or the access status data that an early warning condition is met; and reporting and displaying the service life data and the statistical result of the access status according to the early warning information. Through real-time monitoring on an electronic device with an embedded flash memory module, when the service life loss of the embedded flash memory reaches a preset range or the usage status of the embedded flash memory reaches a preset condition, a user can be warned and provided with a viewing interface.

Abstract: A system, method, device, and storage medium for managing device power consumption related to the field of Ethernet power supply. The system for includes a power supply mode monitoring module to monitor a power supply mode of power sourcing equipment in real time; a PoE power-saving strategy configuration module to display available power consumption and real-time power consumption data of a powered device and receiving an adjustment operation instruction; and a PoE power consumption estimation module configured to acquire a power consumption limit of the powered device, and estimate the real-time power consumption data and the available power consumption according to an adjustment target corresponding to the adjustment operation instruction provided from the PoE power-saving strategy configuration module, so as to adjust device functions of the powered device.

Abstract: An HPD circuit of a display, a working method, an integrated circuit and electronic equipment, related to the field of display interfaces. The HPD circuit of a display includes a main control module configured to receive a first control signal from the display, generate a first detection signal based on the first control signal and output the first detection signal to a display interface; and a delay control module configured to receive a second control signal from the display, generate a second detection signal based on the second control signal, set the second detection signal to a high level, and output the second detection signal to the display interface. According to the embodiments, the software delay of a display can be effectively shortened, and an HPD signal can be set to a high level as soon as possible.

Abstract: An ultrasound scanning system includes a probe adaptor, a plurality of channel modules and a backend controller. The probe adaptor is connected to an ultrasound probe and has a plurality of frontend channels. Each of the channel modules has an identification code and includes a switch, a transmitter, a transmitter beamformer, a receiver and a receiver beamformer, wherein the switch is coupled to the probe adaptor, the transmitter is coupled to the switch, the transmitter beamformer is coupled to the transmitter, the receiver is coupled to the switch, and the receiver beamformer is coupled to the receiver. The backend controller is coupled to the probe adaptor, the transmitter beamformer of each of the channel modules and the receiver beamformer of each of the channel modules.

Abstract: A wireless charging guide system includes a wireless charging cradle, an electronic device and a visual guide medium. The electronic device includes a power storage unit and a charging unit. When the visual guide medium guides the electronic device to be placed at a first position on the top surface of the wireless charging cradle, the charging unit, with respect to the wireless charging cradle, has a charging rate larger than a first default value and starts to charge the power storage unit, wherein the visual guide medium is accessed from a remote server according to the model of the electronic device.

Abstract: An ultrasound probe includes a casing, a first transmitting unit, a second transmitting unit and a receiving unit. The first transmitting unit is used for transmitting a first push beam and the first push beam has a first transmitting frequency. The second transmitting unit is used for transmitting a second push beam and the second push beam has a second transmitting frequency. The receiving unit has a receiving frequency and is used for selectively receiving a reflective wave of the first push beam and the second push beam, wherein the receiving frequency is covered with the first transmitting frequency and the second transmitting frequency. The receiving unit, the first transmitting unit and the second transmitting unit are disposed in the casing side by side.

Abstract: A display device includes a first storage unit and a display chip. The first storage unit stores first extended display identification data comprising a plurality of first preset parameters. The display chip includes a control unit. The control unit provides at least one second preset parameter to replace a part of the first preset parameters in the first extended display identification data in response to a control signal and thereby generate second extended display identification data. The display chip issues a notification signal to notify the display signal providing device to read the second extended display identification data in response to a generation of the second extended display identification data. The display signal providing device provides a first display signal compatible with the second extended display identification data to the display device after reading the second extended display identification data. An extended display identification data replacement method is also provided.

Abstract: A barcode decoding method includes steps of capturing an image of a barcode; dividing the image into a plurality of blocks and dividing the blocks into a plurality of longitudinal regions; calculating a representative gray level for each of the blocks; dividing at least one of the longitudinal regions into a relative majority region and a relative minority region; defining one of the relative majority region and the relative minority region as a normal region and defining the other of the relative majority region and the relative minority region as an abnormal region; selecting a block from each of the normal regions to set a scanning line; and performing a binarization algorithm for a gray level distribution of the scanning line to decode the barcode.

Abstract: A display device includes a display panel and a color calibration module. The display panel includes a display screen. The color calibration module includes a pivot end and a calibration end opposite to the pivot end. When the color calibration module rotates about the pivot end, the calibration end moves from a first position to a second position along a route unparallel to the display screen. A distance between the second position and the display screen is shorter than a distance between the first position and the display screen.

Abstract: A combo communication terminal has a first communication terminal and a second communication terminal. A switch unit of the second communication terminal has a first end, a second end, a third end and a control end. The control end selectively couples the first end to the second end or to the third end according to a control signal. When a communication link between the first communication terminal and the second communication terminal has been established, a second processing unit of the second communication terminal generates and transmits a first control signal to the control end, such that a first processing unit of the first communication terminal is coupled to a first subscriber identity unit of the second communication terminal via the first port, so that the first communication terminal uses the first subscriber identity unit to perform tasks of communication.

Abstract: A wireless charging guide system includes a wireless charging cradle, an electronic device and a visual guide medium. The electronic device includes a power storage unit and a charging unit. When the visual guide medium guides the electronic device to be placed at a first position on the top surface of the wireless charging cradle, the charging unit, with respect to the wireless charging cradle, has a charging rate larger than a first default value and starts to charge the power storage unit, wherein the visual guide medium is accessed from a remote server according to the model of the electronic device.

Abstract: A network system includes a terminal device, a first router, a second router, a first border router, a second border router and a server. The server transmits an updating software to the first and the second border routers through an Internet network. The first border router transmits the updating software to the first router and the second border router transmits the updating software to the second router. The first router transmits the updating software to the terminal device and the second router transmits the updating software to the terminal device. When a version information of the updating software received from the first router and that received from second router are identical, the terminal device executes the updating software. When the version information of the updating software received from the first router and that received from the second router are different, the terminal device does not execute the updating software.

Abstract: An antenna device includes a radiation part and a circuit board. The radiation part includes first to third sidewalls, an extension part and a protrusion part. The second and third sidewalls are connected to the first sidewall and opposite to each other. The extension part extends toward the third sidewall from the second sidewall. The protrusion part extends toward the first sidewall from the extension part. The circuit board includes a ground layer, a feed point, a clearance area, first metal and second metal sheets. The feed point is electrically connected to the radiation part. The clearance area is in a containing space formed by the first to third sidewalls. The first metal sheet is in the clearance area and extends from the ground layer. The second metal sheet is in the clearance area, connected to the first metal sheet and the protrusion part, and parallel to the extension part.

Abstract: A display device includes a casing, a display panel, a transparent plate, a fan, a humidity sensor, a first temperature sensor, a second temperature sensor and a processing unit. The casing includes a front bezel with an opening. The display panel is disposed on a first side of the opening and the transparent plate is disposed on a second side of the opening such that a space is formed between the display panel and the transparent plate. The humidity sensor is configured for sensing a humidity of the space. The first temperature sensor is configured for sensing a first temperature of the space. The second temperature sensor is configured for sensing a second temperature of the transparent plate. When the processing unit determines that the humidity, the first temperature and the second temperature meet a predetermined relationship, the processing unit increases a rotational speed of the fan.

Abstract: A display device includes a display, a base, a flexible circuitry connecting the display to the base, and a support frame assembly disposed between the display and the base. The support frame assembly includes an inner rail connecting to the base, an outer rail connecting to the display, and a first stop member. The outer rail is movably connected to the inner rail so that the outer rail is disposed at a first position or a second position relative to the base. An accommodation space is formed between the outer rail and the inner rail for accommodating the flexible circuitry. The first stop member is disposed between the inner rail and outer rail and extends from the inner rail and away from the accommodation space for restricting the outer rail to move along the inner rail between the first position and the second position.

Abstract: A lamp having a first illumination module, a second illumination module and a control circuit is provided. The first illumination module has a first light-emitting surface, and the second illumination module has a second light-emitting surface connected to the first light-emitting surface. The control circuit is coupled to the first illumination module and the second illumination module. When the control circuit increases the luminance of the first illumination module and the luminance of the second illumination module, a percentage of increasing the luminance of the first illumination module is less than a percentage of increasing the luminance the second illumination module.

Abstract: A display with a supporting mechanism includes a display module and a supporting device connecting the display module. The supporting device includes a base and a rotatable support. The base is used for fixing the display module and includes a first constraint structure. The rotatable support includes a rotation member pivotally connected to the base, a connection member, and a handle pivotally connected to the rotation member through the connection member. The connection member includes a second constraint structure engaged with or disengaged from the first constraint structure. Therein, when the rotation member is located at a position relative to the base, the first and second constraint structures are engaged with each and thus prevent the handle from rotating relative to the rotation member through the connection member, so that a user can carry the display module by gripping the handle with a hand.

Abstract: A display device includes a display module, a support housing, and a heat dissipating module. The display module has a back surface, wherein at least a portion of the back surface has a first heat dissipating block. The support housing is disposed opposite the back surface. The support housing sandwiches with the back surface a mezzanine space for disposing the first dissipating module. The first heat dissipating module includes a first heat dissipating body and a first elastic unit. The first heat dissipating module has a first heat exchange surface and a first pressure receiving surface facing away from each other, wherein the first heat exchange surface is heat exchange connected to the first heat dissipating block. The first elastic unit disposed compressed between the first pressure receiving surface and the support housing, wherein with the support housing as a source of reaction force, the first elastic unit provides the first pressure receiving surface with a first pressing force.

Abstract: An ejecting mechanism provides an ejecting executing portion driven by an ejecting driving portion for pushing a secondary machine out of a primary machine and for separating a secondary connector and a primary connector connected to each other. It allows the secondary machine to be ejected out of the primary machine automatically and prevents damage of the secondary connector and the primary connector caused by applying an external pulling force on the secondary machine directly. Furthermore, when a first external force overcomes a resilient driving force to push the secondary machine into a slot, the ejecting executing portion contacting with the secondary machine swings toward a rear end of a connecting surface of the primary connector. Additionally, an ejecting locking portion moving with the swing of the ejecting executing portion can be locked by a locking executing portion, such that the automatic ejection of the secondary machine is restrained.

Abstract: A transformer includes a first switch, a first winding, a second winding, a third winding, a first current direction control unit, a second current direction control unit and a loading capacitor. The first switch is coupled between the second winding and the third winding. The first winding is disposed at a primary side and coupled between an input voltage terminal and a first ground. The second winding is disposed at a secondary side and coupled between a second ground and the first switch. The third winding is disposed at the secondary side. The first current direction control unit is coupled between the second winding and an output voltage terminal. The second current direction control unit is coupled between the third winding and the output voltage terminal. The first switch is turned on for adjusting a winding ratio when the transformer is used to output a high voltage.