Abstract: Metalized materials are provided, in which the metalized materials include (i) a substrate comprising a nonwoven, a film, or a combination thereof; (ii) a metal coating layer (MCL); and (iii) a transparent coating layer (TCL); wherein the MCL is located directly or indirectly between the substrate and the TCL. Peelable metalized materials are also provided, in which the peelable metalized materials include a metalized material and a removable carrier layer located directly adjacent to the TCL. Methods for making peelable metalized materials and metalized materials are also provided.

Abstract: This application relates to the technical field of electronic devices, and provides a camera module and an electronic device, to resolve problems that a camera module is easily disturbed, shooting performance of the electronic device is reduced, and a shooting effect is affected. The foregoing camera module is applied to the electronic device, which includes a lens, a camera circuit board, and a ground member. The camera circuit board is fixed to the lens. The ground member is arranged on the camera circuit board and electrically connected to the camera circuit board. The ground member is electrically connected to a ground terminal of a circuit board of the electronic device.

Abstract: Embodiments of the present disclosure provide a surgical pathway processing system, method, device, and storage medium. The system comprises an image segmentation module configured to obtain a first segmented image by performing image segmentation on a first medical image; an avoidance region determination module configured to determine a region to be avoided based on the first segmented image; and a pathway planning module configured to determine a surgical pathway based on the region to be avoided.

Abstract: Disclosed are a speaker module and an earphone. The speaker module includes a first speaker unit, a bracket, and a second speaker unit. The first speaker unit includes a basin frame and a wiring terminal. The wiring terminal is disposed on the basin frame. The bracket includes an electrically conductive portion. The second speaker unit is fastened to the basin frame by using the bracket. An electrode of the second speaker unit is electrically connected to the wiring terminal by using the electrically conductive portion.

Abstract: Metalized materials are provided, in which the metalized materials include (i) a substrate comprising a nonwoven, a film, or a combination thereof; (ii) a metal coating layer (MCL); and (iii) a transparent coating layer (TCL); wherein the MCL is located directly or indirectly between the substrate and the TCL. Peelable metalized materials are also provided, in which the peelable metalized materials include a metalized material and a removable carrier layer located directly adjacent to the TCL. Methods for making peelable metalized materials and metalized materials are also provided.

Abstract: A delay buffer unit and an operating method thereof, a computing device and an operating method thereof. The delay buffer unit includes a first-stage inverter, a second-stage inverter and a delay adjustment sub-unit, an input terminal of the first-stage inverter serves as an input terminal of the delay buffer unit; an input terminal of the second-stage inverter is connected with an output terminal of the first-stage inverter, and an output terminal of the second-stage inverter serves as an output terminal of the delay buffer unit; the delay adjustment sub-unit is connected between a first terminal of the first-stage inverter and a first operating voltage terminal, and the delay adjustment sub-unit includes a memristor and is configured to adjust a transmission delay of the first-stage inverter by controlling and using the memristor according to a first control signal.

Abstract: An analog-to-digital conversion circuit, an electronic apparatus, and an operation method are provided. The analog-to-digital conversion circuit includes: An analog-to-digital conversion circuit, including: a clamping module, coupled to a load circuit through a clamping point, where the load circuit provides a load current during working; a bias current generation module, coupled to the clamping module through the clamping point and configured to provide a bias current to the clamping point; and a quantization module, coupled to the clamping module through the clamping point and a first node, configured to provide a bias voltage to the clamping module through the first node to obtain a clamping branch current that is input into the clamping point, and further configured to provide a first current to the clamping point and regulate the first current based on a comparison result of the bias current and the clamping branch current to quantize the load current.

Abstract: Disclosed is an arc fault detection method, including: obtaining a current signal of a direct current conversion circuit; performing frequency domain analysis on the current signal to obtain spectrum information of the current signal; calculating a first feature quantity based on an amplitude of a frequency point in the spectrum information that corresponds to a switching frequency of a switching transistor; calculating a second feature quantity based on an amplitude of a frequency point in the spectrum information that is located within a preset target frequency band; and determining, based on the first feature quantity and the second feature quantity, whether an arc fault has occurred in the direct current conversion circuit.

Abstract: The application provides an electromagnetic protection structure and an electronic device. The electromagnetic protection structure includes: a first structural member with a radio frequency source; a second structural member, where a first current path is coupled between the second structural member and the first structural member, the first current path includes a non-linear region; and a conductive medium, which is electrically connected to the first structural member and the second structural member to form a second current path between the second structural member and the first structural member, so that at least a part of the coupling current of the radio frequency source flows from the first structural member to the second structural member through the second current path. The second current path formed by the conductive medium can shunt the first current path, so as to eliminate or weaken a non-linear effect on the first current path.

Abstract: This application discloses an electronic device, including a first metal plate, a second metal plate, and a first circuit board. The first metal plate is configured to support a display screen of the electronic device. The second metal plate and the first metal plate are oppositely arranged in a first direction, and the second metal plate is configured to support a rear cover of the electronic device. At least a portion of the first circuit board is located between the first metal plate and the second metal plate. The first metal plate includes a first opening, and the second metal plate includes a second opening. A projection of the first opening on the second metal plate at least partially overlaps the second opening. The electronic device according to this application can weaken coupling between a parallel plate waveguide and a microstrip line waveguide.

Abstract: Embodiments of the present disclosure provide methods, devices, systems, and a computer readable medium for controlling an automatic guided vehicle (AGV). In some embodiments of the method, a first load identifier is determined at a first location on a predetermined trajectory of the AGV. The first load identifier represents a first load condition at the first location. A first set of values of a plurality of control parameters is determined based on the first load identifier. A movement of the AGV is controlled based on the first set of values. With these embodiments, the movement of the AGV can be controlled according to a set of values of control parameters based on the load condition.

Abstract: Embodiments of the present disclosure provide a surgical pathway processing system, method, device, and storage medium. The system comprises an image segmentation module configured to obtain a first segmented image by performing image segmentation on a first medical image; an avoidance region determination module configured to determine a region to be avoided based on the first segmented image; and a pathway planning module configured to determine a surgical pathway based on the region to be avoided.

Abstract: Embodiments of present disclosure relate to a receiving station, an automatic guided vehicle (AGV), a pallet for use therewith, a conveying system, and a method for conveyance control. The receiving station comprises a carriage adapted to hook a pallet. The receiving station further comprises linear drive equipment operable to move the carriage in a first direction away from an AGV to load the pallet from the AGV or move the carriage in a second direction opposite to the first direction towards the AGV to unload the pallet onto the AGV, wherein the AGV stops near the receiving station, and wherein the carriage hooks the pallet during the movement of the carriage such that the pallet is moved along with the carriage.

Abstract: A delay buffer unit and an operating method thereof, a computing device and an operating method thereof. The delay buffer unit includes a first-stage inverter, a second-stage inverter and a delay adjustment sub-unit, an input terminal of the first-stage inverter serves as an input terminal of the delay buffer unit; an input terminal of the second-stage inverter is connected with an output terminal of the first-stage inverter, and an output terminal of the second-stage inverter serves as an output terminal of the delay buffer unit; the delay adjustment sub-unit is connected between a first terminal of the first-stage inverter and a first operating voltage terminal, and the delay adjustment sub-unit includes a memristor and is configured to adjust a transmission delay of the first-stage inverter by controlling and using the memristor according to a first control signal.

Abstract: This application provides a power failure detection method, including: obtaining a first fundamental wave signal of an alternating current (AC) at a first moment and a second fundamental wave signal at a second moment, where the second moment differs from the first moment by N sampling periods, and N is a positive integer; then obtaining a target signal orthogonal to the first fundamental wave signal based on the first fundamental wave signal and the second fundamental wave signal; quickly obtaining a real-time voltage amplitude of the AC at the first moment based on the first fundamental wave signal and the target signal; and determining a power failure detection result of the AC based on the real-time voltage amplitude.

Abstract: Disclosed are a speaker module and an earphone. The speaker module includes a first speaker unit, a bracket, and a second speaker unit. The first speaker unit includes a basin frame and a wiring terminal. The wiring terminal is disposed on the basin frame. The bracket includes an electrically conductive portion. The second speaker unit is fastened to the basin frame by using the bracket. An electrode of the second speaker unit is electrically connected to the wiring terminal by using the electrically conductive portion.

Abstract: A compact air compressor is provided. A plurality of blades are disposed on a driving wheel that is disposed on a second output shaft of a motor; an extension portion perpendicular to a cylinder is disposed on a cylinder mounting seat; an inner side of the extension portion is arc-shaped to accommodate the driving wheel; a plurality of grooves are formed at an end of the extension portion to serve as an air inlet passage; corresponding locating holes are respectively formed in a motor mounting seat and the extension portion of the cylinder mounting seat; the driving wheel is inserted into the extension portion, and connected by a threaded rod penetrating through the locating hole in the motor mounting seat and the locating hole in the extension portion; and a driven wheel is in transmission connection with the driving wheel through a transmission belt.

Abstract: A method includes determining, based on preset information associated with a target path, a navigation mode of the vehicle from a navigation mode group comprising a magnetic navigation mode and a simultaneous localization and mapping, SLAM, navigation mode; determining, based on sensing information from a sensing device corresponding to the determined navigation mode, a deviation between a location of the vehicle and the target path; and controlling movement of the vehicle based on the determined deviation.

Abstract: The present application discloses a single sided hydrophilic nonwoven fabric with high tensile strength and a CSR wrap made therefrom, wherein the single sided hydrophilic nonwoven fabric has a spunbonded/meltblown/spunbonded (SMS) structure consisting of a top spunbonded layer, a middle meltblown layer and a bottom spunbonded layer, wherein one side of the nonwoven fabric is hydrophilic, and the other side of the nonwoven fabric is hydrophobic.

Abstract: Methods, apparatuses, systems, and computer readable media for configuring a plurality of automated guided vehicles (AGVs). In a method, a plurality of folders corresponding to the plurality of AGVs are created at a management system managing the plurality of AGVs. A folder includes at least one configuration file for configuring an AGV. Based on a configuration file in the folder, a further folder of the plurality of folders is updated. One or more configuration files in the updated further folder are transmitted to an AGV corresponding to the further folder. Further, embodiments of present disclosure provide apparatuses, systems, and computer readable media for managing a plurality of AGVs.