Abstract: The present disclosure provides an electric energy transmission connecting mechanism, a charging socket, and a motor vehicle. The electric energy transmission connecting mechanism comprises: a first flat belt and a second flat belt which are vertically stacked, a first electrical device and a second electrical device placed side by side, a first terminal connecting the first flat belt and the first electrical device, and a second terminal connecting the second flat belt and the second electrical device. The electric energy transmission connecting mechanism is simple in structure and cost-saving, and can make the adaption between the flat belts and the electrical devices more convenient.

Abstract: A charging device includes a first DC convertor and controller. The first DC convertor is configured to convert a DC signal outputted by a power battery to a DC signal required for a storage battery. The first DC convertor includes a first half-bridge logical link control (LLC) circuit and a second half-bridge LLC circuit arranged in parallel. The controller is connected with the first half-bridge LLC circuit and the second half-bridge LLC circuit and configured to acquire a total output current of the first DC convertor, and control the first half-bridge LLC circuit and the second half-bridge LLC circuit to operate alternately when the total output current is less than a current threshold.

Abstract: This application provides a wireless charging circuit and a device. The wireless charging circuit includes a power supply module, an inverter module, and a first coil component; the first coil component includes at least one coil; the power supply module is connected to the inverter module, and the inverter module is connected to the first coil component; the power supply module is configured to: output a direct current signal to the inverter module; and the inverter module is configured to: convert the direct current signal into an alternating current signal at a target resonant frequency, and output the alternating current signal to the first coil component, where the target resonant frequency is at an MHz level. In this application, a stylus can obtain electric energy from a power supply device without being clung to the power supply device.

Abstract: A centrifugal microfluidic analysis chip includes a chip body formed of a substrate and cover plates on opposite sides of the substrate, and a rotary positioning hole located in a center region of the chip body and connected to a rotating shaft. Multiple liquid distributing detection units are spaced apart in a circumferential direction on the substrate and are communicated in turn to form a first liquid distributing detection system, and each include a gas reservoir, two connecting channels, a dosing cell, a capillary channel and a reaction cell. The dosing and reaction cells are communicated by the capillary channel. The gas reservoir is arranged on a side wall of the dosing cell close to the center of the chip body. The two connecting channels are located at both sides of the gas reservoir and both communicate with the dosing cell.

Abstract: Disclosed are a charging gun having a cooling structure, and a charging pile. The charging gun having a cooling structure includes a charging terminal (1), a charging gun body (2), and a cooling structure (3), where the charging gun body (2) and the cooling structure (3) are disposed in sequence, the charging terminal (1) passes through the charging gun body (2) along a direction from the charging gun body (2) to the cooling structure (3), at least part of the charging terminal (1) is sleeved in the cooling structure (3) in a matching manner, and a cooling medium can flow in the cooling structure (3) to cool the charging terminal (1).

Abstract: Cryocooler systems are provided that include a section of incoming helium gas conduit extending between the first and second stages, this section configured to thermally couple with both the regenerator and the PT tube. Systems are provided that include sections of incoming helium gas conduit extending between the first and second stages that are configured to thermally couple with helium return section. Systems are provided that include a section of the regenerator residing between the first and second stages that houses at least one discrete heat exchanger. Methods for cooling incoming helium gas to the cryocooler are also provided.

Abstract: The embodiments of the present application provide a GPU computing resource management method and apparatus, an electronic device and a readable storage medium. The method comprises: dividing a GPU in a Node node to obtain multiple vGPUs, wherein, each vGPU comprises a part of a GPU video memory and a part of a GPU computing core of the GPU, and one vGPU corresponds to one Pod service; collecting vGPU information of each vGPU in the Node node, and registering the information of each vGPU to obtain Pod information of each Pod service corresponding to each vGPU; receiving each piece of Pod information and storing each piece of Pod information as multiple files; and managing the part of GPU video memory and the part of GPU computing core in each vGPU according to the files. By means of using the aforementioned method, the running of multiple Pod services on the same physical GPU can be supported while strictly isolating GPU computing resources.

Abstract: A pharmaceutical composition includes an antibody-drug conjugate, a histidine buffer, trehalose, and a surfactant. A method for preparing the pharmaceutical composition is also provided. For example, the antibody-drug conjugate is formed by conjugating a drug-linker to an anti-Nectin-4 monoclonal antibody. In addition, the antibody may include a heavy chain and a light chain. The heavy chain may have three CDR regions having amino acid sequences set forth in SEQ ID NOs: 1, 2 and 3, respectively. The light chain may have three CDR regions having amino acid sequences set forth in SEQ ID NOs: 4, 5 and 6, respectively.

Abstract: A system running method and a terminal apparatus are provided. The terminal apparatus includes N partitions, where N is a positive integer, and different partitions are storage areas used to store data of different functions in the terminal apparatus. The method includes: obtaining a first partition table, where the first partition table includes information about at least one of the N partitions, and the first partition table is updatable; reading, based on a latest first partition table, data stored in the at least one partition; and running an operating system of the electronic device based on the data.

Abstract: Request coalescing method, cell and chip. The request coalescing unit includes: multiplexer, configured to determine target request from multiple requests to be coalesced, wherein the target request is one of the multiple requests selected based on predetermined condition; a comparator group, coupled to the multiplexer, and configured to compare the target request with the multiple requests individually, so as to determine duplicate request of the multiple requests that duplicates the target request; first logic circuit, coupled to the multiplexer, for outputting to the multiplexer the remaining requests of the multiple requests other than the duplicate request and the target request to repeat the comparison process until all of the multiple requests have completed comparison; and the multiplexer is further configured to output the target request outside of the request coalescing unit.

Abstract: Disclosed is a sound-absorbing material, a method, and a speaker, a sound-absorbing slurry is frozen by using a freezing conveyor belt, and the sound-absorbing slurry is then molded by a mold or coated onto a film. During pre-cooling of the sound-absorbing slurry in a first freezing zone of the conveyor belt, temperatures of the mold and a carrier film are reduced, followed by rapid freezing in a second freezing zone. Pre-cooling the mold in advance ensures uniform freezing of the sound-absorbing slurry. The freezing time of the material may be controlled by adjusting the speed of the conveyor belt. A temperature gradient is formed between the freezing conveyor belt and hot air thereabove. This enhances the top-bottom permeability of the sound-absorbing material, and thus improves the performance of the sound-absorbing material. The preparation efficiency of sound-absorbing material is increased, thereby facilitating scalable mass production is facilitated.

Abstract: A display backplane and a display device are provided. The display backplane includes a wiring layer. The wiring layer includes a plurality of first-type wirings arranged along a first direction and a plurality of second-type wirings arranged along a second direction. At least one of the first-type wirings includes a first end surface flush with an edge of the display backplane. At least one of the second-type wirings includes a second end surface flush with the edge of the display backplane. In a top view direction of the display backplane, the first end surface and the second end surface are arranged non-overlapping.

Abstract: Systems and methods for acoustic event detection customization include determining one or more acoustic event detection (AED) models to send to a device based on enrollment data, AED model usage data, and/or other data indicating a likelihood that an acoustic event will be detected utilizing the one or more AED models. Additionally, an activation schedule may be generated and utilized to determine when to activate and deactivate the one or more AED models.

Abstract: This disclosure provides a method and apparatus for measuring a surface temperature of an object. The method includes: obtaining a temperature measured by a temperature sensing device at a current moment and at a moment previous to the current moment after the temperature sensing device contacts with a surface of a measured object for a set duration, the temperature sensing device being in conductive contact with the surface of the measured object; determining a temperature compensation factor at the current moment based on the temperature measured by the temperature sensing device at the current moment and the moment previous to the current moment; obtaining a correction factor of the temperature compensation factor; obtaining a static correction factor; and determining a surface temperature of the measured object at the current moment. This disclosure can accurately measure the temperature without damaging the measured object.

Abstract: A busbar module for supplying power to a server includes: a housing, first and second busbars, an insulating member, and at least one pair of handles. The housing defines a length direction and includes a base plate and two side plates. The handles are disposed on outer surfaces of the side plates. Each handle is positioned away from the base plate such that a vertical distance between a geometric center of the handle and the base plate is at least one-half of the side plate width. This specific arrangement ensures the center of gravity is located below the handles during transport, facilitating stable handling of heavy modules ranging from 50 kg to 100 kg and minimizing safety hazards.

Abstract: The invention provides an opposed cutting machine for end-of-life automotive tires, including a first opposed cutting machine body including a rotatably disposed first external expanding chunk having a plurality of first external expanding jaws, the first external expanding jaws are evenly distributed around a center of the first external expanding chunk and radially movable along the first external expanding chunk; a second opposed cutting machine body including a rotatably disposed second external expanding chunk having a plurality of second external expanding jaws, the second external expanding jaws are evenly distributed around a center of the second external expanding chunk and radially movable along the second external expanding chunk; and a saw blade feeding device for cutting tires. The first external expanding chunk is disposed right opposite the second external expanding chunk, and one of the first and second external expanding chunks is configured to be movable toward the other.

Abstract: This disclosure provides a magnetic field generator, a test system, and a test method. The magnetic field generator comprises a magnetic field structure, which includes a housing, a first support frame, and a magnet. The housing comprises a first chamber; the first support frame is housed within the first chamber; the first support frame comprises a first rotating shaft and a magnet support structure, which includes a second chamber that houses the magnet; the magnet support structure is housed within the first chamber. This improves testing accuracy, automation level, and stability, and extends the operating life of the motor.

Abstract: A display substrate, a display panel and a display apparatus are provided. The display substrate has a display area and a non-display area at the periphery of the display area. The display substrate includes: multiple fanout wiring groups in the non-display area and a common electrode between adjacent fanout wiring groups in the non-display area. At least one fanout wiring group includes multiple fanout wirings. The common electrode includes a boundary wiring and a common wiring group in a region surrounded by the boundary wiring. The common wiring group includes: multiple first common wirings and multiple second common wirings. The first common wirings and the second common wirings intersect to form a grid structure. The extension direction of at least one first common wiring is the same as the extension direction of at least one fanout wiring.

Abstract: An array level packaged uncooled infrared detector includes a read-out circuit substrate and active elements arranged on the upper surface of the read-out circuit substrate and electrically connected with the read-out circuit substrate. The array level packaged uncooled infrared detector also includes a getter deposition area. The array level packaged uncooled infrared detector opens up a separate area for the getter body, and deposits the getter body after the release of the structural sacrifice layer, avoiding the impact of high temperature and organic solution in the process of mems technology on the performance of the getter body, and adopts thermal activation. The activation mode of the getter body is simple, and it is easy to carry out batch production and manufacturing.

Abstract: Techniques for cross-lingual voice cloning for low-resource languages are provided. In an example method, a computing system receives a first speech sample, the first speech sample characterized by a first voice and spoken in a first language. The computing system receives a first text input in a second language. The computing system generates, by a first ML model, a first encoded representation of the first text input. The computing system generates, by a second ML model, a first spectrogram of the first text input spoken in the first voice in the second language, in which the generating is based on an embedded representation of the first speech sample, in which the first ML model is different from the second ML model. The computing system generates an audio output based on the first spectrogram.