Abstract: In one aspect, the disclosure relates to ALD-coated electrodes comprising a conformal MnOx layer, and optionally, a Pt layer subjacent to the MnOx layer. In a further aspect, the ALD-coated electrode is an anode, e.g., a Ni/YSZ electrode. In a still further aspect, the present disclosure relates to cells comprising the disclosed ALD-coated electrodes. In a yet further aspect, the present disclosure relates to devices comprising the disclosed cells. Cells comprising the disclosed electrodes have improved stability and peak power performance. This abstract is intended as a scanning tool for purposes of searching in the particular art and is not intended to be limiting of the present disclosure.

Abstract: A thermal management system, a thermal management method applied to a thermal management system of a vehicle, and a vehicle including a thermal management system. The thermal management system includes an air conditioning management system, a motor management system, a battery management system, a passenger compartment management system, and a charger management system; and the air conditioning management system is connected to the motor management system, the battery management system, the passenger compartment management system and the charger management system through a refrigerant pipeline. The thermal management system is a refrigerant system and is integrated with a charger, which eliminates the need for additional facilities such as coolant pipelines, water pumps, and coolant radiators to cool the charger, and reduces the occupation of space inside the vehicle. Meanwhile, the refrigerant has a high cooling efficiency, and can cool the charger effectively.

Abstract: This application provides a signal processing method. The method is applied to the field of brain-computer interface (BCI) technologies, and includes: obtaining a first signal, where the first signal is a signal acquired from a brain tissue; obtaining a downstream feedback signal; and processing the first signal based on the feedback signal. In the method, the first signal acquired from the brain tissue is processed based on the feedback signal, instead of directly inputting the first signal into a decoding apparatus for decoding, thereby ensuring long-term stability of signal encoding and decoding, avoiding deterioration or even failure, in long-term stability of signal encoding and decoding, that is caused due to signal non-stationarity, and meeting a service requirement.

Abstract: The present invention relates to a polypeptide inhibitor, and a preparation method therefor and the use thereof. In particular, the present invention relates to a compound represented by general formula (I), a preparation method therefor, a pharmaceutical composition containing the compound, and the use of the compound as an inhibitor in treating various inflammatory and autoimmune diseases and cancers. The definitions of substituents in general formula (I) are the same as those in the description.

Abstract: In an information processing method applied to a brain-computer system including a control module, the control module receives a first signal sent by a signal collection module, where the first signal is obtained by the signal collection module by converting a first neural signal of a brain based on a first configuration parameter; and when the first signal is in an abnormal state, the control module sends first information, where the first information indicates the signal collection module to adjust the first configuration parameter to a second configuration parameter.

Abstract: Real world object reconstruction and representation include performing operations that include sampling locations along a camera ray from a virtual camera to a target object to obtain a sample set of the locations along the camera ray. For each location of the at least a subset of the sample set, the operations include determining a volumetric position of the location with respect to the target object, executing, based on the volumetric position, a reflectance multilayer perceptron (MLP) model, to determine an albedo and material shininess for the location, and computing a radiance for the location and based on a viewing direction of the camera ray using the albedo and the material shininess. The operations further includes rendering a color value for the camera ray by accumulating radiance contributions from the at least the subset using volumetric compositing along the ray.

Abstract: A fixed scroll assembly, a scroll compressor, and a method for machining a fixed scroll assembly includes a fixed scroll component and a sealing assembly. The fixed scroll component includes an end plate, a fixed scroll roll extending from a first side of the end plate, and an enhanced vapor injection hole extending from an upper surface of the fixed scroll component to a compression cavity. The enhanced vapor injection hole has a first end leading to the compression cavity, and a second end leading to the exterior of the fixed scroll assembly. The sealing assembly is configured to seal the second end of the enhanced vapor injection hole; and part of the enhanced vapor injection hole comprises a recess formed in the fixed scroll roll.

Abstract: Provided is a connecting structure with three-dimensional shock absorption and energy absorption buffering. During an earthquake, a rotational connecting device enables an upper structure to only undergo a rigid body swiveling around the rotational connecting device and rock as a whole within a design-allowed range. Further, energy is absorbed and dispersed through deformation and energy dissipation of vertical connecting devices to mitigate earthquake impact on the upper structure. The above device achieves earthquake resistance and shock absorption, effectively reducing damage and destruction to the upper structure under strong earthquakes. The connecting structure has strong self-centering capability and is capable of effectively controlling its residual displacement after earthquake, thus preventing further damage to the upper structure and facilitating its repair.

Abstract: A device for supplying and recovering a minimal quantity lubricant in a magnetic field-assisted abrasive grinding, including a grinding wheel guard assembly, including a grinding wheel guard, grinding wheel, and wind deflector; a magnetic worktable mounted on the guard, and a magnetic clamp on the worktable; a controllable magnetic field assembly, including a permanent magnet and a first guide rail mechanism mounted on the deflector, the magnet being connected to the mechanism and to a recovering and filtering device; a controllable nozzle assembly, connected to the deflector on an opposite side of the magnetic field assembly, including a nozzle connected to a linear motion mechanism; and a controlling and monitoring assembly, including a vision camera on the worktable, connected to a system control box. The magnetic nanofluid can exert the optimal lubricating properties and cooling performance under the magnetic field-assisted abrasive grinding, and the magnetic nanoparticles can be further recycled.

Abstract: A rapid active vibration reduction method for a high-speed motion stage includes acquiring motion parameters of a motion body of the motion stage in current motion; determining a vibration reduction mode of a vibration reduction device according to the motion parameters; and controlling an action end of the vibration reduction device to contact with the motion body of the motion stage or contact with a driving device for driving the motion body to move based on the vibration reduction mode, so that a contact friction force used for suppressing vibration of the motion body is generated. Realizing vibration reduction by means of active friction can reduce vibration of the motion body in a specific stage needing vibration reduction, and the action end of the vibration reduction device does not need to contact with the motion body or does not need to contact with the driving device before vibration reduction.

Abstract: The present disclosure provides for antibody or antigen-binding fragments thereof that bind to human 4Ig-B7H3, multispecific antibody or antigen-binding fragments thereof that recognize human 4Ig-B7H3 as one antigen and at least one other antigen, anti-human 4Ig-B7H3 antibodies or antigen-binding fragments thereof further conjugated with a cytotoxin, a pharmaceutical composition comprising said antibodies or antigen-binding fragments thereof, and use of the antibody, multispecific antibody or the composition for treating a disease, such as cancer.

Abstract: A magnetic building block cover and a magnetic building block are provided. The magnetic building block includes a magnetic building block cover, a building block body, and magnetic members. The magnetic building block cover includes: a cover body, at least one first enclosure wall, and at least one second enclosure wall. The first enclosure wall and the second enclosure wall form a housing structure. One side of the first enclosure wall is connected to the cover body, and the other side of the first enclosure wall is connected to the second enclosure wall. The housing structure includes at least one first opening, and the first opening is disposed toward a corner of the cover body. The building block body is formed by four sidewalls connected end to end to define two second openings. The magnetic building block cover is configured to cover the second opening.

Abstract: A determining method for an under-navigation apical surgery path is provided. The determining method includes the following steps: S1, obtaining CT image data of affected teeth and jaw bone data of a patient, and calculating the CT image data of the affected teeth to obtain calculation parameters of the surgery path; S2, based on the calculation parameters of the surgery path and in combination with the data of the affected teeth and the jaw bone data, obtaining a start point and an ending point of the surgery path, and generating the surgery path based on the start point and the ending point.

Abstract: A rocking self-centering seismic/vibration prevention structure facilitating overall regulation includes an upper structure, a support mounting layer provided with an inner vertical member at a position of a plane centroid of the upper structure, and a foundation. Edge vertical members are arranged at intervals at a periphery of the upper structure in a contour direction thereof; the inner vertical member has an upper end connected to the upper structure, and a lower end connected to the foundation through a rotational hinge support for allowing the upper structure to generate rotational displacement and simultaneously limit translational displacement of the upper structure in a horizontal direction; vertical tension-compression supports mounted at the edge vertical members do not constrain lateral displacement of the upper structure, only provide compressive bearing capacity, and do not bear shear bearing capacity in the horizontal direction.

Abstract: Transfer learning (TL)-based systems, methods, and devices are provided for beam management in communication networks. In one aspect, a system may implement a transfer learning (TL)-based method comprising generating a neural network model for beam management in a telecommunications system, designating a plurality of labels, wherein one of the plurality of labels is associated with measurements from beams associated with a first set of measurements for a first frequency (f1). The system may also train the neural network model for the first frequency to produce a trained neural network model, including inputting measurements from beams associated with a second set of measurements for the first frequency (f1) and implement the trained neural network model to output a probability of each beam in the first set of measurements for the second frequency (f2) is a Top-1 beam, and determine beam identifiers (IDs) for the Top-K beams.

Abstract: A method for preparing a graphene film with a micrometer groove array and a triangular cross-section includes the following steps: A, subjecting a flexible sheet material to a pre-treatment, and obtaining a flexible sheet substrate; B, coating a carbon precursor material onto the flexible sheet substrate according to a required thickness of a solid carbon precursor, and conducting curing to obtain a flexible composite film loaded with the solid carbon precursor; where the carbon precursor material has a triazine ring network cross-linking structure; and C, adjusting laser parameters, and conducting direct-writing scanning on a surface of the solid carbon precursor with laser, followed by cleaning and drying to obtain the graphene film with a micrometer groove array and a triangular cross-section. The method solves the problems of current traditional processing techniques, which struggle to meet the high precision and three-dimensional requirements of a micro-scale/nano-scale structure of graphene films.

Abstract: The present invention provides a time display method and apparatus, and an electronic device. The time display method is applied to the electronic device, including: displaying a time dial, where the time dial includes a target pointer; and adjusting a display mode of the target pointer according to a first parameter of the electronic device, where the display mode of the target pointer includes at least one of the following: a color of the target pointer, a color filling amount of the target pointer, and a display attribute of a target element associated with the target pointer; and in a case that the display mode of the target pointer includes the display attribute of the target element, in a process of adjusting the display attribute of the target element, controlling a position relationship between the target element and the target pointer to remain unchanged.

Abstract: A management system may receive a wireless signal transmitted to a receiver. The management system may determine, based on the wireless signal or a set of decoded bits associated with the wireless signal that were determined using an artificial intelligence (AI) receiver module of the receiver, whether a cyclic redundancy check (CRC) associated with the wireless signal is passed. The management system may perform, based on determining whether the CRC associated with the wireless signal is passed, at least one of: a data storage operation associated with the wireless signal, a fallback operation associated with the wireless signal, or an online label recovery operation associated with the wireless signal. The management system may perform, based on determining whether the CRC associated with the wireless signal is passed, a model modification operation to update a neural network (NN) of the AI receiver module of the receiver.

Abstract: In some implementations, a base station testing system obtains model information associated with a neural network (NN) of an artificial intelligence (AI) receiver module of a receiver, training information associated with the NN; and the NN. The base station testing system determines one or more test cases for testing the NN and determines respective testing conditions associated with the one or more test cases. The base station testing system generates, based on the respective testing conditions, respective test case data associated with the one or more test cases. The base station testing system determines, based on testing the NN using the respective test case data associated with the one or more test cases, performance information associated with the NN, and generates, based on determining the performance information, a performance report associated with the NN.

Abstract: Real world object reconstruction and representation include performing operations that include sampling locations along a camera ray from a virtual camera to a target object to obtain a sample set of the locations along the camera ray. For each location of the at least a subset of the sample set, the operations include determining a position of the location with respect to the target object, executing, based on the position, a reflectance multilayer perceptron (MLP) model, to determine an albedo and material shininess for the location, and computing a radiance for the location and based on a viewing direction of the camera ray using the albedo and the material shininess. The operations further includes rendering a color value for the camera ray by compositing the radiance across the first sample set.