Abstract: Provided is a heterohybridoma-based method of generating recombinant rabbit monoclonal antibodies, recombinant anti-IL-6 receptor-alpha (IL-6R?) antibodies generated using such methods, and immune assay methods kits employing such antibodies.

Abstract: The present disclosure provides a method for controlling a sound in a game, including: determining a target skill parameter of a controlled virtual object, wherein the target skill parameter is configured to be determined based on a state parameter of the controlled virtual object entering a specified game state, and the specified game state includes at least one of the controlled virtual object entering a specified sub-scene in the game scene or the controlled virtual object performing a specified game action; in response to a sound playback instruction for a target sound, determining a sound playback parameter of the target sound based on the target skill parameter, wherein the target sound is from the game scene or a first virtual object in the game scene; and controlling, based on the sound playback parameter, a terminal device to play the target sound.

Abstract: A numerical control process design and optimization method based on machining knowledge includes: constructing a machining knowledge data model by taking a machining feature as a carrier, performing ordered integration on various stages of programming, post-processing, cutting simulation, machining process monitoring and inspection, and machining result measurement, determining various storage data types, and storing data in each stage. By means of the numerical control process design and optimization method, data stream during the whole flow of product machining are connected; effective accumulation of knowledge in a full cycle of product machining is realized; a numerical control process basic data model is constructed by means of establishing an association relationship between machining knowledge and a feature of a part.

Abstract: An interrupt request balancing method and apparatus, and a computing device are provided. The computing device includes a plurality of processors, to obtain operating statuses of the plurality of processors. The computing device may set a processor that is in a non-idle state, whose operating frequency is within a preset frequency range, or whose load rate is less than a specified load rate in the plurality of processors to be used to process an IRQ other than a designated IRQ, and set a processor in another state to be used to process the designated IRQ.

Abstract: The present application discloses a device and a method for testing an omnidirectional anisotropic permeability tensor, and relates to the technical field of core testing devices. The device includes a core holder and a spherical core, and is provided with a simulated wellbore passing through the spherical core. The spherical core rotates with the simulated wellbore. A flow guide tube and a plurality of liquid flow channels are also provided on the core holder. When in use, the omnidirectional anisotropy measurement for the core permeability can be achieved by rotating the spherical core and changing the liquid flow channels, thereby completing the measurement of the core permeability tensor.

Abstract: Disclosed is a method for automatically extracting a jet stream axis based on semi-supervised learning with cross pseudo-supervision. The method includes: preprocessing acquired 11 types of grid-point wind field data and performing label mask conversion on manually labeled data; constructing a semi-supervised deep learning model with cross pseudo-supervision; training and evaluating the semi-supervised deep learning model with cross pseudo-supervision by using a preprocessing result and a label mask conversion result, and obtaining an image segmentation result according to the evaluated semi-supervised deep learning model with cross pseudo-supervision; and extracting the jet stream axis by using an eight-neighborhood connection algorithm based on a jet stream center axis point according to the image segmentation result.

Abstract: A test strip main body with a sample section, colloidal gold pads, an NC film and a water absorption end in sequence; and the colloidal gold pads are of 3 to 8 layers. Compared with the prior art, the test strip has higher sensitivity, which is beneficial to detection of trace or low-concentration samples.

Abstract: A method and system for correcting misalignment of, or of aligning, images of one or more portions of a subject, the images obtained by a two- or three-dimensional medical imaging modality. The method comprises: in consecutive first and second two- or three-dimensional sub-volume scans, (a) identifying at least one first portion and at least one second portion respectively of a common anatomical feature or structure, and/or (b) determining first and second axes of objects (such as anatomical features or structures, or portions thereof) in the first and second sub-volume scans, respectively; determining, based on those portions, or based on the axes, a transformation that aligns or brings into registration the portions; aligning the first and second sub-volume scans by applying the transformation and forming aligned first and second sub-volume scans; generating an aligned image from the aligned first and second sub-volume scans; and outputting the aligned image.

Abstract: The present application provides an automatic method for forecasting strong cold waves from horizontal-to-vertical trough transition using wave truncation, which includes: reading geopotential height data within a 500 hPa forecast key region in forecasting operations, and converting a screen coordinate system into a Cartesian coordinate system; analyzing contour lines of the geopotential height field; repeatedly truncating and splitting waves to extract truncation points; selecting trough candidate nodes from a set of truncation points; screening trough candidate nodes and organizing and constructing a trough line; detecting a slope of the trough fitting line to find a horizontal trough; calculating a north-south extension distance of the found horizontal trough; comparing this north-south extension distance with a north-south extension distance at a next time; and in a case where an increase amount exceeds a preset threshold, determining the start of a horizontal-to-vertical trough transition, thereby foreca

Abstract: A method and system for correcting misalignment of, or of aligning, images of one or more portions of a subject, the images obtained by a two- or three-dimensional medical imaging modality. The method comprises: in consecutive first and second two- or three-dimensional sub-volume scans, (a) identifying at least one first portion and at least one second portion respectively of a common anatomical feature or structure, and/or (b) determining first and second axes of objects (such as anatomical features or structures, or portions thereof) in the first and second sub-volume scans, respectively; determining, based on those portions, or based on the axes, a transformation that aligns or brings into registration the portions; aligning the first and second sub-volume scans by applying the transformation and forming aligned first and second sub-volume scans; generating an aligned image from the aligned first and second sub-volume scans; and outputting the aligned image.

Abstract: A dynamic-balance test method for a rigid rotor includes: acquiring a counterweight influence coefficient library, initial vibration swing data and an initial vibration vector; determining an initial test weight mass and an initial test weight phase according to the initial vibration swing data and the counterweight influence coefficient library, and triggering a speed increase test according to the initial test weight mass and the initial test weight phase to obtain a target vibration vector; determining a target configuration influence coefficient according to the initial vibration vector, the target vibration vector and the initial test weight mass; calculating a residual vibration swing value; and determining a target test weight adjustment scheme according to the residual vibration swing value, a rotor operation vibration standard, a target test weight mass and a target test weight phase.

Abstract: The invention provides novel compositions and methods for the treatment of Radiation-Induced Bystander Effects (RIBE), resulting from radiation exposure. In one preferred embodiment the inventions includes novel therapeutic agents, including but not limited to quercetin and quercetin analogs, as well as E64, CA074, CA074Me, that interfere with the activity of Cathepsin B.

Abstract: Provided is an automatic hail identification method based on radar image spatial mapping, including: obtaining a base reflectivity radar image; grading radar echoes using intensity values represented by different colors, and detecting radar center coordinates; performing spatial mapping, and establishing a dictionary for radar echo intensity in a new radar image space; after expanding the dictionary, transforming V-shaped notch and TBSS characteristics behind an original radar strong echo area into a standard rectangle and a triangle behind a strong echo in the new radar image space; determining whether there is a V-shaped notch and TBSS according to whether there is a standard rectangle or a triangle behind the strong echo; and if so, marking in the original radar image and calculating a position where hail occurs. A rapid and accurate method is provided for automation of hail monitoring and early warning and elimination of continuous high-intensity analysis pressure of forecasters.

Abstract: A dynamic-balance test method for a rigid rotor includes: acquiring a counterweight influence coefficient library, initial vibration swing data and an initial vibration vector; determining an initial test weight mass and an initial test weight phase according to the initial vibration swing data and the counterweight influence coefficient library, and triggering a speed increase test according to the initial test weight mass and the initial test weight phase to obtain a target vibration vector; determining a target configuration influence coefficient according to the initial vibration vector, the target vibration vector and the initial test weight mass; calculating a residual vibration swing value; and determining a target test weight adjustment scheme according to the residual vibration swing value, a rotor operation vibration standard, a target test weight mass and a target test weight phase.

Abstract: A water surface cleaning device is provided. The water surface cleaning device includes a main body, a cover and a filter basket. The main body is formed with an opening for the filter basket to get into and out of the main body. One side of the opening is provided with a buckle. Two opposite sides of the filter basket are respectively provided with a hinge part and a clamping part. The hinge part is hinged to one side of the cover, and an other side of the cover is configured for being clamped to the buckle. One side, where the hinge part is located, of the filter basket is provided with a limiting rib, and a limiting surface is arranged at a position on an inner side of the opening corresponding to the limiting rib. The limiting surface restricts the limiting rib from rotating about the clamping part.

Abstract: A water surface cleaning and charging integrated system is provided. The water surface cleaning and charging integrated system includes a water surface cleaning device and a charging base station. The water surface cleaning device is provided with a wireless charging module and a magnetic attraction module. The charging base station includes a fixed mount and a floatable seat movably installed on the fixed mount. The floatable seat is provided with a wireless charging structure and a magnetic attraction structure. The floatable seat floats up and down as water raises and falls, so that a height of the wireless charging structure is matched with a height of the wireless charging module, and a height of the magnetic attraction structure is matched with a height of the wireless charging module.

Abstract: A basket type filter assembly is provided, which belongs to the technical field of water surface cleaning devices. The basket type filter assembly includes a filter basket, and a cover. The filter basket is provided with a hinge portion on a side and a clamping portion on an opposite side. The hinge portion is hinged with one side of the cover, the other side of the cover is configured for being clamped with a buckle, and the other side of the cover is pressed against the clamping portion. The cover is hinged with the filter basket, the filter basket is clamped to the cover by the buckle, and the cover is pressed against the filter basket.

Abstract: A swimming pool cleaner is provided, which includes a housing, a travelling device and a filter screen, two groups of power components with opposite driving directions are provided inside the water outlet chamber, the power component includes an impeller and a water outlet channel, wherein the water outlet channel includes a spiral portion and a linear flowing portion which are sequentially communicated, the linear flowing portion is connected with the water outlet, and the linear flowing portion deflects to the outer side in the spiral direction of the spiral portion, a steering stressed portion is formed at the junction of the linear flowing portion and the spiral portion, and the water outlet is in communication with an outside of the housing and faces towards a direction that is opposite to the travelling direction of the travelling device.

Abstract: A method and system for correcting misalignment of, or of aligning, images of one or more portions of a subject, the images obtained by a two- or three-dimensional medical imaging modality. The method comprises: in consecutive first and second two- or three-dimensional sub-volume scans, (a) identifying at least one first portion and at least one second portion respectively of a common anatomical feature or structure, and/or (b) determining first and second axes of objects (such as anatomical features or structures, or portions thereof) in the first and second sub-volume scans, respectively; determining, based on those portions, or based on the axes, a transformation that aligns or brings into registration the portions; aligning the first and second sub-volume scans by applying the transformation and forming aligned first and second sub-volume scans; generating an aligned image from the aligned first and second sub-volume scans; and outputting the aligned image.