Abstract: The present invention discloses a nanobody targeting IL-23A and an application thereof, and relates to the technical field of biological medicine. The nanobody VVH1 includes framework regions and complementary determining regions; the framework regions include VVH1FR-H1, VVH1FR-H2, VVH1FR-H3 and VVH1FR-H4, and the amino acid sequences of VVH1FR-H1, VVH1FR-H2, VVH1FR-H3 and VVH1FR-H4 are respectively shown as SEQ ID NOs. 4-7; and the complementary determining regions include VVH1CDR-H1, VVH1 CDR-H2 and VVH1 CDR-H3, and the amino acid sequences of VVH1 CDR-H1, VVH1 CDR-H2 and VVH1 CDR-H3 are respectively shown as SEQ ID NOs. 1-3. The nanobody has high binding activity with IL-23A, has the characteristics of small molecular weight, good stability, good tissue wettability, weak immunogenicity and the like compared with a traditional antibody, and can be applied to the preparation of an antibody drug targeting IL-23A so as to treat related diseases through combination with IL-23A.

Abstract: Generating a 3D representation of a subject includes obtaining a set of images of a subject. For each sample point, a classifier value is obtained based on each image. The classifier value indicates a relationship of the sample point to an interior or exterior of a volume of the subject. In addition, deformation data is determined for the subject across the image. The classifier values are fused based on the deformation data, and a 3D occupation field is determined for the subject based on the fused classifier values.

Abstract: Various implementations disclosed herein include devices, systems, and methods that generate a combined user representation. For example, a process may include obtaining a first user representation of at least a first portion of a user generated via a first technique in a first physical environment. The process may further include obtaining a second user representation of at least a second portion of the user, the second user representation being generated by a second technique based on second image data obtained in a second physical environment. The process may further include obtaining a hair representation of the user of at least a third portion of the user, the hair representation being generated via a third technique based on the second image data The process may further include generating combined user representation based on the first user representation, the second user representation, and the hair representation.

Abstract: Generating a 3D representation of a subject includes obtaining a set of images of a subject. For each sample point, a classifier value is obtained based on each image. The classifier value indicates a relationship of the sample point to an interior or exterior of a volume of the subject. In addition, deformation data is determined for the subject across the image. The classifier values are fused based on the deformation data, and a 3D occupation field is determined for the subject based on the fused classifier values.

Abstract: Generating a 3D representation of a subject includes obtaining an image of a physical subject. Front depth data is obtained for a front portion of the physical subject. Back depth data is obtained for the physical subject based on the image and the front depth data. A set of joint locations is determined for the physical subject from the image, the front depth data, and the back depth data.

Abstract: The present invention belongs to the field of nowcasting early-warning technology, and discloses a thunderstorm gale early-warning method, system, equipment and terminal. The thunderstorm gale early-warning method comprises: preprocessing single radar data to identify potential thunderstorm gale areas; and in real-time service, calling the thunderstorm gale parameter model in the potential thunderstorm gale areas identified by single radar every time to perform extrapolation for 1 hour, thereby forming a thunderstorm gale early-warning product within the next hour. The thunderstorm gale early-warning method provided by the present invention makes full use of the identification technology of dual polarization radar to identify the potential of thunderstorm gale, acquires falling areas of potential thunderstorm gale within the next hour by the extrapolation technology, and has better advance and accuracy compared with the existing thunderstorm gale early-warning method.

Abstract: The present invention belongs to the field of nowcasting early-warning technology, and discloses a thunderstorm gale early-warning method, system, equipment and terminal. The thunderstorm gale early-warning method comprises: preprocessing single radar data to identify potential thunderstorm gale areas; and in real-time service, calling the thunderstorm gale parameter model in the potential thunderstorm gale areas identified by single radar every time to perform extrapolation for 1 hour, thereby forming a thunderstorm gale early-warning product within the next hour. The thunderstorm gale early-warning method provided by the present invention makes full use of the identification technology of dual polarization radar to identify the potential of thunderstorm gale, acquires falling areas of potential thunderstorm gale within the next hour by the extrapolation technology, and has better advance and accuracy compared with the existing thunderstorm gale early-warning method.

Abstract: An electronic device for object rigging includes a processor. The processor is configured to obtain a 3D scan of an object. The processor is also configured to match a rigged parametric model to the 3D scan by minimizing a surface distance and 3D joint errors between the rigged parametric model and the 3D scan. The processor is further configured to identify a correspondence between the rigged parametric model and the 3D scan. Additionally, the processor is configured to transfer attributes of the rigged parametric model to the 3D scan based on the correspondence to generate a rigged 3D scan. The processor is also configured to apply animation motion to the rigged 3D scan. The rigged 3D scan with the applied animation motion is rendered on a display.

Abstract: An electronic device for object rigging includes a processor. The processor is configured to obtain a 3D scan of an object. The processor is also configured to match a rigged parametric model to the 3D scan by minimizing a surface distance and 3D joint errors between the rigged parametric model and the 3D scan. The processor is further configured to identify a correspondence between the rigged parametric model and the 3D scan. Additionally, the processor is configured to transfer attributes of the rigged parametric model to the 3D scan based on the correspondence to generate a rigged 3D scan. The processor is also configured to apply animation motion to the rigged 3D scan. The rigged 3D scan with the applied animation motion is rendered on a display.

Abstract: An extra low temperature refrigeration system consisting of a two-stage compressor that has an electronic controller. The electronic controller controls an electric expansion valve in the evaporator, which modulates the true superheat. There is also an electric pressure control valve in the condenser, which modulates the head pressure in cool mode, and the suction pressure in defrost mode. The defrost cycle uses a reversing valve. The liquid refrigerant for the inter-stage sub-cooling circuit is constantly provided by a sub-condenser separated from a conventional one condenser system. Therefore, the system provides constant cooling for the compressor motor windings as the compressor runs. There is a one-way pathway from the main condenser circuit to the sub-condenser circuit. This pathway will call for more refrigerant from the main circuit to the sub-cooling circuit as demanded. The inter-stage sub-cooling circuit uses an electric expansion valve true superheat control for its sub-cooler.

Abstract: A cooling system that has an electrical controller that controls an electric expansion valve and the defrost cycle using a reversing valve. The need for heater circuit to achieve defrost is eliminated. The system permits the defrosting the evaporator system in less time required for conventional defrost methods. The cooling system also eliminates the need for a head pressure control valve and check valves. Due to the less wiring and lower operating costs, the invention provides significant cost savings.

Abstract: A cooling system that has an electrical controller that controls an electric expansion valve and the defrost cycle using a reversing valve. The need for heater circuit to achieve defrost is eliminated. The system permits the defrosting the evaporator system in less time required for conventional defrost methods. The cooling system also eliminates the need for a head pressure control valve and check valves. Due to the less wiring and lower operating costs, the invention provides significant cost savings.

Abstract: A cooling system that has an electrical controller that controls an electric expansion valve and the defrost cycle using a reversing valve. The need for heater circuit to achieve defrost is eliminated. The system permits the defrosting the evaporator system in less time required for conventional defrost methods. The cooling system also eliminates the need for a head pressure control valve and check valves. Due to the less wiring and lower operating costs, the invention provides significant cost savings.