Abstract: A pose estimation method is provided. The method includes: according to timing sequence information, acquiring frames of continuous reference images before and after a target image on timing sequence; acquiring a first pose estimation of a target object in each frame of reference image, a second pose estimation of the target object in a target image; according to a rotation smoothing algorithm, processing a rotation pose component of at least one first pose estimation and a rotation pose component of the second pose estimation, to generate a target rotation pose component; according to a translation smoothing algorithm, processing a translation pose component of each first pose estimation and a translation pose component of the second pose estimation, to generate a target translation pose component; generating a third pose estimation of the target object in the target image according to the target rotation pose component and the target translation pose component.

Abstract: A shoe try-on method and apparatus based on augmented reality, and an electronic device. The method comprises: upon detecting a shoe try-on instruction, determining, according to any calf image in a real image that is collected in real time, an initial rendering area corresponding to the calf image; according to all the calf images in the real image, determining a shielding area; and then determining a target rendering area according to the shielding area and the initial rendering area. Therefore, it is only necessary to perform shoe mold rendering on the target rendering area.

Abstract: A method, apparatus, device and medium for pose estimation. The method includes: determining, based on original feature points of a target object in a previous frame image to a current frame image, target feature points of the target object in the current frame image; determining effective feature points that meet a predetermined filtering condition from the target feature points, and generating a movement estimation model based on the effective feature points; generating a first pose of the target object in the current frame image based on the movement estimation model and pose estimation of the target object in the previous frame image, and extracting a second pose of the target object in the current frame image with a predetermined deep learning model; and smoothing the first pose and the second pose.

Abstract: A copper clad laminate and a printed-circuit board. The copper clad laminate comprises a dielectric substrate layer and a copper foil layer. The copper foil layer is located on at least one surface of the dielectric substrate layer, wherein the copper foil layer comprises an iron element in a weight content of less than 10 ppm, a nickel element in a weight content of less than 10 ppm, a cobalt element in a weight content of less than 10 ppm, and a molybdenum element in a weight content of 10 ppm. The copper clad laminate has a passive intermodulation PIM of less than ?158 dBc (700 MHz/2600 MHz).

Abstract: The present invention provides a process for preparing a pre-treated low Dk-type glass fabric for constituting a circuit board, comprising pre-treating low Dk-type glass fabric with a pre-treating varnish having a Dk close to the Dk of the used low Dk-type glass fabric at different temperatures and having a small Df. The present invention further provides a bonding sheet and a circuit board prepared thereby. The circuit boards prepared by the preparation process of the present invention have a Dk having small differences in warp and weft directions, and can effectively solve the problem of signal propagation delay. The circuit boards have a small Df, so as to have a small signal loss. Meanwhile, the cured, partially-cured or uncured dry glue obtained after drying the solvent of the pre-treating varnish has similar dielectric properties at different temperatures to the used low Dk-type glass fabric, so that the circuit boards have a very small signal propagation delay at different temperatures.

Abstract: A device and method can be used for clinical virus inactivation treatment to automatically, continuously and cyclically treat plasma of a patient in a closed system. The disclosed plasma treatment device may be used for an anti-viral agent such as, for example, methylene blue photochemical plasma virus inactivation. The plasma treatment device can perform real-time treatment to the plasma in the closed system on the basis of the principle of plasma exchange and can realize real-time back-transfusion during treatment.

Abstract: The present invention relates to a mutant strain of Trichodema reesei, namely, CCTCC No: M 2013540, that produces cellulase with high enzyme activity, and a method of producing thereof. The enzyme activity of the cellulase was as follows: Filter Paper Activity (FPA): 792 U/mL, Endo-1,4-?-D-glucanase (EG): 1389 U/mL, Exo-1,4-?-D-glucannase (CBH): 680 U/mL, ?-1,4-glucosidase (BG): 486 U/mL.

Abstract: The present invention provides a process for preparing a pre-treated low Dk-type glass fabric for constituting a circuit board, comprising pre-treating low Dk-type glass fabric with a pre-treating varnish having a Dk close to the Dk of the used low Dk-type glass fabric at different temperatures and having a small Df. The present invention further provides a bonding sheet and a circuit board prepared thereby. The circuit boards prepared by the preparation process of the present invention have a Dk having small differences in warp and weft directions, and can effectively solve the problem of signal propagation delay. The circuit boards have a small Df, so as to have a small signal loss. Meanwhile, the cured, partially-cured or uncured dry glue obtained after drying the solvent of the pre-treating varnish has similar dielectric properties at different temperatures to the used low Dk-type glass fabric, so that the circuit boards have a very small signal propagation delay at different temperatures.

Abstract: The present invention relates to a mutant strain of Trichodema reesei, namely, CCTCC No: M 2013540, that produces cellulase with high enzyme activity, and a method of producing thereof. The enzyme activity of the cellulase was as follows: Filter Paper Activity (FPA):792 U/mL, Endo-1, 4-?-D-glucanase (EG):1389 U/mL, Exo-1, 4-?-D-glucannase (CBH):680 U/mL, ?-1, 4-glucosidase (BG):486 U/mL.

Abstract: The present invention relates to a mutant strain of Trichodema reesei, namely, CCTCC No: M 2013540, that produces cellulase with high enzyme activity, and a method of producing thereof. The enzyme activity of the cellulase was as follows: Filter Paper Activity (FPA): 792 U/mL, Endo-1,4-?-D-glucanase (EG): 1389 U/mL, Exo-1,4-?-D-glucannase (CBH): 680 U/mL, ?-1,4-glucosidase (BG): 486 U/mL.

Abstract: Systems and methods for producing bioproducts are shown. The systems and methods herein can be configured and used in an integrated biorefinery. The integrated biorefinery may comprise a sugar production facility such as a sugar mill, a production facility for one or more bioproduct(s) such as butanol, and optionally an ethanol production facility employing the system and method.

Abstract: The present invention provides a process for the enzymatic conversion of pretreated lignocellulosic biomass to fermentable sugars and fermentation products, the process including the steps of saccharification of at least a portion of the cellulose and/or hemicellulose in the pretreated biomass with an enzyme mixture comprising cellulase and/or hemicellulase enzymes, to obtain a partially-hydrolyzed biomass, followed by mechanical treatment of the partially-hydrolyzed biomass, and further saccharification of the mechanically-treated, partially hydrolyzed biomass with or without further addition of an enzyme mixture.

Abstract: The present invention relates to a mutant strain of Trichodema reesei, namely, CCTCC No: M 2013540, that produces cellulase with high enzyme activity, and a method of producing thereof. The enzyme activity of the cellulase was as follows: Filter Paper Activity (FPA) :792U/mL, Endo-1,4-?-D-glucanase (EG):1389U/mL, Exo-1, 4-?-D-glucannase (CBH):680 U/mL, ?-1,4-glucosidase (BG):486 U/mL.

Abstract: Systems and methods for producing bioproducts are shown. The systems and methods herein can be configured and used in an integrated biorefinery. The integrated biorefinery may comprise a sugar production facility such as a sugar mill, a production facility for one or more bioproduct(s) such as butanol, and optionally an ethanol production facility employing the system and method.

Abstract: The invention relates to methods for treating pre-treated lignocellulose-containing material comprising the steps of: a) subjecting a slurry comprising pre-treated lignocellulose-containing material to agitation in the presence of one or more chemicals and/or one or more enzymes; b) subjecting said slurry to liquid-solid separation; c) recycling at least a portion of the liquid to the agitated slurry; d) optionally transferring solids-containing material for downstream processing.

Abstract: The invention relates to processes of delignifying lignocellulose-containing material, wherein the lignocellulose-containing material is treated with a delignification catalyst and a lignin solubilizing agent.