Abstract: Disclosed are a multi-comb Jacquard three-dimensional jacquard mesh fabric and its preparation method. The mesh fabric includes a surface layer, a base layer, and a connecting layer. The surface layer is woven with the first warp knitting basic structure, the base layer is woven with the second warp knitting basic structure, and the connecting layer is used to connect the surface layer and the base layer. Among them, the surface layer and/or the base layer is woven with a three-dimensional jacquard pattern, which includes a jacquard profile and jacquard protrusions. The jacquard profile is woven by the Jacquard comb through the second Jacquard basic structure, and the jacquard protrusions are woven by the Jacquard comb through the first Jacquard basic structure.

Abstract: Disclosed are a multi-comb Jacquard three-dimensional jacquard mesh fabric and its preparation method. The mesh fabric includes a surface layer, a base layer, and a connecting layer. The surface layer is woven with the first warp knitting basic structure, the base layer is woven with the second warp knitting basic structure, and the connecting layer is used to connect the surface layer and the base layer. Among them, the surface layer and/or the base layer is woven with a three-dimensional jacquard pattern, which includes a jacquard profile and jacquard protrusions. The jacquard profile is woven by the Jacquard comb through the second Jacquard basic structure, and the jacquard protrusions are woven by the Jacquard comb through the first Jacquard basic structure.

Abstract: This application includes an interactive control method and apparatus, a storage medium, and an electronic device. In this method, apparatus, storage medium, and device, a touch operation performed on a touch panel is recognized. A holographic projection device is configured to display a holographic projection-based virtual character. The touch panel is disposed on the holographic projection device. An interaction request is generated according to the recognized touch operation. The interaction request corresponds to an interaction with the holographic projection-based virtual character. Further the holographic projection-based virtual character is controlled to perform an interactive action associated with the interaction request.

Abstract: This application includes an interactive control method and apparatus, a storage medium, and an electronic device. In this method, apparatus, storage medium, and device, a touch operation performed on a touch panel is recognized. A holographic projection device is configured to display a holographic projection-based virtual character. The touch panel is disposed on the holographic projection device. An interaction request is generated according to the recognized touch operation. The interaction request corresponds to an interaction with the holographic projection-based virtual character. Further the holographic projection-based virtual character is controlled to perform an interactive action associated with the interaction request.

Abstract: This application includes an interactive control method and apparatus, a storage medium, and an electronic device. In these method, apparatus, storage medium, and device, a touch operation performed on a touch panel is recognized. A holographic projection device is configured to display a holographic projection-based virtual character. The touch panel is disposed on the holographic projection device. An interaction request is generated according to the recognized touch operation. The interaction request corresponds to an interaction with the holographic projection-based virtual character. Further the holographic projection-based virtual character is controlled to perform an interactive action associated with the interaction request.

Abstract: The present application proposes a method for detecting an okadaic acid based on a near-infrared photoelectric composite material, which includes the following steps: synthesizing NaYF4: Yb, Tm up-conversion nanoparticles (UCNPs) and a semiconductor material flower-like tungsten oxide (WO3) by a simple high-temperature solvothermal method; coupling the UCNPs with an okadaic acid monoclonal antibody through a classic amidation reaction to construct a competitive near-infrared photoelectrochemical immunosorbent assay (cNIR-PECIA) for okadaic acid detection. In addition, the present application employs a screen-printed carbon electrode (SPE) as the working electrode, and thus only requires a small amount of electrolytes, which is low-cost and maintenance-free.