Abstract: Methods, apparatuses, and non-transitory computer-readable storage mediums are provided for intelligent device recognition. The method may be applied to a terminal device. The terminal device may recognize prompt frequency information of a prompt circuit of an intelligent device. The terminal device may also determine a unique identification code of the intelligent device based on the prompt frequency information. The terminal device may further determine relevant information of the intelligent device based on the unique identification code.

Abstract: Methods, apparatuses, and non-transitory computer-readable storage mediums are provided for intelligent device recognition. The method may be applied to a terminal device. The terminal device may recognize prompt frequency information of a prompt circuit of an intelligent device. The terminal device may also determine a unique identification code of the intelligent device based on the prompt frequency information. The terminal device may further determine relevant information of the intelligent device based on the unique identification code.

Abstract: A method for molding a hollow vehicle part, the hollow vehicle part and an automobile. The method includes: a. preparing an inflatable core mold matching a target vehicle part on a geometrical shape in an inflated state, coating curable thermoplastic resin on the surface of the inflatable core mold in the inflated state, and performing shaping; b. braiding fibers on the surface of the shaped core mold to form at least one braided layer; c. conveying the preform into a curing agent passage, and sequentially passing through a heating section and a coating section; and d. conveying the preform mixed with curing agent into a curing passage for curing and molding, then deflating and taking out the inflatable core mold. The method has a high processing automation degree and can meet large-scale production. The produced hollow vehicle part has good mechanical properties, low cost and remarkable lightweight effect.

Abstract: A method for molding a hollow vehicle part, the hollow vehicle part and an automobile. The method includes: a. preparing an inflatable core mold matching a target vehicle part on a geometrical shape in an inflated state, coating curable thermoplastic resin on the surface of the inflatable core mold in the inflated state, and performing shaping; b. braiding fibers on the surface of the shaped core mold to form at least one braided layer; c. conveying the preform into a curing agent passage, and sequentially passing through a heating section and a coating section; and d. conveying the preform mixed with curing agent into a curing passage for curing and molding, then deflating and taking out the inflatable core mold. The method has a high processing automation degree and can meet large-scale production. The produced hollow vehicle part has good mechanical properties, low cost and remarkable lightweight effect.