Abstract: An artificial neural network model training method includes acquiring a plurality of motion data items including each motion data item for a plurality of parts of a moving body; calculating coordination between parts of the moving body based on correlation between the plurality of motion data items; and training an artificial neural network model using a training dataset including at least one motion data item among the plurality of motion data items as an input data item, and the coordination between the plurality of parts as a target variable.

Abstract: Disclosed is a clothes care apparatus capable of preventing the spreading of fire when a fire occurs on a printed circuit board (PCB) assembly. The clothes care apparatus may comprise: a PCB assembly; a PCB housing having an accommodation space for accommodating the PCB assembly, the PCB housing including a sidewall that forms the accommodation space; and a protective body filled into the accommodation space to cover the PCB assembly, wherein the sidewall may include guide wall having a height lower than or equal to a height of the protective body filled in the accommodation space.

Abstract: The present disclosure relates to a floating type membrane distillation module for collecting sunlight to heat raw water and supplying the heated raw water to a membrane distillation separation membrane, to ensure effective heating of raw water and supply of the uniformly heated raw water to a membrane distillation separation membrane.

Abstract: The present disclosure relates to a floating type membrane distillation module for collecting sunlight to heat raw water and supplying the heated raw water to a membrane distillation separation membrane, to ensure effective heating of raw water and supply of the uniformly heated raw water to a membrane distillation separation membrane.

Abstract: Described herein are methods and compositions comprising a mixture of silk polymer and hydroxyapatite. The methods described herein can be used to prepare a mixture of silk polymer and hydroxyapatite and further provide mixtures that can be molded into a desired shape. Also encompassed herein are compositions comprising a mixture of silk polymer and hydroxyapatite having a desired shape, which can further be implanted, for example, to facilitate bone healing or tooth structure or support. Such compositions can also include agents, such as therapeutic agents, or cells.

Abstract: Described herein are methods and compositions comprising a mixture of silk polymer and hydroxyapatite. The methods described herein can be used to prepare a mixture of silk polymer and hydroxyapatite and further provide mixtures that can be molded into a desired shape. Also encompassed herein are compositions comprising a mixture of silk polymer and hydroxyapatite having a desired shape, which can further be implanted, for example, to facilitate bone healing or tooth structure or support. Such compositions can also include agents, such as therapeutic agents, or cells.