Abstract: The present invention aims to provide anti-slip gloves which exhibit excellent anti-slipping effects under slippery conditions such as wet conditions caused by moisture, detergents or oils, provide an excellent durability in repeated use, keep down production costs, and can be used in various applications. The glove of the invention has an anti-slip layer comprising pulverized fragments of a foamed melamine resin, or a mixture of pulverized fragments of a foamed melamine resin and NBR particles contained in a resin or rubber formed on the surface thereof. The pulverized fragments of the foamed melamine resin are particulate subfragments obtained by pulverizing the foamed melamine resin. The foamed melamine resin has a three-dimensional lattice structure, and the pulverized fragments of the foamed melamine resin obtained by pulverizing the foam have cut limbs extending three dimensionally, which are obtained by cutting the lattice parts.

Abstract: The present invention aims to provide anti-slip gloves which exhibit excellent anti-slipping effects under slippery conditions such as wet conditions caused by moisture, detergents or oils, provide an excellent durability in repeated use, keep down production costs, and can be used in various applications. The glove of the invention has an anti-slip layer comprising pulverized fragments of a foamed melamine resin, or a mixture of pulverized fragments of a foamed melamine resin and NBR particles contained in a resin or rubber formed on the surface thereof. The pulverized fragments of the foamed melamine resin are particulate subfragments obtained by pulverizing the foamed melamine resin. The foamed melamine resin has a three-dimensional lattice structure, and the pulverized fragments of the foamed melamine resin obtained by pulverizing the foam have cut limbs extending three dimensionally, which are obtained by cutting the lattice parts.

Abstract: In the present invention, winding units (19) as a stator (23) are fixedly mounted in a cylindrical housing (1). A rotor (29) is provided on vanes (26) for supplying wind. The rotor (29) is disposed to surround the stator (23), thereby forming a brushless motor (30) that provides a hair direr having low noise level and lighter construction. The rotor has a sufficiently larger dimension in a direction of flow of wind than the stator (23). The stator (23) and rotor (28) are positioned relative to each other such that the center of the stator (23) in the direction of flow of wind is at the same position as the center of the rotor (29) in the direction of flow of wind. Thus, even if the rotor (29) moves slightly in the direction of flow of wind when the rotor (29) is rotating, the torque will not change significantly.

Abstract: In the present invention, winding units (19) as a stator (23) are fixedly mounted in a cylindrical housing (1). A rotor (29) is provided on vanes (26) for supplying wind. The rotor (29) is disposed to surround the stator (23), thereby forming a brushless motor (30) that provides a hair direr having low noise level and lighter construction. The rotor has a sufficiently larger dimension in a direction of flow of wind than the stator (23). The stator (23) and rotor (28) are positioned relative to each other such that the center of the stator (23) in the direction of flow of wind is at the same position as the center of the rotor (29) in the direction of flow of wind. Thus, even if the rotor (29) moves slightly in the direction of flow of wind when the rotor (29) is rotating, the torque will not change significantly.