A care appliance is disclosed, which includes a housing, a drive assembly and a care component. An accommodation cavity is formed in the housing, the housing includes a base and a housing lid, and the base is connected with the housing lid through a fastener. The drive assembly includes a drive member and a connector, the drive member is disposed in the accommodation cavity, the connector is rotationally connected to a bottom of the housing, and the drive member is in transmission connection with the connector. The care component is detachably connected with the connector, and the drive assembly can drive the care component to rotate back and forth through the connector. The care appliance can optimize the cleaning effect, so as to better meet user's needs.

A care appliance is disclosed, which includes a housing, a drive assembly and a care component. An accommodation cavity is formed in the housing, the housing includes a base and a housing lid, and the base is connected with the housing lid through a fastener. The drive assembly includes a drive member and a connector, the drive member is disposed in the accommodation cavity, the connector is rotationally connected to a bottom of the housing, and the drive member is in transmission connection with the connector. The care component is detachably connected with the connector, and the drive assembly can drive the care component to rotate back and forth through the connector. The care appliance can optimize the cleaning effect, so as to better meet user's needs.

A personal defense tool has a secondary function as a hair styling tool. The personal defense tool includes a handle portion for grasping by a user's hand or fingers, and a plurality of prongs extending from the handle portion. The prongs are configured to puncture a skin surface of an attacker while also being configured to comb or be retained within a user's hair.

A personal defense tool has a secondary function as a hair styling tool. The personal defense tool includes a handle portion for grasping by a user's hand or fingers, and a plurality of prongs extending from the handle portion. The prongs are configured to puncture a skin surface of an attacker while also being configured to comb or be retained within a user's hair.

A hair combing device includes a brush main body. The brush main body includes a front scraping plate, a rear scraping plate and a row comb. A mounting cavity is defined in the brush main body. A first opening is in communication with the mounting cavity. The row comb is partially positioned in the mounting cavity. The front scraping plate and the rear scraping plate are arranged above a front surface of the row comb and below a back surface of the row comb respectively. The row comb moves telescopically along a length extension direction of the front scraping plate and the rear scraping plate under the action of external force, thereby simultaneously pushing the hair from different directions, allowing a hair to be smoothly pushed out from a comb tooth gap towards a top end of comb tooth. This structure can effectively improve the efficiency of hair combing.

A hair combing device includes a brush main body. The brush main body includes a front scraping plate, a rear scraping plate and a row comb. A mounting cavity is defined in the brush main body. A first opening is in communication with the mounting cavity. The row comb is partially positioned in the mounting cavity. The front scraping plate and the rear scraping plate are arranged above a front surface of the row comb and below a back surface of the row comb respectively. The row comb moves telescopically along a length extension direction of the front scraping plate and the rear scraping plate under the action of external force, thereby simultaneously pushing the hair from different directions, allowing a hair to be smoothly pushed out from a comb tooth gap towards a top end of comb tooth. This structure can effectively improve the efficiency of hair combing.