A hair dryer system includes a hair dryer and a rechargeable socket for charging the hair dryer. The hair dryer defines a plurality of air inlet holes. The rechargeable socket includes a pedestal defining a receiving space and a rechargeable assembly. A top of the pedestal is recessed to form a plug-in part defining a plug-in space. The plug-in part defines a plurality of air holes. The pedestal defines a plurality of air grooves in air communication with an outside of the pedestal. When the hair dryer is charged by the rechargeable assembly, the plurality of air inlet holes are in air communication with the plurality of air holes and the plurality of air grooves. Such that the hair dryers can be used while charging, which is convenient to use.

The diffuser includes a diffusing case having a rear side removably coupled to a main body of a hair dryer. Fluid discharged from the main body is introduced into the diffusing case through an inlet hole defined at the rear side and discharged from a front side of the diffusing case. A light irradiator is provided inside the diffusing case to irradiate light toward the front side of the diffusing case, and a light diffusion frame is provided in front of the light irradiator. The light irradiated from the light irradiator is diffused while forwardly penetrating the light diffusion frame.

A hair care appliance is provided. The hair care appliance includes a handle and a body coupled to the handle via a rotational hinge joint. The body can be movable via the rotational hinge joint between a straight configuration in which the body is aligned with a longitudinal axis of the handle and a bent configuration in which the body extends along an axis transverse to the longitudinal axis of the handle. A fluid flow path extends between an inlet in the handle and an outlet in the body. The hair care appliance can be operated with minimal loss of fluid flow in either the straight configuration and the bent configuration. The hair care appliance includes a fan assembly in the handle and a heater assembly in the body that are positioned to create a balanced center of mass of the hair care appliance when operated by a user.

The present disclosure provides an intelligent hair dryer, including: an airflow detection channel, a sensor, a control system, and a main air duct. The airflow detection channel is arranged on at least one side of the main air duct, and an air inlet of the airflow detection channel opens towards a blowing direction of the main air duct of the intelligent hair dryer. The sensor is arranged in the airflow detection channel, and is configured to detect state information of airflow having touched a blown object. The control system may control operation state of the intelligent hair dryer by using the state information of the airflow. By using the intelligent hair dryer of the present disclosure, it can ensure that a user is saved from the trouble of repeatedly adjusting the gear position of the hair dryer during use. That is, by installing the sensor and the control system inside the intelligent hair dryer, it can automatically control operation of the intelligent hair dryer by detecting the state information of the airflow, and thus user experience can be enhanced.

A dryer includes a plurality of first electronic parts including a fan and a heater, a first battery to supply power to the first electronic parts, and a first controller to control power of the first battery. The first controller detects a charging ratio of the first battery, enters a first power saving mode if the charging ratio is a threshold charging ratio or less, and limits power supplied to at least one of the plurality of first electronic parts. A holder for holding the dryer includes a plurality of second electronic parts including a plurality of contact terminals, a second battery to supply power to the second electronic parts, and a second controller to detect a charging ratio of the second battery and enter a second power saving mode to limit power supplied to at least one of the plurality of second electronic parts.

A dryer stand having a base, a body having a first end connected to the base and a second end spaced upward from the base, and a receptacle located in the second end of the body, the receptacle being mounted to the second end of the body is provided. The receptacle can receive a dryer for discharging drying air. The mounting of the receptacle enables at least one of a tilting operation and a rotation operation in a clockwise-counterclockwise direction so that the discharge direction of the drying air can be shifted toward a front-rear direction and clockwise-counterclockwise direction with respect to the dryer stand, either simultaneously or separately, depending on the position and size of the object to be dried.

The diffuser includes a diffusing case having a rear side removably coupled to a main body of a hair dryer. Fluid discharged from the main body is introduced into the diffusing case through an inlet hole defined at the rear side and discharged from a front side of the diffusing case. A light irradiator is provided inside the diffusing case to irradiate light toward the front side of the diffusing case, and a light diffusion frame is provided in front of the light irradiator. The light irradiated from the light irradiator is diffused while forwardly penetrating the light diffusion frame.

A dryer stand including a stem, a base, a receptacle on which a dryer is mounted, and a rotator including a rotation motor. An air discharge direction of the dryer can be automatically controlled by controlling the rotation direction and angle of the rotation motor based on the position and size of an object to be dried detected by a sensor.

Provided is a cordless hair dryer. The cordless hair dryer includes a housing including a body part gripped by a user and a head part having a blower tube therein, a battery disposed inside the body part, a blower fan disposed in one end of the head part, a support which is inserted into the other end of the head part and fixed to an inner side of the blower tube, and a planar heating element which is formed as a carbon nanotube sheet and disposed on the support to receive power from the battery.

A battery operated hair dryer includes a battery management and control module to control how to efficiently dry a user's hair while maintaining the health and charge of the battery.