A hair dryer is disclosed. The hair dryer according to an embodiment of the present invention comprises: a main body unit comprising a gas outlet part through which gas is discharged; a grip unit extending from the main body unit; a gas inlet part which is positioned in the main body unit or the grip unit, through which gas is introduced from the outside, and which is in communication with the gas outlet part; a gas flow path which allows the gas inlet part and the gas outlet part to be in communication with each other in the main body unit; and a fan unit provided on the gas flow path to flow the gas, wherein the gas outlet part comprises a center hole and a ring-shaped side hole that surrounds the center hole, the center hole and the side hole being in communication with the gas flow path to allow the gas to be discharged through each hole.

A hair dryer is disclosed. The hair dryer according to an embodiment of the present invention comprises: a main body unit comprising a gas outlet part through which gas is discharged; a grip unit extending from the main body unit; a gas inlet part which is positioned in the main body unit or the grip unit, through which gas is introduced from the outside, and which is in communication with the gas outlet part; a gas flow path which allows the gas inlet part and the gas outlet part to be in communication with each other in the main body unit; and a fan unit provided on the gas flow path to flow the gas, wherein the gas outlet part comprises a center hole and a ring-shaped side hole that surrounds the center hole, the center hole and the side hole being in communication with the gas flow path to allow the gas to be discharged through each hole.

A hair curling device includes a handle, a styling body connected with the handle, and a transmission mechanism disposed between the handle and the styling body. The styling body includes an outer shell for hair to be wound around. The outer shell is provided with an air outlet hole. The styling body further includes a hair clipping gap arranged on an inner side of the outer shell. Two sides of the hair clipping gap are provided with a clipping member, respectively. At least one of the clipping members is connected to the transmission mechanism. The transmission mechanism includes an inclined surface matching structure to realize expansion or reverse contraction of the hair clipping gap.

A hair dryer includes a cylindrical body; a handle disposed on a lower portion of the body; a main fan motor disposed inside the handle; and a sub fan motor disposed inside the body. The body includes a first flow passage extending along a longitudinal direction of the body in a central region of the body; and a second flow passage extending along the longitudinal direction of the body outside the first flow passage. Air introduced from outside by the main fan motor flows along the second flow passage, and air introduced from the outside by the sub fan motor flows along the first flow passage.

An air-moving appliance includes a body extending about an axis. The body includes an inner wall and an outer wall spaced radially outward from the inner wall. The inner wall and the outer wall define a cavity therebetween. The inner wall defines a central passage. The air-moving appliance also includes an inlet and an outlet. The air-moving appliance further includes an attachment configured to selectively connect to the body in flow communication with the outlet. The attachment includes a connector configured to extend into the central passage defined by the inner wall of the body and an attachment inlet configured to receive the airflow that exits the cavity of the body through the outlet. The attachment inlet is circumferentially disposed about the axis and the central passage defined by the inner wall of the body when the attachment is connected to the body.

An air-moving appliance includes a body extending about an axis. The body includes an inner wall and an outer wall spaced radially outward from the inner wall. The inner wall and the outer wall define a cavity therebetween. The inner wall defines a central passage. The air-moving appliance also includes an inlet and an outlet. The air-moving appliance further includes an attachment configured to selectively connect to the body in flow communication with the outlet. The attachment includes a connector configured to extend into the central passage defined by the inner wall of the body and an attachment inlet configured to receive the airflow that exits the cavity of the body through the outlet. The attachment inlet is circumferentially disposed about the axis and the central passage defined by the inner wall of the body when the attachment is connected to the body.

A hair dryer comprises a fan (F) for generating an air flow, and a drying chamber (HC) having a hair inlet (II) into which hair can be guided by the air flow. A cross-section of the drying chamber (HC) has a first dimension in a first direction, which first dimension is at least 5 times larger than a second dimension in a second direction perpendicular to the first direction, wherein the first and second directions are perpendicular to a direction of the air flow. The drying chamber (HC) may be folded in that the drying chamber has a U-turn in the direction of the air flow. A first area of the cross-section of the drying chamber (HC) at the U-turn may be smaller than a second area of the cross-section in the middle between the hair inlet (II) and the U-turn. A hair inlet (II) of the drying chamber (HC) may be shaped to follow a contour of a user's head. The hair dryer may be arranged for heating hair from multiple sides. A wall of the drying chamber (HC) may be provided with a hydrophilic or water absorbing or water surface tension reducing material. The water absorbing material may be regenerated by means of hot air. The drying chamber (HC) may be openable, whereby the drying chamber can be cleaned. The hair dryer may have a sensor (MS) for sensing temperature and/or humidity of the air flow at an air outlet of the hair dryer, and a part of the air flow may be recirculated based on an output of the sensor (MS). The hair dryer may have a nozzle to channel hot air towards a user's scalp. A wall of the drying chamber (HC) may be shaped so as to style the hair and/or increase a contact area that is in contact with the hair.

The present disclosure relates to the field of blowing equipment, more particularly, to a handheld hair drying apparatus which includes a handle, a main body and a controller. The handle includes a fluid inlet. The main body includes a housing, a tube body and a first end cover; the housing is connected to the handle; the tube body passes through the housing coaxially and is connected to the housing; the tube body has a first opening and a second opening opposite to each other, the first end cover enclosing the first opening; a first fluid outlet is formed between an end of the tube body where the second opening is located, the first fluid outlet communicating with the fluid inlet to form a first fluid channel; and the controller is arranged inside the tube body.

A hair appliance includes a handle, an electrical component coupled with the handle, and a switch mechanism in electrical communication with the electrical component and a power source. The electrical component has a plurality of settings. The switch mechanism includes a switch and a rotatable adjustment member. The switch has multiple positions and includes a sliding actuator. Each position corresponds to a respective setting for the electrical component. The rotatable adjustment member includes a contact surface operatively coupled with the sliding actuator such that rotational movement of the rotational adjustment member results in translational movement of the sliding actuator.

A handheld hair dryer includes a body extending about an axis and including a first end, a second end, an inner wall, and an outer wall. The outer wall and the inner wall extend from the first end of the body to the second end of the body and define a cavity therebetween. A central passage is defined by the inner wall. The hair dryer also includes an inlet defined by the inner wall and an outlet for the airflow to exit the cavity. The inlet is defined by the inner wall intermediate the first end and the second end. The hair dryer is configured to direct the airflow through the cavity and towards the outlet. The hair dryer further includes a handle connected to the body, a fan, and a motor positioned at least partly within the handle and coupled to the fan.