A device which maintains exit temperature of hot air from a hair dryer passing through a nozzle attachment seated on the hair dryer. The hair dryer heats air and blows it out of an opening, with the nozzle attachment seated on the hair dryer opening. The nozzle attachment channels the heated air from the hair dryer opening to and out of a narrowed slotted opening in the nozzle attachment. The device comprises a heat conductive element configured to be securely seated on an interior surface of the nozzle attachment at a position adjacent the narrow slotted opening in the nozzle attachment without substantially impeding heated air from exiting the slotted opening. The heat conductive element is of sufficient dimensions to substantially maintain hot air exit temperature from the hair dryer opening as it exits the slotted opening of the nozzle attachment, without significant heating of the nozzle attachment.

The invention relates to hair dryers. Various techniques for improving air flow in hair dryers are described, including a hair dryer providing laminar flow air. In another variant a hair dryer has a two air flow channels: one a hot air channel the other a cool air channel, with the cool air channel circumscribing the hot air channel. The nozzle end of the hair dryer is arranged such that the cool air channel extends forward of the hot air channel outlet. This allows a hair dryer to be placed close to, or on, a person's hair/head without and risk of burning the person's head. A hair dryer with external power supply is also described which reduces the weight of the housing held by a user.

A handheld hair dryer includes a body extending about an axis. The body includes an inner wall and an outer wall. The inner wall and the outer wall define a cavity therebetween. A central passage is defined by the inner wall. The handheld hair dryer also includes an inlet and an outlet. The inlet is defined by the inner wall and is in flow communication with the central passage to allow airflow in the central passage to be drawn into the cavity through the inlet. A fan is configured to draw the airflow through the inlet and direct the airflow through the cavity towards the outlet. The handheld hair dryer further includes a handle connected to the body.

A hair dryer with an ionizing solution provides a translucent reservoir which contains an ionized solution. The hair dryer heats the solution into a vapor, and may then be used to apply the ionized vapor to a salon client's hair while styling it, to prevent brittleness, damage, and split ends. In one embodiment a cradle is provided for recharging a handheld hair dryer and storing various attachments which are ready for immediate use. When separated from the handheld hair dryer, the cradle transfers electric power to the hair dryer via resonant inductive coupling, creating an oscillating magnetic field which is converted to electric power by components within the hair dryer. A second embodiment provides a standing hair dryer. The hair dryer also provides wireless internet and power outlets for mobile electronic devices.

A hair dryer attachment is formed of a hollow cylinder made of high-heat resistant material and includes a first end and a second end, opposite the first end. The hollow cylinder extends an axial distance between the first end and the second end. The first end embodies a first opening that is larger in diameter than a second opening embodied by the second end. Vertical ribs extend inwardly from an internal surface of the hollow cylinder that are equally spaced along the internal surface of the cylinder. A plurality of hole patterns consisting of between five and fifteen holes that are centered along the interior between each of the vertical ribs. The first opening at the first end of the attachment is configured to be securely fixed over a barrel or air source of a hair dryer. The first end preferably comprises silicone rubber to facilitate a friction fit.

A drying system comprising a glove assembly having a first glove body defining a first glove cavity and a first glove body opening at a first glove body base end that communicates with the first glove cavity; and a second glove body defining a second glove cavity and a second glove body opening at a second glove body base end that communicates with the second glove cavity. The drying system further includes an elongated duct having a first and second duct end and defining a duct cavity extending between the first and second duct ends, the duct further defining first and second duct openings at the respective first and second duct ends, the second duct end coupled to the first glove body base end with the duct cavity communicating with the first glove body.

A diffuser includes an air inlet for receiving an airflow from a hair dryer, a grille having a plurality of air outlets for emitting a first part of the airflow from the diffuser, and a plurality of projections upstanding from the grille for contacting the hair of a user and for emitting a second part of the airflow. Each of the projections has a respective air outlet located in an end portion of the projection which is remote from the grille. The projections are divided into a first set of projections and a second set of projections arranged about the first set of projections. The air outlets of the first set of projections are arranged to emit air towards the second set of projections, and the air outlets of the second set of projections face are arranged to emit air towards the first set of projections.

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.

Disclosed herein is a hairdryer for managing a braid. Further, the hairdryer may include a hairdryer housing, an attachment detachably coupled to the hairdryer housing and an electrical power source. Further, the hairdryer housing may include a hollow dryer body and at least two dryer openings disposed on the hollow dryer body. Further, the hairdryer housing may include a primary heating element disposed of in the hollow dryer body. Further, the hairdryer housing may include a fan mechanism disposed of in the hollow dryer body. Further, the attachment may include a hollow attachment body. Further, the attachment may include at least two protrusions and a secondary heating element disposed of on the at least two protrusions. Further, the electrical power source may be electrically coupled with the primary heating element, the secondary heating element, and the fan mechanism.

An apparatus for drying hair includes first and second mutually-opposing arms adapted for movement between an open configuration for receiving a length of wet hair therebetween and a closed configuration adjacent the hair. A vibrator imparts vibration from at least one of the arms to the length of hair in use, to move and separate hair fibres for improving drying of the hair. A method of drying hair includes using the apparatus to impart vibration to a length of wet hair held within the apparatus. The method may further include using the apparatus to style the hair substantially simultaneously with drying the hair.