The hair dryer with a scent dispenser includes a housing with an air outlet at a first end thereof, and an air inlet at a second end thereof. An airflow conduit is disposed within the housing. A fan is mounted within the airflow conduit for drawing air into the airflow conduit, and a heating element is mounted within the airflow conduit for heating the air. The heated air is blown by the fan through the airflow conduit and out the air outlet. A scent container is received within the housing for storing a scented liquid. An air pump is in fluid communication with the scent container for delivering pressurized air into the scented liquid to produce scented air. The scent container is in fluid communication with the airflow conduit such that the scented air mixes with the heated air within the airflow conduit.

The invention discloses a hair dryer. The hair dryer comprises: a body, an installation cavity is provided in an interior of the body, a blowing mechanism is provided in an interior of the installation cavity; an annular inner air intake net, disposed at a tail end of the body; a plurality of perforative inner air inlets, formed on a circumferential surface of the annular inner air intake net; an annular air intake net cover, detachably sleeved on an outer side of the annular inner air intake net; a plurality of perforative outer air inlets being formed on a circumferential surface of the annular air intake net cover, wherein the plurality of outer air inlets communicate with the plurality of inner air inlets; porous fillers, arranged between the annular inner air intake net and the annular air intake net cover.

The invention discloses a hair dryer. The hair dryer comprises: a body, an installation cavity is provided in an interior of the body, a blowing mechanism is provided in an interior of the installation cavity; an annular inner air intake net, disposed at a tail end of the body; a plurality of perforative inner air inlets, formed on a circumferential surface of the annular inner air intake net; an annular air intake net cover, detachably sleeved on an outer side of the annular inner air intake net; a plurality of perforative outer air inlets being formed on a circumferential surface of the annular air intake net cover, wherein the plurality of outer air inlets communicate with the plurality of inner air inlets; porous fillers, arranged between the annular inner air intake net and the annular air intake net cover.

A dual-power portable-use hair dryer system and method for drying hair providing a hair dryer which can be carried on the back or the side of a user who can be a person whose own hair is being dried or a person acting as a stylist drying the hair of others, which can be operated either on AC mains power or on an incorporated DC battery array, where AC mains operation provides free movement within the range of the AC cord and DC battery operation provides unlimited free movement, and where use with a soft bonnet hair-drying attachment allows hands-free use, and use by a stylist allows free movement from person to person. The dual-power portable-use hair dryer draws pre-heated air away from the electric and electronic components for the dual purposes of cooling the components and reducing the expenditure of energy through the heater.

A dual-power portable-use hair dryer system and method for drying hair providing a hair dryer which can be carried on the back or the side of a user who can be a person whose own hair is being dried or a person acting as a stylist drying the hair of others, which can be operated either on AC mains power or on an incorporated DC battery array, where AC mains operation provides free movement within the range of the AC cord and DC battery operation provides unlimited free movement, and where use with a soft bonnet hair-drying attachment allows hands-free use, and use by a stylist allows free movement from person to person. The dual-power portable-use hair dryer draws pre-heated air away from the electric and electronic components for the dual purposes of cooling the components and reducing the expenditure of energy through the heater.

A haircare item drying platform (HIDP) that functions as a free standing device or in combination with an over-head blow dryer to dry haircare items such as brushes, combs or human hair. The HIDP includes a disk with a center section that is either a solid uniform material or is made of a mesh material. A haircare item is placed on the center section or is inserted through and maintained within an opening on the center section. The HIDP with haircare items thereon is placed on a surface and elevated by at least three removably attached legs, or attachment means are utilized for securing the HIDP to the head opening on the over-head blow dryer. The haircare items can then air dry from ambient air, can have heated air applied from a hand-held blow dryer, or are dried from heated air applied onto the HIDP from the over-head blow dryer.

A haircare item drying platform (HIDP) that functions as a free standing device or in combination with an over-head blow dryer to dry haircare items such as brushes, combs or human hair. The HIDP includes a disk with a center section that is either a solid uniform material or is made of a mesh material. A haircare item is placed on the center section or is inserted through and maintained within an opening on the center section. The HIDP with haircare items thereon is placed on a surface and elevated by at least three removably attached legs, or attachment means are utilized for securing the HIDP to the head opening on the over-head blow dryer. The haircare items can then air dry from ambient air, can have heated air applied from a hand-held blow dryer, or are dried from heated air applied onto the HIDP from the over-head blow dryer.

A handle includes a casing grippable by a user with a hand and fingers. The casing incorporates a first vibrating body and a second vibrating body. A control device is capable of generating a first sense of force in a first direction by controlling a vibration pattern of the first vibrating body. The control device is capable of generating a second sense of force in a second direction by controlling a vibration pattern of the second vibrating body. Then, the control device can control the vibration pattern of the first vibrating body and the second vibrating body so that the first direction and the second direction are different directions and an imaginary line headed toward the first direction from the first vibrating body and an imaginary line headed toward the second direction from the second vibrating body are not located on the same straight line.

The Salon Hair dryer Hood Cover was invented by taking a bath towel and poly cotton blend material, placing them together and cutting them 3 ft and 8 in long and 2 ft wide; Cut the covers off the towel, pin together fold down 1 in, stitching together, Slide the elastic through the corners, creating the hood. Attach your strap to the hood, which are used to tighten the hood around the salon hair dryer. This will keep the heat inward. Thus eliminating longer dryer time under the hair dryer. Attach four straps to hood, which are used to tighten the hood around the salon hairdryer This will keep the heat inward. Thus eliminating longer dryer time under the hair dryer.

The Salon Hair dryer Hood Cover was invented by taking a bath towel and poly cotton blend material, placing them together and cutting them 3 ft and 8 in long and 2 ft wide; Cut the covers off the towel, pin together fold down 1 in, stitching together, Slide the elastic through the corners, creating the hood. Attach your strap to the hood, which are used to tighten the hood around the salon hair dryer. This will keep the heat inward. Thus eliminating longer dryer time under the hair dryer. Attach four straps to hood, which are used to tighten the hood around the salon hairdryer This will keep the heat inward. Thus eliminating longer dryer time under the hair dryer.