The existing disclosure discloses a comb with a function of combing and straightening hair. The comb has an upper cover, a lower cover, a PTC heating element, a comb seat and comb teeth. The upper cover is provided with a groove matching the comb seat, and the comb seat is arranged in the groove; an upper portion of the comb seat is provided with an aluminum component, a comb teeth seat is arranged under the comb seat; the comb teeth are connected to the comb teeth seat through the aluminum component; the upper cover is also provided with holes matching with insulation comb teeth, and the insulation comb teeth are fixed to the upper cover through the holes; the PTC heating element is arranged under the comb teeth seat, and is fixed to the lower cover by a metal fixing sheet; a PCB board is arranged in the rear end of the lower cover. By combining a hair straightener and a straight hair comb into one product, the comb has a function of combing and straightening hair. It can achieve the effect of straightening and combing hair. It has strong practicability and is easy to use.

A pet or human battery operated grooming apparatus having a housing, a number of tines formed in the housing, each tine having a slot, and a number of disk shaped blades mounted to a shaft, the shaft mounted in the housing and the blades disposed in the tine slots. A protective cover encloses most of each blade leaving only a slit open to the blade. The tines direct knots or tangles in the hair or fur of the pet, or hair of a human, to the slits and the blades. The user may then rotate the blades to cut the knots. This process occurs without any undue pulling of the associated skin of the animal or human.

A hair brushing device comprises a housing and a brush, the brush body is formed from a rigid plastics material and is capable of being mounted, in a least two different positions, to allow variation in the functionality of a device of the type of the invention.

A hair brushing device comprises a housing and a brush, the brush body is formed from a rigid plastics material and is capable of being mounted, in a least two different positions, to allow variation in the functionality of a device of the type of the invention.

A backcombing brush for backcombing hair includes an array of bristles 4. Each bristle extends from a base to a free end and two lengths of bristle are provided. Shorter bristles 4a and the bottom of longer bristles 4b carry out backcombing, whilst the longer bristles smooth hair, or untangle knots/tangles in the hair to reduce the level of backcombing. The long bristles have a relatively wide first portion 5, towards the base of the bristle, and a relatively narrow second portion 6, towards the free end of the bristle. The bristles are arranged such that bristles in one row neither extend between adjacent bristles in an adjacent row nor partially occlude the space between bristles in an adjacent row.

A backcombing brush for backcombing hair includes an array of bristles 4. Each bristle extends from a base to a free end and two lengths of bristle are provided. Shorter bristles 4a and the bottom of longer bristles 4b carry out backcombing, whilst the longer bristles smooth hair, or untangle knots/tangles in the hair to reduce the level of backcombing. The long bristles have a relatively wide first portion 5, towards the base of the bristle, and a relatively narrow second portion 6, towards the free end of the bristle. The bristles are arranged such that bristles in one row neither extend between adjacent bristles in an adjacent row nor partially occlude the space between bristles in an adjacent row.

A hair care device (B) comprises an ion generator (I), and a grounding protrusion protruding from the hair care device (B). When the hair care device comprises a sensor (MP), and ancillary elements (AE, G) for guiding hair to or along the sensor (MP), the grounding protrusion advantageously includes at least one of the ancillary elements (AE, G).

In one embodiment, A lice removal comb system includes an inner comb and an outer comb. The inner comb may include a row of lice-removing tines and a handle. The outer comb may include a first row of hair-detangling tines, a second row of hair-detangling tines, a handle, and a slot formed in the outer comb, between the first and second rows of hair-detangling tines. The outer comb may be configured to removably receive the inner comb such that the row of lice-removing tines is disposed between the first and the second rows of hair-detangling tines.

In one embodiment, A lice removal comb system includes an inner comb and an outer comb. The inner comb may include a row of lice-removing tines and a handle. The outer comb may include a first row of hair-detangling tines, a second row of hair-detangling tines, a handle, and a slot formed in the outer comb, between the first and second rows of hair-detangling tines. The outer comb may be configured to removably receive the inner comb such that the row of lice-removing tines is disposed between the first and the second rows of hair-detangling tines.

An example adjustable brush may include a brush head and a handle extending from the brush head. The brush head may include a first plurality of teeth extending along a rotation axis and a second plurality of teeth extending along the rotation axis. The second plurality of teeth may be rotatable independently of the first plurality of teeth about the rotation axis.