A haircutting aid adapted to measure a predetermined length and inclination of hair and firmly hold the specific measured portion of hair for precise haircut, is disclosed. The haircutting aid comprises a handle member, at least two stationary combs disposed at a proximal end of the handle member, at least one movable comb disposed parallel to at least one stationary comb, at a distal end of the handle member, and a thumb hole disposed at the handle member to manipulate the at least one movable comb relative to the at least one stationary comb, to allow to engage and measure the length and inclination of a hair need to be cut. Further, a switch is disposed at the handle member to lock the movable comb on engaging the length of hair.

A haircutting aid adapted to measure a predetermined length and inclination of hair and firmly hold the specific measured portion of hair for precise haircut, is disclosed. The haircutting aid comprises a handle member, at least two stationary combs disposed at a proximal end of the handle member, at least one movable comb disposed parallel to at least one stationary comb, at a distal end of the handle member, and a thumb hole disposed at the handle member to manipulate the at least one movable comb relative to the at least one stationary comb, to allow to engage and measure the length and inclination of a hair need to be cut. Further, a switch is disposed at the handle member to lock the movable comb on engaging the length of hair.

Examples relating to twisted teeth combs are described herein. An example apparatus may include a base with one or more twisted teeth attached. Particularly, each twisted tooth may have a twisted structure, such as a structure similar to a twist drill bit used by a power drill. As such, the arrangement of the teeth on the apparatus can vary within examples. For instance, the apparatus can include straight teeth and twisted teeth arranged in an alternating order. Additionally, in some implementations, an example apparatus relating to twisted teeth combs can include one or more components, such as a handle connected to the base and/or a storage compartment configured to receive and hold liquids (e.g., hair gel) or substances.

Examples relating to twisted teeth combs are described herein. An example apparatus may include a base with one or more twisted teeth attached. Particularly, each twisted tooth may have a twisted structure, such as a structure similar to a twist drill bit used by a power drill. As such, the arrangement of the teeth on the apparatus can vary within examples. For instance, the apparatus can include straight teeth and twisted teeth arranged in an alternating order. Additionally, in some implementations, an example apparatus relating to twisted teeth combs can include one or more components, such as a handle connected to the base and/or a storage compartment configured to receive and hold liquids (e.g., hair gel) or substances.

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 grooming device with a self-cleaning and hair collecting features which allow the grooming apparatus to eject any hairs collected in the bristles or tines of the apparatus and collect the ejected hairs until it is convenient to dispose of the hair without having to touch the hair. The grooming device has a grooming section, a handle, a hair ejection device, and a hair collection device. The user will use the grooming device until it is full of hair, and then actuate the ejection device and collection device, which will trap the hairs until the uses releases the hair over a disposal container.

A grooming device with a self-cleaning and hair collecting features which allow the grooming apparatus to eject any hairs collected in the bristles or tines of the apparatus and collect the ejected hairs until it is convenient to dispose of the hair without having to touch the hair. The grooming device has a grooming section, a handle, a hair ejection device, and a hair collection device. The user will use the grooming device until it is full of hair, and then actuate the ejection device and collection device, which will trap the hairs until the uses releases the hair over a disposal container.

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.