A conditioning and styling reactivated hair device is an apparatus which can be used to spray formulations to condition, style, reactivate, and/or refresh hair, stimulate the scalp, and help detangle hair. The apparatus includes a handheld grip, a detachable panel, a nebulizing mechanism, a vibration mechanism, and a control system. The handheld grip serves as the base for the apparatus which can be ergonomically held by one hand. Further, the handheld grip includes a palm-bearing surface and an interfacing surface. The detachable panel covers the internal structure of the handheld grip and supports external hair styling aids. The detachable panel further comprises a back plate and a flow guide. The nebulizing mechanism dispenses spray formulations stored within the handheld grip. The vibration mechanism generates physical vibrations for stimulating purposes as well as to aid in dispensing spray formulations. The control system enables the semi-automatic operation of the apparatus by users.

A conditioning and styling reactivated hair device is an apparatus which can be used to spray formulations to condition, style, reactivate, and/or refresh hair, stimulate the scalp, and help detangle hair. The apparatus includes a handheld grip, a detachable panel, a nebulizing mechanism, a vibration mechanism, and a control system. The handheld grip serves as the base for the apparatus which can be ergonomically held by one hand. Further, the handheld grip includes a palm-bearing surface and an interfacing surface. The detachable panel covers the internal structure of the handheld grip and supports external hair styling aids. The detachable panel further comprises a back plate and a flow guide. The nebulizing mechanism dispenses spray formulations stored within the handheld grip. The vibration mechanism generates physical vibrations for stimulating purposes as well as to aid in dispensing spray formulations. The control system enables the semi-automatic operation of the apparatus by users.

A hair information collection device for providing information relating to hair of a user includes a device body having at least first and second regions configured such that the hair of the user is movable between the first and second regions while in contact with the first and second regions, at least one microphone arranged in or on the device body for detecting a noise during movement of the hair between the first and second regions, a speed sensor circuit arranged in or on the device body and comprising at least one sensor for determining a value representing the speed of the device body, and an electronic circuit device arranged in or on the device body, wherein the electronic circuit device is configured to provide the user with information regarding the hair based on the received detected noise and the speed of the device body.

The present invention refers to a cutting comb (100) for cutting split ends of hair, comprising: a first comb body (1) with at least two first teeth (10), a second comb body (2) with at least two second teeth (20), and cutting means (3) for cutting split ends of hair. The first comb body (1) and the second comb body (2) are arranged to be movable relative to each other in a direction parallel to a longitudinal axis (200) of the cutting comb (100). Furthermore, at least one first tooth (10) of the first comb body (1) comprises at least one first hair-dividing element (11) for dividing hair into hair strands, the at least one first hair-dividing element (11) being immovably fixed to the at least one first tooth (10) and/or the at least one second tooth (20) of the second comb body (2) comprises at least one second hair-dividing element (21) for dividing hair into hair strands, the at least one second hair-dividing element (21) immovably being fixed to the at least second tooth (20).

A system is provided that includes a hair dryer; a hairbrush; and a client device. The hairbrush is configured to sense a characteristic of at least one of the user's hair and the hair dryer, and to transmit information back to the hair dryer based on the sensed characteristic, and the client device is configured to communicate with the hair dryer and provide feedback to the user regarding a user's usage of at least one of the hair dryer and hairbrush based at least in part on sensed characteristic captured by the hairbrush.

A multi-linear beard shaping template include a nose guide edge, a curved-cut edge, a first jawline edge, a comb section, a second jawline edge, and a step-cut edge. The curved-cut edge that enables a curved beard cut is terminally connected to the nose guide edge. The step-cut edge that enables a step beard cut is terminally connected to the nose guide edge, opposite of the curved-cut edge. The first jawline edge is terminally connected to the curved-cut edge, opposite of the nose guide edge. The second jawline edge is terminally connected to the step-cut edge, opposite of the nose guide edge. The first and second jawline edges and the nose guide provide symmetricity for different types of beard cuts. The comb section is terminally connected to the first jawline edge and the second jawline edge as the comb section and the nose guide are oriented opposite of each other.

A multi-linear beard shaping template include a nose guide edge, a curved-cut edge, a first jawline edge, a comb section, a second jawline edge, and a step-cut edge. The curved-cut edge that enables a curved beard cut is terminally connected to the nose guide edge. The step-cut edge that enables a step beard cut is terminally connected to the nose guide edge, opposite of the curved-cut edge. The first jawline edge is terminally connected to the curved-cut edge, opposite of the nose guide edge. The second jawline edge is terminally connected to the step-cut edge, opposite of the nose guide edge. The first and second jawline edges and the nose guide provide symmetricity for different types of beard cuts. The comb section is terminally connected to the first jawline edge and the second jawline edge as the comb section and the nose guide are oriented opposite of each other.

A personal care implement having a handle which includes a first rigid portion, a second rigid portion, and an elastomeric portion located therebetween. The first and second rigid portions may have end portion with first and second tabs. The elastomeric portion has a front surface, a rear surface, and a peripheral surface that extends between the front and rear surfaces. A first groove may be formed between the first tab of the first rigid portion and the first tab of the second rigid portion. A second groove may be formed between the second tab of the first rigid portion and the second tab of the second rigid portion. A first portion of the peripheral surface of the elastomeric portion may form a floor of the first groove and a second portion of the peripheral surface of the elastomeric portion may form a floor of the second groove.

A lice removing apparatus and method of using it are disclosed. The apparatus comprises a flexible fabric sheet having a pair of pockets defined on a first side of the sheet adjacent opposite ends of the sheet. A second side of the sheet includes a plurality of projections, or other physically coarse material, that strip nits from a person's hair when passed there over. A user inserts his fingers and thumb into the pockets, folds the sheet around a lock of hair, and runs the sheet along the length of the hair while squeezing the folded sheet into constant contact with the hair. Thereafter, the sheet is discarded and a new one is used for cleaning a subsequent lock of hair. The sheets may be stored in a contained in a manner that provides easy access for grasping the sheet and removing it from the container with one hand.

A lice removing apparatus and method of using it are disclosed. The apparatus comprises a flexible fabric sheet having a pair of pockets defined on a first side of the sheet adjacent opposite ends of the sheet. A second side of the sheet includes a plurality of projections, or other physically coarse material, that strip nits from a person's hair when passed there over. A user inserts his fingers and thumb into the pockets, folds the sheet around a lock of hair, and runs the sheet along the length of the hair while squeezing the folded sheet into constant contact with the hair. Thereafter, the sheet is discarded and a new one is used for cleaning a subsequent lock of hair. The sheets may be stored in a contained in a manner that provides easy access for grasping the sheet and removing it from the container with one hand.