A device having a helmet formed by a top part (1), for cutting hair, that is placed on the head and completely covers the area of the hair of the head down to the neck and which is connected, by means of a fastening tool (16), to a bottom part (2) for cutting beards and moustaches. The helmet contains at least one sensor (21) for reading and analyzing the length, type and position of the hair, which is connected to at least one moveable blade (3) that can be moved along at least one specific path (6) defined according to the direction required for cutting the head hair, and at least one blade (17) that moves within at least one path (18) for cutting the beard.

An organizing unit for multiple hair styling tools is disclosed herein. The organizing unit comprises a housing. The organizing unit also comprises one or more compartments formed in the housing. The one or more compartments are adapted to accommodate at least one of the multiple hair styling tools therein. The organizing unit further comprises a retractable arrangement comprising an electric cord and a retractable plug. The electric cord is configured to supply electric power to the retractable plug. The retractable plug comprises a cord spool post to wound the electric cord thereon; and a power transfer core adapted to allow power cords of one of the hair styling tools to be electrically connected thereto.

An organizing unit for multiple hair styling tools is disclosed herein. The organizing unit comprises a housing. The organizing unit also comprises one or more compartments formed in the housing. The one or more compartments are adapted to accommodate at least one of the multiple hair styling tools therein. The organizing unit further comprises a retractable arrangement comprising an electric cord and a retractable plug. The electric cord is configured to supply electric power to the retractable plug. The retractable plug comprises a cord spool post to wound the electric cord thereon; and a power transfer core adapted to allow power cords of one of the hair styling tools to be electrically connected thereto.

A method and apparatus for styling hair using an apparatus preferably shaped as a hand having finger like elements that are flexible and can be separated from each so that a strand of hair can be inserted in between two of the finger like elements so that the strand is held in place as its being braided. The apparatus is mounted on a base with a clamp for securing the apparatus to a chair, table or other surface to keep the apparatus in place during the braiding of each strand of hair being braided. In another embodiment the apparatus can have three flexible elements that are generally upwardly extending from supporting surface such as a hand like or other structure so that two strands can be placed in between the places between the two end elements and the middle element for braiding.

According to an embodiment of the present invention, there is disclosed an automatic shampoo bowl and chair designed as a combination shampoo bowl and hair salon chair that automatically shampoos a user's hair. The automatic shampoo bowl and chair includes a salon chair for enabling the user to sit down on it for receiving a haircut. The salon chair includes a back rest, a pair of arm rests, and a seat cushion. Further included is a supporting structure for supporting the seat. Further included is a sink, a pair of automatic massage hands for automatically shampooing and massaging the user's head and hair, and a massaging foot portion.

A mechanical device used to organize, store, style and transport multiple wigs is disclosed. This device allows for you to store and organize multiple wigs on a space saving device. This device also allows you to adjust devices height to accommodate most hair lengths. This invention allows the user to transport multiple wigs securely.

Systems and devices for the safe storage and transport of hair styling equipment is provided via a hair tool case. The hair tool case protects hair tools, and their power cords, from damage during storage and stowing. The hair tool case has a plurality of sleeves to that are configured to hold styling tools, along with a plurality of straps to affix the tools in place within the sleeves. The hair tool case can further have a series of cable clips, to clip the power cords in place, and a plurality of hooks to hold the power tools. A flap can be provided to cover the power cords, and the case is configured to have the flaps envelop the cables, and have the sleeves fold onto the flaps to provide protection to all of the styling tools.

Systems and devices for the safe storage and transport of hair styling equipment is provided via a hair tool case. The hair tool case protects hair tools, and their power cords, from damage during storage and stowing. The hair tool case has a plurality of sleeves to that are configured to hold styling tools, along with a plurality of straps to affix the tools in place within the sleeves. The hair tool case can further have a series of cable clips, to clip the power cords in place, and a plurality of hooks to hold the power tools. A flap can be provided to cover the power cords, and the case is configured to have the flaps envelop the cables, and have the sleeves fold onto the flaps to provide protection to all of the styling tools.

A blending system and method are described for preparing a blended mixture. The blending system includes a control system having at least a processor, and a computer-readable memory, wherein the memory contains software configured to receive a formula defining instructions for preparing a blended mixture. The blending system further includes: a plurality of receptacles to organize and store blending dye containers, the blending dye containers containing blending materials; a pumping system that pumps blending materials into a mixing bowl, wherein the pumping system is controlled by the control system; and a user input device that receives input regarding the preparation of the blended mixture. The control system monitors a weight on the scale as blending materials are added to a mixing bowl on the scale, wherein a desired batch size of the blended mixture is prepared and added to the mixing bowl on the scale.