The present invention relates to the field of intelligent hairdressing and provides an intelligent hairdressing machine and a hairdressing method thereof. The intelligent hairdressing machine includes a head fixing apparatus, a hairdressing mechanism, a three-dimensional movement mechanism and an intelligent control unit. The hairdressing mechanism is mounted on a free end of the three-dimensional movement mechanism, the head fixing apparatus is arranged adjacent to the hairdressing mechanism, the intelligent control unit outputs a control signal to the hairdressing mechanism, and the intelligent control unit outputs a movement signal to the three-dimensional movement mechanism. The intelligent control unit controls a multi-directional movement of the three-dimensional movement mechanism, so that the hairdressing mechanism mounted on the three-dimensional movement mechanism moves in multiple directions.

A hair texturing scissors is provided. Each texture scissor has uneven teeth for selective hair weight removal. The texture scissor provides a second scissor element pivotally connected to a blade portion. The second scissor element carries a plurality of spaced apart teeth, wherein the width and length of the teeth different from tooth to tooth in relation to a distance from the distal end of the second scissor element. As a result, the width of the interval spaced between adjacent teeth accordingly changes from the distal end to the proximal end of the second scissor element. Moreover, tooth form, width, and interval influence the hair weight removal, and if one of these three elements changes, the cutting percentage changes accordingly, which is enabled simultaneously by the present invention.

A hair texturing scissors is provided. Each texture scissor has uneven teeth for selective hair weight removal. The texture scissor provides a second scissor element pivotally connected to a blade portion. The second scissor element carries a plurality of spaced apart teeth, wherein the width and length of the teeth different from tooth to tooth in relation to a distance from the distal end of the second scissor element. As a result, the width of the interval spaced between adjacent teeth accordingly changes from the distal end to the proximal end of the second scissor element. Moreover, tooth form, width, and interval influence the hair weight removal, and if one of these three elements changes, the cutting percentage changes accordingly, which is enabled simultaneously by the present invention.

The present invention provides methods and systems for a pair of hair cutting shears that includes two pivotally connected shear blades, consisting of a first blade and a second blade, wherein a razor may extend across the first blade and the second blade contains an engagement device, for receiving a comb for selectively securing the comb within the engagement device.

The present invention provides methods and systems for a pair of hair cutting shears that includes two pivotally connected shear blades, consisting of a first blade and a second blade, wherein a razor may extend across the first blade and the second blade contains an engagement device, for receiving a comb for selectively securing the comb within the engagement device.

The present invention relates to scissors, more specifically to a distance adjusting device for scissors that is configured to have a fixing part passing through an open portion of a first scissor blade and a second scissor blade to couple the first scissor blade and the second scissor blade to each other, a pair of ball bearings adapted to allow the fixing part to be inserted thereinto, a thrust bearing disposed between the pair of ball bearings, and pressurizing bars inserted into one side of the first scissor blade to pressurize the thrust bearing.

The present invention relates to scissors, more specifically to a distance adjusting device for scissors that is configured to have a fixing part passing through an open portion of a first scissor blade and a second scissor blade to couple the first scissor blade and the second scissor blade to each other, a pair of ball bearings adapted to allow the fixing part to be inserted thereinto, a thrust bearing disposed between the pair of ball bearings, and pressurizing bars inserted into one side of the first scissor blade to pressurize the thrust bearing.

The illuminated haircutting shears includes a pair of cutting blades, a light source, a light strip, and an energy source in communication with the light source. A microcontroller and an accelerometer positioned in communicating relation with the microcontroller may also be provided. In use, the accelerometer generates acceleration signals which are communicated to the light strip via the microcontroller. In response, a respective color of light illuminates to indicate the position of the shears, e.g., 0 (e.g. horizontal), 45 (e.g. diagonal), or 90 (e.g. vertical).

The illuminated haircutting shears includes a pair of cutting blades, a light source, a light strip, and an energy source in communication with the light source. A microcontroller and an accelerometer positioned in communicating relation with the microcontroller may also be provided. In use, the accelerometer generates acceleration signals which are communicated to the light strip via the microcontroller. In response, a respective color of light illuminates to indicate the position of the shears, e.g., 0 (e.g. horizontal), 45 (e.g. diagonal), or 90 (e.g. vertical).

Described herein is a pair of scissors with razor blade implements to cut hair in a razor cut fashion.