8 results about "Hair structure" patented technology

The utility model relates to a straightening iron technical field discloses a straightening iron anti -stuck hair structure, including integrative handle, main part and end, the handle's just below screw connection has the inner pressure plate, the inner pressure plate one end is established with first trapezoidal groove, the end lower extreme is established with second trapezoidal groove, the lower end of main part is provided with lower heat -proof support and upper heat -proof support, and one end of lower heat -proof support is provided with first trapezoidal end, one end of upper heat -proof support is provided with second trapezoidal end. The utility model discloses the place that the aluminum plate is connected with the shell, changes the linear gap into trapezoidal gap, can effectively avoid the phenomenon of stuck hair, when using, due to the special structure of trapezoidal, will not make the hair along the gap drag, compared with the linear structure, more can limit the hair movement direction when dragging, avoid clamping into the groove, better solve the hair problem of stuck.

Data processing system for sensor-based control of a thermal hair styling tool (10), comprising: (a) a sensor unit integrated into the thermal styling tool (10) with an infrared temperature sensor (11) that detects the surface temperature of a strand of hair in the working area of ​​the styling tool in real time; (b) an evaluation unit (21) with a humidity inference module (22) that determines an evaporation characteristic and / or humidity characteristic from the temporal temperature profile of the detected hair surface temperature, and with a scoring unit that calculates a damage risk characteristic for the hair structure from the combination of the measured hair surface temperature and the determined characteristic;(c) a temperature control unit (23) which receives the damage risk indicator and adjusts the heating power of the styling tool by means of a closed-loop controller so that the heating power is automatically reduced when a predetermined threshold is undershot.;

1. The name of the design product: jacket (fox hair structure down). 2. The use of the design product: for jackets. 3. The design points of the design product: in shape. 4. The picture or photo that best shows the design points: perspective view 1. 5. The top view and bottom view of the design product are not easily visible or not visible during use, so the top view and bottom view are omitted.

The application discloses a self-powered micro hair-like sensor, which comprises a hair structure, a mechanical structure layer and a substrate; the hair structure is bonded with the mechanical structure layer through a micro assembly process; the mechanical structure layer is provided with a moving platform, a constraint unit and a bridge amplification unit obtained through an etching process; the mechanical structure layer is bonded with the substrate as one of friction layers; the substrate is another friction layer; the moving platform is connected to the root of the hair structure; the moving platform is in a rectangular shape, one set of opposite sides of the rectangular shape are connected with corresponding constraint units respectively, and the other set of opposite sides are connected with corresponding bridge amplification units respectively; and the two bridge amplification units are connected through the corresponding constraint units. The self-powered micro hair-like sensor realizes self-power supply and sensing detection functions based on the frictional volt effect, realizes high-sensitivity detection of physical quantities such as flow rate and acceleration, and effectively improves the portability and power consumption ratio of equipment.

Sandal pentanol (3-methyl-5-(2,2,3-trimethylcyclopent-3-en-1-yl) pentan-2-ol), or compositions containing sandal pentanol may be used for improving hair structure. The compositions optionally may further contain caffeine as an additional active ingredient, and / or one or more saturated or unsaturated C10-C18-fatty acids, or salts thereof as an additional active ingredient. Improving hair structure may comprise increasing the cross-section of the hair. Improving hair structure may comprise increasing the expression of keratin, in particural the expression of keratin 85. Improving hair structure may comprise improving the structure of hair affected by age-related hair thinning.

This invention discloses a thermotropic reversible color-changing temperature-controlled coating based on hair-structured microcapsules and its preparation method. This thermotropic reversible color-changing temperature-controlled coating is a two-layer structure consisting of a high-reflectivity heat-insulating layer and a high-thermal-conductivity thermotropic layer. The high-thermal-conductivity thermotropic layer is prepared using thermotropic reversible color-changing microcapsules with a hair-like surface structure and nano-silica as composite fillers. The hair fiber microcapsules, on the one hand, enhance its dispersibility, effectively preventing microcapsule aggregation during dispersion; on the other hand, the addition of nano-silica particles during surface fiber modification effectively improves heat conduction between the microcapsules, resulting in faster and more uniform temperature changes in the surface reversible color-changing layer, and significantly improving the uniformity of color change in the system. This coating exhibits excellent performance and is of great significance for related technological advancements and industrial development.

A process for extracting a barley protein concentrate is disclosed, as well as the barley protein concentrate so-obtained. Also, are disclosed haircare products comprising the barley protein concentrate. Said concentrate has shown to be significantly effective in preventing and repairing damage to the hair structure, while making hair stronger and more resistant to breakage. The process of the invention is an ecological extraction process that preserves the beneficial properties of spent barley grains, while providing a concentrate enriched in proteins. This process uses advanced technologies to obtain pure and concentrated extracts, ready to be integrated into various haircare cosmetic formulations, such as creams, lotions, shampoos and masks.