An intelligent, interchangeable-head electronic skincare device that protects the skin barrier and optimizes transdermal absorption in multi-layered skincare applications.
Patent Information
- Authority / Receiving Office
- TR · TR
- Patent Type
- Utility models
- Current Assignee / Owner
- ABDULLAH YAMAN
- Filing Date
- 2026-06-08
- Publication Date
- 2026-06-22
Smart Images
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Abstract
Description
1 TARIFF 5 In multi-layered skincare applications, it protects the skin barrier and is transdermal. Smart, interchangeable-head electronic skincare device that optimizes absorption. Technical Area This invention falls within the field of personal care and medical aesthetic technologies, and is described in volume 10. It enhances the transdermal absorption of skincare products while mechanically maintaining skin barrier integrity. It is about smart electronic skin care devices that protect against stressors. State of the Art In current technology, skincare products are usually applied with fingers or rotary head devices. It is applied with the help of. These applications cause epidermal barrier damage, multilayered 15 This causes clumping and inadequate homogeneous distribution in the products. Using your finger... The application can lead to unhygienic conditions, and rotary head devices can damage the skin. by creating friction and mechanical stress on it, it negatively affects the barrier function. It can have an impact. Purpose of the Invention 20 The invention is a smart linear resonant actuator that produces vertical micro-pulses only along the Z-axis. The above-mentioned head recognition system, active thermal control, and pressure sensor It solves the problems at their root. The aim is to protect the skin barrier and avoid multi-layered products. The aim is to ensure homogeneous and effective transdermal absorption and to increase user comfort. Explanation of Figures 25 Figure 1: General perspective view of the device. Figure 2: Exploded view Figure 3: View of assembled internal components. Explanation of References in Figures 1. Device Main Body 30 2. Linear Resonant Actuator 2 3. Motherboard (PCB) 5 4. Microcontroller Module 5. Header Connection Interface 6. Interchangeable Smart Headbands (6) 6a. Serum Cap 6b. Moisturizer Nozzle 10 6c. Sunscreen Cap 7. Integrated Identity Chip 8. Miniature Peltier Element Module 9. Pressure Sensor Description of the Invention 15 The Linear Resonance Actuator (2) that oscillates in the Z axis is located inside the main body (1) of the device. This actuator controls movement only in the vertical direction (Z-axis) instead of rotary movement. It produces micro-pulses. This ensures minimum friction and maximum absorption on the skin. A penetration effect is achieved. Replaceable smart headbands (6), which are attached via the headband connection interface (5), have integrated 20 Thanks to the ID chip (7), it is automatically detected by the microcontroller module (4) and The relevant operating mode is activated. This allows the user to manually adjust the settings according to the head type. It achieves optimum performance without any modifications. The device is designed to be charged directly via the USB-C port. USB-C connection The point is covered with a water and dust resistant cap. 25 The interchangeable smart heads (6) consist of three different types: • Serum Cap (6a): It has a microporous, thermally conductive silicone surface structure. Serum and It allows active ingredients to penetrate the skin layers more effectively. • Moisturizing Cap (6b): Flat surface, thermally conductive medical silicone surface. Moisturizing and is suitable for homogeneous distribution of cream-type products. 30 3 • Sunscreen Cap (6c): Features a micro-channeled, thermally conductive silicone surface. Suitable for sunscreen and 5 It facilitates the even spread of protective products on the skin's surface. The back surface of the caps which is in contact with the miniature Peltier element module (8) is high temperature resistant. coated with a conductive thermal intermediate material, the skin contact surface has enhanced thermal conductivity. Manufactured from medical-grade silicone composite. This structure allows the headpiece surface to reach the desired temperature. It can be stabilized within the range of (16°C – 39°C). 10 The microcontroller module (4) automatically adjusts the frequency and temperature values according to the attached head. It adjusts as follows. The pressure sensor (9) detects when the force applied to the skin exceeds 1.5 Newtons. It instantly stops the vibration, protecting the skin barrier. This safety feature... It offers significant advantages, especially for sensitive skin types and professional uses. Optimizing transdermal absorption of multi-layered skincare products and strengthening the skin barrier by 15 an electronic skin care device that protects; it produces vertical micro-pulses only in the Z-axis. A device main body (1) containing a linear resonance actuator (2) automatically attaches the head The title connection interface (5) can be changed, which recognizes it and switches it to the relevant operating mode. Smart headgear (6), miniature Peltier integrated into the headgear for active thermal control. element module (8), active thermal 20 with miniature Peltier element module (8) integrated into the headers. control capability, pressure that stops vibration by detecting excessive pressure applied to the skin. Main board (3) containing sensor (9), microcontroller module (4) coordinating all components and it has a USB-C port that allows the device to be charged. The skin care device, according to the type of head attached (6a, 6b, 6c), has a microcontroller module (4). mechanical pulse frequency range between 40 Hz and 150 Hz and miniature Peltier module (8) 25 It automatically adjusts the surface temperature between 16°C and 39°C via this method. The skin care device automatically adjusts the surface temperature between 16°C and 39°C. It has a miniature Peltier element module (8) which provides The skin care device has interchangeable smart heads (6), with a mechanical pulse frequency range of 40 To be between Hz and 150 Hz, 30 Hz to the serum nozzle (6a) or humidifier nozzle. (6b) or has a sunscreen cap (6c). The interchangeable smart heads (6) Serum Head (6a), Moisturizer Head (6b) and Sun There are three different types of cream heads (6c) and each has a skin contact surface. It is manufactured from thermally conductive medical-grade silicone composite. 35 4 How the invention can be applied to industry. The invention is intended for use in the cosmetics and medical aesthetics industry, for personal use at home or professional skincare. It can be used in skincare centers. The device can process various skincare products (serum, moisturizer, Designed for optimized transdermal absorption (sunscreen, etc.). Manufactured using medical-grade materials. Made with high-quality materials, it offers hygienic and safe use. The device has a modular 10 Thanks to its design, different heads can be easily changed, and the device has a long lifespan.
Claims
REQUIREMENTS 5 1. Optimizing the transdermal absorption of multi-layered skincare products and strengthening the skin barrier. It is an electronic skin care device that provides protection; its feature is: - a linear resonant actuator (2) that produces vertical micro-pulses only in the Z axis device main body (1), - Head connector 10 that automatically recognizes the attached head and switches to the corresponding operating mode. Smart headers (6) can be changed via the interface (5), - Miniature Peltier element module integrated into the heads for active thermal control (8) - pressure sensor (9) that stops vibration by detecting excessive pressure applied to the skin, - mainboard (3) containing microcontroller module (4) coordinating all components and - The device in question has a USB-C port that allows it to be charged. 15 2. According to claim 1, it is a skin care device whose feature is to maintain a surface temperature between 16°C and 39°C. It has a miniature Peltier element module (8) that enables automatic adjustment. It is the fact that.
3. Skin care device according to claim 1, its feature is; interchangeable smart heads (6), mechanical The pulse frequency range should be between 40 Hz and 150 Hz, using a serum cap (6a) or 20 It should be a moisturizer cap (6b) or a sunscreen cap (6c).
4. Skin care device according to request 1 or 3, and its feature is that it has interchangeable smart heads (6) The skin contact surface is made of thermally conductive medical-grade silicone composite.