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ELECTRONICS SHOW
Time:06.21-06-23
Booth No. C2.24a
Address: Ptak Warsaw Expo, Poland
Exciting news from the world of beauty and tech enthusiasts! Our innovative D8 Hypersonic hair dryer made a remarkable debut at the COSMOPROF MIAIMl this January, capturing the interest of brands and distributors from around the globe. This event has set a new standard in hair care technology, emphasizing the D8's revolutionary features and performance.
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The high-speed hair dryer solution not only focuses on efficiency and performance, but also deeply considers the user's comfortable experience. Ergonomic design Through ergonomic analysis, our product ensures a comfortable grip and ease of operation. intelligent control Intelligent sensors and control systems provide a personalized drying experience, allowing each user to find the most suitable settings. Quiet operation The optimized airflow design and high-quality motor enable the product to operate efficiently while effectively controlling noise. Material safety Choose non-toxic and harmless environmentally friendly materials to ensure that the product is harmless to the health of users. technical support Adopting advanced temperature control and overload protection technology to prevent safety hazards caused by high temperature or motor overload. Compliance certification The product strictly follows international safety standards and has passed multiple safety certif
Functional module division: Divide the functions of the hair dryer into different modules, such as power management, wind speed control, temperature control, safety protection, etc. Main control chip selection: Choose a suitable main control chip with sufficient computing power and IO interface, which can integrate control of various functional modules. Power management: Integrate appropriate power management modules, including power input protection, voltage stabilizing circuits, switching power supplies, etc., to ensure stable and reliable power supply. Driver circuit: Design a circuit suitable for high-speed fan drive, usually using MOSFET and other components to achieve precise control of the fan. Sensors: Integrated temperature sensors, overcurrent protection sensors, etc., used to monitor and protect fans and circuits. User interface: Consider adding LED display, buttons, and other user interface elements to PCBA to achieve user operation and status display. PCB layout
1. High speed fan design: Overfrequency noise reduction technology requires a powerful high-speed fan to ensure sufficient air volume and pressure. High speed fans can provide strong airflow in a short period of time, helping to dry hair faster. 2 noise sensors: The built-in noise sensor will monitor the noise level generated by the hair dryer. Sensors will collect noise data in real-time for subsequent noise reduction processing. 3 Digital Signal Processing (DSP): By using a built-in digital signal processing chip, the collected noise signals are analyzed and processed. DSP can recognize and separate the noise generated by hair blowing and the noise generated by the fan itself. 4. Reverse sound wave generator: One possible method is to generate sound waves that are opposite to the noise generated by hair blowing through a built-in reverse sound wave generator. These sound waves cancel out the original noise, thereby reducing the overall noise level. 5 Adaptive noise reductio
1. Sensors and data collection: The hair dryer is equipped with various sensors, such as temperature sensors, humidity sensors, wind speed sensors, etc., to monitor hair status and environmental conditions in real time. Sensors will collect data such as temperature, humidity, and wind speed. 2 Intelligent control algorithms: The hair dryer is equipped with an intelligent control algorithm that adjusts the power output based on collected sensor data, user settings, and preset drying modes. The algorithm can automatically optimize power based on different hair types, humidity levels, and wind speed requirements. 3. User interface and mode settings: There may be a display screen or LED indicator light on the hair dryer that displays the current power output and other settings. Users can choose different power modes, such as fast drying mode, gentle mode, etc., to meet different needs. 4. Automatic power adjustment: Intelligent power control technology can automatically adjust p
Have you ever been tired of the long and complex process of blowing? Have you ever been troubled by the heat and noise during the blowing process? If you have such troubles, then a high-speed hair dryer is your savior! The high-speed hair dryer adopts the latest technology, which can quickly dry your hair in a short time and reduce your waiting time. Meanwhile, its powerful wind and mild heat can protect your hair from heat damage and dryness. In addition to the drying function, the high-speed hair dryer also has various styling functions. You can use it to shape your hairstyle and create various different styles. Its powerful wind and mild heat can help you easily shape various hairstyles. In addition, high-speed hair dryers also have the characteristics of environmental protection and energy conservation. It adopts efficient energy utilization technology, which can maximize the utilization of every energy source, help you save electricity, and also save your expenses. If you
The BLDC air duct scheme is a type of air duct scheme driven by a BLDC motor. This solution has advantages such as high efficiency, energy conservation, and low noise. The following are the main features and components of this plan: 1. BLDC motor: Using BLDC motor as the driving core, it has advantages such as high efficiency, good energy-saving effect, and low noise. 2. Control System: Adopting advanced control systems, it can adjust various functions such as wind speed and temperature to meet the needs of different users. 3. Power management: Adopting an efficient power management system can achieve effective utilization and management of power, improve the utilization rate of electricity, and reduce energy consumption. 4. Protection design: Adopting waterproof, dustproof and other designs to ensure the effectiveness and service life of the product in harsh environments. 5. Intelligent control: It can be controlled intelligently through mobile apps or remote controls, making
