In the realm of technology development, while intelligence is a key focus, the most fundamental aspect is addressing real user pain points and making life more convenient. However, the reality is that many so-called "smart" products are far from practical. Some public welfare-oriented tech products have, in fact, turned into commercial gimmicks on the stage of innovation. The author has pointed out that not all high-tech designs truly serve users—some are just over-engineered or unnecessary.
Take, for example, the USB mouse with an electronic scale. A mouse’s primary function is to interact with a computer, yet some designs push beyond functionality. Why add a scale? Or a hand warmer? These features seem more like novelty than necessity. Similarly, smart combs have started incorporating sensors to detect hair thickness or strength—do we really need this? It feels like a gimmick rather than a meaningful improvement.
Then there's the "machine egg," a device that connects to Wi-Fi and has a built-in projector. It claims to be a desktop companion capable of autonomous movement and communication. But is it actually useful? Maybe for some niche users, but for the average person, it seems like a stretch.
Another example is the iPod dock designed for the toilet. The idea is to let people listen to music while using the bathroom, eliminating the need for distractions like reading or scrolling through their phones. But does this really make the experience better, or is it just overthinking a simple task?
And what about the foot tanning machine? Is it a response to a beauty trend, or is it just another product trying to find a market? It raises questions about whether these innovations are solving real problems or just creating new ones.
In our daily lives, we come across countless examples of unskilled or unnecessary tech products. They may look cool or innovative, but often they lack true value. As consumers, it's important to ask: Does this product solve a real problem, or is it just a clever way to attract attention? The future of technology should focus on purpose, not just novelty.
Capacitive touch film, also known as PCAP film or capacitive touch foil, is a transparent, flexible sensor layer that enables precise and responsive touch control. It uses projected capacitive (PCAP) technology to detect touch inputs through a glass or plastic surface, supporting multi-touch gestures with high accuracy and durability.
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These films are ideal for integration into interactive displays, smart windows, kiosks, digital signage, vending machines, and other smart surfaces. With their ultra-thin design, high light transmittance, and compatibility with curved or irregular surfaces, capacitive touch films offer design flexibility without compromising functionality.
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Key features include excellent sensitivity, support for up to 10-point multi-touch, anti-interference capability, and long-term stability. Available in various sizes and can be customized for different screen dimensions or industrial applications. Whether for retail, industrial control, automotive, or commercial use, capacitive touch films provide an innovative, seamless user interface solution.
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Guangdong ZhiPing Touch Technology Co., Ltd. , https://www.zhipingtouch.com