老罗rom企业转型-物联网可以应用到时尚产业吗-洞云书屋

企业转型|物联网可以应用到时尚产业吗-洞云书屋

《洞云书屋》每周一介绍中小企业相关的行业创新动态与发展趋势韩传忠 。
"dy_book" introduces the innovation development trends of industries related to SME every Monday.
（注：本文是译文介休一中 ，original author: Yash Mehta）
WearableFashion IoT Technology Business
可穿戴时尚物联网技术
Internet of Things is not only popular with technical, automotive, mechanical and production industries; it also started spreading its aura towards the clothing industries. We have seen few innovations that already happened like the LED dress, thehug shirtetc. These smart textiles and materials are not only aesthetically pleasing but have a range of explicit uses. They can reflect the wearer’s mood by displaying a change in the patterns or colors. They can also display messages on the monitorpredicting the health. They can be used as advanced baby monitors, pollution resistance costumes and even as rompers.
物联网不仅流行于技术、汽车、机械和生产等行业，而且开始向服装行业扩散。我们已经看到了不少的创新，如LED服装飘帅 ，hug衬衫等。这些智能纺织品和材料不仅美观，还有一个明确的用途范围。它们可以通过显示图案或颜色的变化来反映佩戴者的心情。他们还可以在显示器上显示信息来预测健康状况。它们可以被用来作为先进的婴儿监视器，耐污染的服装，甚至连身裤。
The event that has been organized by the Textile Innovators at European Centre of Innovative Textiles has displayed new features that can be embedded to the professional and casual garments making them exquisite. Even though these creations are only at the prototype stage, they indicate the significant growth in the fabric industry and the interest towards smart connectivity together building a new ecosystem. The Textile specialists are keener in developing environmentally responsive枭中之龙 , climate sensitive and interactive fibers that are made of conductive sensors and connected through Internet of Things.
由欧洲创新纺织品中心的纺织创新者举办的活动展示了新的特点，可以嵌入专业和休闲服装，使它们精致。尽管这些创意只是在原型阶段，但它们表明了纺织产业的显著增长和对智能连接的兴趣，共同建立了一个新的生态系统。纺织专家更热衷于开发环境敏感、气候敏感、相互作用的光纤康粹兰 ，这些光纤由导电传感器制成，并通过物联网连接。
Benefits: How Fashion IoT comes to the rescue
时尚物联网如何获利
By creatingsmart clothing, one can also ensure safety to high-risk employment people. For example, if a person is travelling in a metro; a suit with a ‘leg’ effect will kick people out of the way. If someone tries to come close, this effect acts as a jerk to them and pushes them away. Similar is the case with hospital suits that are used to monitor patients. However, this smart technology is not limited to the clothing itself, it also is instigated in sportswear. By doing that《灯草和尚》, one can track the performances and monitor them like making joggers more visible in the night times. If we are having smartwatches,罗秀春 老罗rom fitness trackers then why are we still using smartphones that have to be carried additionally gripping them in hands, you may ask? This Smartglove is going to answer for that. Sean Miles, an English designer has designed a glove with a microphone and Bluetooth, connecting with the smartphone can be used as a smartphone to make calls.
通过创建智能服装，还可以确保高危就业人群的安全。例如，如果一个人在地铁里旅行，一套有“腿”效应的西装会把人踢出去。如果有人试图靠近，这个效果就像把一个混蛋推开。类似的情况有，医院用的西装是用来监视病人的。然而孙释颜 ，这种智能技术并不局限于服装本身，它也在运动服中受到启发。通过这样做，你可以跟踪性能和监控喜欢夜间慢跑者。英国设计师Sean Miles设计了一种带有麦克风和蓝牙的手套，与智能手机连接可以作为智能手机进行通话。

Design Principles for Fashion IoT (workers)
时尚（工装）物联网设计原则
This technology might prove to bebeneficial for workerswhose occupation requires them to use gloves (on building sites or in reduced temperatures, for instance), as well as athletes trained in winter months, for whom employing a phone without getting their gloves off demands considerable dexterity. A number of companies including Taiwanese company TouchMan, have been working onfashionalble Internet of Thingsgloves that can be used with smartphones and have also produced stainless fiber gloves which permit the individual to use touch panel devices.
这种技术证明可能是有益的，职业工人需要使用手套（在工地上或在低温度时），以及运动员在冬季训练，使用手机没有使用手套更灵巧。一些公司包括台湾公司touchman，使fashionalble联网手套可用于智能手机，也生产不锈钢纤维手套手影戏，允许个人使用触摸屏设备。
Sports companies meets Fashion IoT
体育公司迎接时尚物联网
Athletes are an evident target for producers of wise sneakers: back 2004, there wasAdidas, which included a sensor embedded inside the pumps. The shoe altered itself after every gait冒险岛角色卡, employing a generator in the centre of the sole. The engine then switched a prop, which extended or reduced a cable, changing the compression qualities of the heel pad. Adidas then used related technology to hockey shoes, having a processor configured especially for the performance tracking.
运动员是智能运动鞋生产商的明显目标：2004年阿迪达斯曾把一个传感器嵌入到鞋跟内。在每一个步态之后，鞋子都有所改变，在鞋底的中心使用了一个发电机。然后发动机换上一个支柱，延长或减少电缆地下影带，改变鞋跟垫的压缩质量。阿迪达斯随后将相关技术运用到曲棍球鞋上，其中有专门为性能跟踪而配置的处理器。
In 2006, Apple and Nike came up with a real-time personal trainer. A special hockey edition was also produced. Adidas replied in 2011 by launching the adizero f50 and MiCoach app, marketed as the “boot using a brain”. This sensible basketball boot might track effectiveness info (pace, the number of sprints吴胜明 , mileage, running prices, etc.) and publish it wirelessly to some mobile system so that it might then be discussed via particular communities, enabling people to assess their performance with that of professional sportsmen. As a counteract to both Nike and Adidas, Google brought a talking shoe in 2013 which could present comments and encouragements to the wearer. Similarly Nike came out withHyperAdapt 1.0 Self lacing shoewhich is turning out to be a game changer in fashion internet of things industry.
2006，苹果和耐克推出了一款实时私人教练机。还制作了一个特别的曲棍球版。阿迪达斯说在2011推出的adizero f50和miCoach APP，被称为“启动大脑”。这个智能篮球鞋可能会跟踪有效信息（速度、短跑的数量、里程、运行价格等）并发布到无线移动系统，也可以通过特定的社区讨论，使人们评估专业运动员的表现。作为耐克和阿迪达斯的竞争对手，2013谷歌发明了来会说话的鞋，可以向跑步者提出意见和鼓励者。同样，耐克推出hyperadapt 1自动系鞋带的鞋，改变了时尚物联网产业的游戏规则。

But GPS monitoring and miniaturised systems can also be put on aid people who have physical disabilities. In 2011, two fresh Indian engineers from MIT introduced and electric sole that can guide the visually impaired via voice directions and vibrations employing a Wireless link with a smartphone and global positioning system, with online maps which can be used offline. The boot features an ultrasound barrier sensor. With things being realer and progressing it’s only a matter of time that other wearables will also adapt internet of things enhancing the human life altogether. It will be only a matter of time before they create a shoe intelligent enough to select a corresponding attire. Wouldn’t that be awesome?
但GPS监测和微型系统也可以用于帮助那些身体有残疾的人。2011年，来自麻省理工学院的两名印度工程师介绍了电动鞋底，它可以通过无线连接到智能手机和全球定位系统，应用在线地图离线使用，用声音方向和振动引导具有超声波屏障传感器以引导视障人士。这些应用与进步只是一个时间的问题，其他可穿戴设备也将适应时代进入提高人类生活的互联网领域。创造足够智能的鞋子与服装只是时间的问题。那不是很棒吗？
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