#iPhone Dongen

[wartikelen]

iPhone laten repareren? https://www.stephanphonerepair.nl !

[myluminarygardener-blog]

10 Dicas Para Dormir Melhor (18)

Hoje falaremos do sono e 10 dicas para melhorá-lo de forma fácil e prática. Para começar, você tem que saber minimamente como se conforma o sono. O sonho tem duas fases Não-REM e REM, que são importantíssimas para manter a sua ordem para ter um bom sono. Sabido isto, vamos começar sem mais rodeios...

1.

Tenha um bom quarto, frio e calmo. Que seja um lugar escuro perfeito, e quanto mais melhor. Por isso, precisamos de espaços, sem qualquer tipo de luz, nem espelho, nem a cintilação do telemóvel, se possível. Já que quanto mais escuro for o lugar, mais profundo é o sono e mais segregação de GH (hormônio anabólico) segregará.

2.

Evite qualquer estimulante antes de 5 horas de deitar. Os estimulantes são um disruptor do sono na hora de dormir, evite-os a partir da tarde, se você tem dificuldade para conciliar o sono ou permanecer dormindo.

3.

Evite ver televisão ou o telefone antes de deitar na cama, e se são com brilho alto, pior ainda. Agora existem aplicativos como o Apple IPhone 6, que incorporam reguladores do calor da tela, para não afetar o sono, e se não houver outro remédio, que você tem que usá-lo. Eu recomendo que você desça o brilho o máximo possível. Tudo isso para que seu corpo não recebe o sinal de que uma luz branca é de dia, já que se manterá acordado e não vai querer dormir.

4.

Tenha um padrão de sono. Vá dormir sempre à mesma hora e acorda sempre à mesma hora. O apanhar o padrão fará com que o seu corpo concilie e durma melhor.

5.

Se você dorme menos de 8 horas, não acontece nada. Há um número ideal de horas, que são 8. Mas há pessoas que precisam de menos horas ou mais, e não é por isso que está errado. Há muita gente que com 7 horas é o suficiente, visto que não se forçar a dormir mais horas do que o seu corpo se mostra.

6.

Se você dorme 8 horas está perfeito, mas dormir mais não é melhor. Foi demonstrado em muitos estudos, que dormir mais de 9 horas, não tem benefícios e ainda tem mais aspectos negativos que positivos, visto que exceder-não é bom.

7.

Emagrecimento! Se você está com quilos a mais, o teu sono será afetado. A parte que a qualidade será prejudicada, já que a respiração piorar, e por isso o sonho. A perda de peso e sua respiração melhora e o sono diretamente também.

8.

Não olhes o relógio! Isso só vai ficar mais nervoso/a, seu relaxa e dorme o que tiver que dormir, um dia que durma pouco não vai acontecer nada, o que descontraia-se e já está.

9. mais.. /h2> Evite refeições pesadas ou beber muito líquido antes de dormir, já que se o seu corpo está fazendo a digestão, não estará para outras coisas.

10.

Supleméntate com melatonina. Realmente poucos suplementos têm demonstrado tanta evidência científica, como foi feito com este. E para derrubar e quebrar um mito, a atividade física favorece o sono, mas isso se evitemos, fazer exercícios que nos definam em excesso (uma vez que a adrenalina está ativa neste momento e não nos deixará, nem dormir, nem dormir bem.

Suplementos recomendados:

Bibliografia: -Allen, D. G., G. D. Cordeiro, H. Westerblad (2008). Músculo-esquelético fadiga: mecanismos celulares. Physiol. Rev. 88:287-332. -Bawazeer, N. M., Al-Daghri, N. M., Valsamakis, G., Al-Rubeaan, K. A., Sabico, S. L., Marques, T. T., . . . Kumar, S. (2009). A duração do sono e a qualidade de associado com a obesidade entre Árabes crianças. A Obesidade (Silver Spring), 17(12), 2251-2253. doi: 10.1038/oby.2009.169 -Belenky, G., N. J. Wesensten, D. R. Thorne, M. L. Thomas, H. C. Cantar, D. P. Redmond, M. B. Russo, e T. J. Balkin (2003). Padrões de desempenho de degradação e restauração durante a restrição do sono e subsequente recuperação: um sono de dose-resposta de estudo. J. Sono Res. 12:1-12. -Blumert, P., A. J. Crum, M. Ernsting, J. S. Volek, D. B. Hollander, E. E. Haff, e G. G. Haff (2007). Os efeitos agudos de vinte e quatro horas de perda de sono sobre o desempenho do nacional-calibre macho colegiado levantadores de peso. J. Cond Força. Res. 21:1146-1154. -Bulbulian, R., J. H. Heaney, C. N. Leake, A. A. Sucec, e N.T. Sjoholm (1996). O efeito da privação de sono e de exercício de carga na resistência isocinética da perna de força e resistência. Eur. J. Appl. Physiol. Occup. Physiol. 73:273-277. -Campos, R. M. D., Silva, A., de Queiroz, S. S., Neto, M. M., Roizenblatt, S., Tufik, S., & de Mello, M. T. (2011). Fibromialgia: nível de atividade física e qualidade do sono. Motriz-Revista De Educacao Fisica, 17(3), 468-476. -Carskadon, M. A. e W. C. Dement (2011). Humano Normal Do Sono: Uma Visão Geral. Princípios e Prática da Medicina do Sono. M. H. Kryger, T. Roth, e W. C. Dement. St Louis, Elsevier:16-26. -Dewald, J. F., Meijer, A. M., De Oort, F. J., Kerkhof, G. A., & Bogels, S. M. (2010). A influência da qualidade do sono, duração do sono e a sonolência no desempenho escolar em crianças e adolescentes: Uma meta-análise de revisão. Dormir Rev Med, 14(3), 179-189. doi: 10.1016/j.smrv.2009.10.004 -Erlacher, D., F. Ehrlenspiel, O. A. Adegbesan, e H. G. El-Din (2011). Hábitos de sono em alemão atletas antes de importantes competições ou jogos. J. Sci Sports. 29:859-866. -Krueger, J. M., J. A. Majde, e D. M. Reitor (2011). Citocinas na função imune e dormir regulamento. Handb. Clin. Neurol. 98:229-240. -Leeder, J., M. Glaister, K. Pizzoferro, J. Dawson, e C. Pedlar (2012). A duração do sono e qualidade em atletas de elite medido usando um relógio de pulso actigrafia. J. Sci Sports. 30:541-545. -Mah, C. D., K. E. Mah, E. J. porque é melhor dormir do lado esquerdo , e W. C. Dement (2011). Os efeitos da suspensão de extensão sobre o desempenho atlético de colegiado jogadores de basquete. Dormir 34:943-950. -National Sleep Foundation (2006). Dormir na América Enquete. Washington, DC. -Oliver, S. J., R. J. Costa, S. J. Laing, J. L. Bilzon, e N. P. Walsh (2009). Uma noite de privação de sono diminui a esteira o desempenho de resistência. Eur. J. Appl. Physiol. 107:155-161. -Ortega, F. B.; Ruiz, J. R., Labayen, I., Kwak, L., Harro, J., Oja, L., . . . Sjostrom, M. (2011). A duração do sono e os níveis de atividade em estónio e sueco crianças e adolescentes. Eur J Appl Physiol, 111(10), 2615-2623. doi: 10.1007/s00421-011-1883-6 -Ortega, F. B., De Chillon, P.; Ruiz, J. R., Delgado, M., Albers, U., Alvarez-Granda, J. L., . . . Castillo, M. J. (2010). Padrões de sono em espanhol adolescentes: associação com a TV assistindo e a actividade física de lazer. Eur J Appl Physiol, 110(3), 563-573. doi: 10.1007/s00421-010-1536-1 -Postolache, T. T., T. M. Pendurado, R.N. Rosenthal, J. J. Soriano, F. Montes, e J. W. Stiller (2005). Esportes cronobiologia consulta: do laboratório para a arena. Clin. Sports Med. 24:415-456. -Reilly, T. e T. Deykin (1983). Efeitos parcial de perda de sono em subjetividades, psicomotor física e testes de desempenho. J. Humanos Mov. Stud. 9:157-170. -Reilly, T., e B. Edwards (2007). Alterado de sono-vigília ciclos e o desempenho físico em atletas. Physiol. Behav. 90:274-284. -Reilly, T. e A. Hales (1988). Efeitos parcial de privação de sono sobre medidas de desempenho nas fêmeas. Contemporâneo De Ergonomia. E. D. McGraw. Londres, Taylor and Francis: 509-513. -Reilly, T. e M. Piercy (1994). O efeito parcial de privação de sono sobre o peso de levantamento de desempenho. Ergonomia 37:107-115. -Robson-Ansley, P. J., M. Gleeson, e L. Ansley (2009). Gestão da fadiga na preparação de atletas Olímpicos. J. Sci Sports. 27:1409-1420. -Samuels, C. (2008). O sono, a recuperação e o desempenho: a nova fronteira no alto desempenho de atletismo. Neurol. Clin. 26:169-180. -Shapiro, C. M., R. Bortz, D. Mitchell, P. Bartel, e P. Jooste (1981). Sono de ondas lentas: um período de recuperação após o exercício. Ciência 214:1253-1254. -Sinnerton, S., e Reilly, T. (1992). Efeitos da perda de sono e a hora do dia em nadadores. Biomecânica e Medicina na Natação: a Natação Ciência IV. D. Maclaren, T. Reilly e A. Borras. De londres, e e F. N. Spon: 399-405. -Novelo, M., R. Duffield, J. Borda, M. J. Curto, e T Mundel. (2011). Intermitente-sprint de desempenho e de glicogênio muscular após 30 h de privação de sono. Med. Sci. Sports Exerc. 43:1301-1311. -Souissi, N., B. Sesboue, A. Gauthier, J. Larue, e D. Davenne (2003). Efeitos de uma noite de privação de sono sobre o desempenho anaeróbio no dia seguinte. Eur. J. Appl. Physiol. 89:359-366. -Spiegel, K., R. Leproult, e E. Van Cauter (1999). Impacto do débito de sono no metabolismo e função endócrina. Lancet 354:1435-1439. -Spiegel, K., E. Tasali, P. Penev, e E. Van Cauter (2004). Breve comunicação: o Sono corte em jovens saudáveis está associado com diminuição dos níveis de leptina, elevados níveis de grelina, e aumento da fome e do apetite. Ann. Estagiária. Med. 141:846-50. -Van Dongen, H. P., G. Maislin, J. M. Mullington, e D. F. Dinges (2003). O custo cumulativo do adicional de vigília: dose-resposta, efeitos neurocomportamentais funções do sono e da fisiologia da crônica de restrição do sono e total privação de sono. Suspensão 26:117-26. -Vriend, J. L., Davidson, F. D., Corkum, P. V., Rusak, B. McLaughlin, E. N., & Chambers, C. T. (2012). Quantidade e Qualidade do sono em Relação ao Dia de Funcionamento em Crianças. Atenção à Saúde da criança, 41(3), 204-222. doi: 10.1080/02739615.2012.685039 -Waterhouse, J., G. Atkinson, B. Edwards, e Reilly, T. (2007). O papel de um -post-almoço nap na melhoria cognitivo, motor e sprint desempenho nos participantes com parciais de privação de sono. J. Sci Sports.

[peachteahoneybee]

15 Brands Using Technology to Lead the Apparel Revolution

Clothes provide us with warmth, coverage and protection from the elements. They also allow us to express our feelings and embrace our own styles, helping us fit in with or stand out from the world around us.

These days, though, clothes are capable of much more than that. From solar-powered charging jackets to health monitoring performance tops, modern designers and clothing brands are redefining the functionality of clothing. Read on see what these brands have in store — and what it means for the future of apparel.

The Unseen

Pioneered by award-winning “material alchemist” Lauren Bowker, The Unseen creates accessories that change colors based on environmental factors. Bowker’s line includes everyday items like backpacks, phone cases, scarves and more. The accessories change color when exposed to heat, light, pressure, wind and body temperature. They also transform when night turns to day and adopt new identities with each changing season.

Pauline van Dongen

While her home office is in the Netherlands, this emerging fashion designer is gaining global attention. Pauline van Dongen’s solar windbreaker incorporates integrated solar panels that harness their own energy. It collects enough energy to charge a cell phone or GPS device. The jackets were designed with nature reserve guides in mind, enabling them to use their phones and GPS devices even while they’re off the grid for ten hours or more.

Nanotex

Nanotex is a textile retailer that provides innovative fabrics to apparel lines. Their line of products ranges from odor control fabrics for professional clothing to athletic fabric that wicks away moisture and keeps the wearer cool. Nanotex also creates fabrics that resist stains, spills and water from the outdoor elements. These advanced fabrics make use of a hydrophobic layer, which allows liquids to bead up and roll off of materials rather than soaking in.

Gensole

Gensole leverages human foot scans to create customized 3D-printed shoe insoles. These insoles were designed by Steve Wood of Gyrobot, who’s an expert at creating flexible and malleable 3D printed materials. The shoe insoles are designed on a computer, then printed with varying material densities. This allows the shoe to support certain areas of the foot, like the arch, while reducing painful pressure in others. The insoles can also be printed with perforated holes to support airflow.

Auria

Auria creates fashionable, eco-friendly bathing suits made from recycled fishing nets, old carpets and other types of nylon waste. Since being founded, Auria has rescued thousands of tons of nylon waste from countries including the USA, Egypt, Greece, Pakistan, Norway and Turkey. Auria also collects waste directly from the ocean itself. Once collected, the waste is shipped to Slovenia where it’s transformed into an innovative yarn called ECONYL. Materials made from this yarn are 100 percent regenerated and recyclable.

Wearable X

This clothing line focuses on combining technology and clothing design to create movement-focused apparel pieces. One of the most popular Wearable X designs is its football fan shirt. The jersey helps fans embody the spirit and energy of a game by transmitting live sports data directly from the field to the electronics within the material. This means that everything on the field — from touchdowns and fumbles to turnovers and interceptions — are felt through haptic vibrations.

Modern Meadow

Modern Meadow creates high-quality leather goods that rely on biology and materials science to create durable, cruelty-free collagen. In the same way that oil and petroleum led materials innovations in the last century, Modern Meadow believes that biofabrication will define the future of technology. Its leather production processes are extremely low impact and can be scaled infinitely, making it a viable alternative to animal and oil-based materials.

Spiber

Spiber harnesses spider silk to create sustainable, outdoor apparel. Tougher than steel (by 340 times), spider silk demonstrates how natural proteins can be used to create dynamic and powerful materials that don’t harm the earth. Spiber says fabrics made from proteins are extremely dynamic and customizable, and can be mixed with other natural proteins to mass produce new fabrics. The company recently launched a collaboration with The North Face, helping them market their protein-based materials on a large scale to everyday consumers.

Scottevest

This brand’s outdoor apparel was designed for the age of personal technology. ScotteVest creates versatile jackets with a multitude of pockets. These pockets include space for life’s gadgets, including cell phones and headphones, cameras, chargers, sunglasses and wallets. Freeing women from purses and men from trying to fit everything into traditional pockets that were too few and small, these vests and jackets make it easy to enjoy outdoor adventures without having to worry about where one’s valuables are kept.

BioLogic

BioLogic is a project from MIT Media Lab’s Tangible Media Group. Essentially, BioLogic harnesses the power of natural behaviors and organic movements to create smart apparel that changes form. Specifically, BioLogic uses a bacteria that responds to atmospheric moisture. When the bacteria is woven into textiles for apparel, the clothing itself expands and contracts based on the amount of humidity it’s exposed to. Since the bacteria’s cells expand when there’s more moisture in the air, BioLogic’s clothing becomes more breathable when worn by someone who’s working up a sweat.

OMSignal

OMSignal designs clothing that bridges the gap between the clothing and the person who wears it. So far, they’ve been focused on creating clothing that monitors and sensors the body, giving cues and information to the wearer. One product that accomplishes this task is a sports bra called the OMbra. It’s the first bra that combines data on heart rate and breathing to give women a more accurate read of their body’s athletic performance. These reads come from small embedded biosensors that capture information in real-time, using bluetooth to stream that data to your iPhone.

Hexoskin

Hexoskin is a brand that makes smart athletic shirts that capture precise data about the wearer’s heart rate and breathing rate. They also obtain information regarding an activity’s intensity, steps taken per day, peak acceleration and sleep positions. These smart shirts have over 14 hours of battery life and easily connect to an iPhone, an iPad or android phone via bluetooth. Hexoskin offers a variety of clothing options for fitness, including short and long sleeve tops for both men and women.

Athos

Athos is another performance-based apparel brand, yet it’s focused specifically on the movement of muscles. Athos also differs from other smart sportswear brands because their technology is great for helping injured athletes recover and get back on the field faster. Athos’ layers extract extensive heart rate and muscle data and sends it directly to an app, where the information can be viewed by players and coaches.

Cityzen Sciences

Cityzen Sciences works with apparel brands to create connected fabrics that harness and evaluate large quantities of data. The smart wearable creator has worked with companies to create clothing like a smart bra that monitors posture and performance, and a rugby shirt that evaluates both the physical and physiological state of players on the field. Cityzen technology can be adapted to any fabric, across sectors.

Owlet

Owlet is another health tracker, but this one is designed specifically for infants. These smart wearables, including socks and onesies for babies, provide new parents with peace of mind about how their little ones are doing. Data is sent directly to an app that includes historical heart rate, oxygen levels and sleep trends, making it easy to compare and contrast new information.

Images by: Free-Photos, StockSnap

The post 15 Brands Using Technology to Lead the Apparel Revolution appeared first on CBF Labels Inc.

From the Blogger http://nasapblow.blogspot.com/2017/10/15-brands-using-technology-to-lead.html via Living Fashion

[jamikaheffner]

15 Brands Using Technology to Lead the Apparel Revolution

Clothes provide us with warmth, coverage and protection from the elements. They also allow us to express our feelings and embrace our own styles, helping us fit in with or stand out from the world around us.

These days, though, clothes are capable of much more than that. From solar-powered charging jackets to health monitoring performance tops, modern designers and clothing brands are redefining the functionality of clothing. Read on see what these brands have in store — and what it means for the future of apparel.

The Unseen

Pioneered by award-winning “material alchemist” Lauren Bowker, The Unseen creates accessories that change colors based on environmental factors. Bowker’s line includes everyday items like backpacks, phone cases, scarves and more. The accessories change color when exposed to heat, light, pressure, wind and body temperature. They also transform when night turns to day and adopt new identities with each changing season.

Pauline van Dongen

While her home office is in the Netherlands, this emerging fashion designer is gaining global attention. Pauline van Dongen’s solar windbreaker incorporates integrated solar panels that harness their own energy. It collects enough energy to charge a cell phone or GPS device. The jackets were designed with nature reserve guides in mind, enabling them to use their phones and GPS devices even while they’re off the grid for ten hours or more.

Nanotex

Nanotex is a textile retailer that provides innovative fabrics to apparel lines. Their line of products ranges from odor control fabrics for professional clothing to athletic fabric that wicks away moisture and keeps the wearer cool. Nanotex also creates fabrics that resist stains, spills and water from the outdoor elements. These advanced fabrics make use of a hydrophobic layer, which allows liquids to bead up and roll off of materials rather than soaking in.

Gensole

Gensole leverages human foot scans to create customized 3D-printed shoe insoles. These insoles were designed by Steve Wood of Gyrobot, who’s an expert at creating flexible and malleable 3D printed materials. The shoe insoles are designed on a computer, then printed with varying material densities. This allows the shoe to support certain areas of the foot, like the arch, while reducing painful pressure in others. The insoles can also be printed with perforated holes to support airflow.

Auria

Auria creates fashionable, eco-friendly bathing suits made from recycled fishing nets, old carpets and other types of nylon waste. Since being founded, Auria has rescued thousands of tons of nylon waste from countries including the USA, Egypt, Greece, Pakistan, Norway and Turkey. Auria also collects waste directly from the ocean itself. Once collected, the waste is shipped to Slovenia where it’s transformed into an innovative yarn called ECONYL. Materials made from this yarn are 100 percent regenerated and recyclable.

Wearable X

This clothing line focuses on combining technology and clothing design to create movement-focused apparel pieces. One of the most popular Wearable X designs is its football fan shirt. The jersey helps fans embody the spirit and energy of a game by transmitting live sports data directly from the field to the electronics within the material. This means that everything on the field — from touchdowns and fumbles to turnovers and interceptions — are felt through haptic vibrations.

Modern Meadow

Modern Meadow creates high-quality leather goods that rely on biology and materials science to create durable, cruelty-free collagen. In the same way that oil and petroleum led materials innovations in the last century, Modern Meadow believes that biofabrication will define the future of technology. Its leather production processes are extremely low impact and can be scaled infinitely, making it a viable alternative to animal and oil-based materials.

Spiber

Spiber harnesses spider silk to create sustainable, outdoor apparel. Tougher than steel (by 340 times), spider silk demonstrates how natural proteins can be used to create dynamic and powerful materials that don’t harm the earth. Spiber says fabrics made from proteins are extremely dynamic and customizable, and can be mixed with other natural proteins to mass produce new fabrics. The company recently launched a collaboration with The North Face, helping them market their protein-based materials on a large scale to everyday consumers.

Scottevest

This brand’s outdoor apparel was designed for the age of personal technology. ScotteVest creates versatile jackets with a multitude of pockets. These pockets include space for life’s gadgets, including cell phones and headphones, cameras, chargers, sunglasses and wallets. Freeing women from purses and men from trying to fit everything into traditional pockets that were too few and small, these vests and jackets make it easy to enjoy outdoor adventures without having to worry about where one’s valuables are kept.

BioLogic

BioLogic is a project from MIT Media Lab’s Tangible Media Group. Essentially, BioLogic harnesses the power of natural behaviors and organic movements to create smart apparel that changes form. Specifically, BioLogic uses a bacteria that responds to atmospheric moisture. When the bacteria is woven into textiles for apparel, the clothing itself expands and contracts based on the amount of humidity it’s exposed to. Since the bacteria’s cells expand when there’s more moisture in the air, BioLogic’s clothing becomes more breathable when worn by someone who’s working up a sweat.

OMSignal

OMSignal designs clothing that bridges the gap between the clothing and the person who wears it. So far, they’ve been focused on creating clothing that monitors and sensors the body, giving cues and information to the wearer. One product that accomplishes this task is a sports bra called the OMbra. It’s the first bra that combines data on heart rate and breathing to give women a more accurate read of their body’s athletic performance. These reads come from small embedded biosensors that capture information in real-time, using bluetooth to stream that data to your iPhone.

Hexoskin

Hexoskin is a brand that makes smart athletic shirts that capture precise data about the wearer’s heart rate and breathing rate. They also obtain information regarding an activity’s intensity, steps taken per day, peak acceleration and sleep positions. These smart shirts have over 14 hours of battery life and easily connect to an iPhone, an iPad or android phone via bluetooth. Hexoskin offers a variety of clothing options for fitness, including short and long sleeve tops for both men and women.

Athos

Athos is another performance-based apparel brand, yet it’s focused specifically on the movement of muscles. Athos also differs from other smart sportswear brands because their technology is great for helping injured athletes recover and get back on the field faster. Athos’ layers extract extensive heart rate and muscle data and sends it directly to an app, where the information can be viewed by players and coaches.

Cityzen Sciences

Cityzen Sciences works with apparel brands to create connected fabrics that harness and evaluate large quantities of data. The smart wearable creator has worked with companies to create clothing like a smart bra that monitors posture and performance, and a rugby shirt that evaluates both the physical and physiological state of players on the field. Cityzen technology can be adapted to any fabric, across sectors.

Owlet

Owlet is another health tracker, but this one is designed specifically for infants. These smart wearables, including socks and onesies for babies, provide new parents with peace of mind about how their little ones are doing. Data is sent directly to an app that includes historical heart rate, oxygen levels and sleep trends, making it easy to compare and contrast new information.

Images by: Free-Photos, StockSnap

The post 15 Brands Using Technology to Lead the Apparel Revolution appeared first on CBF Labels Inc.

from John Harison's wayhttps://geometricallyspocking.tumblr.com/post/166007092075

[geometricallyspocking]

15 Brands Using Technology to Lead the Apparel Revolution

Clothes provide us with warmth, coverage and protection from the elements. They also allow us to express our feelings and embrace our own styles, helping us fit in with or stand out from the world around us.

These days, though, clothes are capable of much more than that. From solar-powered charging jackets to health monitoring performance tops, modern designers and clothing brands are redefining the functionality of clothing. Read on see what these brands have in store — and what it means for the future of apparel.

The Unseen

Pioneered by award-winning “material alchemist” Lauren Bowker, The Unseen creates accessories that change colors based on environmental factors. Bowker’s line includes everyday items like backpacks, phone cases, scarves and more. The accessories change color when exposed to heat, light, pressure, wind and body temperature. They also transform when night turns to day and adopt new identities with each changing season.

Pauline van Dongen

While her home office is in the Netherlands, this emerging fashion designer is gaining global attention. Pauline van Dongen’s solar windbreaker incorporates integrated solar panels that harness their own energy. It collects enough energy to charge a cell phone or GPS device. The jackets were designed with nature reserve guides in mind, enabling them to use their phones and GPS devices even while they’re off the grid for ten hours or more.

Nanotex

Nanotex is a textile retailer that provides innovative fabrics to apparel lines. Their line of products ranges from odor control fabrics for professional clothing to athletic fabric that wicks away moisture and keeps the wearer cool. Nanotex also creates fabrics that resist stains, spills and water from the outdoor elements. These advanced fabrics make use of a hydrophobic layer, which allows liquids to bead up and roll off of materials rather than soaking in.

Gensole

Gensole leverages human foot scans to create customized 3D-printed shoe insoles. These insoles were designed by Steve Wood of Gyrobot, who’s an expert at creating flexible and malleable 3D printed materials. The shoe insoles are designed on a computer, then printed with varying material densities. This allows the shoe to support certain areas of the foot, like the arch, while reducing painful pressure in others. The insoles can also be printed with perforated holes to support airflow.

Auria

Auria creates fashionable, eco-friendly bathing suits made from recycled fishing nets, old carpets and other types of nylon waste. Since being founded, Auria has rescued thousands of tons of nylon waste from countries including the USA, Egypt, Greece, Pakistan, Norway and Turkey. Auria also collects waste directly from the ocean itself. Once collected, the waste is shipped to Slovenia where it’s transformed into an innovative yarn called ECONYL. Materials made from this yarn are 100 percent regenerated and recyclable.

Wearable X

This clothing line focuses on combining technology and clothing design to create movement-focused apparel pieces. One of the most popular Wearable X designs is its football fan shirt. The jersey helps fans embody the spirit and energy of a game by transmitting live sports data directly from the field to the electronics within the material. This means that everything on the field — from touchdowns and fumbles to turnovers and interceptions — are felt through haptic vibrations.

Modern Meadow

Modern Meadow creates high-quality leather goods that rely on biology and materials science to create durable, cruelty-free collagen. In the same way that oil and petroleum led materials innovations in the last century, Modern Meadow believes that biofabrication will define the future of technology. Its leather production processes are extremely low impact and can be scaled infinitely, making it a viable alternative to animal and oil-based materials.

Spiber

Spiber harnesses spider silk to create sustainable, outdoor apparel. Tougher than steel (by 340 times), spider silk demonstrates how natural proteins can be used to create dynamic and powerful materials that don’t harm the earth. Spiber says fabrics made from proteins are extremely dynamic and customizable, and can be mixed with other natural proteins to mass produce new fabrics. The company recently launched a collaboration with The North Face, helping them market their protein-based materials on a large scale to everyday consumers.

Scottevest

This brand’s outdoor apparel was designed for the age of personal technology. ScotteVest creates versatile jackets with a multitude of pockets. These pockets include space for life’s gadgets, including cell phones and headphones, cameras, chargers, sunglasses and wallets. Freeing women from purses and men from trying to fit everything into traditional pockets that were too few and small, these vests and jackets make it easy to enjoy outdoor adventures without having to worry about where one’s valuables are kept.

BioLogic

BioLogic is a project from MIT Media Lab’s Tangible Media Group. Essentially, BioLogic harnesses the power of natural behaviors and organic movements to create smart apparel that changes form. Specifically, BioLogic uses a bacteria that responds to atmospheric moisture. When the bacteria is woven into textiles for apparel, the clothing itself expands and contracts based on the amount of humidity it’s exposed to. Since the bacteria’s cells expand when there’s more moisture in the air, BioLogic’s clothing becomes more breathable when worn by someone who’s working up a sweat.

OMSignal

OMSignal designs clothing that bridges the gap between the clothing and the person who wears it. So far, they’ve been focused on creating clothing that monitors and sensors the body, giving cues and information to the wearer. One product that accomplishes this task is a sports bra called the OMbra. It’s the first bra that combines data on heart rate and breathing to give women a more accurate read of their body’s athletic performance. These reads come from small embedded biosensors that capture information in real-time, using bluetooth to stream that data to your iPhone.

Hexoskin

Hexoskin is a brand that makes smart athletic shirts that capture precise data about the wearer’s heart rate and breathing rate. They also obtain information regarding an activity’s intensity, steps taken per day, peak acceleration and sleep positions. These smart shirts have over 14 hours of battery life and easily connect to an iPhone, an iPad or android phone via bluetooth. Hexoskin offers a variety of clothing options for fitness, including short and long sleeve tops for both men and women.

Athos

Athos is another performance-based apparel brand, yet it’s focused specifically on the movement of muscles. Athos also differs from other smart sportswear brands because their technology is great for helping injured athletes recover and get back on the field faster. Athos’ layers extract extensive heart rate and muscle data and sends it directly to an app, where the information can be viewed by players and coaches.

Cityzen Sciences

Cityzen Sciences works with apparel brands to create connected fabrics that harness and evaluate large quantities of data. The smart wearable creator has worked with companies to create clothing like a smart bra that monitors posture and performance, and a rugby shirt that evaluates both the physical and physiological state of players on the field. Cityzen technology can be adapted to any fabric, across sectors.

Owlet

Owlet is another health tracker, but this one is designed specifically for infants. These smart wearables, including socks and onesies for babies, provide new parents with peace of mind about how their little ones are doing. Data is sent directly to an app that includes historical heart rate, oxygen levels and sleep trends, making it easy to compare and contrast new information.

Images by: Free-Photos, StockSnap

The post 15 Brands Using Technology to Lead the Apparel Revolution appeared first on CBF Labels Inc.

[customcbflabels]

15 Brands Using Technology to Lead the Apparel Revolution

Clothes provide us with warmth, coverage and protection from the elements. They also allow us to express our feelings and embrace our own styles, helping us fit in with or stand out from the world around us.

These days, though, clothes are capable of much more than that. From solar-powered charging jackets to health monitoring performance tops, modern designers and clothing brands are redefining the functionality of clothing. Read on see what these brands have in store — and what it means for the future of apparel.

The Unseen

Pioneered by award-winning “material alchemist” Lauren Bowker, The Unseen creates accessories that change colors based on environmental factors. Bowker’s line includes everyday items like backpacks, phone cases, scarves and more. The accessories change color when exposed to heat, light, pressure, wind and body temperature. They also transform when night turns to day and adopt new identities with each changing season.

Pauline van Dongen

While her home office is in the Netherlands, this emerging fashion designer is gaining global attention. Pauline van Dongen’s solar windbreaker incorporates integrated solar panels that harness their own energy. It collects enough energy to charge a cell phone or GPS device. The jackets were designed with nature reserve guides in mind, enabling them to use their phones and GPS devices even while they’re off the grid for ten hours or more.

Nanotex

Nanotex is a textile retailer that provides innovative fabrics to apparel lines. Their line of products ranges from odor control fabrics for professional clothing to athletic fabric that wicks away moisture and keeps the wearer cool. Nanotex also creates fabrics that resist stains, spills and water from the outdoor elements. These advanced fabrics make use of a hydrophobic layer, which allows liquids to bead up and roll off of materials rather than soaking in.

Gensole

Gensole leverages human foot scans to create customized 3D-printed shoe insoles. These insoles were designed by Steve Wood of Gyrobot, who’s an expert at creating flexible and malleable 3D printed materials. The shoe insoles are designed on a computer, then printed with varying material densities. This allows the shoe to support certain areas of the foot, like the arch, while reducing painful pressure in others. The insoles can also be printed with perforated holes to support airflow.

Auria

Auria creates fashionable, eco-friendly bathing suits made from recycled fishing nets, old carpets and other types of nylon waste. Since being founded, Auria has rescued thousands of tons of nylon waste from countries including the USA, Egypt, Greece, Pakistan, Norway and Turkey. Auria also collects waste directly from the ocean itself. Once collected, the waste is shipped to Slovenia where it’s transformed into an innovative yarn called ECONYL. Materials made from this yarn are 100 percent regenerated and recyclable.

Wearable X

This clothing line focuses on combining technology and clothing design to create movement-focused apparel pieces. One of the most popular Wearable X designs is its football fan shirt. The jersey helps fans embody the spirit and energy of a game by transmitting live sports data directly from the field to the electronics within the material. This means that everything on the field — from touchdowns and fumbles to turnovers and interceptions — are felt through haptic vibrations.

Modern Meadow

Modern Meadow creates high-quality leather goods that rely on biology and materials science to create durable, cruelty-free collagen. In the same way that oil and petroleum led materials innovations in the last century, Modern Meadow believes that biofabrication will define the future of technology. Its leather production processes are extremely low impact and can be scaled infinitely, making it a viable alternative to animal and oil-based materials.

Spiber

Spiber harnesses spider silk to create sustainable, outdoor apparel. Tougher than steel (by 340 times), spider silk demonstrates how natural proteins can be used to create dynamic and powerful materials that don’t harm the earth. Spiber says fabrics made from proteins are extremely dynamic and customizable, and can be mixed with other natural proteins to mass produce new fabrics. The company recently launched a collaboration with The North Face, helping them market their protein-based materials on a large scale to everyday consumers.

Scottevest

This brand’s outdoor apparel was designed for the age of personal technology. ScotteVest creates versatile jackets with a multitude of pockets. These pockets include space for life’s gadgets, including cell phones and headphones, cameras, chargers, sunglasses and wallets. Freeing women from purses and men from trying to fit everything into traditional pockets that were too few and small, these vests and jackets make it easy to enjoy outdoor adventures without having to worry about where one’s valuables are kept.

BioLogic

BioLogic is a project from MIT Media Lab’s Tangible Media Group. Essentially, BioLogic harnesses the power of natural behaviors and organic movements to create smart apparel that changes form. Specifically, BioLogic uses a bacteria that responds to atmospheric moisture. When the bacteria is woven into textiles for apparel, the clothing itself expands and contracts based on the amount of humidity it’s exposed to. Since the bacteria’s cells expand when there’s more moisture in the air, BioLogic’s clothing becomes more breathable when worn by someone who’s working up a sweat.

OMSignal

OMSignal designs clothing that bridges the gap between the clothing and the person who wears it. So far, they’ve been focused on creating clothing that monitors and sensors the body, giving cues and information to the wearer. One product that accomplishes this task is a sports bra called the OMbra. It’s the first bra that combines data on heart rate and breathing to give women a more accurate read of their body’s athletic performance. These reads come from small embedded biosensors that capture information in real-time, using bluetooth to stream that data to your iPhone.

Hexoskin

Hexoskin is a brand that makes smart athletic shirts that capture precise data about the wearer’s heart rate and breathing rate. They also obtain information regarding an activity’s intensity, steps taken per day, peak acceleration and sleep positions. These smart shirts have over 14 hours of battery life and easily connect to an iPhone, an iPad or android phone via bluetooth. Hexoskin offers a variety of clothing options for fitness, including short and long sleeve tops for both men and women.

Athos

Athos is another performance-based apparel brand, yet it’s focused specifically on the movement of muscles. Athos also differs from other smart sportswear brands because their technology is great for helping injured athletes recover and get back on the field faster. Athos’ layers extract extensive heart rate and muscle data and sends it directly to an app, where the information can be viewed by players and coaches.

Cityzen Sciences

Cityzen Sciences works with apparel brands to create connected fabrics that harness and evaluate large quantities of data. The smart wearable creator has worked with companies to create clothing like a smart bra that monitors posture and performance, and a rugby shirt that evaluates both the physical and physiological state of players on the field. Cityzen technology can be adapted to any fabric, across sectors.

Owlet

Owlet is another health tracker, but this one is designed specifically for infants. These smart wearables, including socks and onesies for babies, provide new parents with peace of mind about how their little ones are doing. Data is sent directly to an app that includes historical heart rate, oxygen levels and sleep trends, making it easy to compare and contrast new information.

Images by: Free-Photos, StockSnap

The post 15 Brands Using Technology to Lead the Apparel Revolution appeared first on CBF Labels Inc.

[cbflabelinc]

15 Brands Using Technology to Lead the Apparel Revolution

Clothes provide us with warmth, coverage and protection from the elements. They also allow us to express our feelings and embrace our own styles, helping us fit in with or stand out from the world around us.

These days, though, clothes are capable of much more than that. From solar-powered charging jackets to health monitoring performance tops, modern designers and clothing brands are redefining the functionality of clothing. Read on see what these brands have in store — and what it means for the future of apparel.

The Unseen

Pioneered by award-winning “material alchemist” Lauren Bowker, The Unseen creates accessories that change colors based on environmental factors. Bowker’s line includes everyday items like backpacks, phone cases, scarves and more. The accessories change color when exposed to heat, light, pressure, wind and body temperature. They also transform when night turns to day and adopt new identities with each changing season.

Pauline van Dongen

While her home office is in the Netherlands, this emerging fashion designer is gaining global attention. Pauline van Dongen’s solar windbreaker incorporates integrated solar panels that harness their own energy. It collects enough energy to charge a cell phone or GPS device. The jackets were designed with nature reserve guides in mind, enabling them to use their phones and GPS devices even while they’re off the grid for ten hours or more.

Nanotex

Nanotex is a textile retailer that provides innovative fabrics to apparel lines. Their line of products ranges from odor control fabrics for professional clothing to athletic fabric that wicks away moisture and keeps the wearer cool. Nanotex also creates fabrics that resist stains, spills and water from the outdoor elements. These advanced fabrics make use of a hydrophobic layer, which allows liquids to bead up and roll off of materials rather than soaking in.

Gensole

Gensole leverages human foot scans to create customized 3D-printed shoe insoles. These insoles were designed by Steve Wood of Gyrobot, who’s an expert at creating flexible and malleable 3D printed materials. The shoe insoles are designed on a computer, then printed with varying material densities. This allows the shoe to support certain areas of the foot, like the arch, while reducing painful pressure in others. The insoles can also be printed with perforated holes to support airflow.

Auria

Auria creates fashionable, eco-friendly bathing suits made from recycled fishing nets, old carpets and other types of nylon waste. Since being founded, Auria has rescued thousands of tons of nylon waste from countries including the USA, Egypt, Greece, Pakistan, Norway and Turkey. Auria also collects waste directly from the ocean itself. Once collected, the waste is shipped to Slovenia where it’s transformed into an innovative yarn called ECONYL. Materials made from this yarn are 100 percent regenerated and recyclable.

Wearable X

This clothing line focuses on combining technology and clothing design to create movement-focused apparel pieces. One of the most popular Wearable X designs is its football fan shirt. The jersey helps fans embody the spirit and energy of a game by transmitting live sports data directly from the field to the electronics within the material. This means that everything on the field — from touchdowns and fumbles to turnovers and interceptions — are felt through haptic vibrations.

Modern Meadow

Modern Meadow creates high-quality leather goods that rely on biology and materials science to create durable, cruelty-free collagen. In the same way that oil and petroleum led materials innovations in the last century, Modern Meadow believes that biofabrication will define the future of technology. Its leather production processes are extremely low impact and can be scaled infinitely, making it a viable alternative to animal and oil-based materials.

Spiber

Spiber harnesses spider silk to create sustainable, outdoor apparel. Tougher than steel (by 340 times), spider silk demonstrates how natural proteins can be used to create dynamic and powerful materials that don’t harm the earth. Spiber says fabrics made from proteins are extremely dynamic and customizable, and can be mixed with other natural proteins to mass produce new fabrics. The company recently launched a collaboration with The North Face, helping them market their protein-based materials on a large scale to everyday consumers.

Scottevest

This brand’s outdoor apparel was designed for the age of personal technology. ScotteVest creates versatile jackets with a multitude of pockets. These pockets include space for life’s gadgets, including cell phones and headphones, cameras, chargers, sunglasses and wallets. Freeing women from purses and men from trying to fit everything into traditional pockets that were too few and small, these vests and jackets make it easy to enjoy outdoor adventures without having to worry about where one’s valuables are kept.

BioLogic

BioLogic is a project from MIT Media Lab’s Tangible Media Group. Essentially, BioLogic harnesses the power of natural behaviors and organic movements to create smart apparel that changes form. Specifically, BioLogic uses a bacteria that responds to atmospheric moisture. When the bacteria is woven into textiles for apparel, the clothing itself expands and contracts based on the amount of humidity it’s exposed to. Since the bacteria’s cells expand when there’s more moisture in the air, BioLogic’s clothing becomes more breathable when worn by someone who’s working up a sweat.

OMSignal

OMSignal designs clothing that bridges the gap between the clothing and the person who wears it. So far, they’ve been focused on creating clothing that monitors and sensors the body, giving cues and information to the wearer. One product that accomplishes this task is a sports bra called the OMbra. It’s the first bra that combines data on heart rate and breathing to give women a more accurate read of their body’s athletic performance. These reads come from small embedded biosensors that capture information in real-time, using bluetooth to stream that data to your iPhone.

Hexoskin

Hexoskin is a brand that makes smart athletic shirts that capture precise data about the wearer’s heart rate and breathing rate. They also obtain information regarding an activity’s intensity, steps taken per day, peak acceleration and sleep positions. These smart shirts have over 14 hours of battery life and easily connect to an iPhone, an iPad or android phone via bluetooth. Hexoskin offers a variety of clothing options for fitness, including short and long sleeve tops for both men and women.

Athos

Athos is another performance-based apparel brand, yet it’s focused specifically on the movement of muscles. Athos also differs from other smart sportswear brands because their technology is great for helping injured athletes recover and get back on the field faster. Athos’ layers extract extensive heart rate and muscle data and sends it directly to an app, where the information can be viewed by players and coaches.

Cityzen Sciences

Cityzen Sciences works with apparel brands to create connected fabrics that harness and evaluate large quantities of data. The smart wearable creator has worked with companies to create clothing like a smart bra that monitors posture and performance, and a rugby shirt that evaluates both the physical and physiological state of players on the field. Cityzen technology can be adapted to any fabric, across sectors.

Owlet

Owlet is another health tracker, but this one is designed specifically for infants. These smart wearables, including socks and onesies for babies, provide new parents with peace of mind about how their little ones are doing. Data is sent directly to an app that includes historical heart rate, oxygen levels and sleep trends, making it easy to compare and contrast new information.

Images by: Free-Photos, StockSnap

The post 15 Brands Using Technology to Lead the Apparel Revolution appeared first on CBF Labels Inc.

from CBF Labels Inc https://www.cbflabel.com/brands-using-technology/

[morganalexandra8-blog]

Solar power: The idea of solar power typically revolves around wind turbines, solar panels on building etc, but many companies/ designers have brought out solar powered clothing. Dutch designers Pauline van Dongen solar couture collection, these avant-garde designs seem set to make a big splash in fashion, particularly her solar T-shirt, producing up to one watt of electricity from the sun (enough to charge an iPhone for a few hours). Tommy Hilfiger's solar panelled jacket, Tommy Hilfiger was one of the first major designers to test the wearables market when he designed solar-paneled field jackets for both men and women in 2014. Waterproof solar panels that could easily snap on and off the back, a hidden battery pack, and a USB port in the front pocket made it especially easy to charge your devices on the piece, which retailed for $599.

[juliandmouton30]

Portable Solartab C charger uses sunshine to keep laptops powered on the go

This portable charger features a photovoltaic panel that powers phones and laptops using only the sun's rays.

Designed as a greener alternative to traditional chargers, the Solartab C uses a USB-C connection to connect to and quickly power electronic devices.

According to the company, which funded the charger on Indiegogo, it's the first of its kind to have a USB-C connection – which can be plugged in either way up and is up to twice as fast at transferring data compared to existing USB cables.

It's also waterproof, features a built-in cover which doubles as a stand, and automatically detects devices' charging protocol to power them up quickly.

An iPhone 6 can be charged in one hour, with the device able to store enough power to charge it four times over. An iPad Air 2 would take three and a half hours.

The charger, which is seven millimetres thick and a similar size to an iPad, automatically detects when it's not in use and goes into hibernation to store power for use after sunset.

In the absence of sun rays, the device can also be charged up from a power socket.

The Solartab C isn't the first device to explore the charging possibilities of photovoltaic panels. Dutch designer Marjan van Aubel incorporated them into a stained glass window, that could harvest energy and use it to charge small devices.

In 2015, Icelandic artist Olafur Eliasson's solar energy company Little Sun launched a successful Kickstarter campaign, to produce a mobile phone charger that incorporated solar cells.

They've also been integrated into clothing by fashion designer Pauline van Dongen, so people in remote locations can charge their phones on the go.

Related story

Olafur Eliasson launches crowdfunding campaign for solar-powered mobile phone chargers

The post Portable Solartab C charger uses sunshine to keep laptops powered on the go appeared first on Dezeen.

from ifttt-furniture https://www.dezeen.com/2017/01/08/solartab-c-photovoltaic-charger-uses-sunshine-power-laptops/

[jeniferdlanceau]

Portable Solartab C charger uses sunshine to keep laptops powered on the go

This portable charger features a photovoltaic panel that powers phones and laptops using only the sun's rays.

Designed as a greener alternative to traditional chargers, the Solartab C uses a USB-C connection to connect to and quickly power electronic devices.

According to the company, which funded the charger on Indiegogo, it's the first of its kind to have a USB-C connection – which can be plugged in either way up and is up to twice as fast at transferring data compared to existing USB cables.

It's also waterproof, features a built-in cover which doubles as a stand, and automatically detects devices' charging protocol to power them up quickly.

An iPhone 6 can be charged in one hour, with the device able to store enough power to charge it four times over. An iPad Air 2 would take three and a half hours.

The charger, which is seven millimetres thick and a similar size to an iPad, automatically detects when it's not in use and goes into hibernation to store power for use after sunset.

In the absence of sun rays, the device can also be charged up from a power socket.

The Solartab C isn't the first device to explore the charging possibilities of photovoltaic panels. Dutch designer Marjan van Aubel incorporated them into a stained glass window, that could harvest energy and use it to charge small devices.

In 2015, Icelandic artist Olafur Eliasson's solar energy company Little Sun launched a successful Kickstarter campaign, to produce a mobile phone charger that incorporated solar cells.

They've also been integrated into clothing by fashion designer Pauline van Dongen, so people in remote locations can charge their phones on the go.

Related story

Olafur Eliasson launches crowdfunding campaign for solar-powered mobile phone chargers

The post Portable Solartab C charger uses sunshine to keep laptops powered on the go appeared first on Dezeen.

from RSSMix.com Mix ID 8217598 https://www.dezeen.com/2017/01/08/solartab-c-photovoltaic-charger-uses-sunshine-power-laptops/