Wise Беспроводной датчик by Yihong Qi and Alex Qi

Wise Беспроводной датчик by Yihong Qi and Alex Qi is a highly esteemed winner of the very prestigious 2021 Серебряная премия A' Design Award in Инженерное проектирование и технический дизайн Competition Category.

СеребрянаяИнженерия· 2021

Wise Беспроводной датчик

by Yihong Qi and Alex Qi

Client: Mercku Inc.

Серебряная премия A' Design Award Winner in Инженерия Category

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The Design

About Wise Беспроводной датчик

Wise — это беспроводной датчик, который измеряет частоту сердечных сокращений, частоту дыхания и другие показатели жизнедеятельности без носимых устройств. Автономный датчик имеет размеры 4 × 4 см при толщине 2 мм, а семь антенн размещены на площади размером с монету. Внутренние помехи системы сведены к минимуму, а программное обеспечение отделяет сигнал датчика от шумов окружающей среды. Слабые ритмы, такие как сердцебиение, измеряются на расстоянии до 3 метров. Датчик встраивается ещё на этапе производства в транспортные средства, товары для дома и электронные устройства и работает без каких-либо действий со стороны пользователя.

The Recognition

About the Серебряная премия A' Design Award

Wise Беспроводной датчик — лауреат Серебряной премии A' Design Award, чрезвычайно престижного признания, присуждаемого великолепным, впечатляющим проектам высочайшего уровня. Обладатели Серебряной премии — это в высшей степени блестящие и чрезвычайно творческие работы, демонстрирующие выдающийся опыт, талант и проницательность их авторов. Ожидается, что Wise Беспроводной датчик станет чудесной, образцовой работой, заметно профессиональной и глубоко инновационной. Этот проект, получивший Серебряную премию A' Design Award, — весьма примечательное, вызывающее восхищение изобретение, которое приносит пользу и раздвигает границы искусства, науки, дизайна и технологий. Wise Беспроводной датчик — творение, которому многие завидуют, оно пробуждает желания, дарит положительные чувства и вызывает изумление и восторг.

Behind the Design

Press Kit

Credits, team members and technical details provided by the designer.

Unique Properties: Wireless Intelligence Sensing (WISe) combines unique hardware and computing breakthroughs to accurately measure heartbeat, breath rates, and vital signs without wearables. Innovations include minimizing wireless interference, fitting seven antennas in a coin-sized space. Cutting edge computation isolates sensor signals from environmental noise and measures minuscule rhythms like heartbeats, non-intrusively, from meters away.
Dimensions & Packaging: The sensor can fit in existing products, automobiles, and electronic devices. The size is flexible, and the antenna array can be adapted to fit unique implementations and environments. The standalone sensor measures 4cm x 4cm and has a 2mm width. Leveraging mmWave frequency, particularly 60GHz, this sensor can achieve near-perfect results up to 3m. Beyond that, the sensor can cover multiple rooms for presence detection capabilities.
Tags: Wireless, Sensing, Mercku, WISe, Connectivity, Automotive, Healthcare, Sensor
Production Technology: The three-step design captures data, synthesizes information, and accumulates knowledge. Hardware innovations, including industry-leading antenna systems, accurately capture human data. Then, proprietary software algorithms turn data into information and distinguish human behavior. Lastly, advanced AI and machine learning computation build models to understand human behavior, enabling early disease detection and empowering a human-machine ecosystem.
Design Challenge: The biggest challenge is overcoming the system interference to obtain valuable vital data without wearables. Using RADAR, measuring airplanes in the sky is complex, but measuring something as small as a heartbeat, even under clothing, is exponentially more complicated. Internal system noise improves upon Nobel Prize-winning theories to minimize all system noise, to achieve wireless vital measurement. Currently, this solution boasts industry-leading accuracy due to breakthroughs in physics.
Research: The research focused on three main areas. Hardware research and advancements protected by intellectual capital delves into internal system noise reduction and maximized antenna gain, resulting in industry-leading hardware performance. Software algorithms remove environmental noise to obtain precise measurements of the intended subject(s). Lastly, proprietary artificial intelligence enables learnings to decipher information into discernable health and presence insights.
Inspiration: Advances in science and technology empower humanity, health, and longevity; however, today's tools cannot decipher human vitality and behavior. Mercku leverages advanced artificial intelligence and hardware to connect things and environments to people, unlocking a truly connected IoT ecosystem. Innovations into eliminating internal interference, environmental noise, and robust system designs enable devices to measure nearby vitals without wearables, completing a proper machine-human integration.
Project Duration: WISe development started in 2017 in Waterloo, Canada, and the first commercial product became available in September 2020. Currently, WISe integration occurs in the automotive and smart home industries.
Operation Flow: Embedded into existing or new products, WISe unlocks vital sensing capabilities automatically, without user intervention. In a car, WISe can scan for security intrusions, measure driver health and detect children. In the home, WISe can make any product vital-sensitive. The sensor is embedded as a component at the manufacturing level.
Patents: Mercku Inc.
Team Members: Yihong Qi
Alex Qi
Yunlong Luo
Ge Shi
Image Credits: Mercku Inc.