Adele Rehkemper and Cliff Shin
UNITED STATES OF AMERICA
Meet Adele Rehkemper and Cliff Shin - a powerhouse of good design, creativity and innovation based in United States of America. Adele Rehkemper and Cliff Shin's design journey has been nothing short of spectacular, marked by a tireless pursuit of excellence. This dedication is clearly mirrored in Adele Rehkemper and Cliff Shin's impressive haul of 10 A' Design Awards that we showcase here. Spanning across categories such as Kitchenware, Medical Product, Cybernetics, Baby Products, Protective Equipment, Sanitary Ware and Futuristic, Adele Rehkemper and Cliff Shin's work stands as a living testament to a steadfast commitment to design excellence, serving as a beacon of inspiration for designers globally. With each project, Adele Rehkemper and Cliff Shin masterfully blends form and function, crafting designs that are not only aesthetically pleasing but also functional and timeless. This approach underscores Adele Rehkemper and Cliff Shin's celebration of creativity and an unyielding quest for innovation.
View Profile Consult Now Hire NowThis utensil stand creates a new cooking experience, it not only gives the user an easier way to store their utensils but also creates a distinctive cooking experience. Rather than laying the utensils on the stove top, counter or spoon rest, the user could lay or hang their utensils on this stand. The plate, designed as an accompanying piece to this cooking utensil collection, lays delicately upon the utensil stand creating a more elaborate experience.
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This design enables to take pictures of patients’ throat as well as measure temperature. Pediatrics expressed that suppressing patient's tongue could give discomfort and anxiety. The strength of this design is that young patients like children would still feel comfortable because the tongue would be naturally suppressed by placing lollipop shape camera on tongue. It will help to take a clear picture of patient’s throat correctly and save the images, which would enables to exam the progress of symptom and help diagnose better for the patients.
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It is a 3D printable prosthetic hand. All parts were designed to be put together in two piece assemblies. Only one part would need to be attached at a time during assembly. This avoided complex processes requiring two hands. A four-bar linkage was used as a finger joint coupling mechanism to produce consistent movement and greater force at the fingertip than a purely tendon-based design.
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Lollipop is a tongue cleaner for kids. The kids tongues are where millions of microorganisms live and causes not only emitting a strong malodor, but also contributing to halitosis and tooth decay. Although parents encourage their kids to both brush their teeth and clean their tongues, the kids tend to skip cleaning their tongues because cleaning tongue causes gagging, which is very unpleasant feeling. Lollipop help kids to clean their tongues because it is not only fun shape, but also fun to use. No more gagging is necessary while cleaning their tongues.
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This stemware is elegant enough to be a formal event and practical enough to engage delight conversation in the event while one hand holding a stemware and food plate.
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Consumers buy fire extinguishers as their protection. Because of poor aesthetic, people tend to place the fire extinguishers under cabinet where people can’t see it. In case of fire, people will be panic and have no ability to think straight. Therefore, they can’t recall where they place the fire extinguishers. This design is aesthetically pleased and beautiful enough to be placed in anywhere home. It means that the users will see the fire extinguisher every day and remember where it is when it needs the most. Responding to the small fire fast not only save your family but your properties.
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This is a new level of toilet bowl that carries new innovation, higher marketability, and better functionality. Moreover, it is an environment friendly product.
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The possible applications of wearable interfaces capture the imagination, yet even as they pervade movies and popular culture, there are very few examples of practical systems outside of research laboratories. The challenge is to design wearable interfaces that utilize newly developed technologies in appropriate ways. Here we present a helmet that draws on emerging technologies to provide a wearable brain-computer interface and visual feedback system for law enforcement.
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