SQ55 Radio Frequency Identification Device by Ming-Iung Chen |
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| DESIGN NAME: SQ55 PRIMARY FUNCTION: Radio Frequency Identification Device INSPIRATION: Most of the scanning equipment used in traditional stores are bulky and lumpish. In China, shop assistants are mainly female, and the heavy equipment is not conducive to the use of female clerk. So we think that it might be a good opportunity to design a scanner which is more portable, lightweight and beautiful for female shop assistants. The design was inspired by the curvature of the swan's neck, and on this basis, it has been adjusted to be more ergonomic. UNIQUE PROPERTIES / PROJECT DESCRIPTION: SQ55 is an innovation of RFID (radio frequency identification device) design. Traditional RFID focuses on warehouse users and looks heavy and huge. The new generation of RFID is designed for female retailer users and it is more elegant and portable. It can quickly scan up to 200 pieces in a long distance and store 59,000 at once. Even when it is out of battery, the scanned information can be saved automatically. It is very small in size and light in weight, easily to hold and convenient to use. In order to efficiently transfer the scanned information, it can be connected with mobile through Bluetooth. Based on proprietary efficient digital signal processing algorithm, RoyaIRay UHF hander supports fast tag read/write operation with high identification rate. They can be widely applied in many RFID application systems such as Logistics, Personnel Identification, Access control, Anti-counterfeit, Quality Supervision Industrial production, process control system and Assets management, etc. OPERATION / FLOW / INTERACTION: - PROJECT DURATION AND LOCATION: The project started in Shenzhen in June2017 and finished in April 2018. It was exhibited at Guangzhou Design Week in November 2018. FITS BEST INTO CATEGORY: Digital and Electronic Device Design |
PRODUCTION / REALIZATION TECHNOLOGY: Except for the strip heat-sink, the other parts of the product are injection molded using a mold. The surface of the upper housing is treated with as-mold leather texture, and the lower housing is sprayed with metal lacquer. In order to have a good heat release function, heat-sink release part is made of aluminum alloy and it treatment by anodized. SPECIFICATIONS / TECHNICAL PROPERTIES: product size：82*162*117 mm TAGS: High Frequency Scanner, Shop Scanner, Female, Portable, Color RESEARCH ABSTRACT: - CHALLENGE: Heat-sink and weight balance would the key issue that designer has to take care of. For heat-sink issue, we change housing around the high-frequency of antenna area from PC to aluminum alloy, which means it will increase the product’s weight and its balance point will be moved to front-end of main-unit. It might cause people to feel uncomfortable when using it for a long time. We have made many block models for balance testing. ADDED DATE: 2019-02-16 03:00:39 TEAM MEMBERS (2) : Ming-Iung Chen and Wenke Zhang IMAGE CREDITS: Image #1: Designer Wenke Zhang, 2018 Image #2: Designer Wenke Zhang, 2018 Image #3: Designer Wenke Zhang, 2018 Image #4: Designer Wenke Zhang, 2018 Image #5: Designer Wenke Zhang, 2018 |
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| CLIENT/STUDIO/BRAND DETAILS | |
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NAME: 700 design PROFILE: 700 Design (Shenzhen) Ltd. was founded in 2016 by Ming-Iung Chen who is of more than 20 years of experience on branding strategy and developing new product design in global brand companies; can conduct process developing and provide high quality product design for local brand in China. Our company possesses domestic and international design experience for professional brand design, process design, and series of product design. With years of profound cooperation with different enterprises (such as Philips, Motorola, Lenovo, Coolpad, etc.), our founder can lead the team to become an exclusive design expert and branding strategy for local enterprise. |
| AWARD DETAILS | |
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Sq55 Radio Frequency Identification Device by Ming-Iung Chen is Winner in Digital and Electronic Device Design Category, 2018 - 2019.· Press Members: Login or Register to request an exclusive interview with Ming-Iung Chen. · Click here to register inorder to view the profile and other works by Ming-Iung Chen. |
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