Modo Design Team द्वारा Modo Snap Hinge चश्मे का फ्रेम अत्यंत प्रतिष्ठित 2022 A' Design Award रजत पुरस्कार का आभूषण डिज़ाइन प्रतिस्पर्धा श्रेणी में एक अत्यधिक सम्मानित विजेता है।
रजतआभूषण· 2022
Modo Snap Hinge चश्मे का फ्रेम
Modo Design Team द्वारा
क्लाइंट: MODO Eyewear
आभूषण श्रेणी में A' Design Award रजत पुरस्कार विजेता
सत्यापित पुरस्कार विजेता
#135316 के लिए पुरस्कार स्थिति सत्यापित करेंडिज़ाइन
Modo Snap Hinge चश्मे का फ्रेम के बारे में
मोडो स्नैप हिंज एक ऐसा चश्मा फ्रेम है जो बिना स्क्रू वाली हिंज प्रणाली से बनाया गया है। यह हिंज फ्रेम के अगले हिस्से को डंडियों (टेम्पल्स) से केवल दबाव के माध्यम से जोड़ता है, जिसमें न तो स्क्रू का उपयोग होता है और न ही वेल्डिंग का। इसमें केवल तीन भाग प्रयुक्त होते हैं: हुक आकार वाली एक बीटा-टाइटेनियम डंडी, द्वि-शंक्वाकार सिरों वाला एक छोटा स्टेनलेस स्टील सिलिंडर, और आंतरिक अंडरकट गुहा युक्त इंजेक्शन मोल्डेड पॉलिमर फ्रंट। सिलिंडर फ्रंट में स्थिर रहता है और सहज घर्षण-आधारित घुमाव की सुविधा देता है। यह तंत्र एंड पीस के भीतर छिपा रहता है, जिससे फ्रेम सरल और स्वच्छ बना रहता है।
मान्यता
A' Design Award रजत पुरस्कार के बारे में
Modo Snap Hinge चश्मे का फ्रेम ने A' Design Award रजत पुरस्कार जीता है, जो उच्च स्तरीय, भव्य और प्रभावशाली डिज़ाइनों को दी जाने वाली अत्यंत प्रतिष्ठित मान्यता है। रजत विजेता अत्यंत दीप्तिमान और अत्यधिक रचनात्मक कृतियाँ हैं जो अपने डिज़ाइनरों की उत्कृष्ट विशेषज्ञता, प्रतिभा और पैनी दृष्टि को दर्शाती हैं। Modo Snap Hinge चश्मे का फ्रेम से अपेक्षा की जाती है कि वह एक अद्भुत, आदर्श कृति होगी जो उल्लेखनीय रूप से व्यावसायिक और गहराई से नवीन है। A' Design Award रजत पुरस्कार जीतने वाला यह डिज़ाइन एक अत्यंत उल्लेखनीय, प्रशंसित आविष्कार है जो कला, विज्ञान, डिज़ाइन और प्रौद्योगिकी की सीमाओं को लाभ पहुँचाता है और उन्हें आगे बढ़ाता है। Modo Snap Hinge चश्मे का फ्रेम एक बहुत ईर्ष्या की जाने वाली रचना है जो इच्छाओं को जगाती है, सकारात्मक भावनाएँ लाती है और विस्मय तथा आश्चर्य जगाती है।
डिज़ाइन के पीछे
प्रेस किट
डिज़ाइनर द्वारा प्रदान किए गए क्रेडिट, टीम सदस्य और तकनीकी विवरण।
- अनूठी विशेषताएँ
- Part of MODO eyewear collection uses an innovative "Snap Hinge" system that surpasses current common hinge constructions, which are made up of several components. The snap hinge’s main function is to easily join the front of a pair of glasses to their temples through a very simple method – click, by pressure – without the use of screws or welding, and instead by a reliable connection and smooth friction operation.
- आयाम और पैकेजिंग
- Width 140 mm x Depth 150 mm x Height 45 mm
Weight: 13 g
Specifications of the product:
1. Injected front with snap fastening seat obtained internally with undercut shape;
2. Stainless steel bi-conical and anti-rotation cylinder;
3. Laser cut and spring bent beta-titanium temples;
4. Injected temple-tip - टैग
- Simplicity, reliability, sustainability, clean design, hidden mechanism.
- उत्पादन प्रौद्योगिकी
- The innovation of the snap hinge is its few components:
1. A Beta-titanium temple with a specifically designed hook shape
2. A small metal cylinder that is inserted into the temple hook and acts as the temple’s rotation mechanism. The cylinder heads have a particular bi-conical surface that allows the ‘snap’ attachment to the frame front, for a very resilient one-time-only attachment and unlimited lifespan.
3. An ultra-performing polymer frame front made by a specialised injection molding technique that allows the creation of an internal ‘undercut’ cavity, which serves as the house for the metal cylinder. - डिज़ाइन चुनौती
- The seeming simplicity of the final result hides a constructive difficulty that we had to overcome with an advanced molding process. The most difficult part was to make the cavity / house of the cylinder inside the plastic polymer front, since it is to be made with a particular undercut that generally in injected front pieces it is not possible.
- शोध
- Eyewear frames generally feature hinges with several disadvantages related to the complexity of production and assembly / disassembly, as well as the actual durability of the coupling between the temple and the spectacle front piece.
In particular, hinges provided with a screw pin and corresponding coupling elements, which can be fixed to the temples and front-piece require long and complex production steps. The use of screw pins and / or screw connections will eventually lead to loosening and wear in the long run, which will reduce the service life of the hinge and of the frame. With regards to the hinges that do not use a screw coupling, they are rather complex. Therefore, a large number of components and their mutual couplings are required, and with their particular shapes they necessitate high production costs.
It is an object of the present invention to provide a simple screw-less hinge capable of ensuring a robust and reliable coupling between the temples and the front piece of the spectacles in order to simplify the mounting steps.
Advantageously, the spectacle frame of the present invention makes it possible to:
- reduce production costs compared to the existing frames;
- has an high level of reliability due to the reduced number of its components;
- simplify the assembly steps;
In terms of design, this innovation allows the hinge to be completely hidden inside the injected front, creating a minimal and clean and eco-sustainable hidden design as the components and processes used are truly reduced.
However, the extreme reduction of components required a high degree of engineering and precision, both in the realisation of the mold for the production of the front with seat obtained, of the steel cylinder, and a perfect calibration of the temple-hook in bent beta titanium. Industrialising the perfect assembly to have a lasting friction were the final steps of this project. - प्रेरणा
- The inspiration comes from other connection systems present in nature or in mechanical and handcrafted pieces, with the difference that in this case the various materials and their natural elasticity have been exploited in a way that reduces the number of moving parts and pieces and contributes to the longevity of the product.
- परियोजना अवधि
- The project started in 2020 and launched into Spring-Summer 2022.
- संचालन प्रवाह
- The assembly process is extremely simple and reduced to only two operations:
1. Insertion of the metal cylinder into the Beta-titanium temple hook
2. Pressure insertion of the cylinder + temple assembly into the injected polymer front’s housing.
This new construction is stable and resilient, and the bi-conical surface processing of the cylinder heads prevents the metal cylinder from rotating inside the front piece. The temple hook surrounds the cylinder and rotates around the cylindrical surface. This particular combination of metallic materials allows fluid motion and frictional rotation, thanks to the particular self-lubricating operation of the two different materials.
In terms of perception and design, the hinge mechanism is completely hidden inside the end-piece of the frame front. Depending on the transparency of the chosen polymer, it is possible to decide to show the mechanism with transparent shades or to hide it completely with opaque colors.
Extreme simplicity, great reliability, maximum production economy, sustainability: for a clean design. - पेटेंट
- European Paten Application:
EP21209782.8 - टीम सदस्य
- MODO Design Team
- छवि श्रेय
- MODO Eyewear
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