Product Design, Manufacturing & Innovation Resources

स्मार्ट कोटिंग्स पर नवीनतम प्रकाशन और पेटेंट

. Latest Publications & Patents on Smart Coatings. Coating

टिप: नीचे दिए गए चयन के अलावा, आप हमारे 2 पूरे डेटाबेस खोज और फ़िल्टर कर सकते हैं:

> मुफ्त प्रकाशन खोज उपकरण < लेखक, विषय, कीवर्ड, तिथि या जर्नल द्वारा।

> मुफ्त पेटेंट खोज उपकरण < यूरोपीय पेटेंट कार्यालय से अंग्रेजी में पेटेंट के लिए।

यह स्मार्ट कोटिंग्स पर दुनिया भर के प्रकाशनों और पेटेंटों का हमारा नवीनतम चयन है, जिसमें कई वैज्ञानिक ऑनलाइन जर्नल शामिल हैं, जिन्हें स्मार्ट कोटिंग, सेल्फ-हीलिंग कोटिंग, एंटी-माइक्रोबियल कोटिंग, फोटोकैटेलिटिक कोटिंग, कंडक्टिव पेंट, थर्मोक्रोमिक कोटिंग, सुपरहाइड्रोफोबिक कोटिंग, एंटी-फाउलिंग कोटिंग, सेल्फ-क्लीनिंग कोटिंग, स्मार्ट अकार्बनिक पॉलिमर, इलेक्ट्रोक्रोमिक कोटिंग, एंटी-आइसिंग कोटिंग, इंट्यूमेसेंट कोटिंग, कंडक्टिव कोटिंग और सेल्फ-लुब्रिकेटिंग पर वर्गीकृत और केंद्रित किया गया है।

Conductive open-porous material

Patent published on the 2026-05-20 in GB under Ref GB2701966 by WASTEWATER FUELS LTD [GB] (Martyn Lathbury [gb], Daniel Indiana Carlotta-jones [gb])

Abstract: A material having an open-porous structure and a conductive coating comprising carbon fibre fragments formed on the open-porous structure. The conductive coating may comprise carbon black, amorphous carbon, activated carbon or graphite flakes. The open-porous structure can comprise a non-conductive polymer foam such as one comprising polyethylene (PE). An electrode for a bioelectrochemical system may be formed using the material. The bioelectrochemical system may be a microbial electrolysis cell[...]


Our summary: The material features an open-porous structure with a conductive coating made from carbon fibre fragments. It can be used to create electrodes for bioelectrochemical systems like microbial electrolysis cells or microbial fuel cells. The coating may include components such as carbon black, activated carbon, or magnetite.

Conductive coating, Open-porous structure, Carbon fibre, Bioelectrochemical system

Patent

Current-collecting contact insert for electric rolling stock pantographs

Patent published on the 2026-05-20 in UA under Ref UA163037U by BOLSHAKOV MAKSYM YURIIOVYCH [UA] (Bolshakov Yevhen Yuriiovych [ua], Bolshakov Maksym Yuriiovych [ua])

Abstract: Current-collecting contact insert for electric rolling stock pantographs is made of a carbon-containing material in the form of a plate and consists of a current-collecting section and a base flange. The base flange of the insert is equipped with an additional electrically conductive coating.[...]


Our summary: The current-collecting contact insert is designed for electric rolling stock pantographs. It is made from a carbon-containing material and features a current-collecting section with a base flange. The base flange includes an additional electrically conductive coating for enhanced performance.

current-collecting, pantographs, electric rolling stock, conductive coating

Patent

Thermogalvanic sensor for lithium-ion batteries

Patent published on the 2026-05-20 in EP under Ref EP4746097 by KATHOLIEKE UNIV LEUVEN KU LEUVEN RESEARCH & DEVELOPMENT [BE] (Stoffels Wout [be], De Taeye Louis [be], Vereecken Philippe [be])

Abstract: [0001] A thermogalvanic temperature sensor integrated into a lithium-ion battery. The sensor comprises a first sensor electrode and a second sensor electrode, both in ionic contact with the electrolyte of the battery. The first sensor electrode and second sensor electrode have different thermogalvanic coefficients, allowing them to generate a temperature-dependent potential difference. A protective ion-conductive coating is applied to the sensor electrodes to shield them while maintaining ionic [...]


Our summary: A thermogalvanic sensor is integrated into lithium-ion batteries for temperature measurement. It consists of two electrodes with different thermogalvanic coefficients. This design improves thermal management and safety by providing real-time temperature data.

thermogalvanic sensor, lithium-ion battery, temperature monitoring, ionic conductivity

Patent

Self-lubricating reducer planet carrier and wheel-side reducer equipped with same

Patent published on the 2026-05-14 in AU under Ref AU2025355973 by CRRC QISHUYAN INSTITUTE CO LTD (Duan Zhenzhong, Zhang Zaili, Xia Yang, Zhu Xi, Ma Xiuze, Xu Sha, Wang Xing)

Abstract: A self-lubricating reducer planet carrier and a wheel-side reducer equipped with same. The self-lubricating reducer planet carrier comprises a planet carrier body and planet gears, wherein several planet pins are fixedly provided on the planet carrier body; the planet gears are rotationally mounted on the planet pins by means of bearings; an oil storage cavity is provided inside each planet pin, and a cavity body of the oil storage cavity extends to the outer side of the planet pin in the direct[...]


Our summary: The self-lubricating reducer planet carrier includes a body and gears with fixed planet pins. Each planet pin has an oil storage cavity with oil through holes for lubrication. This design ensures effective lubrication even when components are above the oil level.

self-lubricating reducer, planet carrier, oil storage cavity, lubrication effect

Patent

System and method of forming a non-oxidizing intimate coating over various metals

Patent published on the 2026-04-23 in US under Ref US20260110061 by NAUGANEEDLES [US] (Yazdanpanah Mehdi Mohammad [us], Yazdanpanah Ramin [us], Cohn Robert Warren [us], Randall John Neal [us], Sadeghi Mohammad Reza [ir], Yazdanpanah Zoya [us])

Abstract: A method of forming an intimate coating that is a non-oxidizing and conductive metal film on the surfaces of various metals is provided. The intimate coating film is a ternary alloy formed by depositing a layer of AgxGa amalgam near room temperature over a metal substrate, followed by annealing the substrate up to its melting point. The coating protects the substrate from oxidation, enhances electrical conductivity, prevents deformation at high temperatures, and improves surface reflectivity. Th[...]


Our summary: A method forms a non-oxidizing conductive metal film on various metals. The coating is a ternary alloy created by depositing AgxGa amalgam and annealing. Applications include electronics, jewelry, and protective coatings against oxidation.

non-oxidizing coating, ternary alloy, electrical conductivity, metal substrate

Patent

Clear thermochromic therapeutic ultrasound phantom

Patent published on the 2026-04-23 in US under Ref US20260112295 by FUS MOBILE INC [US] (Hananel Ari [us], Aginsky Ron [il], Skoglind Brian [us])

Abstract: A transparent phantom for simulating tissue response to high-intensity focused ultrasound (HIFU). The phantom includes an embedding material that is both optically and acoustically transparent, a bone element embedded within the material, and a thermochromic coating on the bone element that changes color when heated above a threshold temperature. The phantom provides real-time visual feedback of thermal effects for training and system validation[...]


Our summary: The phantom simulates tissue response to high-intensity focused ultrasound. It features a thermochromic coating that changes color when heated. This provides real-time visual feedback for training and system validation.

thermochromic, ultrasound, phantom, HIFU

Patent

Transmission of EM Waves Passing Through a Multilayer Structure

Published on 2026-01-28 by Vanja Mandri?, Slavko Rup?i?, Bogdan Pavkovi?, Ismail Baxhaku @MDPI

Abstract: This article investigates the behavior of an electromagnetic field passing through a composite material&amp;mdash;a multilayered structure. The material consists of a dielectric material polymethyl methacrylate (acrylic, plexiglass) to which one or more layers of conductive paint are applied to attenuate the field strength. This field attenuation is possible precisely because of the chemical structure of the paint, which contains carbon-based particles and is therefore very successful in its[...]


Our summary: This article examines the transmission of electromagnetic waves through a multilayer structure. It focuses on the effect of conductive paint layers on field strength attenuation. Simulations and measurements confirm the effectiveness of the composite material in reducing the electromagnetic field.

Electromagnetic waves, multilayer structure, field attenuation, dielectric materials

Publication

Multiscale Synergistic Investigation on the Mechanical and Tribological Performances of Graphene-Reinforced PEEK/PTFE Composites

Published on 2026-01-23 by Yan Wang, Kaiqi Dong, Henan Tang, Bin Yang, Shijie Wang @MDPI

Abstract: Polytetrafluoroethylene (PTFE) is a self-lubricating material but has poor wear resistance. The wear resistance of the composites was enhanced by the incorporation of polyetheretherketone (PEEK), whereas the friction-reducing performance was compromised, thus resulting in an inherent trade-off between wear resistance and lubricity. Graphene nanosheets (GNSs) with high strength and lubricity were introduced as a reinforcement for PEEK/PTFE composites. Composite specimens with varying GNS contents[...]


Our summary: The study investigates the mechanical and tribological properties of graphene-reinforced PEEK/PTFE composites. Incorporating graphene nanosheets enhances wear resistance while maintaining lubricity. Molecular dynamics simulations reveal the mechanisms behind improved performance and optimal graphene content.

Graphene, PEEK, PTFE, Tribology

Publication

शामिल विषय: स्मार्ट कोटिंग्स, सेल्फ-हीलिंग कोटिंग, एंटी-माइक्रोबियल कोटिंग, फोटोकैटेलिटिक कोटिंग, कंडक्टिव पेंट, थर्मोक्रोमिक कोटिंग, सुपरहाइड्रोफोबिक कोटिंग, एंटी-फाउलिंग कोटिंग, सेल्फ-क्लीनिंग कोटिंग, इलेक्ट्रोक्रोमिक कोटिंग, एंटी-आइसिंग कोटिंग, इंट्यूमेसेंट कोटिंग, ISO 2409, ASTM D3359, ISO 12944, ASTM E84, और IEC 61215..

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(यदि तिथि अज्ञात है या प्रासंगिक नहीं है, उदाहरण के लिए "द्रव यांत्रिकी", तो इसके उल्लेखनीय उद्भव का एक अनुमानित आंकड़ा प्रदान किया गया है)

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