Springer Chapter (10.1007/978-981-19-0296-3_37)
Title (inferred): Likely from the book Advances in Manufacturing Technologies and Production Engineering.
Analysis: This chapter appears to focus on a specific topic within manufacturing technologies, possibly related to process optimization, automation, or material science in production engineering. Springer chapters like this typically present research findings, case studies, or theoretical advancements. Without full access, it’s unclear if it’s experimental or review-based, but it’s aimed at an academic or industrial audience interested in cutting-edge manufacturing techniques.
Key Focus: Manufacturing innovation or production efficiency.
Read MoreIOP Science Article (10.1088/1757-899X/1070/1/012134)
Title (from metadata):Likely related to Materials Science and Engineering (IOP Conference Series).
Analysis: This article, published in an IOP conference proceeding, probably discusses experimental or applied research in materials engineering. Topics in this journal often include mechanical properties, material synthesis, or industrial applications. The open-access nature suggests it might detail a specific study—perhaps on composites, alloys, or fabrication techniques.
Key Focus: Material properties or engineering applications.
Read MoreScienceDirect Article (S2214785320302224)
Title (inferred): From Materials Today: Proceedings, likely a conference paper.
Analysis: This paper is part of a peer-reviewed conference series focusing on materials science and technology. Based on the journal’s scope, it could explore topics like nanotechnology, material characterization, or sustainable materials. It’s intended for professionals and academics in materials and manufacturing fields.
Key Focus: Emerging trends in material technology.
Read MoreSpringer Chapter (10.1007/978-981-19-0296-3_38)
Title (inferred):Another chapter from Advances in Manufacturing Technologies and Production Engineering.
Analysis: Similar to the first Springer link, this chapter likely complements other topics in the same book, possibly diving into a different aspect of manufacturing—like robotics, additive manufacturing, or process simulation. It’s a detailed exploration aimed at advancing industrial practices.
Key Focus: Advanced production techniques or systems.
Read MoreIndian Patent Certificate (201941033895)
Title (inferred): Patent certificate from the Indian Patent Office (filed August 31, 2021).
Analysis: This is a legal document certifying a granted patent, likely for an invention in engineering or technology. The exact invention isn’t clear from the link alone—it could be a device, process, or material innovation. Patents like this protect intellectual property with potential industrial applications.
Key Focus: Intellectual property in technology.
View CertificateIndian Design Registration (380132-001)
Title (inferred): Design registration certificate (Design No. 166629).
Analysis: This is a design patent from the Indian Intellectual Property Office, protecting the aesthetic or ornamental aspect of a product rather than its function. It might relate to a tool, machine part, or consumer product with a unique appearance.
Key Focus: Product aesthetics or industrial design.
View CertificateAIP Conf. Proc. 2200, 020035 (Volume 2200, Issue 1 20 December 2019)
Title (inferred): A pedal operated cocoa POD breaker.
Analysis: A simple pedal operated cocoa pod breaker was designed and tested. It consists of a splitting knife, a trommel, a pedaldrive and a frame. Initially, the dimensions of the cocoa pods were measured and the pods were classified according to their diameter and type.
Key Focus: Product aesthetics or industrial design.
View CertificateIOP Conf.Ser.:Mater.Sci.Eng.653 012020(10.1088/1757-899X/653/1/012020)
Title (inferred): IOP Conference Series: Materials Science and Engineering.
Analysis: Chicken feather is a waste product that remains after processing the chicken to obtain meat. A series of non-woven mats were made by adding several levels of chicken feather fiber (CFF) to determine the effect of CFF on mat properties. The fractions of CFF used ranged between 10 and 60% and pre-vulcanized latex was used as a binder.
Key Focus: Novel Use of Waste Chicken Feather Fiber for making Prototype Non-woven Mats and their Evaluation.
View Certificate