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An effectuation perspective on the development of global e-commerce among small and medium-sized /
Patent Number: 202211041077, Applicant: Amrita Chaurasia.
E-commerce that spans international borders makes it possible for smaller businesses to more swiftly penetrate many international marketplaces. The purpose of this article is to investigate the ways in which effective market creation influences the international performance of small and medium-sized businesses (SMEs) that are involved in international e-commerce. Using the effectuation theory as a foundation, we propose that businesses can generate demand in foreign markets by developing innovative new ways for customers to interact and engage with them in the digital world. -
Investigation sustainable business growth via Human resources management /
Patent Number: 202241038950, Applicant: Dr.K Mallikarjuna Rao.
Investigation sustainable business growth via Human resources management Abstract: The management of human resources is essential for helping an organisation improve its efficiency, managing corporate governance and ethical issues that go beyond economic performance, and supporting the realignment of the organization's future direction and vision for new ways of conducting business. Because a focus on achieving maximum employee engagement can have a negative impact on employees in the form of diminished job security and precarious working conditions, it is important to take ethical considerations into account when it comes to the role of HR. -
Analyze the many business-to-consumer (B2C) marketing strategies that can be implemented on social media platforms /
Patent Number: 202241036460, Applicant: Dr.K Abirami Devi.
How do business-to-consumer and business-to-business social media platforms differ How do you go about the process of developing relevant social material for a community that includes end-users as well as other businesses Learn the ins and outs of an effective social media marketing strategy for both business to consumer and business to business. Transform your social media platforms into marketing tools that increase both brand exposure and sales. Even if your company does not have a social media plan, you probably still make use of social media in some capacity because it is cost-free, has the potential to be quite effective, and can be simplified. -
Personalized guest laundry system: The grand prix L-chute /
Patent Number: 202241037278, Applicant: Leena N Fukey.
A conveyor system designed to collect and deliver guest laundry is proposed with this innovation. The system comprises of two parts, an inbuilt chute inside the bathroom for the guest to drop their soiled clothing which is received at the laundry' room; and a chute from the laundry room to the guestroom’s closet for returning the laundered guest clothing. Thus, the human intervention involved in the process of guest laundry is greatly reduced. -
Personalized guest laundry system: The grand prix L-chute /
Patent Number: 202241037278, Applicant: Leena N Fukey.
A conveyor system designed to collect and deliver guest laundry is proposed with this innovation. The system comprises of two parts, an inbuilt chute inside the bathroom for the guest to drop their soiled clothing which is received at the laundry' room; and a chute from the laundry room to the guestroom’s closet for returning the laundered guest clothing. Thus, the human intervention involved in the process of guest laundry is greatly reduced. -
Fabrication of heteroatom doped, activated graphine-based architecture derived from coke as supercapacitor electrode material /
Patent Number: 202241051518, Applicant: Riya Thomas.
The present disclosure pertains to preparing a heteroatom doped, activated graphene-based electrode material for the fabrication of high-performance supercapacitor utilizing a low-cost and naturally formed graphite-like precursor, coke. The simultaneous heteroatom doping, as well as activation, was achieved via thermal annealing of the coke-derived oxidized graphene-based architecture along with nitrogen and phosphorus precursors, such as ethylenediamine and phosphoric acid, respectively. -
Low cost lignite derived mesoporous nanocarbon for simultaneous electrochemical detection of heavy metal IONs cadmium and lead /
Patent Number: 202241042032, Applicant: Ashlin M Raj.The present invention provides a facile, scalable, and cost-effective method for preparing mesoporous nanocarbon extracted from low grade coal, lignite that possesses an excellent electrochemical activity. The synthesized nanostructure modified electrode is used for the rapid simultaneous quantitative detection of heavy metals ions cadmium and lead in a unique triple linear detection range over the concentration ranges from 2.08 to 129 nM. -
Synthesis of amine functionalized metal organic framework using H2FIPBB ligand for energy storage application /
Patent Number: 202241023295, Applicant: Sruthi Rajasekaran.
The present invention shows the energy storage application of the Mn-Ni@NH2-h2fipbb MOF using the ligand 4,4:hexafluoroisopropylidene bis- benzoic acid (h2fipbb) under mild conditions. The methodology followed was hydrothermal at 120°C with manganese and nickel metal salts along with the ligand in dimethylformamide (DMF). The development of efficient Mn-Ni@NH2-h2fipbb material is suitable for supercapacitance-energy storage applications, which is the future need for various industrial applications. -
Synthesis of amine functionalized metal organic framework using H2FIPBB ligand for energy storage application /
Patent Number: 202241023295, Applicant: Sruthi Rajasekaran.
The present invention shows the energy storage application of the Mn-Ni@NH2-h2fipbb MOF using the ligand 4,4:hexafluoroisopropylidene bis- benzoic acid (h2fipbb) under mild conditions. The methodology followed was hydrothermal at 120°C with manganese and nickel metal salts along with the ligand in dimethylformamide (DMF). The development of efficient Mn-Ni@NH2-h2fipbb material is suitable for supercapacitance-energy storage applications, which is the future need for various industrial applications. -
Two-dimensional CR2C MXENE decorated with COFE204 nanoparticles for high-performance supercapacitor application /
Patent Number: 202241046374, Applicant: B Shalini Reghunath.
The current innovation shows the cobalt ferrite (CoFe204) decorated on O2C MXene binary composite. This is used as a high-efficiency electrocatalyst for supercapacitor applications in alkaline media. The O2C MXene/CoFe204 binary composite is prepared by etching the O2AIC MAX phase with hydrofluoric acid for 30 min at room temperature, followed by a solvothermal technique using cobalt ferrite nanoparticles. The interlayer spaces of O2C MXene/CoFe204 electrocatalyst improves on introducing CoFe204 nanoparticles between the O2C MXene layers, thereby boosting the capacitance of the composite. -
Two-dimensional CR2C MXENE decorated with COFE204 nanoparticles for high-performance supercapacitor application /
Patent Number: 202241046374, Applicant: B Shalini Reghunath.
The current innovation shows the cobalt ferrite (CoFe204) decorated on O2C MXene binary composite. This is used as a high-efficiency electrocatalyst for supercapacitor applications in alkaline media. The O2C MXene/CoFe204 binary composite is prepared by etching the O2AIC MAX phase with hydrofluoric acid for 30 min at room temperature, followed by a solvothermal technique using cobalt ferrite nanoparticles. The interlayer spaces of O2C MXene/CoFe204 electrocatalyst improves on introducing CoFe204 nanoparticles between the O2C MXene layers, thereby boosting the capacitance of the composite. -
Bismuth ferrite nanoparticles decorated CR2C MXENE: A highly efficient electrocatalyst for hydrogen evolution /
Patent Number: 202241040877, Applicant: B Shalini Reghunath.
The current invention demonstrates the efficiency of bismuth ferrite/Cr2C MXene binary composite as a highly efficient electrocatalyst for hydrogen evolution reaction in alkaline media. The methodology for preparing O2C MXene is by etching the O2AIC MAX phase with hydrofluoric acid for 30 min at room temperature. Cr2C MXene and bismuth ferrite nanoparticles are mixed under solvothermal conditions to obtain the bismuth ferrite/Cr2C-MXene binary composite. -
Bismuth ferrite nanoparticles decorated CR2C MXENE: A highly efficient electrocatalyst for hydrogen evolution /
Patent Number: 202241040877, Applicant: B Shalini Reghunath.
The current invention demonstrates the efficiency of bismuth ferrite/Cr2C MXene binary composite as a highly efficient electrocatalyst for hydrogen evolution reaction in alkaline media. The methodology for preparing O2C MXene is by etching the O2AIC MAX phase with hydrofluoric acid for 30 min at room temperature. Cr2C MXene and bismuth ferrite nanoparticles are mixed under solvothermal conditions to obtain the bismuth ferrite/Cr2C-MXene binary composite. -
Hierarchically porous MN-MOFS composite with RGO as an efficient electrode material for supercapacitor application /
Patent Number: 202241046378, Applicant: Sruthi Rajasekaran.
The present invention shows the energy storage application of the manganese-reduced graphene oxide metal organic frameworks (Mn-rGO MOFs) using the ligand, pyridine 2,6 dicarboxylic acid (PDA), under mild conditions. The methodology followed was hydrothermai at 160°C with manganese sulfate as metal salt, rGO along with the PDA ligand in pyridine, and water as solvent. The development of efficient Mn-rGO MOFs is suitable for supercapacitance energy storage applications, which is the future need for various industrial applications. -
Hierarchically porous MN-MOFS composite with RGO as an efficient electrode material for supercapacitor application /
Patent Number: 202241046378, Applicant: Sruthi Rajasekaran.
The present invention shows the energy storage application of the manganese-reduced graphene oxide metal organic frameworks (Mn-rGO MOFs) using the ligand, pyridine 2,6 dicarboxylic acid (PDA), under mild conditions. The methodology followed was hydrothermai at 160°C with manganese sulfate as metal salt, rGO along with the PDA ligand in pyridine, and water as solvent. The development of efficient Mn-rGO MOFs is suitable for supercapacitance energy storage applications, which is the future need for various industrial applications. -
Conjugate of Estradiol and applications thereof /
Patent Number: 201641013646, Applicant: Christ University. -
Conjugate of Estradiol and applications thereof /
Patent Number: 201641013646, Applicant: Christ University. -
Impact on block chain technology in public sector of India /
Patent Number: 202241047512, Applicant: M Mohamed Fazil.
Commercial and non-profit use of the blockchain technology across the world has demonstrated its significant advantages over traditional arrangements. The technology appears to be the most appropriate in areas that require storage and processing of large amounts of protected data. Effective exploration and experimentation with the technology in a variety of fields depends on a favorable legal environment. -
Impact on block chain technology in public sector of India /
Patent Number: 202241047512, Applicant: M Mohamed Fazil.
Commercial and non-profit use of the blockchain technology across the world has demonstrated its significant advantages over traditional arrangements. The technology appears to be the most appropriate in areas that require storage and processing of large amounts of protected data. Effective exploration and experimentation with the technology in a variety of fields depends on a favorable legal environment. -
Stock market prediction using artificial neural networks in python /
Patent Number: 202231052415, Applicant: Dr. Rashel Sarkar.
When the issue of forecasting time series is mentioned, the reader, listener, or observer instantly considers forecasting stock prices. This should help individuals determine when to sell and when to purchase more. On occasion, we encounter resources that explain how this is possible. Throughout Deep Learning with Python, Chollet cautions against using time series prediction algorithms to estimate market values. You should not attempt to predict how the stock market will behave in the future based on past performance. Due to the design of the martingale system, the present price of a share of stock is the most accurate indicator of its future price (in terms of the error associated with estimation).