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Shrewd protective equipment to safegaurd women's automony from insolent and domestic violence /
Patent Number: 202241006814, Applicant: 1)Dr. L. Shakkeera.
According to a 2011 TrustLaw poll, India is the fourth most dangerous country for women. India is ahead of Somalia in terms of women's safety. Women's safety is a major concern in India. Even during the day, Delhi is the most dangerous city for Indian women. Women's safety is a pressing issue in today's culture. We witness a lot of incidents where a lady is discarded, and in certain circumstances, even a 5-month-old infant is not spared. -
Humanoid robot system for assisting elder people /
Patent Number: 202041027734, Applicant: Dr.S Balamurugan.
The present invention based on a humanoid robot for assisting elder people based on their necessity the robot has a four-wheel with two arms which rotate all directions. It will help all time it has combined artificial intelligent it which updates every human activity day by day based on their activities the robot will work and update their behavioral and it will work accordingly. -
Effect of inoculum density and different media on the growth of hairy roots and production of withanolide-A from withaniasomnifera /
Mapana Journal of Sciences, Vol. 16(4),pp.13-22. ISSN 0975-3303. -
Biotechnological Approaches For the IN - VITRO Production of L-DOPA From Callus Suspension Cultures of Mucuna Pruriens (L.) DC.
Plants are an important source of drugs to treat wide array of disorders due to the newlineproduction of various classes of secondary metabolites which are used as active ingredients to treat and cure diseases. One such commercially important metabolite known as 3,4 dihydroxyphenylalanine (L-DOPA) is used to treat various central nervous system disorders like Dementia, Parkinson s, Alzheimer s, etc. Mucuna pruriens (L.) DC. belonging to Fabaceae family has been used since time immemorial to treat Parkinson s disease and the seeds are the main source of all herbal formulations to treat various disorders of nervous system and male newlinereproductive system. Though the metabolite is present in all parts of Mucuna, seeds possess newlinethe highest concentration and it has become a huge challenge to satisfy the emerging demand newlinefor L-DOPA. This is attributed to the conventional methods of extraction from the natural sources of Mucuna sps., which has a low germination rate, less viable seeds and an irritating, itching trichomes on the pods. The need for an alternative method with continuous supply of L-DOPA without affecting the natural biodiversity has been achieved through in-vitro procedures. But there hasn t been a systematic approach to optimize the cultural conditions for the optimal productivity. Hence in our study, we aimed at selecting an elite germplasm of Mucuna pruriens and growing them in-vitro, along with establishing a callus suspension newlineculture and optimizing the cultural conditions for high biomass and L-DOPA production. Callus was induced by supplementing various plant growth regulators like auxins (IAA, IBA, Picloram, NAA, 2,4-D), cytokinins (Kinetin, BAP, 2-iP and TDZ) and their combinations in different concentrations (0.1, 0.5, 1.0, 2.0, 5.0 and 10.0 mg/L). -
Vappav /
Patent Number: 202241028305, Applicant: Sashi Kumar D.
The primary objective and the motto behind this invention of the device Vappav is for the safety of food items and food parcels which needs to have a minimum contact from people and to make sure that the delivery of these parcels are safe without many people touching it, which further ensures the safety and hygienic of the food items. -
Kundanvar /
Patent Number: 202141037561, Applicant: Manjunath N.
The primary objective and the motto behind this invention of the device Kundanvar is for the safety of human beings during driving. It has been observed that many vehicles topple down due to the flat tire causing a huge devastation and a severe injury resulting in death of the pillion riders with regard to the two wheelers and with regard to the co-passengers in vehicles such as four wheelers, buses and trucks. [0002] As we all know vehicles travel at a huge speed in highways and any foreign particles like nuts, bolts, screws, nails entering the tire, may cause a huge devastation since the tire has heated up travelling for a long distance and a small particle entering will burst the tire causing a catastrophic injuries. -
An internet of things based on covid spread prevention system and its method thereof /
Patent Number: 2021104215, Applicant: J. Martin Sahayaraj. -
A method of smart vehicle safety and security system using internet of things /
Patent Number: 202141034638, Applicant: Jayapandian N. -
IOT based smart green house system /
Patent Number: 202111031077, Applicant: Dr. Vikas Kumar.
The Smart Green House concept has been brought into the agricultural area to promote plant development in a short period of time. With an IoT-enabled framework controlled by a Smart Green House Intelligence Decision Support System, the system's quality can be improved. The system uses multiple sensors strategically positioned throughout a greenhouse to make decisions about actions such as water supply and nutrition level. All of the sensors and control systems operate in an automated setting, allowing small farmers to benefit from the greenhouse technology. -
I-Soil test : Intelligent IOT based soil fertilization test and their solution /
Patent Number: 201941031950, Applicant: Dr. J Suresh.
I-Soil Test• providing the soil condition and their solution for better production , our know this Country the soil test is a perfect method for examining the fertility level of soil and providing some valuable information for farmers to help them keep up with local fertility programs. If you want to grow healthy cash crops and make good money, you first need to figure out the condition of the soil and if it is necessary to manually increase the soil™s fertility -
Network selection system and method for wimax integrated network and wlan integrated network /
Patent Number: 201941032402, Applicant: Mr. Kathiresan J.
Disclosed is a network selection system and method for a Worldwide Interoperability for Microwave Access (WiMAX) network and a wireless LAN (WLAN) network. The method includes the step of tracking a Mobile or fixed devices (MoFD) for identifying a plurality of Quality of Service (QoS) requirements through a Handoff Decision Manager (HDM) module coupled with a plurality of Media Access Control (MAC) layers of the WiMAX network and the WLAN network. -
Impact of smartphone news apps on print media - A twin TAM framework /
IOSR Journal Of Business And Management, Vol.17, Issue 4, pp.449-457, ISSN No: 2278-487X (Online) 2319-7668 (Print). -
Factors influencing user perception on mobile social networking apps /
Sumedha Journal of Management, Vol.4, Issue 2, pp.429-448, ISSN No: 2277-6753. -
Factors influencing user perception on mobile social networking apps /
Sumedha Journal Of Management, Vol.4, Issue 2, pp.429-448, ISSN No: 2277-6753. -
Study of single and two component convection in micropolar liquid /
In this thesis, we study linear and non-linear analysis of RayleighBénard and double diffusive convection in a micropolar liquid. The effect of non-uniform basic temperature gradient, non-uniform basic concentration gradient, temperature modulation at the boundary and gravity modulation are studied.
The problem investigated in this thesis through a light on externally controlled internal convection in a micropolar liquid. The problems investigated in this thesis have possible application in geophysics, astrophysics, oceanography engineering and in space situations with gjitter connected with gravity stimulation study. With this motivation, we investigate in this thesis four problems and their summary is given below one by one.
(i) EFFECT OF GRAVITY MODULATION ON HEAT
TRANSFER BY RAYLEIGH-BÉNARD CONVECTION IN A
MICROPOLAR LIQUID The vertical oscillation, or g-jitter or gravity modulation, is known to appear in the situation of the satellite. In the laboratory, Rayleigh-Bénard system subjected to time-periodic vertical oscillations may be useful in regulating the onset of convection and heat transfer. This aspect is also in
focus in the thesis. In this problem the effect of time-periodic body force or grtavity modulation on the onset of Rayleigh-Bénard convection in a micropolar liquid is investigated. The linear and non-linear analyses are performed. The linear theory is based on normal mode analysis and perturbation method. The expression for correction Rayleigh number is obtained as a function of frequency of modulation and other micropolar
liquid parameters. The non-linear analysis is based on the truncated Fourier series representation. The resulting non-autonomous Lorenzvii model is solved numerically to quantify the heat transport. It is observed that the gravity modulation leads to delayed convection and reduced heat transfer.
(ii) LINEAR AND WEAKLY NON- LINEAR STABILITY
ANALYSIS OF DOUBLE-DIFFUSIVE CONVECTION IN A
MICROPOLAR LIQUID The linear and non-linear stability analysis of double diffusive convection in a micropolar liquid layer heated and saluted below and cooled from above is studied. The linear and non-linear analyses are respectively based on normal mode technique and truncated
representation of Fourier series. The influence of various parameters on the onset of convection has been analyzed in the linear case. The resulting autonomous Lorenz model obtained in non-linear analysis is solved numerically to quantify the heat and mass transforms through Nusselt and Sherwood number. It is observed that the increase in coupling parameter, micropolar heat conduction parameter and solutal Rayleigh number
increases the heat and mass transfer. (iii) THE EFFECT OF NON - UNIFORM TEMPERATURE / CONCENTRTION DISTRIBUTION ON THE ONSET OF DOUBLE-DIFFUSIVE CONVECTION IN A MICROPOLAR LIQUID The effect of non-uniform temperature/concentration distribution on the onset of double diffusive convection in a micropolar liquid layer heated and soluted below and cooled from above between two parallel
plates of infinite extend separated by a thin layer is studied using linear stability analysis based on normal mode technique. The eigen value is obtained for free-free, rigid-free, rigid-rigid, velocity boundary conditions with isothermal temperature boundary conditions using Galerkian method. It is observed that by choosing the appropriate non-uniformviii temperature or concentration gradient it is possible to advance or delay
the onset of double diffusive convection. (iv) EFFECT OF TEMPERATURE MODULATION ON THE ONSET OF DOUBLE – DIFFUSIVE CONVECTION IN A MICROPOLAR LIQUID
The effect of temperature modulation on the onset of double-diffusive convection in a micropolar liquid is investigated by making a linear stability analysis. The stability of a horizontal layer of fluid heated from below is examined when, in addition to a steady temperature difference between the walls of the layer, a time-periodic sinusoidal perturbation is applied to the wall temperatures. The Venezian approach is adopted in arriving at the critical Rayleigh and wave numbers for small amplitude
temperature. -
Study of single and two component convection in micropolar liquid
In this thesis, we study linear and non-linear analysis of RayleighBard and double diffusive convection in a micropolar liquid. The effect of non-uniform basic temperature gradient, non-uniform basic concentration gradient, temperature modulation at the boundary and gravity modulation are studied. newlineThe problem investigated in this thesis through a light on externally controlled internal convection in a micropolar liquid. The problems investigated in this thesis have possible application in geophysics, newlineastrophysics, oceanography engineering and in space situations with gjitter connected with gravity stimulation study. With this motivation, we investigate in this thesis four problems and their summary is given below one by one. (i) EFFECT OF GRAVITY MODULATION ON HEAT TRANSFER BY RAYLEIGH-BARD CONVECTION IN A MICROPOLAR LIQUID newlineThe vertical oscillation, or g-jitter or gravity modulation, is known to appear in the situation of the satellite. In the laboratory, Rayleigh-Bard system subjected to time-periodic vertical oscillations may be useful in regulating the onset of convection and heat transfer. This aspect is also in newlinefocus in the thesis. In this problem the effect of time-periodic body force or grtavity modulation on the onset of Rayleigh-Bard convection in a micropolar liquid is investigated. The linear and non-linear analyses are performed. The linear theory is based on normal mode analysis and perturbation method. The expression for correction Rayleigh number is obtained as a function of frequency of modulation and other micropolar liquid parameters. The non-linear analysis is based on the truncated Fourier series representation. The resulting non-autonomous Lorenzvii model is solved numerically to quantify the heat transport. It is observed that the gravity modulation leads to delayed convection and reduced heat newlinetransfer. (ii) LINEAR AND WEAKLY NON- LINEAR STABILITY ANALYSIS OF DOUBLE-DIFFUSIVE CONVECTION IN A MICROPOLAR LIQUID. -
A smart road cleaning sweeper machine driven by artificial intelligence and technique /
Patent Number: 202241012016, Applicant: Dr. C. Shanthi.
The smart road cleaning sweeper machine driven by artificial intelligence and technique comprising to the road cleaning sweeper machine. The present invention more relates to the smart cleaning sweeper machine, which is run by artificial intelligence and technique parameters and particular to a kind of Intelligent cleaning robot based on advanced Path Planning Technique and its clean method., also driven by machine learning techniques and image processing sources. -
The smart system and method for inventory management of warehouse /
Patent Number: 202211009457, Applicant: Poornima G.
Energy is the essential utility needed. Thus, the management of energy use is a significant priority, as the enormous growth changes are sweeping the globe, and doing so is the best answer, beginning domestically. There are numerous difficulties in the existing home
energy meter reading systems, such as construction problems, too little bandwidth, poor real-time, no fast two-way communication, etc. -
Brain inspired artificial intelligence implant to detect heart disease using reservoir computing /
Patent Number: 202141052156, Applicant: S.Balamurugan.
Research study shows that nearly 30% of the heart attacks occur in patient without any symptoms. Different patterns in medical data could efficiently be identified and classified using Artificial Intelligence Techniques. Research shows that an implant could detect three proteins whose levels are subject to rise after the occurrence of heart attack. Such implants could aid patients with high-risk of heart attack by helping doctors to give appropriate treatment on-time in case of occurrence of heart attack and also to prevent the occurrence of further complications of heart disease. -
Hybrid AI architecture for analysis of charging profile of electric vehicles /
Patent Number: 202131040276, Applicant: Shovon Nandi.
As a result of the development of electric vehicles with longer trip ranges (EVs), they will travel through various networks serviced by different utilities. We thus introduce an architecture that can provide roaming cars with charge service. In addition, although the energy internet allows energy and information flow, its roaming service is not smooth since its core design supports the internet.