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1. 发明专利

AU2020102608A4 Next Generation Framework for Smart building monitoring using 6LoWPAN 未知
公开(公告)号：AU2020102608A4
公开(公告)日：2020-11-26
申请号：AU2020102608
申请日：2020-10-06
申请人： BALAKRISHNAN S DR , GOYAL ANKUR MR , KARUNAKARAN S DR , KAUSHIK SHIVKANT MR , MARIMUTHU K DR , QURESHI HIMAYUN MUKHTAR MR , SENTHIL G A MR , SRINIVAS YARRAMALLE DR , SUBRAMANIAN C BALA DR , VARMA PENUMATHSA SURESH DR
发明人： SUBRAMANIAN C BALA , BALAKRISHNAN S , QURESHI HIMAYUN MUKHTAR , GOYAL ANKUR , KAUSHIK SHIVKANT , MARIMUTHU K , VARMA PENUMATHSA SURESH , SRINIVAS YARRAMALLE , KARUNAKARAN S , SENTHIL G A
IPC分类号： H04W4/33 , H04L45/52
摘要： Next Generation Framework for Smart building monitoring using 6LoWPAN The significant application of smart cities, that is more user centered is smart buildings. This application is fully integrated with various smart physical devices, sensors and diverse appliances which is remotely accessed by users and hence it must be accordingly protected and monitored. To serve the role, a solid framework with extended functionalities and security aspects is proposed for the smart monitoring of buildings and it is based on ARM model. The 6LoWPAN standard plays a vital function in Internet of Things (IoT) owing to low energy consumption, and constant availability. The localized data is used as input to trigger the typical services employed in buildings. The framework is adopted into a platform based on City explorer for managing the service overall. The user centered services are efficiently governed, covering all security aspects. The proposed framework serves as an effective building monitoring and management system in future with enhanced operability. 11 P a g e Next Generation Framework for Smart building monitoring using 6LoWPAN Drawings Internet 011234123 2001:4321 :4567 2Wo8 652 :18 200187651V48 2WDtO7ffi: J51 20012W 5::54B 20018765:22::1 2001:8765:22 20:752: Figure 1: A mesh 6LoWPAN network integrated with IPv6. ------------------------ ----- Lightening -Controt%1 Temperature control loT appliances & - Event Processing Detector Motan Server Intternet Hamidty ) LAN contoI Manager Cloud Door Lockam MBL Alarm SystemA Smart Home sierverPHN OLte Control AM and Other Devies~ Hub Figure 2: Smart building monitoring system - block diagram

2. 发明专利

AU2020103899A4 AN INTELLIGENT ACOUSTIC SERENITY USING SELF ADJUSTABLE USER-FRIENDLY IOT EMBEDDED MICROPHONE 未知
公开(公告)号：AU2020103899A4
公开(公告)日：2021-02-11
申请号：AU2020103899
申请日：2020-12-04
申请人： BALAKRISHNAN S DR , GEETHA N K DR , IGNISHA RAJATHI G DR , JANET J DR , KAVITHA RANI P DR , MUZAMIL BASHA SYED DR , RAGAVI V DR , RAM ARUMUGAM SAJEEV DR , RAMYA K C DR , VENKATA LAKSHMI S DR
发明人： BALAKRISHNAN S , JANET J , RAGAVI V , RAMYA K C , VENKATA LAKSHMI S , KAVITHA RANI P , GEETHA N K , RAM ARUMUGAM SAJEEV , MUZAMIL BASHA SYED , IGNISHA RAJATHI G
IPC分类号： H04R1/08 , G05B19/042 , G10L21/00 , H04R1/04 , H04R3/00
摘要： AN INTELLIGENT ACOUSTIC SERENITY USING SELF ADJUSTABLE USER FRIENDLY IOT EMBEDDED MICROPHONE The development of telephone gave way to the invention of microphone. Early days it was just a device that enabled to transfer human voice over a pair of wires. But, history states that the term "microphone" was first applied to the stethoscope by Sir Charles Wheatstone in 1827. The generation of microphones states back from the era of Carbon Microphones to wireless microphones. Though lot of changes had been done on to the design for better transmission. Still few areas of handling the microphone remain untouched. The stages of microphones from Carbon Microphone, Double Button Carbon Microphone, Crystal Microphone, Condenser Microphones, The Bottle Microphones:- the first cardioid microphone, The Telly: switchable microphone, Dynamic Microphones: moving coils and ribbons. Ribbon Microphones and Electret Microphones after these versions, the second generation gave importance for directionality and Miniaturization. Shotgun Microphones and Wireless microphones are a result of that. But still the usage scenario of microphones are not assessed and addressed to the fullest. The microphone types can be chosen based on our purpose. But since microphones are used in various public places, the speaker using the microphone also should be taken into consideration which had not been addressed till date. India being a developing nation, where the literacy rates to 74.4%. Most of them remain unaware of technical skills and knowledge to handle electronic equipments, and so it would be tedious task to adjust a microphone to a perfect direction or angle, so as to avoid noise problems and to impart continuous and proper transmission of their sound waves. Our work addresses the issues of current microphones, no matter whatever is the purpose, or place of application it assess the speakers height and does necessary adjustments so as to ensure effective transmission of sound waves. In spite of the place of deployment, it considers the user, our work is user friendly in all aspects, children, visually impaired, people with neuro development disorder, and the elderly persons also can easily use this to communicate because it does not require any other technician's guidance or any other external person's help, and 1|P a g e proves it different than the usual ones we have seen. Our work eases the task of acoustic technicians, since we employ IOT and do the smart processing of sensing the speaker's sound signals and adjust the directionality angle by itself. Our approach would be a breakthrough in the era of conventional microphones. This would equip the users using the microphone with confidence and avoid embarrassing occasions and pave way for effective communication in all occasions. Serisesourkl above 50 DB if from Upper microphone UPPER SDSENSORS SOUND DETECTION Serisesound above50 DB SENSORS from lower Microphone LOWERSDSENSORS ARDINO MOTOR SHIELD I - Manual CaibaesILifting Mechanism Calibrates .Atrai IAutomatic Battery Figure: Architectural Diagram 2|P a g e

3. 发明专利

AU2021102408A4 A ROBOTIZED IRRIGATIVE WATER SUPPLY TREATMENT FRAMEWORK USING IOT SENSORY DEVICES 未知
公开(公告)号：AU2021102408A4
公开(公告)日：2021-06-24
申请号：AU2021102408
申请日：2021-05-07
申请人： ANANDH K S DR , ARULKUMAR V DR , BALAKRISHNAN S DR , ELTON R JOHNY DR , LAKSHMI S VENKATA DR , PRASANNA K DR , R ARUN MR , RAJATHI G IGNISHA DR , RATNAKUMAR A JEBARAJ DR , T RAJENDRAN MR , T ANITHA MS
发明人： RAJATHI G IGNISHA , ELTON R JOHNY , T ANITHA , T RAJENDRAN , ANANDH K S , PRASANNA K , LAKSHMI S VENKATA , R ARUN , RATNAKUMAR A JEBARAJ , BALAKRISHNAN S , ARULKUMAR V
IPC分类号： A01G25/16
摘要： A ROBOTIZED IRRIGATIVE WATER SUPPLY TREATMENT FRAMEWORK USING IOT SENSORY DEVICES Abstract: With the developing time in each field, agriculture is the primary field where sensational changes have occurred. The early cultivating used to remove a ton of time and difficult work of the ranchers with no assurance that the yield would be true to form. To improve the agrarian yield with fewer assets and work endeavours, significant developments have been made all through mankind's history. Right now, propose the IoT based framework for improving farming yield by viably booking water system and treatment proportion dependent on the harvests' ebb and flow prerequisites, natural conditions and climate gauges. And furthermore, this work proposes the structure of a moderate water system and treatment framework. The proposed treatment framework spreads manures to the root legitimately. This lessens the measure of composts required and along these lines decreases the expense and improves the dirt wellbeing. LCD DISPLAY a PASSIVE SENSOR ARDUINO CONTROLLER SENSOR TEMPERATURE DATABA-SE POWER SUPPLY AUTOMIATICDt Fig 1: Arch itecturai MIin Diagra m

4. 发明专利

AU2021103493A4 GAS LEAKAGE DETECTION AND ALERT SYSTEM IN SAFETY CONTROL OF INDUSTRY 4.0 USING IOT TECHNOLOGY 未知
公开(公告)号：AU2021103493A4
公开(公告)日：2022-03-24
申请号：AU2021103493
申请日：2021-06-21
申请人： BALAKRISHNAN S DR , CHAKRAPANI ARVIND DR , DEEPA S T DR , GUNASEKARAN HEMALATHA DR , M S GOWTHAM , P GAJENDRAN , R ARUN , RAJKUMAR V DR , SAXENA ANSHUL , VINODHKUMAR S DR
发明人： BALAKRISHNAN S , P GAJENDRAN , CHAKRAPANI ARVIND , RAJKUMAR V , VINODHKUMAR S , M S GOWTHAM , DEEPA S T , SAXENA ANSHUL , R ARUN , GUNASEKARAN HEMALATHA
IPC分类号： G08B21/16 , G05B19/042 , G08B3/10 , G08B21/14 , H04W4/38
摘要： GAS LEAKAGE DETECTION AND ALERT SYSTEM IN SAFETY CONTROL OF INDUSTRY 4.0 USING IOT With the rapid development of Indian industrial production, the unique physical of gas in the process of food storage, frozen foods, inflatable packaging, special fuel production, hyperbaric oxygen therapy and the production of chemical products such as human organs. And chemical properties have been widely used. We can see that gas occupies a very important place in human life and the national economy. However, widespread use of gas inevitably leads to the problem of toxic gas leaks. Gas leakage can be easily detected and controlled by applying internet of things-based system. In this work, we are utilizing Arduino Microcontroller which is utilized to screen destructive gases and furthermore to insinuate ready message to wellbeing control leading group of industry. Arduino Microcontroller board is utilized as focal microcontroller which is associated with sensor. LPG gas detector system senses the LPG gas using MQ2 gas sensor. Butane gas is odorless, colorless, and highly flammable at room temperature, and causes serious health effects when inhaled directly. MQ2 is also useful for detecting H2, LPG, CH4, CO, Alcohol, Smoke or Propane. A gas sensor is a gadget which distinguishes the presence or grouping of gases in the climate. In light of the convergence of the gas the sensor delivers a comparing expected distinction by changing the opposition of the material inside the sensor, which can be estimated as yield voltage. Alcohol sensor (MQ3) which can recognize the presence of liquor gases at fixations from 0.05 mg/L to 10 mg/L. MQ2 Sensor Wi-Fi Gas Sensor Controller LCD Display Controller MQ3 Sensor Buzzer Power Supply Figure 1: ARCHITECTURE DIAGRAM

5. 发明专利

AU2021100687A4 AN INTELLIGENT COST-EFFECTIVE MITIGATION OR ALERT SYSTEM FOR FLASH FLOOD CATASTROPHE CONTROL 未知
公开(公告)号：AU2021100687A4
公开(公告)日：2021-04-22
申请号：AU2021100687
申请日：2021-02-03
申请人： BALAKRISHNAN S DR , D PRADEEP DR , G KOTHAI MS , KALAIMURUGAN A DR , MOHAMMED SHAMEER MR , MURUGESAN S KAVITHA DR , R VINOTH MR , SHAHUL HAMEED M SYED DR , THANGAVEL GUNASEKARAN DR , V SABARESAN MR
发明人： BALAKRISHNAN S , THANGAVEL GUNASEKARAN , SHAHUL HAMEED M SYED , R VINOTH , MURUGESAN S KAVITHA , G KOTHAI , D PRADEEP , V SABARESAN , MOHAMMED SHAMEER , KALAIMURUGAN A
IPC分类号： G08B21/10 , G06K9/00 , G06N20/00
摘要： A System that notifies of Water Inundation Catastrophes which uses solar panels to power up all the components and the sensors. More numbers can be deployed to improve accuracy. The sensors sense the water level changes and report it to the control room server and analysis of the data is done accordingly by comparing it with satellite data by applying ML algorithms which deploy HMM. Using the sensor inputs and satellite data inputs after dimensionality reduction is applied, predictions are made and used to alert and communicate the risky scenario prior to the disaster so as to alert the officials involved to carry out mitigation activities without panicking the public. 1. In First phase the Acoustic Sensors sense the data regarding the water levels in dams and transfer the data within a interval of 4 hours, installation of solar panel and battery to store charge is considered. 2. Second Phase involves the establishment of connection through activating Wi-Fi module using ESP8266 for transmission of data from sensors to the control room. 3. Third phase concentrates on analysis of data in the control room, the data received from the sensors are analysed and compared with the previous water level data received from the sensors. 4. Fourth phase concentrates on analysis of data, the satellite data is obtained and calculations and predictions are made using ML algorithms. 5. In the fifth phase based on the predictions made the sirens in the control room are activated in case of higher water levels. 6. Sixth phase concentrates on notifying the authorities through SMS so as to plan mitigation activities. Acoustic Sensors ESPS266 Control Room Satellite data regarding weather Sirens ML algorithms for Data Analysis & Prediction SMS Notications 2|Page

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