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Iot Based Smart Hands Talk

Abstract: Kindness is a language the dumb can speak and deaf can hear and understand” According to statistics, the number of deaf and dumb in the world is about 9 billion. It becomes difficult for them to communicate with the normal people. Gesture based communication is the main technique for correspondence for the hard of hearing quiets which utilizes hand signals. This paper aims to provide a device which is easy to use, light weight, cost efficient. This device helps t eliminate the communication gap and tackles the issues of those individuals, who can't learn or unfit to utilize 'gesture based communication' to speak with others b giving them a 'virtual voice'. The smart gloves equipped with flex sensors and for each specific gesture it produces a change in resistance. The data from the sensors is processed using Arduino board which produces voice output through an application

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Notices, Deadlines & Correspondence

Patent Information

Application #
Filing Date
26 November 2021
Publication Number
50/2021
Publication Type
INA
Invention Field
PHYSICS
Status
Email
banupriya12317@gmail.com
Parent Application

Applicants

1. Ms.S.Biruntha
Assistant Professor / CSE 2/230 E, Dhanam Nagar, Karayampalayam,Mylampatti post, Coimbatore-641062
2. N.Pooranam
Assistant professor, CSE 4/7 Arunagirinather street Bharathipuram, pallapalayam post, Coimbatore
3. Nagajothi S
Assistant professor, Pollachi
4. Ms.J.Boopala
Assistant Professor / CSE Raja Mill Road,Poolachi
5. Mr.T.Vignesh
Assistant Professor / MCT SKCET,Coimbatore
6. Dr.R.Rama Abirami
Associate Professor / CSE SKCET,Coimbatore
7. R.P.Narmadha
Assistant Professor, IT 1882 ,Trichy Road , Ramanathapuram , Coimbatore _ 641045 .
8. G.Sharmila
Assistant Professor, 25,Meenatchi Garden,Lakshmi Nagar,Kinathukadavu -642109
9. Raashma mahaboob
AP/CSE, Esr misty II, villa 11,Jamia nagar,Kovai pudhur, Coimbatore
10. Ms. R. Indhu
Assistant Professor / IT SKCET,Coimbatore

Inventors

1. Ms.S.Biruntha
Assistant Professor / CSE 2/230 E, Dhanam Nagar, Karayampalayam,Mylampatti post, Coimbatore-641062
2. N.Pooranam
Assistant professor, CSE 4/7 Arunagirinather street Bharathipuram, pallapalayam post, Coimbatore
3. Nagajothi S
Assistant professor, Pollachi
4. Ms.J.Boopala
Assistant Professor / CSE Raja Mill Road,Poolachi
5. Mr.T.Vignesh
Assistant Professor / MCT SKCET,Coimbatore
6. Dr.R.Rama Abirami
Associate Professor / CSE SKCET,Coimbatore
7. R.P.Narmadha
Assistant Professor, IT 1882 ,Trichy Road , Ramanathapuram , Coimbatore _ 641045 .
8. G.Sharmila
Assistant Professor, 25,Meenatchi Garden,Lakshmi Nagar,Kinathukadavu -642109
9. Raashma mahaboob
AP/CSE, Esr misty II, villa 11,Jamia nagar,Kovai pudhur, Coimbatore
10. Ms. R. Indhu
Assistant Professor / IT SKCET,Coimbatore

Specification

Claims:1. The Hand Gloves with gesture command for food, water, medicine and critical.
2. The progress of hand gloves from any place, the flex sensors square measure will be caught, and in addition the estimation of contraption changes once its encounters the twisting.
3. The flex gadget is another style of potentiometer square measure fastens to the fingers once we turn the figure the estimation of the gadget get changes.

4. Exactly when structure bounce ON, it stays from the beginning in Mode wherever glove offer remaining concerning customer; his finger identifier cost and position of palm and everybody these get shows up on LCD Screen caught to that.

5. The client will produce very surprising motion and client will alteration Mode by explicit examples as coded per the programming we've made 3 modes and modes territory unit correction once all the locator offers low yield.

, Description:The glove needs to be worn on the hand by the disabled and depending on the variation of the movements. It consists hand glove (fitted with Flex sensors), GSM module, RF Transmitter and Arduino Uno, RF Receiver and Arduino Neon as a Controller. RF Receiver receives the command and this command is catch by the Arduino and Arduino controls the actions of this sections. All the gestures created by the hand glove (with Flex sensor) is regenerate into completely totally different messages and commands for the operation of varied devices. Fig. 1 Flow Chart Made by this endeavor begins from headway of hand gloves any place the flex sensors district unit caught, furthermore the cost of pioneer changes once its encounters the bowing. The flex locator is another assortment of potentiometer area unit caught to the gloves once we distort the gloves the estimation of the pioneer get changes. The dynamical cost of the locator is relies upon the opposition and applied reason for the twisting once we turn the identifier at some particular edge we can see the estimation of the deterrent is expansion and right now yield get lessened. On the contrary way we can say that it's kind of a correspondingly relative. In the wake of overview the dynamical worth of the yield, the estimation of the get recorded by the Arduino and show from the show related thereto. Here the technique begins the Arduino gets totally unique worth from the indicator. The yield worth we can unendingly observe from the alphanumeric presentation that associated there to alphanumeric showcase (16x2) is utilized for the airing the messages or request of the patients at totally better places.

OBJECT OF THE INVENTION

The primary objective was to create a tool that would scan the signing to assist deaf and dumb individuals to able to communicate additional expeditiously with traditional individuals. Through marking are regularly authorized to talk, the objective individual ought to have an idea of the communication via gestures that isn't potential until the end of time. The glove is fit for deciphering their etymological correspondence signals into discourse in either mechanical man telephone or speaker. The designed glove might assist in bridging communication gap between deaf and dumb folks and traditional population to bound level. This technique can facilitate them in raising their quality of life considerably.

SUMMARY OF THE INVENTION

The Process starts from progress of hand gloves, from any place the flex sensors square measure caught. In addition the estimation of contraption changes once its encounters the twisting. The flex gadget is another style of potentiometer square measure fasten to the fingers once we turn the figure the estimation of the gadget get changes. The dynamical worth of the contraption is depend upon the hindrance and applied edge of the twisting once we wind the gadget at some express point we will see the estimation of the obstruction is increase and right now yield get reduced. On the contrary technique we will say that it's kind of a correspondingly relative once the hindrance of the contraption is expansion at that point of yield rot and thusly we will create experience by getting the upside of this method once looking the dynamical estimation of the yield, the estimation of the get recorded by the Arduino and show from the show caught thereto. Here the procedure starts the Arduino gets absolutely unprecedented worth from the device. The yield worth we will ceaselessly see from the alphanumeric grandstand that trapped there to.

DETAILED DESCRIPTION OF THE INVENTION

Gesture based communication is the main technique for correspondence for the hard of hearing quiets which utilizes hand signals. This paper aims to provide a device which is easy to use, light weight, cost efficient. This device helps to eliminate the communication gap and tackles the issues of those individuals, who can't learn or unfit to utilize 'gesture based communication' to speak with others by giving them a 'virtual voice'. The smart glove is equipped with flex sensors and for each specific gesture it produces a change in resistance. The data from the sensors is processed using Arduino board which produces voice output through an application.
Signal based correspondence is the rule specific contraption utilized by practically hard of hearing individuals to present to one another. Regardless, ordinary individuals don't comprehend movement based correspondence and this will make an enormous correspondence impediment between practically hard of hearing individuals and regular individuals. Moreover, the correspondence through movements is besides difficult to learn because of its standard complexities in sentence structure and emphasis. Along these lines, there is a need to build up a structure which can help in causing a comprehension of the sign based correspondence into substance and voice so as to guarantee the plausible correspondence to can be enough occur as of now.

Now just in case, they have water (or medication or something else), all we would like to do is - to form a corresponding gesture consequently which gesture would be born-again into text message and sent to the opposite person through the GSM module. Currently victimization the golem app we are able to convert the text messages into voice additionally. In this project presently we have a tendency to victimization seven gestures because of the matter of the accuracy however we are able to add concerning one hundred and gestures. presently the device will convert solely few, however betting on the success of this device few a lot of further options perhaps else later onto this communicatory system.

Made by this undertaking starts from progress of hand gloves any place the flex sensors square measure caught, and in addition the estimation of contraption changes once its encounters the twisting. The flex gadget is another style of potentiometer square measure fasten to the fingers once we turn the figure the estimation of the gadget get changes. The dynamical worth of the contraption is depend upon the hindrance and applied edge of the twisting once we wind the gadget at some express point we will see the estimation of the obstruction is increase and right now yield get reduced. On the contrary technique we will say that it's kind of a correspondingly relative once the hindrance of the contraption is expansion at that point of yield rot and thusly we will create experience by getting the upside of this method once looking the dynamical estimation of the yield, the estimation of the get recorded by the Arduino and show from the show caught thereto. Here the procedure starts the Arduino gets absolutely unprecedented worth from the device. The yield worth we will ceaselessly see from the alphanumeric grandstand that trapped there to.

Mode 0: Exactly when structure bounce ON, it stays from the beginning in Mode wherever glove offer remaining concerning customer; his finger identifier cost and position of palm and everybody these get shows up on LCD Screen caught to that. The client will produce very surprising motion and client will alteration Mode by explicit examples as coded. per the programming we've made 3 modes and modes territory unit correction once all the locator offers low yield. Here we tend to attempt to shape the task indicated it will include the 2 entirely unexpected applications.

Mode 1: Right now client will the overseers the house contraptions any place we will when everything is said in done course of action with the most basic a touch of the task. Here the yield of the device is recorded to the Arduino and this expense is empowered with the programming by the Arduino. The Arduino check the worth and made United States out of America the programming and right at present yield we can see from the liquid gem show related with the Arduino. The yield cost is sent to the transmitter for transmit the information. The transmitter is associated with IC HT12E that encodes the information lastly sends from the radio wire. At Receiver finish the information get right with the IC HT12D and send to the hand-off for move reason. The hand-off we will when everything is said in done use just for move reason that utilization to ON or OFF the switch.

Documents

Application Documents

# Name Date
1 202141054837-COMPLETE SPECIFICATION [26-11-2021(online)].pdf 2021-11-26
1 202141054837-REQUEST FOR EARLY PUBLICATION(FORM-9) [26-11-2021(online)].pdf 2021-11-26
2 202141054837-DRAWINGS [26-11-2021(online)].pdf 2021-11-26
2 202141054837-FORM-9 [26-11-2021(online)].pdf 2021-11-26
3 202141054837-FIGURE OF ABSTRACT [26-11-2021(online)].pdf 2021-11-26
3 202141054837-FORM 1 [26-11-2021(online)].pdf 2021-11-26
4 202141054837-FIGURE OF ABSTRACT [26-11-2021(online)].pdf 2021-11-26
4 202141054837-FORM 1 [26-11-2021(online)].pdf 2021-11-26
5 202141054837-DRAWINGS [26-11-2021(online)].pdf 2021-11-26
5 202141054837-FORM-9 [26-11-2021(online)].pdf 2021-11-26
6 202141054837-COMPLETE SPECIFICATION [26-11-2021(online)].pdf 2021-11-26
6 202141054837-REQUEST FOR EARLY PUBLICATION(FORM-9) [26-11-2021(online)].pdf 2021-11-26