MULTIPURPOSE BACKPACK

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  MULTIPURPOSEBACKPACK

Abstract Smart Bag is an application design that can be useful almost everyone in the society. Smart means intelligent the bag will be intelligent to enough to carryout various features for everyday use. It consist of solar cell which will be used for charging various devices. The interaction with smart bag is the idea that uses RFID technology for packing our items smartly. The tag will be given for each product when it keep into the bag will be read by RFID reader. If an any product is missing the LCD will display the missing product.. The bag also gives and acknowledgement to the user. Another feature tackles the problem arising in threatening situation it consist of key when the key is pressed in emergency situation it will send message to police as well as control room by using GSM.GPS is used to track the location of the bag whenever send “TRACK” as message to GSM. The microcontroller Arduino UNO is used. In this bag within a small platform all the facilities are implemented together efficiently. Index Terms Solar panel, RFID reader, Microcontroller, GPS, GSM,Battery, Key, Buzzer.

1. Introduction The environment in today’s world is very stressful thus there need of smart bag in immense environment. Now a days everybody uses a smart phone for communication, online feature, ticket reservation everything done in smart phones however frequent discharge of mobile battery is more often also when mobile grew old it is observed charge discharges frequently. This paper suggest a solution thus the bag consist of solar panel it can be charged and stored in lead acid battery. It will also helpful for forgetful people to remember the things carried along. This rapid generation requires a smart bag which will be able to fulfill their smart needs. Smart bag is designed as per these requirements. In this project, front part of bag is covered with solar cell, which will continuously produce power through day light while we travel. Inside structure consist of rechargeable battery for an usage like charging mobile phone or tab, laptop. Bag will even have a RF-ID reader with microcontroller chip to check the book which we are dropping matches with that schedule or not and it will also give beep indication to user for missing book. One main feature of this bag will be a panic button, if it gets pressed by user during panic condition like getting kidnapped or any emergency, it will send panic trigger tomobile while GSM module send message to police as well as control room. GPS of mobile will be activated to get location of victim whenever we send message as track. The bag also gives the information whether the bag is own user or not. Literature Survey Paper1 In this paper the bag consist of some magnificent features. The bag consist of solar panel which is used for charging purpose. The bag also consist of emergency button the which is useful in threatening situations. The microcontroller used for this bag is Atmel 89s51 controller. The device is manufactured using atmel’s high density non volatile memory technology and is compatible with the industry standard MCS-51 instruction set and pin out. paper 2:Smart bag is an application design that can be useful for almost everyone in society. Smart means intelligent, the bag will be intelligent enough to carry out various features for everyday use. Microcontroller ATmega 16, the brain of the proposed system will control all the distinguishable features. Solar panel attached on the front part of the bag will charge not only the electronic appliances like mobile phone, laptop, etc..but will also power the entire system. RF-ID technology will be used to solve the problem of forgetfulness to pack the required items. The object to be placed inside the bag will have these RF-ID reader. Another feature tackles the problems arising in the threatening situation. Emergency button present on the bag which when pressed will solve this problems in any emergency situation. When the button will be pressed, a buzzer will activated and the location of the victim will be sent via SMS to three contacts and to the police control room as well. Another feature is an anti- theft feature which will track the mobile of any theft. Bluetooth module will be used for tracking purpose. Paper3 All the robotic invention are reduce to manual effort upon mechanical work and to create a interaction between human and machine.Human following robots are one of the finest technologies in electronics and by utilizing its advantages and application in day to day life.The aim of this paper is to create a bag which follow its owner. It consist of two ultrasound sensor which indicate the bagany object is disturb it. The bag consist of wheel for moving purpose. 2.Existing System Today mostly every user is using or carrying the bag in order to keep something in it. But my question is it safe? for example it may be either theft or stolen. In case if user forget to take books then user not have to do anything to anything because it’s natural humans can forget , user is left with no other option but calling home. Now if the required book is so important for that day then in case the person have to go to home with no option left becomes more difficult. It can be recovered in proposed model. ➢ Personal safety apps The aim of the feature of this mobile app is to aid personal security. This includes sending text messages or emails that consist the location of the victimgenerating alarm etc. It triggers using different mechanisms like pressing and holding switch button for a few seconds, shaking the phone vigorously. ➢ Ultrasound Sensors In this bag can be activated by sending anSMS from the mobile device. Two ultrasonic sensors are used to detect human presence and is connected in such a way that the transmitter section continuously emits soundwave through air and would returnwhen itstrikes obstacles on the way. ➢ SHE(social harnessing equipment) It is a garment having an electric circuitthat can generate high amount of currenthelping the victimto escape from frightening situation. If multiple attacks simultaneously this garment is capable of sending around 82 electric shocks. Also emergency sms sending facility is provided. ➢ ILA security ILA security device was designed by Simon McGivern, James Philips and Neil Munn. It consist of three personal alarms. These are easy to carry and used to shock and disorient potential attackers thus drawing attention of public towards any dangerous situations. Exteremely loud female yell is emitted when the dusk alarm is activated. The ILA sounds on pebble a piercing 130 decibel alarm on its activation. Both can attach to a keychain or clip into a handbag for easy access. 4.proposed model The main objective of this working concept for using the multipurpose bag is to have secured witness on the significant instruments or the objects. The bag contains the important objects which are been identified through its specified card which could be assisted with the usage of theRFID card and its reader. Every object that are placed within the bag are identified through its RFID card number so that the necessity for its usage can be remembered always. The object that are fed into the bag can be acknowledged to the controller as defaultso, in case if any object is missing it can be identified and described through the LCD display. In this working model the additional features includes the GSM andthe GPS modules which are used for the consumer’s convenience in case if they miss their bag or any other commodities belonged to it. The GSM module is used to convey the message that if the consumers are in the dangerous situation, and it could be implied through an emergency key interfaced with the controller so, that the location from the GPS module can be sent to the help station through the GSM module.
2. Block Diagram In case if the bag is getting missed from the user its location can be traced by sending message into the GSM modem of the controller so that the location of the bag can be traced along with its position. An alarm is being provided with the smart bag for an acknowledgement whether the bag is with its own user or not. This alarm can be turned off by the user so that it is understood that the smart bag is safe. The whole instrumental set up of the smart bag can be charged with the help of the battery charged from the solar panel. Arduino UNO: The Arduino uno is an open source microcontroller board the based onmicrochip and software company, project and user community that designsandmanufactures single-board microcontrollers and microcontroller kits for building digital devices and interactiveobjects that can sense and control bothphysically and digitally. Arduino boarddesigns use a variety of microprocessorsand controllers. The boards are equippedwith sets of digital and analog input/output (I/O) pins that may be interfaced to various expansion boards or breadboards (shields) and other circuits. The boards feature serial communications interfaces, including Universal Serial Bus (USB) on some models, which are also used forloading programs from personal computers. The microcontrollers are typically programmed using a dialect of features from the programming languages C and C++. In addition to usingtraditional compiler tool chains, the Arduino project provides an integrateddevelopment environment (IDE) based onthe Processing language project. GPS The Global Positioning System (GPS) is a satellite-based navigation system made up of at least 24 satellites. GPS works in any weather conditions, anywhere in the world, 24 hours a day, with no subscription fees or setup charges. The U.S. Department of Defense (USDOD) originally put the satellites into orbit for military use, but they were made available for civilian use in the 1980s.GPS receiver measures the distance to each satellite by the amount of time it takes to receive a transmitted signal. With distance measurements from a few more satellites, the receiver can determine a user's position and display it electronically to measure your running route, map a golf course, find a wayhome or adventure anywhere. GSM Gsm(Global Service for Mobile communication) is a standard developed by European Telecommunication standard Institute to describe the protocols for second generation digital cellular network used by mobile devices such as mobile and tablets. GSM standard originally described a digital circuit-switched network optimized for full duplex voice telephony. The expanded over time to include data communications, first by circuit switched transport via GPRS(General Packet Radio Service) and EDGE. It is considered the user authentication used a pre shared keyand challenge response and over the encryption. The security model therefore offers confidentially and authentication but authorization reputation. capabilities and no non RFID RFID stands for Radio frequency identification. The acronym refers to small electronic devices that consist of small chip antenna. The RFID device serves the same purpose as a barcode or a magnetic strip must be scanned to get the information. The RFID device must be scanned to retrieve the identifying information. In this paper RFID active tag is used which can read at distances of hundred feet or more greatly improving the utility of the device. It provides longest communication range of any capability of initiating communications. It has perform high diagnostic the highest data bandwidth. Module 1: Output It shows the product which is going to be inserted. The LCD display when shows the “INSERT PRODUCT” we can insert large number of products. Example: book, pen,headset When the product is inserted the product name is displayed inthe screen. The product which we inserted will be shown. when any of the product is missing it will also displayed in thescreen. MODULE 2: GPS If the bag is getting missed when we send a message to the bag it send the current location of the bag. MODULE 3: Solar Panel In the front panel of the bag consist of software controlled. The feature makes this system is the base for future systems. In future we can use this idea of smart bag to packing system in factories, shops, super markets etc. The functionality of “Smart Bag” is it charge the all kind of gadgets through rechargeable battery. And battery is automatically recharge through the solar panel. Apart from this its also show the daily schedule of person on the LCD screen which is placed on the front part solar panel. It can be used for charging purpose. It also give the whole supply for the kit. Conclusion Smart bag is an innovative carry on suitcase that makes life easier and smoother. Carrying luggage is the main difficulty faced by each and every passenger. Here we try to solve the dragging of luggage difficulty and also providing better security and intelligent features that suitable for modern era The progress in science & technology is a nonstop process. New things and new technology are being invented. As the technology grows day by day, we can imagine about the future in which thing we may occupy every place. The proposed system based on microcontroller is found to be more compact, user friendly and less complex, which can readily be used in order to perform several tedious and repetitive tasks. Though it is designed keeping in mind about the need for school kids, it can extended for other purposes such as commercial & research applications. Due to the probability of high technology (Android) used this system is well of the bag. REFERENCES [1] Shrinidhi Gindi, Irshad Ansari, Kamal khan, Farooqui Bilal “Asst prof I.T Dept ,MHSSCOE, Mumbai-8. Vol-2[2016] [2] Sebin J Olickal Amal Yohannan, Manu Ajayan,Anjana Alias “Asst.prof.ECE.Dept. BTC CET” koothattukulam, kerala India. Vol-4 [2017] [3] Shweta.M, Tanvi.P, Poonam.S, Nilashree .M “Dept of Electronics and Communication Enginnering.”Mumbai400703,India. [4] Shubam Sarkar Suvojitt Manna Subhadeep Datta “Jalpaiguri Government Engineering College” Jalpaiguri. Darjeeling, India.[5] Keerthi .S. Nair, Anu Babu Joseph, Jinu Isaac Kuruvilla“Design of a low cost human following porter robot at airports” IJACTE, ISSN (Print): 2319- 2526, Volume -3, Issue -2, 2014. [6] Chuan-Hao Yang “A person-tracking mobile robot using an ultrasonic positioning system” Naval postgraduate school Montery, CA 93943-5000,December 2005

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