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This paper demonstrates the Electronic Medicine Compiler Box for the convenience of users or patients, especially for the elderly to take medicine according to the prescribed schedule. When several medications have to be taken at different times, mistakes often occur. This Electronic Medicine Organizer Box is developed using GSM and Arduino Uno modules where the buzzer will sound if the medicine has not been taken at the specified time and it will send a message to the mobile phone when the medicine has been taken. The Telegram bot is also developed to remind users about the cleanliness of the box. The function of this electronic box has been verified and it was found that it works as intended. [ABSTRACT FROM AUTHOR]

In 21st century people are habituated with using all kind of smart devices. Many researchers have been done in last decade to make the human life more comfortable and convenient. Smart devices play a vital role to ensure the comfort to our daily life and simultaneously it makes the system more energy efficient and accurate. In this paper the smart IoT based washing machine source of the supply comprises with three different segments: 1. Conventional power source, 2. Solar power, 3. Battery back-up that's why the prototype is named as Tribrid. The washing machine can consume electrical power for all the time whenever it requires. So, this prototype can easily solve the problem of interruption in power supply. Now, to make the motor more energy efficient brushless dc motor (BLDC) is used instead of using the conventional motor, this reduces the power consumption of the device when it is connected to the supply main. Application of Internet of Thing (IoT) makes the device smart. That means this prototype can be controlled or monitor from the remote location. The prototype is light in weight so it is portable too; this helps the consumer to move the device from any end of the house to anywhere. It is expected that this prototype will helps to reduce both the water and electrical energy consumption easily and the smartness will add some extra comfort to the consumer. [ABSTRACT FROM AUTHOR]

Electric motors are one of the more environmentally friendly transportation alternatives, which can be a problem solution to reduce pollution. Besides that, electric motors have become a necessity in the future. Opportunities to accelerate automotive electrification come from motorcycles. Motorcycles are not as complicated as developing electric cars. In this paper, the C-70 bike is a preferred target for driving force because it has a slim body, a lightweight, is not too large construction, and is still fashionable. In this paper, some steps are being taken to its manufacture. The first one, calculating the required electric motor power requirements. The second, to design and assembly the C-70 motorcycle frame with BLDC dynamo. The third is the C-70 motorcycle performance test inside and outside the Town, and the last one, the C-70 motorcycle painting as the final process. The electric motor's design results can cover 49 km with an average speed of 30-40 km/hour while out of Town with roads up and down mountains. At the same time, this electric motor can cover 50.23 km with an average speed of 30-40 km/hour from a fully charged battery condition in urban areas. So that's roughly 97.5 per cent of the distance travelled within the Town. So, this electric motor is more suitable in urban areas because there are many places to charge the battery, and it is more efficient to use when inside the Town. Besides that, the process of assessing the battery in this electric motor design takes 4 hours 30 minutes from the battery condition 0% (0 Volt) to 100% (81.5 Volt). In addition, the cost required to be very economical compared to motor fuel. [ABSTRACT FROM AUTHOR]

Medicines are an essential part of our lives since they help us stay healthy, prevent illnesses, and treat disorders. This role is extended during current times, where many diseases are a broad concern, and remembering or forgetting to take a medicine could result in the difference between life and death. As such, it is essential to pay attention to the daily doses of patients and the daily doses of the ones we love. This paper suggests a solution to this problem in the form of an automatic medicine dispenser that is easily controllable through a mobile application. The major components of this medicine dispenser are Light emitting diodes or LED's, a buzzer and an Esp8266 Node MCU (Microcontroller Unit) wi-fi module, which enables the hardware and software to be connected through wi-fi. The design includes two different indicators, the light indicator, in the form of a Light Emitting Diode (LED) meant for the deaf and the sound indicator in the form of a buzzer as an indication to the blind. Once the user gets their pill, the indicators will be reset until it's time to take the medicine again. The design of this product ensures that the timing and the quantity of tablets to be taken can be administered using a mobile app, making things convenient and easy for everyone involved. Furthermore, the device will also be greatly beneficial in hospitals by taking a load off the medical staff during these hectic days. The device is simple and cost effective and the software is sturdy and reliable. [ABSTRACT FROM AUTHOR]

ShashiDeshpande is one of the few Indian women writers who have made significant contributions to shaping the minds of oppressed women seeking identity. She portrays a woman's role in everyone's life as a mother, a daughter, a sister, a wife and so on. Deshpande's candid representation and her convincing approach towards the marginalized women against the patriarchal domination in all her works is the clear evidence of her feminist discourse. The present paper is an attempt to analyse the novel "A Matter of Time" and the focus of the paper is to represent how women emerge as a storm to break their barriers and no longer dependent for their opposite sex. The study highlights the fact that, the sufferings and obstructions of the society and the so-called societal code which is made by men have well-been surmounted, and the women have transformed from conventional into modern, and emerge as an independent, self-respectful and a new woman. [ABSTRACT FROM AUTHOR]

As mankind leads into a new age of modernization, security issues and measures have become exceedingly important. Considering an educational institute or workplace, keeping one's belongings safely with a minimal interface is the need of the hour. The traditional lock and key method of keeping personal items safe is clumsy and inconvenient. The recent developments in technology have provided innovative solutions to this problem. Gone are the days of the troublesome key and lock. Radio Frequency Identification (RFID), along with Internet-of-Things (IoT), is a secure, user-friendly and efficient method to safeguard things. This combination comes with advantages such as high security, simplicity, cost-effectiveness and 'misplace-proof' methodology. This paper proposes a Smart RFID-IoT based Locker system. The locker works on RFID authentication technology, which is unique to every identity card of the user. It is also enabled with Wi-Fi connectivity to facilitate continual status monitoring, user login-logoff data storage, and unauthorized access surveillance. [ABSTRACT FROM AUTHOR]

For handling in automated (robot-based) assembly processes, different gripper solutions are often required for different parts or process steps. In addition, introducing a new grasping solution can also be a time-consuming job. Previous solutions use e.g. specialized tool changing systems where the entire gripper system is exchanged to handle the variations of different parts, shapes and geometries. However, these systems are expensive and require an entire magazine of complete gripper systems. Therefore, in this paper we present a flexible, easy and cost-efficient fingertip exchange system. In this way, only one gripper is needed, as it can be used for many different fingertips. The system consists of a mechanical fingertip changing system, which can be installed on different (user-specific) gripper systems. In addition, we introduce a Parametrized Finger Method that automates the design for custom fingertips. Important process parameters such as the type of gripper kinematics, grasping force and max. length of the gripper fingers can be taken into account. The fingertips can then be manufactured cost-effectively with a 3D printer and fit perfectly to the individual objects. The system was benchmarked by the task-board task from the World Robot Challenge 2018 and with a UR5 robot. The average success rate of the automatically generated tips in this real-world scenario was 90 %. [ABSTRACT FROM AUTHOR]

This paper gives the solution for streetlamp management with automatic brightness using the bolt IoT. The main aim is to decrease accidents and conserve energy. Here the IoT is used a lot to decrease the manpower to on/off and to adjust the brightness based on the light around it. Accidents are increasing due to lack of lighting by increasing the brightness we can decrease the accidents and consuming the energy is also important. As a result, we will make use of the Bolt IoT platform. With the help of the Internet of Things platform Bolt, customers may quickly and easily create products and services. Bolt has a Wi-Fi/GSM chip and a cloud platform that will help you connect all of your different sensors and devices to the internet. Bolt Cloud allows you to control and observe them remotely. Additionally, you may create customized dashboards to view the data, assess the device's health, and execute machine learning algorithms. In a single day, create scalable IoT solutions. [ABSTRACT FROM AUTHOR]

Now a day as technology is rapidly increasing in the way to communication has also changed. Mostly the communication became wireless and based on the near field communications (NFC). NFC becomes very familiar in the case of the payment methods and also in many Applications based on NFCs. This paper is mainly based on the tire pressure monitoring system (TPMS). Where we can use a pressure sensor to detect the pressure of a tire in any bicycle using wireless communication. Also using these NFCs can allow people to integrate loyalty in daily life as credit, debit cards, etc. and this brings innovation in mobile communications also. Like many ways to communicate it enables to make it easy to communicate using the smart sensors as like we used the pressure sensor to detect the pressure of the tire helps to prevent the damages occur by the excessive or lack of pressure in a tire. It is also one of the applications of the pressure sensor which we are using in TPMS is MPX 5500 is also has the principle of pressure sensor techniques Knowing that the pressure is the main parameter in this TPMS vehicles behavior is mostly depend on the pressure as like stability, fuel consumption, maneuverability. [ABSTRACT FROM AUTHOR]

Malaysia's standard operating procedure forbids the provision of Muslimah prayer outfits in public prayer facilities to minimize the risk of the COVID-19 virus spread among the shared-outfits users. The reuse of personal prayer outfits, overcrowding and spending longer in public prayer facilities can also increase the risk of fomite and airborne transmission by people with the virus. Thus, a Muslimah prayer outfit that forbids the spread of infectious diseases is crucially important. This paper presents a prayer gown that is made of disposable materials. Making efficient use of material, the gown is designed to be a single piece, comfortable and low cost. Besides the shari'ah-compliance features (reasonably thick fabric, black colour, elastic sleeves cuff and face opening), the prayer outfit provides a feasible solution to curb the transmission of contagious diseases amongst the prayers. It also serves as a gateway toward safe and easy travel for Muslim women. Introducing the disposable prayer gown helps achieve the perfect balance of the health, economic and social challenges of COVID-19 and other contagious illnesses. [ABSTRACT FROM AUTHOR]

Latest advancements in the Internet-of-Things generation have opened up new possibilities for biosensor applications. Flexibility, portability, and remote management and access are all quite important. It is critical to transport the devices to people's homes or businesses. Customers are reporting more problems as external hard drives and pen drives become more common. With addition, numerous users have reported that their external hard drive continues to detach in Windows 10. Some distinctive styles have their own set of issues. If you have a few important documents that have been infected by inflamed documents, viruses, or malware, you will need exceptional protection. Defend against data loss, malware, and hardware failure. Metal Cloud, a breakthrough wi-fi hand-held garage tool, is used as a wi-fi flash disc in this project. System mastering tasks, query-extensive records warehouses, and ingestion and processing of IoT sensor records are all part of the Metal Cloud Model. It can be used as a wi-fi garage when connected to an energy source. Contacts and photographs from telecom smartphones should be backed up. It can backup records to cloud garage vendors with the Dashboard software. With that tool, you can gain access to their documents via the internet at a high level of difficulty. There's no need to connect your force to your PCs to transfer files because the tool supports both Android and iOS. Customers can then move documents between different cloud services. You can also add, remove, replace, and change volumes. The hard drives give you remote report access, extra cloud storage, and internet accessibility. The hard drives give you remote report access, extra cloud storage, and easy-to-use internet backup choices. You can upload as much money owed as you want, including multiple money owed from the same provider. This system offers a grasp password function to keep your money owed and papers safe. Allow it to keep illegal visitors out. You can also encrypt records using a key before uploading them. [ABSTRACT FROM AUTHOR]

This paper discusses an alternative energy device called a Portable Solar Device. One of the most environmentally friendly sources of energy available is solar energy. By using a Portable Solar Device that converts DC energy into AC energy, solar energy can be optimized, stored in batteries, and used for devices that require solar energy. Because of the greater limitations of fossil fuels, solar energy is becoming more popular and useful as a renewable energy source that could change the future of our planet. It is available for unlimited use and does not harm the environment. The portable solar device, which will store and supply solar energy when needed, is a perfect innovation for keeping up with the demand for portable devices. The features and applications of a portable solar device are large, broad, and easily accessible. It will be used to power portable devices and be used to provide power to devices that are not connected to the grid. Examples of gadgets and devices used while in the outdoor camp that would use a portable solar device such as a flashlight with a rechargeable battery backup, a radio receiver, a television, and also the battery of the vehicle (scooter/bike/4 wheeler car) that is used for transportation. [ABSTRACT FROM AUTHOR]

In recent years, portable electronic devices such as gadgets, tablets, mp3 players grow rapidly as daily devices for supporting people activities. In many applications, portable electronic devices need power backup. Since wireless power technology has been introduced in mobile device applications, portable power backup has become more popular to extend the battery life of mobile devices, moreover, the power backup technique also can utilize the advantages of wireless power technology. This paper presents the development of a dual-mode power bank: wireline and wireless, especially for gadget device power charge applications, to enhance user experience. The power backup is stored in a Li-ion rechargeable battery where the power in-outlet is monitored by the power monitoring module. The developed device was designed in a compact, simple, and portable module in the fashionable casing regarding the wireless power bank device. Concerning the wireless system, it was also designed based on Qi-standard Wireless Power Consortium (WPC), working at an operating frequency of 110kHz, maximum transmission distance at 10mm, and providing power at 5W. Experimental and validation reveal that the device can provide power 5V at maximum current 1A. The power transfer efficiency is around 70% and compatible with Qi-standard wireless power charger either modular or built-in inside portable electronic devices. [ABSTRACT FROM AUTHOR]

This research paper involves making a smart stick for those who are blind or visually impaired. Walking along the street is dangerous for visually impaired persons because they have trouble identifying obstacles in front of them. This smart stick includes a feature that helps visually impaired to recognize their surroundings. A water sensor detects surfaces that are wet or dry, whereas an infrared sensor detects any additional obstructions in front of the user. Warning messages are delivered, when obstructions or bodies of water are discovered in front of the person. This stick identifies all obstacles within a 70-centimeter radius and displays a pleasant message, allowing the blind to go twice as fast as normal since they are safe. This smart stick is lightweight, has a quick response time, and uses very little energy. [ABSTRACT FROM AUTHOR]

By augmenting silicon PV cells with close to 50% efficient multi-junction cells, there is the potential to approximately double overall conversion efficiency of solar PV modules. In this paper we describe the design of a hybrid module built onto a commercial 1 m x 2 m bifacial PV module. This serves not only to harvest the energy of diffuse light, but also to carry and cool an array of small multijunction PV cells to harvest direct sunlight. The single-junction silicon PV cells of the bifacial are sealed between 2 mm thick glass windows, front and back. In our design, the MJ cells are attached to the bifacial module's front window via 5 mm square copper/ceramic substrates. Attached in front of the module is a glass sheet formed into an array of 34 mm square lenses which focus sunlight to the cells while also transmitting diffuse light to the module's silicon cells. An 8 mm diameter secondary ball lens is bonded in front of each 2 mm square MJ cell, yielding 290 x concentration, maintained at >95% geometric throughput for solar mis-pointing as far as 1° off-axis. To ensure good cooling of the MJ cell, despite its being mounted on glass, the copper wires used to carry electrical power to the sides of the bifacial module are configured to also carry heat away from the cells. The wires have 1 mm square cross section and are bonded along their full length to the glass, with thermally conductive adhesive. Thermal modeling shows that for DNI solar illumination of 1 kW/m2, the temperature drop between the MJ cells and the back convecting surface of the bifacial module is limited to 10°C. The lens array is imprinted into a full-size (1 m x 2 m), 6 mm thick sheet of glass, by a process in which the sheet is first heated to 850°C, then pressed between relatively cold molds. The focal length of these lenses is chosen to be 125 mm, slow enough at f/3.5 to limit total internal reflection losses of the diffuse light to ∼10%. To minimize shipping costs, the glass sheets and modified bifacial modules will be packed and shipped separately, for assembly on-site as complete hybrid modules, using reflective side walls. We envisage that dual axis tracking will be provided by augmentation of single axis E-W tracking now used for standard utility scale PV plants, with the addition of cross-axes to turn the modules also in the N-S direction. [ABSTRACT FROM AUTHOR]

Internet of Things (IoT) technology can connect various household devices through the internet network. This technology can help to monitor and control devices in the home, so efficiency can occur. This paper discusses the design of a smartphone-based application that can control television via the internet, so that it can be controlled even if the user is not in the TV room. This system uses a NodeMCU microcontroller to control infrared-based TV remotes. In addition, NodeMCU can decode real-time Firebase databases connected to smartphone applications programmed by using the Flutter framework. The developed application has a function that resembles the function of a TV remote in general. In addition to having commands such as a TV remote, the application also has additional features such as: "go to channel", "turn off timer", and "volume preset". Commands given through the UI of the app are stored in Firebase. The NodeMCU executes the command and transmits it with an infrared signal. The command is in the form of a Boolean variable. The test results show that the system can execute every command from the HP with an average execution time of 880 milliseconds. [ABSTRACT FROM AUTHOR]

The main aim of this paper is to describe and explains about idea of an Artificial intelligence-based Smart mirror (A.I.S.M) which is a unique technology for a Perfect Smart home. It's not only for a home environment but we can customize for commercial uses in various industries. This smart mirror seems like a normal mirror but it has a display to show the details and a user interface with which the user can control all the smart appliances using their access and can control the appliances available at home, we can customize the interface based on the user needs. The AISM Consist of Raspberry Pi 4, ESP 8266 module, 18 inch LED Monitor, a 2way mirror sheet, Camera, Microphone and speakers.The AISM has features like face recognition and detect the user, Voice Recognition will recognise every member and interact with them with the help of Google Assistant, weather, online news feeds, date and time, Music entertainment, Social Media Notifications, E-Mail, connects IOT Based home appliances etc. The data's are stored in a cloud storage with the help of ESP node we can handle the home appliances in an easy manner. By the development of AISM we can make our life easier and time efficient. [ABSTRACT FROM AUTHOR]

In a huge congregation, several pilgrimages went missing because they got lost or other causes. Moreover, during the holy seasons, cases like panicking due to getting scattered around from the group or getting lost and not finding the way back. To accommodate this problem, Portable Pilgrim Tracker is proposed in this paper to overcome those missing pilgrimages cases. Portable Pilgrim Tracker is a monitoring and tracking device designated to detect the user's location and heart rate in real-time. Using Wi-Fi technology as the medium of data transmission, the data is collected from the GPS module and pulse sensor Arduino. The information such as the user's real-time location and heart rate will be sent to the guardian's Blynk mobile application. With the usage of this portable pilgrim tracker, it is expected that this will be able to assist the mobile application user (guardians or travel agency staff) with the screen of live maps about Pilgrim's location and their heart rate to avoid any unwanted consequences such as missing Pilgrim and health compilation. [ABSTRACT FROM AUTHOR]

The hybrid modules developed by a Swiss startup, Insolight, consist of a micro-concentrator photovoltaic (micro-CPV) sub-module mounted on a non-concentrator Si backplane. Embedding the micro-CPV cells on top of the flat plate module complements the high efficiency of the CPV with the geographic versatility of the Si cells. Characterization of such modules should be adapted for the requirements and challenges posed by the component submodules. The top CPV layer utilizes the direct component of the incident radiation and the bottom Si layer utilizes the diffuse component. Therefore, it is necessary to test the modules under two lighting conditions. This paper demonstrates a novel solar simulator design for the indoor characterization of hybrid modules based on the collimated-light solar simulator for CPV modules developed by the Instituto de Energía Solar-UPM. The new simulator design adds provisions for testing Silicon submodules under uniform diffuse light by incorporating diffusive elements in the collimated-light path and reducing stray light. The existing CPV simulator at UPM has been refurbished to test the new design concepts. The I-V curve of a hybrid module has been characterized indoors using several configurations and compared to reference measurements obtained outdoors in order to optimize and validate the new setup. [ABSTRACT FROM AUTHOR]

As the wheels of any moving bodies are not effective on rough areas, robot with legs incorporating Klann mechanism becomes advantageous for innovative walking vehicles. It can easily step over verges, climb stairs and move over areas that are not effortlessly accessible with wheels. This paper deals with the design and fabrication of a microcontroller based Spider Bot with six legs using Klann mechanism. One of the most important benefits of this mechanism is that, it is controlled by Arduino board which is then connected to a computer, where it is connected with the Arduino development environment. Any user can write the Arduino code and upload it to the microcontroller which executes the code, resulting in the required movement of the Spider Bot. The link mechanisms are coupled by pivot joints, which convert the rotary motion of the crank into foot movement which is similar to walking of an animal. This Spider Bot is useful while handling hazardous materials, clearing of minefields or securing any area without placing human beings at risk. Many segments of human forces like Military, Police units, Explosive Disposal units, Private security organisations, etc. could benefit from the application of this Spider Bot. It also performs well as a platform to handle stair cases and other hindrances when compared to wheeled vehicles. [ABSTRACT FROM AUTHOR]

This paper describes a software tool for predicting the service life of a tubular panel solar receiver operating at elevated temperatures. The current version of the tool, available at https://github.com/Argonne-National-Laboratory/srlife as open-source software, provides full 1D, 2D, or 3D thermal and structural analysis and creep-fatigue service life prediction for a single material, Alloy 740H. Future version will include an expanded material library as well as heuristics designed to reduce the cost of the receiver analysis. The goal for this package is to become a part of a software stack, including solar field and thermohydraulic simulations, for optimizing receiver designs to meet service life and economic targets. These design and optimization frameworks could be crucial in producing viable high temperature receiver designs, operating at outlet temperatures targeting high efficiency energy conversion and storage systems. [ABSTRACT FROM AUTHOR]

Over the last few years there has been an ongoing effort at the Biomedical Magnetic Resonance Laboratory within Washington University to develop data analysis applications using Bayesian probability theory. A few of these applications are specific to Magnetic Resonance data, however, most are general and can analyze data from a wide variety of sources. These data analysis applications are server based and they have been written in such a way as to allow them to utilize as many processors as are available. The interface to these Bayesian applications is a client based Java interface. The client, usually a Windows PC, runs the interface, sets up an analysis, sends the analysis to the server, fetches the results and displays the appropriate plots on the users client machine. Together, the client and server software can be used to solve a host of interesting problems that occur regularly in the sciences. In this paper, we describe both the client and server software and briefly discuss how to acquire, install and maintain this software. [ABSTRACT FROM AUTHOR]