Anais SIMPROIN 2023
Segue abaixo os artigos publicados nos anais do SIMPROIN
ANALYSIS OF THE IMPACT OF FLICKER ON POWER QUALITY WITH CODE VALIDATION IN MATLAB
Abstract—Voltage fluctuations and flicker are often grouped together; however, they are not equivalent. Voltage fluctuations
are rapid changes in the magnitude of the voltage whilst flicker is an ongoing modulation of the amplitude of the voltage waveform envelope. In a simple sense, voltage fluctuations may be thought of as the source and flicker the outcome; however, not all voltage fluctuations lead to problematic flicker. Thus, based on a programming made in MATLAB, a validation of the flicker effect in a low voltage network was obtained and demonstrates a 5.11% increase in nominal voltage when considering a flicker in the network.
Elevator And Movement Of Loads For Photovoltaic Panels On Roofs
Brazil has significant photovoltaic potential, with changes in renewable energy, the sector has considerably increased job creation. Nowadays, workers, in these cases, are often exposed to numerous risk situations. With the aim of contributing to the safety of these employees and ensuring the integrity of solar panels when installing panels, the project in question seeks to develop an electrically driven elevator to help deliver solar panels to micro photovoltaic plant installations. The prototype aims to assist in the movement of electrical panels during the installation process on residential roofs
Real-Time Heart Rate Monitoring with ESP32 and Data Analysis in MATLAB
This project represents an innovative integration of advanced technology and affordable solutions for real-time heart rate monitoring. By utilizing the ESP32 microcontroller and signal processing techniques in MATLAB, a precise and reliable system has been developed. The ESP32 is responsible for acquiring electrocardiographic (ECG) data, transmitting it to the MATLAB interface through a serial connection, allowing the results to be visualized instantly and providing immediate feedback to the user. Furthermore, an effective peak detection algorithm has been implemented, enabling the accurate calcu lation of real-time heart rate, expressed in beats per minute (BPM). This algorithm identifies R-peaks in the ECG signal, which correspond to the heart’s electrical activity, and calculates the intervals between these successive peaks to determine BPM. The project demonstrates potential applications in telemedicine, remote patient monitoring, and personal health tracking, high-lighting its relevance in the context of healthcare and well-being. Additionally, it serves as a valuable educational tool for students and researchers interested in exploring biomedical signal processing and Internet of Things (IoT)-based healthcare solutions.
Brief Study: Application of Nerve Conduction Study for Diagnosis of Diabetic Peripheral Neuropathy
Abstract—Healthcare professionals use electrodiagnostic tests, such as Nerve Conduction Studies and Electromyography, among others, to diagnose nervous and muscular systems problems. NCSs involve electrodes on the skin and nerve stimulation with electrical impulses, providing information about patients’ neurological or muscular conditions. Neuropathy is a common complication of diabetes, affecting sensory, motor and exclusive nerves, leading to complications such as diabetic peripheral neuropathy. This work aims to compile data on the use of NCSs in detecting diabetic neuropathies and develop specific hardware for more accurate diagnoses in diabetic patients.
Concise Analysis: Utilization of Quantitative Sensory Testing for the Diagnosis of Peripheral Diabetic Neuropathy
Abstract—Diabetes Mellitus (DM) is one of the main diseases in the world, which has been growing in recent decades. One
of the related disorders is Peripheral Neuropathy dysfunctions in the peripheral nerves that are responsible for the perception of sensations. Quantitative Sensory Testing (QST) is a senses detectioning test in the individual’s peripheral muscles. This test induces a high or low temperature, until the patient feels the stimulus and emits a response. In this context, the present work is dedicated to explaining the methods and techniques for screening diabetic peripheral neuropathy (DPN) using the QST test. Also, the main hardware architectures that are used for measuring equipment and which are currently available on the market. There is a clinical protocol for carrying out the tests, which shows the techniques and statistical analyzes that must be used to obtain an adequate response to the gain or loss of function of sensory nerve fibers.
Didactic bench for visualizing the flow regime
Resumo— This main purpose of this paper is the study of Fluid Mechanics and analyzing the behavior of fluids statically and dynamically. Itsrequest ranges from water pressure in plumbing to sleekness in a spacecontainer. The absenteeism of dynamic mechanisms in the instruction of fluid mechanics damagesknowledge due to the lack of contact with the parameters that disturb the behavior of fluids. Therefore, the objective ofthis paper was to project and making a bench for
observingthe flow regimes in an available way. Using togethermarketed and recycled materials, it was possible to build a less expensive device. This device will be use in future class in IFPR. Inexams it was possible to seeturbulent, transitional and laminar flows, thus attaining themain goal of this work.
ODVIP - Orientation Device for Visually Impaired People
Our project aims to solve problems faced in everyday life by creating an orientation device for people with visual impairments (O.D.V.I.P), aimed at accessibility in public environments, generating greater accessibility and autonomy. The device has a microcontroller, the Esp-wroom-32, which will transmit a signal to the cell phone, which will be received through the application already installed on the device, called “Dispositivo de Orientação para Pessoas com Deficiência Visual”, in Portuguese. The signal will arrive via Bluetooth, through individual voice commands, informing where the person is. The intention is to make people more independent, so that they can move freely in public places and locate themselves in places they have never been before, independently, without needing help from others.
The development of a car simulator for driver training and motorsport enthusiasts - DriveSim
Abstract—The DriveSim is a low-cost car simulator that uses recyclable materials and aims to offer a more accessible alternative for driver training in general. This work analyzes the performance of the DriveSim in comparison with other car
simulators available in the market, performing tests of precision and subjective evaluations of the users. The partial results indicate that the DriveSim presents a satisfactory performance, considering its accessible cost, and demonstrates to be a viable and functional option for the improvement of driving. The work highlights the potential of the DriveSim as an alternative training tool for car enthusiasts and drivers in general, especially for low-income people.
Interactive Memory Stimulating Device
Abstract—The Attention Déficit Hyperactivity Disorder is a neurodevelopmental disorder that develops in early childhood
and tends to last into adulthood, with some of the main symptoms being inattention to detail, difficulty to concentrate and maintaining such concentration along with overall forgetfulness. The aforementioned symptoms often lead to behavioral patterns that can impair the effectiveness of traditional educational methods, creating a challenging learning experience for young children that bear ADHD. The current project aims to present the development of a prototype for a low-cost electronic device capable of stimulating the working and short-term memory of children under the age of six, incentivizing greater attention and concentration by appealing to their fondness for bright colors, sounds and need for activity.
Energy generator prototype from rainwater
Clean energy has been increasingly discussed and used as an alternative to fossil fuels, which are non-renewable sources and harm the environment. The renewable energies have great potential to meet global energy demand without harming the environment. Brazil has great potential for the generation of renewable energy, due to its wide availability of natural resources and a large territorial extension, and in addition, it has a favorable climate for the production of various sources of clean energy, such as solar, wind, biomass, among others. However, many communities and rural areas still face challenges related to lack of access to electricity. The capture of rainwater can help minimize this situation, as once the water captured can be used for domestic and agricultural purposes, in addition to being transformed in electrical energy. The objective of this pre-project is to develop a device that uses rainwater as a source of renewable energy. The captured water will be used as driving force to generate hydroelectric power. With this study, the aim is to obtain enough energy to charge a stationary battery, which can be used at different times to meet everyday needs. The project aims to contribute to the efficient use of natural resources, becoming a sustainable alternative for energy generation.
Adapted Ergonomic Desk
Abstract— Currently, it has become a great challenge to create functional environments and adaptable furniture for individuals with reduced mobility, physical or visual disabilities, such as, for example, in the school environment, in which students who have a disability do not have the means to fully learn. This work seeks to present an alternative to make the school environment more inclusive: the adapted ergonomic desk. The desk has the function of providing the necessary accessibility for students with physical or visual disabilities to fit into the school environment with neurotypical students, meeting their visual, hearing, physical or motor needs and providing a better quality of life for people with disabilities in the school environment.
The use of the voip telephone system to reduce public spending: a case study in the city of Paic ̧andu-PR
The main purpose of a telephone system is to facili tate communication between people. Since ancient times, human beings have been looking for ways to communicate, evolving from gestures and facial expressions to methods such as letters and analog telephones, and now to today’s smartphones, which offer various communication options. With the availability of the Internet, VoIP (Voice over Internet Protocol) has emerged as a cost-effective communication technology, transmitting voice via data packets over computer networks. This has allowed companies to save costs and even turn their employees’ cell phones into business lines. Market reports suggest that using VoIP can reduce long-distance and international call costs by up to 90% compared to conventional telephone systems. The expansion of broadband and the production of affordable VoIP devices have significantly improved the quality of VoIP communications, making it a financially advantageous choice for companies. The main objective of this article is to show the functionalities of VoIP technology, report on the implementation of an IP telephony solution, in order to clarify for readers the challenges encountered and the objectives to be achieved with this technology, through a case study of the implementation of this system in the city of Painc ̧andu in Parana. ́
Sound Monitoring Device
Abstract—This project is a electronic device that monitors the sound of the surrounding ambient, these sounds is capitated by a sound sensor named MAX 9814 which works as a microphone by detecting and converting the sound intensity into a electric signal, that then will be sent to the microcontroller Arduino Nano that is used to analyze and control the other components of the project. After the Arduino reads the electric signal sent by the sound sensor it will define if the sound intensity is too loud or not, if the sound intensity is loud enough or has an abrupt increase the SMD(Sound Monitoring Device) will enter in the alert mode. In these alert modes the SMD will activate the vibration motor that works as a tactile warning, this device will also activate a LED in the superior part of the device that will serve as a visual warning. The SMD also has a real time sound response called VU, which consists of a series of LEDs in a vertical bar in a manner that resembles a graphic meter. So depending on the sound intensity the LEDs will gradually turn on indicating the level of noise. This project aims to increase the security of people with hearing deficiency by alerting them of possible danger.