Sistema de comunicação bluetooth voltada para automação residencial

Bluetooth technology found in smartphones and tablets can add an interesting feature focused on home automation. Through the implementation of a wireless network communication between a mobile device and receiver modules located in different points, or even on a single centralized point in residence, you can manage many household items with just a few taps on smartphones. With such applicability, allow the user greater integration with your home, comfort, safety and economy. In this context, this work presents a system design of low cost Bluetooth communication between a smartphone and a receiver module with microcontroller interface development control from the Android platform

Habitação multifamiliar contemporânea: lotes aéreos para moradias flexíveis

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Readequação acessível em edifício hospitalar em Ribeirão Branco/SP: (proposta de readequação espacial do Hospital Municipal Maria Rosa Cardoso)

Um dos problemas enfrentados pelas cidades brasileiras, e que atinge inclusive as de pequeno porte, refere-se à questão hospitalar. A falta de adequação de espaços e equipamentos tem causado grandes problemas à qualidade de vida da população. A melhoria das condições hospitalares nas cidades tem como consequência o aumento na qualidade de vida urbana; e esta, por sua vez está relacionada à adoção de medidas específicas a adequação hospitalar ás normas técnicas vigentes. O objetivo desse trabalho é realizar uma proposta projetual de requalificação espacial do Hospital Municipal de Ribeirão Branco (SP), incorporando uma visão sobre todos os aspectos necessários para o desenvolvimento correto de um programa hospitalar. Este trabalho de conclusão de curso visa dar condições confortáveis e autônomas de acesso a todos os usuários dessa unidade de saúde, além de melhor suas condições funcionais, em termos de programa hospitalar. Além disso, a proposta buscará inserir o Hospital num contexto tecnológico mais recente, para atualizar e potencializar a eficiência dos tratamentos

Arquitetura educacional: edifício escolar

O ensino básico elementar e complementar é um elemento primordial para o desenvolvimento humano (aluno) e é a fonte da sabedoria e da ampliação do conhecimento científico. Para desenvolvimento e crescimento populacional de um país é fundamental o investimento, ou ampliação da rede educacional. A falta do número suficiente das escolas e professores nos últimos anos tem sido a maior preocupação dos alunos e também do Ministério da Educação Nacional em Bissau, mas com a falta das condições financeiras e da coordenadoria dos projetos educacionais o País acaba de abarcar tais situações. A procura do ensino básico elementar e complementar (liceu) no interior do País foi e ainda é até hoje, uma das causas do êxodo rural. Antigamente o enquadramento dos filhos dos agricultores na escola era visto para os pais como o abandono da família principalmente nos trabalhos domésticos e do campo/lavora; devido a falta das escolas eles são obrigados de abandonar regiões deles a fim de procurar as escolas, ou seja, escola que atende os seus níveis escolares, mas hoje em dia com mentalidade diferente em relação ao passado todas as pessoas querem adquirir ensino, ou seja, a formação educacional. Com as experiências vividas ao longo do período em Guiné-Bissau nos últimos anos, a rede de ensino não cresce proporcionalmente em relação ao crescimento populacional, muitas das vezes as suas ampliações sempre foram feitas através de uma forma provisória e desconfortável aos seus usuários. Então a idéia da criação de um novo complexo, ou projeto do Edifício Escolar para a República da Guiné-Bissau ajudará futuramente para o desenvolvimento do País, isto é, se for implantados em Bissau e multiplicados no interior da Guiné-Bissau. O objetivo deste Trabalho de Conclusão de Curso foi desenvolver o projeto... (Resumo completo, clicar acesso eletrônico abaixo)

Análise comparativa entre Brasil e Alemanha sobre autoprodução de energia elétrica residencial

The energy crisis has affected many countries. With the growing warning with the emission in the atmosphere and the lack of resources, the seek for sustainable sources for energy genaration have become even bigger. Some Countries, as Germany, started first in this journey, creating an incentive program to self-generation with renewable sources (wind, photovoltaics, biomass, etc.), giving priority for smaller plants. In Germany the program called EEG started in 2004. In Brazil, since the beggining of 2012, the self-generators did not know how they could be beneficted for self-generation, and self-generation didn't become commun in the country. However, with NR 482, of April 17th, 2012, the parameters were defined, and the self-generator could have a guideline. Therewith, studyies can be redirected for a better knowlegde of the conditions the self-generator will be sujected, in addition to Germany's case as reference to compare with Brazil's case. In this paper these studies are made, focused in wind power (wind turbines) and photovoltaic panels

Um estudo de novos paradigmas na realização de projetos de instalação elétrica residencial (automação)

Through awareness of new trends of consumption of the population with regard to housing, comfort, entertainment, security and sustainability, it was crafted a work that set out to study and develop the concept of home automation and how it will revolutionize the electrical installation projects and energy savings. A pre-wiring project, taking into account, basically, the installed load, is presented as a basis for comparison. The protocols for communication between intelligent devices in an automation environment, used in the work, are the X-10, LonWorks and UPnP. The home network is studied and divided into subsystems, for a better understanding, which are the lighting, audio, video and multimedia system, security, air conditioning and central vacuum system, and the idea of integrated design and system integrator is introduced, showing the change necessity in the design philosophy of electrical installations. The main means of energy savings in an automated home, such as dimerization, master off and smart meters are presented and, finally, it was concluded that there is a need to structure electrical installation projects more comprehensive with regard to home automation, in order to become more efficient and useful to users

Reconhecimento de contorno de edifício em imagens de alta resolução usando os momentos complexos de Zernike

Fundação de Amparo à Pesquisa do Estado de São Paulo (FAPESP)

Sistema de automação residencial controlado via rede doméstica

The present work develops a residential automation system controlled by PIC microcontroller connected to a domestic network using the TCP/IP protocol. This was motivated by the viability of building an automation system to control basic elements of a house with low cost, which cannot be found nowadays. Initially is presented a brief history of the automation systems and an introduction about PIC microcontrollers. Afterwards is presented an overview of the system to be implemented. Then it is shown a suggested circuit and the sensor and actuator elements as well as the software to manage the system, this was all build and test in the laboratory. In the end are the results obtained from the prototype, like the energy consumption, the cost, efficiency and reliability

Aplicação do conceito de geração distribuída a um sistema fotovoltaico residencial

This work presents a study about distributed generation using photovoltaic systems in the context of smart grids. The characteristics of a Smart Grid and the several aspects this concept involves - distributed generation among them - are discussed. There are also examples of equipment, like smart meters, and of national and international projects. The specificities of distributed generation and the rules and standards necessary in this sort of installation are talked through with focus in the solar energy generation method. Regarding photovoltaic systems, the working principles of the panels are presented, along with its main electrical characteristics and the technologies available. Finally there is a study concerning the sizing of a distributed generation system that involves photovoltaic panels in a residential plant. An analysis of the costs and return of investment period is made about the specific case in consideration.

Aplicação e análise da utilização do software Eberick em um projeto residencial popular

Due to new technologies in civil engineering and the competition of the market, the demand for computer programs for the elaboration of structural projects of reinforced concrete is raising in a quick and efficient manner. This paper presents a study based on Eberick, a structural calculation software, and this software was applied to a low cost residence project. By performing structural calculation manually, it is possible to compare and analyze the criteria that Eberick uses for the design and detailing of structural elements like columns, beams and slabs. As the software functionality becomes clear, the engineer will use it careful and safely, exploring all of its resources and advantages

Habitação social em centros urbanos consolidados: análise dialógica desde o percurso do projeto ao uso social: São Paulo (Brasil) e Roma (Itália)

Fundação de Amparo à Pesquisa do Estado de São Paulo (FAPESP)

O condomínio de vidro: um estudo sobre segurança urbana no Residencial dos Oitis em Araraquara

Pós-graduação em Ciências Sociais - FCLAR

Projeto de condomínio residencial sustentável

It's devised in this work the starting project for the implementation of a residential condominium, focused in the use of technics and technologies to attain sustainability, also stretching to the pilot project for the model house. It's highlighted the methods for exploitation and reuse of water, energy conservation and reduction of environmental impacts. The proposal is to demonstrate the possibility of the use of simple, but effective, ecology technics to make an environmentally sustainable and economically viable project. The main motivators for this work is the growing hydric crisis faced by São Paulo state and the unpaired importance of the sustainability concept as the fundamental term to surmount the challenge of supplying the needs of the current generation without jeopardizing the future of the next generations

Utilização de painéis solares fotovoltaicos no segmento residencial

In order to diversify the global and national energy matrix and reduce harmful impacts on the environment caused by the emission of polluting gases into the atmosphere, the use of clean and renewable energy sources is presented as a good alternative. This work discusses the use of photovoltaic solar energy, a source that presents such characteristics. The photovoltaic system under study is the type distributed connected to the grid, in the residential segment. It is informed of its use in the global and national levels. They are also present their characteristics, electrical and electronic circuits that make up the equipment required for its operation and the design of a system to be installed in a residence

Impacto da redução do nível de tensão na iluminação residencial em uma rede inteligente

In this paper, we will present an overview of the smart grid defining the three main systems that compose it: smart infrastructure system, smart management system and smart protection system. We will conceptualize a functionality of smart management system, the conservative voltage reduction, citing its benefits and its history of application. And, finally, we'll cover a test in which we reduce the nominal voltages on incandescent bulbs, CFL and LED, in the context of residential lighting, and on LED and HPS, in the context of public lighting. The test aims to check whether the voltage reduction adversely affects sources of lighting by measuring the temperature manually with a thermal imaging camera FLIR and illuminance with a LUX meter. The set of power factor, total harmonic distortion, and input power values will be collected automatically through the power quality Analyzer Fluke 345 with a probe Fluke Hall Effect Current. For residential lighting, it was found that both CFL and LED had good performance with the smallest variations in illuminance. Between both, the LED source had the lowest harmonics and the lowest power consumption, on the other hand incandescent bulbs had a bad performance as expected. Public light sources also had a good performance and obtained power factors within the standards, as opposed to the CFL and LED residential sources. The data collected clearly shows the feasibility for nominal voltage reductions. Even with small reductions, there are possibilities of savings which can be passed on to the utilities and consumers