Johannis BuxtorfI patris, Synagoga Judaica : de judaeorum fide, ritibus, ceremoniis, tam publicis & sacris, quàm privatis, in domestica vivendi ratione /

Title printed in red and black; head- and tail-pieces, initials.

Compota domestica familiarum de Bukingham et d'Angouleme, MCCCCXLIII, LII, LXIII. Quibus annexae expensae cujusdam comitis in itinere, MCCLXXIII.

The household-books of Humphrey, duke of Buckingham, the Earl of Angouleme, Anne, dowager duchess of Buckingham, and the expenses of an unknown earl.--cf. Pref.

EX-VOTOS MIDIÁTICOS E A RECONSTRUÇÃO DA IDENTIDADE DA REVISTA AVE MARIA A supressão dos ex-votos no início da década de 1970

No catolicismo popular, o devoto encontra formas próprias de manifestar a sua fé, distante muitas vezes da ortodoxia da Igreja. Os ex-votos são um exemplo claro dessa apropriação de alguns elementos da tradição católica e a sua aplicação no cotidiano religioso do fiel. A revista Ave Maria desde a sua origem no ano de 1898 incentivou os leitores a testemunharem os favores recebidos de Deus por intermédio de algum santo. Nasceu assim na revista o gênero graças alcançadas, que são cartas de fiéis manifestando milagres recebidos. Após o Concílio Vaticano II, final da década de 1960, a Igreja Católica, sobretudo da América Latina, tentou purificar a fé. As práticas devocionais, como a fé nos santos, as promessas e os ex-votos foram claramente combatidos. Neste período a revista Ave Maria suprime os ex-votos midiáticos impressos. A compreensão do processo comunicacional relacionado a este fato é o objetivo dessa pesquisa. A metodologia será composta de pesquisa bibliográfica e documental.

Fragm. lat. VIII 77 - Schreibübungen (Alphabete, Ave Maria, Pater noster)

Trägerband: Inc. qu. 867; Vorbesitzer: Conradus Pistoris de Wynnecken; Dominikanerkloster Frankfurt am Main

Sistema detector de vazamentos em instalações prediais de água fria

Building installations of cold water are key parts in any model of housing, are homes or condos. However, these systems are subject to failure, which can range from a leak in a device until faults in the structure of water reservoirs and distribution system. These faults are responsible for great economic and environmental costs. In order to reduce these losses, this work proposes the development of a system able to detect the presence and identify some types of water leaks that may occur. For implementation and testing, consumption model was used in a simulator capable of reproducing a similar behavior to a real model and its consequent failures. The detection of leaks is done based on an expert like model having two detection modules, one active and one passive, which use an array of sensors and actuators (valves) to do the sensing. For testing and implementation has been developed a software capable of coupling the system simulator and detector. From the results it can be seen that the system proposed in this work, as well as functioning satisfactorily, can be easily implemented in microcontrollers or embedded systems due to its simplicity.

Indicador de inconformidades em instalações elétricas de baixa tensão

With the progress of devices technology, generation and use of energy ways, power quality parameters start to influence more significantly the various kinds of power consumers. Currently, there are many types of devices that analyze power quality. However, there is a need to create devices, and perform measurements and calculate parameters, find flaws, suggest changes, and to support the management of the installation. In addition, you must ensure that such devices are accessible. To maintain this balance, one magnitude measuring method should be used which does not require great resources processing or memory. The work shows that application of the Goertzel algorithm, compared with the commonly used FFT allows measurements to be made using much less hardware resources, available memory space to implement management functions. The first point of the work is the research of troubles that are more common for low voltage consumers. Then we propose the functional diagram indicate what will be measured, calculated, what problems will be detected and that solutions can be found. Through the Goertzel algorithm simulation using Scilab, is possible to calculate frequency components of a distorted signal with satisfactory results. Finally, the prototype is assembled and tests are carried out by adjusting the parameters necessary for one to maintain a reliable device without increasing its cost.

The housefly Musca domestica as a mechanical vector of Clostridium difficile

Background - Clostridium difficile is a bacterial healthcare-associated infection that may be transferred by houseflies (Musca domestica) due to their close ecological association with humans and cosmopolitan nature. Aim - To determine the ability of M. domestica to transfer C. difficile both mechanically and following ingestion. Methods - M. domestica were exposed to independent suspensions of vegetative cells and spores of C. difficile, then sampled on to selective agar plates immediately postexposure and at 1-h intervals to assess the mechanical transfer of C. difficile. Fly excreta was cultured and alimentary canals were dissected to determine internalization of cells and spores. Findings - M. domestica exposed to vegetative cell suspensions and spore suspensions of C. difficile were able to transfer the bacteria mechanically for up to 4 h upon subsequent contact with surfaces. The greatest numbers of colony-forming units (CFUs) per fly were transferred immediately following exposure (mean CFUs 123.8 +/− 66.9 for vegetative cell suspension and 288.2 +/− 83.2 for spore suspension). After 1 h, this had reduced (21.2 +/− 11.4 for vegetative cell suspension and 19.9 +/− 9 for spores). Mean C. difficile CFUs isolated from the M. domestica alimentary canal was 35 +/− 6.5, and mean C. difficile CFUs per faecal spot was 1.04 +/− 0.58. C. difficile could be recovered from fly excreta for up to 96 h. Conclusion - This study describes the potential for M. domestica to contribute to environmental persistence and spread of C. difficile in hospitals, highlighting flies as realistic vectors of this micro-organism in clinical areas.

Future Bloom and Blossom Frost Risk for Malus domestica Considering Climate Model and Impact Model Uncertainties

The future bloom and risk of blossom frosts for Malus domestica were projected using regional climate realizations and phenological (= impact) models. As climate impact projections are susceptible to uncertainties of climate and impact models and model concatenation, the significant horizon of the climate impact signal was analyzed by applying 7 impact models, including two new developments, on 13 climate realizations of the IPCC emission scenario A1B. Advancement of phenophases and a decrease in blossom frost risk for Lower Saxony (Germany) for early and late ripeners was determined by six out of seven phenological models. Single model/single grid point time series of bloom showed significant trends by 2021-2050 compared to 1971-2000, whereas the joint signal of all climate and impact models did not stabilize until 2043. Regarding blossom frost risk, joint projection variability exceeded the projected signal. Thus, blossom frost risk cannot be stated to be lower by the end of the 21st century despite a negative trend. As a consequence it is however unlikely to increase. Uncertainty of temperature, blooming date and blossom frost risk projection reached a minimum at 2078-2087. The projected phenophases advanced by 5.5 d K-1, showing partial compensation of delayed fulfillment of the winter chill requirement and faster completion of the following forcing phase in spring. Finally, phenological model performance was improved by considering the length of day.

Cooperare per comprendere: la violenza domestica nei tribunali specializzati

La violenza domestica è un crimine difficile da denunciare: la vittima è sentimentalmente legata al suo aggressore e, non di rado, proviene da contesti sociali che giustificano questo genere di violenze. D’altra parte, non sempre gli interventi posti in essere dalle istituzioni e dai servizi preposti al trattamento dei casi di violenza domestica risultano efficaci. Per ovviare a tali problematiche, alcuni sistemi giuridici occidentali hanno attivato procedimenti specializzati in violenza domestica che promuovono la cooperazione multidisciplinare tra sistema giudiziario e professionisti dell'intervento socio-sanitario. Il presente articolo si propone di indagare le modalità attraverso le quali il Tribunale di Montréal e la Sezione Fasce Deboli della Procura della Repubblica di Torino praticano la cooperazione specializzata in materia di violenza domestica, nell’ambito di un’analisi comparata di due realtà giudiziarie che, seppur piuttosto diverse, presentano interessanti punti comuni. Taking action to stop domestic violence may be a ‘hard job’ for an abused woman, as she is sentimentally involved in the relationship with the batterer and, not so rarely, she often belongs to a social group in which such abuses are justified or tolerated. On the other hand, the domestic violence service programs provided by state institutions and agencies may lack in efficacy. To face such situations some western jurisdictional systems have established specialized courts in domestic violence, that promote a coordinated response and involve both judiciary experts and professionals from the social and health care area. By means of a comparative analysis of the Court of Montreal and the Procura della Repubblica di Torino, Weaker Members Department, this article aims at investigating how the two courts handle the specialized cooperation as to domestic violence: two courts that, though quite different, show interesting similarities.

Eficiência Energética, Gestão de Energia e Integração de Renováveis em Instalações Hospitalares

A presente dissertação é o resultado de um estudo realizado entre Março de 2015 e Março de 2016 centrado no tema Eficiência Energética nos Edifícios, no âmbito da Dissertação do 2º ano do Mestrado em Engenharia Eletrotécnica – Sistemas Elétricos de Energia no Instituto Superior de Engenharia do Porto (ISEP). Atualmente, os edifícios são responsáveis por cerca de 40% do consumo de energia na maioria dos países da europa. Energia consumida, principalmente, no aquecimento, arrefecimento e na alimentação de aparelhos elétricos. Os hospitais, como grandes edifícios, são grandes consumidores de energia e, na maioria dos países europeus, situam-se entre os edifícios públicos menos eficientes. Neste contexto, representam um tipo de edifícios cuja atividade apresenta um potencial de poupança energético importante. O tipo de atividade aí desenvolvida, aliada às especificidades do sector da saúde, faz deste tipo de edifícios um alvo de análise e otimização energética bastante apetecível. O presente trabalho passa pelo estudo do potencial para a eficiência energética de um hospital situado na zona do Porto. Foi, inicialmente, efetuado um levantamento das necessidades energéticas, de modo a identificar os sectores prioritários de atuação. Este estudo conta com a análise dos consumos obtidos através do processo de monitorização, substituição da iluminação existente por uma mais eficiente, a instalação de painéis solares para reduzir o consumo destinado às águas quentes sanitárias, a substituição de caldeira a diesel por caldeira a biomassa, substituição de um chiller por um mais eficiente, entre outros. Os consumos registados no hospital em estudo serão comparados com um plano nacional (Eficiência Energética e Hídrica no Sistema Nacional de Saúde), para, desta forma, se perceber quais os consumos do hospital em estudo, quando comparados com outros hospitais.

Uma contribuição para a medição de distorções harmônicas e inter-harmônicas em instalações de geração fotovoltaica

Dissertação (mestrado)— Universidade de Brasília, Faculdade de Tecnologia, Departamento de Engenharia Elétrica, 2015.

PM Motors for High Efficiency Applications

PM motors are suitable for nearly all applications, like pumps, elevators, compressors, blowers, extruders, generators, electric vehicles, servodrives, cooling towers, household appliances, etc. This paper will present some applications where the use of PM motors allowed for enhancements in energy efficiency and process quality.