Nowadays, more and more people drink coffee not only from Starbucks or other shops, but also brew coffee from coffee maker which with proper sizes which they can be put in the resting room of companies or homes. The products of coffee maker polarize in the market. Some of them have powerful functions and nice tastes with high prices. The others are simple, cheap but losing enjoyment of drinking coffee and people need to keep an eye on status of coffee maker. Most of people prefer the cheaper type. But more functions will take more convenience. Actually users can have them both. In this thesis, I design some functions based on the cheap type of coffee maker which will make drinking coffee more convenient and enjoyable. I use Arduino Uno as my control system, cooperating with sensors and special circuits. My system monitor working time of coffee maker, temperature of coffee and water level of both coffee pot and tank in the coffee maker. Then users can receive these values from their cell phone and doing remote control. Meanwhile considering about prices, I choose the most suitable sensors for measurement. I also do some jobs for saving energy and safe. The system locks or turns off the switch automatically for them. At last, all the sensors, wires and control chip are put in good positions in the maker.

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In response to human impacts, river restoration and rehabilitation actions have become a priority in the United States. In the Pacific Northwest, most restoration actions are focused on repairing degraded freshwater habitat to increase or improve Pacific salmonid production. However, traditional river restoration actions remained largely unchanged for over 100 years despite a lack of definitive evidence that the actions were effective. More recently, there has been a surge in process-based restoration actions, which aim to reestablish the physical and biological processes that maintain fluvial and floodplain environments by targeting the root causes of degradation in a watershed. Cheap and cheerful restoration projects focus on restoration actions that are low impact and cost effective, can be implemented over large scales, and target degraded processes. However, because cheap and cheerful restoration is a relatively new method, the success of these types of projects has not been assessed. To address this issue, I studied the short-term physical effectiveness of a type of cheap and cheerful restoration that uses high density large woody debris (HDLWD) to restore instream habitat complexity in two wadeable tributaries to Asotin Creek in southeast Washington State. My specific research objectives included (1) assessing hydraulic and geomorphic responses in the stream channel imposed by restoration structures, (2) quantifying the changes to geomorphic channel unit assemblages post restoration, (3) quantifying changes in sediment storage post restoration, and (4) developing a geomorphic condition assessment of Asotin Creek using the River Styles Framework. Additionally, I developed a mobile database application (app) to facilitate data collection using a novel rapid restoration effectiveness assessment survey. Through analysis and a thorough review of the land use history in Asotin Creek, I determined that much of the watershed is in poor geomorphic condition based on the River Styles Framework for river classification. Many stream reaches have been degraded from their historic condition and often lack habitat complexity associated with suitable rearing habitat for juvenile salmonids. My results indicate that the structures are impose several immediate hydraulic responses following installation. These hydraulic responses increase hydraulic roughness, which results in predictable geomorphic responses following high flow events. Following restoration, the number and area of pools and bars significantly increased within treatment sites, while the number and area of planar units decreased. Likewise, it appears that the addition of the structures has led to a 25% increase in depositional volume at treatment sites compared to control sites. Results from the rapid assessment approach supported the more vetted approaches used to assess the efficacy of the treatment. However, the viability of the app and rapid protocol indicate that inter-observer variability may be high, and estimates of geomorphic unit area are not entirely consistent with the vetted approaches. Analysis of the rapid assessment approach revealed pertinent improvements to the app and rapid protocol that will be made in the future.

Bread and Puppet Theater's use of performing objects offers an aperture to contemplate complex assemblages that blur lines between the human and the nonhuman. Drawing upon cultural studies, feminist materialism, circus studies, and puppetry studies, I consider both the bread and the puppets as they intersect with various assemblages and fields of interpretation. These configurations demonstrate how the objects embody (non)human, material, and conceptual aspects. Because of this ability to exist within the meshes of binaries, performing objects are well suited to challenge and expose other binaries and hierarchies through three categories of analysis — movement, difference, and intra-action — based on Karan Barad's work on matter. In addition to the theoretical framework, I conducted ethnographic interviews and rely on my own experience as an apprentice at Bread and Puppet in 2004, considering myself as co-constitutive actant within the scope of analysis. I examine the way the theater uses sourdough bread and puppets as performing objects to create meaning, express ideology, apply tension within constructs of power, and demonstrate a model for co-dependent living between humans and objects / Doctor of Philosophy / Objects, despite their connections to daily life, which includes times of celebration and insurgency, remain overlooked as political actants. Bread and Puppet Theater, through performances, protests, and everyday living, places bread and puppetry as central to home and public live for puppeteers and performers. This dissertation asserts that bread and puppetry at Bread and Puppet Theater exemplify a co-creative relationship between people and things. This partnership creates tension in places of power, literal locations and within modes of thinking; simplifies and makes more accessible ideological messages; and evokes solidarity through performance. By considering bread in relation to Bread and Puppet Theater, we can see how bread becomes a fulcrum balancing between those with the most wealth and those with the least. Bread, as a symbol, is used to articulate demands. Its presence alone at protests suggests a list of demands regarding redistribution of wealth, fair wages, and food. As a symbol that touches the lives of all, it becomes an object that can evoke solidarity as a symbol but also as a product that is consumed and shared. Puppetry is exemplary of shared creation between people and objects. The rod puppets used at Bread and Puppet are especially suited to blurring demarcations between these two actants. Embodying this in-between space allows puppets to interrogate and blur other sets of binaries — the sacred and the profane, the religious and the secular, rich and the poor, state power and people, war and peace, and so on. This liminal, blurred space primes puppetry to challenge structures of power during political performances and protests. Ultimately this project considers how objects become central to political action and how, if thoughtfully mobilized, could operate as counter actants within times of turmoil.

Until recent years, the historical moment of Charles II's return to England was universally accepted as a clear marker of the end of "the Cavalier winter," a welcome victory over theater-hating Puritans. To verify this historical view, literary historians have often glorified the role of King Charles II in the history of the "revival" of drama during the Restoration, whereas they tend to consider the Long Parliament's 1642 closing of the theaters as a decisive manifestation of Puritans' antitheatricalism. This historical perspective based upon what is often known as "the rupture model" has obscured the vibrant development of dramatic forms during the English civil wars and the ways in which the revolutionary energy exploded during this period continued to influence in the Restoration the deployment of dramatic forms and imagination across various social groups. By focusing on the generic development of drama and theatricality during the English civil wars, my dissertation challenges the conventional historiography of the English civil war literature, which has been overemphasizing the discontinuity between the English civil war and the periods before and after it. The first chapter shows how the theatrical energy displaced from traditional cultural domains energized an emerging cheap print market and contributed to the invention of new dramatic forms such as playlets and newsbooks. The second chapter questions the conventional association of Puritanism and antitheatricalism by rehistoricizing antitheatrical writers and their pamphlets and by highlighting the dramatic impulses at work in Puritan iconoclasm during the English civil wars. The final chapter offers the Restoration Milton as a case study to illustrate how the proposed historical perspective replacing "the rupture model" better explains not only the politics of Milton's Paradise Lost but also of Restoration drama.

Fabrication of SWCNT-PMMA and Activated Charcoal- PMMA composites was carried out by the compression moulding technique. Then Mechanical and Electrical properties of the composites were investigated. The morphological studies of composites showed a) good dispersion of fillers and b) good interaction between fillers and matrix. Electrical conductivity of SWCNT-PMMA composites was increased by 9 orders of magnitude (at 0.8 % volume fraction of SWCNT) and that of AC-PMMA composites increased by 16 orders of magnitude (at 17 % volume fraction of AC). The percolation threshold of both composites turned out to be lower compared to the theoretical values. A significant improvement in mechanical properties was obtained ??? particularly in AC-PMMA composites which showed a 400 % improvement in Vickers microhardness ??? raising the polymer matrix abrasion property literally to that of Aluminium alloys (Dobrazanski et al 2006). In conclusion, it is to be noted that Activated Charcoal - PMMA composites have a great potential for cost effective conducting polymer composite production by the use of cheap filler: In addition, the compression moulding technique shows good potential for cost effective fabricating technique for amorphous polymers with high electrical and mechanical properties.

This study explores the possibility that cheep credit, provided to firms when profit opportunities on real investments are low, and when opportunities of financial investments are present, will loose some of it’s stimulus effect due to a crowding out effect of financial investments on real investments. Analyzing the changes in debt, and it’s channels of use during the recession of the covid19 pandemic, between firms with a history of stock buybacks, and firms without such a history, the study finds a significantly higher increase in debt for firms with a history of doing stock buybacks. The study concludes that this effect is due to firms finding financial uses of more cheap credit, which does crowd out real investments.

A finales del siglo XIX y principios del siglo XX la provincia de Vizcaya despuntó en el contexto internacional como importe centro extractor de mineral de hierro y como relevante foco productor siderometalúrgico. Las explotaciones mineras se adueñaron de los Montes de Triano y las fábricas conquistaron las márgenes del Río Nervión, arrastrando tras de sí una densa marea humana. Alojar a esa población se convirtió en una cuestión de primer orden. Paralelamente, las instituciones estatales desbordadas por problemas similares en otros puntos de la geografía española, idearon y pusieron en práctica un complejo engranaje administrativo para erigir las primeras viviendas sociales.Así, las denominadas Casas Baratas fueron la respuesta oficial a la insuficiencia de vivienda obrera y Vizcaya fue una de las provincias donde mayor desarrollo tuvieron este tipo de propuestas constructivas. De este modo, la presente investigación comienza indagando sobre el origen de la problemática en Bilbao y la Cuenca del Bajo Nervión, para después repasar las medidas adoptadas por el Estado y la Diputación de Vizcaya en esta materia. Hecho esto, se da paso a un concienzudo repaso de las características principales de la edificación de Casas Baratas en toda la provincia de Vizcaya, descendiendo, posteriormente, a la realidad de Bilbao, Baracaldo, Sestao, Portugalete, Guecho y Erandio, haciendo hincapié en las inquietudes locales.El estudio finaliza con un ejercicio comparativo con las Casas Baratas de Barcelona, Sabadell y Tarrasa, estableciéndose similitudes y divergencias con el foco industrial más importante del momento en el panorama nacional. / At the end of the 19th century and at the beginning of the 20th Biscay was internationally considered an outstanding centre of iron extraction and a remarkable iron and steel production point. Mines took over the Triano mountains and factories conquered the Nervion river banks carrying a huge wave of population with them. Housing all these people became a prime objective. Likewise, Spanish institutions, overwhelmed by similar problems in other areas of the country, devised and put into practice a complex administrative mechanism to build the first state-subsidized houses.Thus, the so called Cheap Houses were the official answer to the working-class housing shortage and Biscay was one of the regions with a greater development of this kind of building solutions. This research begins with the investigation of the origin and source of the problem in Bilbao and in the Nervion river basin, to later go over the measures adopted by the government and by the provincial council in this matter. Having done this, there is a thorough review of the most relevant features of the Cheap Houses building system all over Biscay, to move then to the reality of life in Bilbao Barakaldo, Sestao, Portugalete, Geucho and Erandio, putting special emphasis on the local concerns.The research ends with a comparative study of the Cheap Houses built in Biscay in contrast to those built in Barcelona, Sabadell and Tarrasa, establishing similarities and differences with the most important industrial centre in that moment in Spain.

This paper discusses the ability of models on cheap talk, and of audit and liability regulations, to provide analytically-based assessment of credibility of management forecast disclosure in market and regulated settings. While credibility is linked to restrictive conditions in pure market settings, regulatory enforcement does not necessarily contribute to forecast credibility. Key findings imply that ex ante approaches, including audit and tort liability in general, as well as partly verifiable disclosures supplementing the forecast and safe harbour provisions in particular can contribute to forecast credibility. Overall results suggest that the usefulness of managerial forecast disclosure should not be overestimated, as neither market nor regulatory mechanisms can overcome the problems related to non-verifiability.

Our planet has been facing enormous challenges over the last century, caused by population growth, an ever-evolving industry, resulting in ever-increasing CO2 production, rising water levels, misuse of agricultural land and the extinction of animal species. This causes the destruction of the Biome. Architectural and urban tendencies in the construction of cities, which do not change even today, use the maximum area, materials that cannot be recycled, also have a large share in this. Insufficient use of renewable resources, modern agriculture, self-sufficiency, both housing and urban structures. The reason for not using these technologies is largely a political and commercial problem. The aim of this work is to examine the problems we face today and find meaningful solutions. Change existing architectural and urban trends. To create a self-sufficient structure in places where Biomes were destroyed and to create new ones accordingly. These places often have poor living conditions, such as high temperatures, lack of drinking water and overcrowding. With the help of simple rules of working with the landscape and the use of modern technology, create a new biosphere environment, change the climatic conditions in a given place and create suitable conditions for the life of both plant and animal communities. The structure should be inhabited by a certain number of people who will live in modules that will be fully self-sufficient, following the ISS model. Provide plenty of drinking water, food and energy. The structure should be created from plastic waste by new construction technologies, such as 3D printing using nanotechnology and carbon fiber. This should make it fully recyclable and renewable. The goal is to work with one structure and subsequently create another structure.