SIRIS-Lab/unlabelled-sti-corpus huggingface dataset:
THREE-FLUID EVAPORATIVE EXCHANGER

An evaporative heat exchanger (10) is provided for the transfer of heat to a first fluid (30) from a second fluid (28) and a third fluid (22) to vaporize the first fluid (30). The heat exchanger (10) includes a core (40), a first flow path (60) in the core for the first fluid (30), a second flow path (66) in the core (40) for the second fluid (28), and a third flow path (68) in the core (40) for the third fluid (22). The core (40) includes a first section (42), a second section (44), and a third section (46), with the second section (44) connecting the first and third sections (42, 46). The first flow path(60) extends through all of the sections (42, 44, 46), the second flow path (66) extends through the first section (42); and the third flow path (68) extends through the third section (46).
Utilization of Used-Up Consumer Product Razor Blade for Developing New Experiment

The razor blade has become a commonly available article or consumer product of everyday use. In the present work the double edge stainless steel blades available of some companies in market have been analyzed for their quantitative chemical composition, especially for their important constituents - iron, chromium and to a less extent nickel. Gravimetric method is used for analysis of iron, whereas volumetric method is used for determination of chromium. The spectrophotometric method is tried for estimating nickel. The determination of iron, chromium and nickel from used-up razor blade are newer alternative for usual samples of stainless steel. The work in this study is such that the student of chemistry may get its benefit in learning of experiment developed involving analysis of a common used-up consumer product, razor blade. The student may later think about the relationship between the properties and composition of the material also. This is an attempt for designing an experiment for Analytical Chemistry which may be necessarily incorporated in the practical curriculum for post graduate students of chemistry.
Modelling the impact of land use change and rainfall seasonality on sediment export from an agricultural catchment of the northwestern European loess belt

Soil erosion leads to important environmental problems (e.g. muddy floods, reservoir sedimentation) in cultivated areas of the European loess belt. This study aimed to determine the impact of rainfall seasonality and land use change on soil erosion over the last 40 years in a 94-ha cultivated catchment of Normandy (France). To this end, scenarios representative of the different land use conditions were simulated using the STREAM expert-based erosion model. A 13 years long sequence of rainfall events was run with this model. Results showed that erosion increased dramatically after land consolidation (+168% on average). Interannual variability of erosion is important. After land consolidation, 79% of erosion was observed in summer and autumn, even though these seasons only accounted for 58% of annual rainfall kinetic energy. The bulk of erosion was hence produced by a few intense thunderstorms during this period. Thunderstorms correspond to 5% of rainfall events and to 15% of the total rainfall depth, but they generate 51% of total annual erosion after land consolidation (and up to 57% of erosion before land consolidation). Confrontation of the STREAM model outputs with the erosion rates modelled based on Cs-137 measurements suggested that soil redistribution within the catchment was very high but that sediment exports from the catchment remained limited (sediment delivery ratio between 1% and 10%). Local erosion rates derived from Cs-137 measurements showed an important and organised spatial variability, but erosion rates integrated over larger areas remained in the same order of magnitude as those simulated by the STREAM model or were slightly higher. Water erosion would hence not be the only process generating erosion within this catchment. In this context, our results show that tillage erosion cannot be neglected to calculate the sediment budget over several decades.
Predictive security for iot platforms and networks of smart objects

The IoT market is currently undergoing transformation from applications involving semi-passive devices operating within a single platform, to applications involving smart objects with embedded intelligence while spanning multiple platforms. State-of-the-art security mechanisms are not sufficient for protecting end-to-end this wave of IoT applications.
SecureIoT is a joint effort of global leaders in IoT services and IoT cybersecurity to secure the next generation of dynamic, decentralized IoT systems, which will span spanning multiple IoT platforms and networks of smart objects, through implementing a range of predictive IoT security services. SecureIoT will architect predictive security services in-line with leading edge reference architectures (RA) for IoT applications (i.e. RAs of the Industrial Internet Consortium, the OpenFog Consortium and the Platform Industrie 4.0), which will serve as a basis for specifying security building blocks at both the edge and the core of IoT systems. SecureIoT will provide concrete implementations of security data collection, security monitoring and predictive security mechanisms, which will be the basis for offering integrated services for risk assessment, compliance auditing against regulations and directives (e.g. GDPR, NIS, ePrivacy), as well as support to IoT developers based on programming annotations.  The services will be open and based on the SECaaS (Security-as-a-Service) paradigm.
The SecureIoT services will be challenged in market driven scenarios and use cases in the areas of smart manufacturing (Industrie 4.0), connected cars and IoT-enabled socially assistive robots. Their deployment will be based on both enterprise-scale globally available IoT platforms and community open source platform of the partners. As part of its exploitation strategy, SecureIoT will integrate a multi-sided market platform in order to offer SECaaS services, but also to enable integration of additional security mechanisms in its ecosystem.
STATISTICAL METHODS | Data Analysis

A sequence of data entries is called a time series. Most time series have a random character. A time series where there is no correlation from one member of the series to another is called white noise . Models of time series can be constructed from white noise by having each new entry a sum of a white noise contribution and a linear combination of previous entries. Special insights can be gained by examining the Fourier representation of the time series by developing it into a series of sinusoids of different frequency. A brief review of the technique is presented with attention to errors due to the limited sample or record length of a given time series.
Millennial-scale diffusive migration of solutes in thick clay-rich aquitards: evidence from multiple environmental tracers

High-resolution one-dimensional profiles of naturally occurring environmental tracers (3H, δD, δ18O, 14C-DIC, 14C-DOC, 36Cl, 4He, and major ions) and hydraulic data were used to study residence times, transport mechanisms, and sources of pore water and solutes in an aquitard system in Saskatchewan, Canada. The aquitard system consisted of 80 m of plastic clay-rich Battleford till discomformably overlying 77 m of Late Cretaceous plastic marine clay. Individual tracers independently revealed molecular diffusion as the dominant transport mechanism in the unoxidized nonfractured till and clay. Transport modeling indicated that late Pleistocene-age pore water at 35–55 m below ground was emplaced 15–30 thousand years Before Present (ka BP) during till deposition and ice retreat. The late Holocene climatic transition was estimated to have occurred 7–12 ka BP. Differences in the timing of events determined with different tracers were attributed to inaccuracies in transport parameters and boundary condition assumptions. This study showed that solute transport in clay-rich aquitards can be accurately predicted for time scales beyond 20 ka, and proved such aquitards are suitable for long-term isolation of most wastes.
LIQUIDITY SUPPORT FOR MICRO-ENTERPRISES AFFECTED BY THE COVID EMERGENCY

SUPPORT FOR THE LIQUIDITY OF MICRO AND SMALL ENTERPRISES IN THE RETAIL, SUPPLY AND PERSONAL SERVICES SECTORS WHOSE ACTIVITY HAS BEEN SUSPENDED AS A RESULT OF THE PRIME MINISTERIAL DECREE OF 11 MARCH 2020
Understanding how inositol polyphosphates regulate autophagy and lipid body formation in photosynthetic organisms: crosstalk with tor signaling.

The elucidation of regulatory networks that govern cell growth and carbon storage in photosynthetic cells may potentially benefit the world's dependence on the declining reserves of fossil fuels. The growth/carbon sink relationship impacts metabolism, carbon partitioning and productivity but its regulation is poorly understood. Recently, we found a connection between two major cell growth regulators in the model green alga Chlamydomonas reinhardtii. Our findings revealed a synergistic effect between TOR kinase and Inositol polyphosphate (InsP) regulating lipid metabolism and the recycling process of autophagy. Based on the relevance of these results, we aim to find the mechanisms and the conditions in which this intersection takes place within the green lineage. In this sense, we have designed a straight-forward project including different goals. First, we will set novel analytical tools to evaluate the InsP level fluctuations in the presence of new TOR inhibitors and monitor the impact on autophagy flux and lipid metabolism in the model photosynthetic organisms Chlamydomonas reinhardtii and Arabidopsis thaliana. Second, we want to identify the phosphorylation targets of InsPs using Kinome/P-phosphoproteome in a Chlamydomonas InsP-deficient mutant. This analysis will unravel the phosphorylation network of InsP signaling and will provide new insights about the role of InsP in the control of cell growth. Third, we will evaluate InsP levels, autophagy flux and lipid storage under nutritional stress to determine the InsP modulation response in plants and algae. Understanding this signaling pathway will impact metabolic engineering of food and biofuel crops to improve yields of high-value products including oils and lipids. We believe this project will impact a general audience and will help to teach people how basic research can turn into a greater understanding of a process that is conserved in humans and has a direct economic impact.
Cultural gastronomic particularities: Creation of an identity of the  local gastronomic heritage in the region Greece -Italy

The project aims at highlighting the area’s identity emphasizing the cultural and local products, promoting the traditional Mediterranean Gastronomy as a tourist and cultural element in an effort to strengthen local economies, through the following actions: • Recording of common and different gastronomic habits of regions focused on fish and common traditional products; • Documenting the history in terms of nutritional choices throughout the times and highlighting the particular natural and cultural aspects of the regions; • A common gastronomic dictionary, including certain traditional ways of production as well as basic products (utensils, watermills) • An informative video containing cross-border gastronomic particularities (territorial gastronomic path) • Awareness actions (informative materials, spots, campaigns in schools, a gastronomic travelogue in video form, etc.) • Establishing a common quality label for gastronomy to ensure supply of quality service levels within nutrition and dining • Arranging an international food tasting forum in Patras
Damage Mechanism and Experimental Evaluation Method of Fractured Reservoir during Drilling Process

Based on the study of rock pore structure,stress sensitivity and percolation rules,the method of artificial fracture was used to simulate rock fracture width of the formation to evaluate the drilling fluid damage degree by the means of measuring the different permeability both before and after the core pollution induced by mud.By taking Kazakhstan Kenkiyak Oilfield for example,reservoir damage mechanism was experimentally evaluated during drilling process.The results show that solid particles block core surface when fracture width is very small,however,they invade into the depth of core and cause serious damage as fracture width is greater than 100μm.The wider the fracture is,the serious the formation damage is.Therefore,for the fractured reservoir,balance drilling or underbalanced drilling should be used to the protect reservoir if the fracture is quite wide.
AUTOMATIC SEQUENTIAL REVIEW ELICITATION

Some embodiments may provide a method and a system for receiving, from a first user, a first evaluation indication with respect to a first publication, and in response to receiving the first evaluation indication, automatically initiating a secondary evaluation process comprising automatically selecting a set of publications including at least a second publication, presenting a first user interface affordance to elicit a selection indication indicating a publication from among the set of publications, receiving a selection indication indicating the second publication, and in response to receiving the selection indication, presenting a second user interface affordance to elicit a second evaluation indication with respect to the second publication.
Consumer-Oriented ict solutions for creative smes providing art in bespoke fashion

The main objective of the iART project is to bring visual art into bespoke clothing so as to make apparel products more valuable compared to other garments in the market and to support artists to exploit their work. To reach this objective a set of innovative ICT solutions has to be developed first. 
This new approach will also change the business relationship along the conception and design phase in the clothing sector from B2B to B2C, where the artist and the consumer will connect through enabling platforms like iArt. iArt will be built upon an existing B2C webshop for bespoke shirts Bivolino.com.
In particular, the specific ICT developments of the project are: 
1. Upgrade the configuration toolkit from 2.5D to 2.5D/3D by including shadowing and rotating features without the need of plug-ins and ease the extension of the catalog to clothing accessories and nightwear fitting with the shirts. 
2. Move to real-time online rendering (fabric draping), so as to speed up and increase the flexibility of the whole process from artist design over fabric creation to customized bespoke shirts and other garments (fabric rendering on 2.5D/3D clothing configurator).
3. Build a B2C platform enabling co-creation and user generated art content. Develop an Advanced Artist Interface (AAI) with artist cockpit. Implement an advanced user interface to allow easy 2.5D/3D viewing in many other platforms through open API.
iART is expected to create extra revenues for Artist’s micro SMEs. The European Fashion and Clothing industry SMEs take up ICT enabling innovative supply-chains to generate more revenues through high-margin made-to-order collections which cannot be imported from mass production countries. Finally ICT providers are stimulated to offer innovative tools generating business and turnover. 
As this sustainable business model is supported by easily accessible advanced ICT tools (through open API’s) it will be replicable and so has the potential to create a wide impact.
Liquid crystal display module and assembling method thereof

The liquid crystal display module comprises a bottom cover having a plurality of lamps installed thereon and at least one or more of guide projection formed thereon; and a reflection sheet for reflecting light generated from the lamps and having a guide hole in order to be inserted in the guide projection.
DRYER WIRE

The invention relates to a dryer wire. The wire has been woven from a plurality of machine direction (MD) longitudinal yarns (1) and a plurality of cross ma-chine direction (CMD) transverse yarns (2). Furthermore, at least one surface (A, B) of the wire is provided with a plurality of machine direction (MD) grooves (5). In addition, at least some of the longitudinal yarns (1) are arranged to partly overlap each other, thus making the wire structure denser.
Star forming galaxies in the AKARI deep field south: identifications and spectral energy distributions

To investigate the nature and properties of far-infrared (FIR) sources from the AKARI Deep Field South (ADF-S), we performed an extensive search for the counterparts of 1000 ADF-S objects brighter than 0.0301 Jy in the WIDE-S (90 $\mu$m) AKARI band in the public databases (NED and SIMBAD). We analyzed the properties of the resulting sample: statistic of the identified objects, number counts, redshift distribution and morphological types. We also made a crude analysis of the clustering properties of the sources and constructed spectral energy distributions (SEDs) of 47 selected objects with the best photometry. Among 1000 investigated ADF-S sources, 545 were identified at other wavelengths. From them, 518 are known galaxies, and 343 of them were not known previously as infra-red sources. We found redshifts of 48 extragalactic objects and morphological types of 77 galaxies. We conclude that the bright FIR point sources observed in the ADF-S are mostly nearby galaxies.Their properties are very similar to properties of the local population of optically bright galaxies, except an unusually high ratio of peculiar or interacting objects and a smaller percentage of elliptical galaxies. The percentage of lenticular galaxies is the same as in the optically bright population which suggests they may frequently contain a significant amount of cool dust. It is possible that source confusion plays a significant role in more than 34% of measurements. The SEDs display a variety of galaxy types, from very actively star forming to very quiescent. Thanks to the AKARI long wavelength bands it was revealed for the first time that these galaxies form a population of objects with very cool dust.
Criticism of the philosophy for development of standards for non-ionizing radiation

The new recommendations of WHO and EC for legislation in Europe and other countries concerning non-ionizing radiation (NIR) health and safety include exposure limits that are very debatable. ICNIRP Guidelines propose exposure limits for electromagnetic fields in the frequency range up to 300 GHz based on short-term exposures and on thermal effects. The new EC proposal for optical and laser safety legislation includes classification of sources of radiation—both lasers and other optical sources, but not requirements for the methodology of classification. On the other hand, many new requirements have been set by the WHO publication “Model Legislation for EMF Protection” concerning the responsibilities in the field of EMF health and safety. Many specialists in the field of developing exposure limits have positions very far away from the proposed of the ICNIRP Guidelines philosophy. The results are different approaches in developing standards and exposure limits, and differences more than 100 times in maximal permissible levels. We, the Bulgarian Program Committee on NIR, try to organize working groups and discuss different philosophy for developing exposure limits for more than 10 years. This paper exposes our position in this area.
A Time, Energy, and Area Efficient Domain Wall Memory-Based SPM for Embedded Systems

Applications that run in the embedded systems normally should be finished within a timing constraint in energy-efficient fashion. Due to these two requirements, the embedded systems often employ software-controlled scratch pad memory (SPM) instead of hardware-controlled cache as their on-chip memory. The data accesses in SPMs are controlled purely by the software, which provides better time-predictability and precise time-control. In this paper, we propose a time, energy, and area efficient domain wall memory (DWM)-based SPM for embedded systems. To efficiently manage this type of novel SPM, an integer nonlinear programming formulation and the instructions group schedule algorithm are proposed to generate memory access instruction scheduling and data placement. In addition, the longest move reduce algorithm is also proposed to configure different types of DWM memory cells to achieve minimal area size. Experimental results show that the proposed techniques can generate a configuration of DWM-based SPM with minimal area size while satisfying time constraint.
Parallel implicit anisotropic block-based adaptive mesh refinement finite-volume scheme for the study of fully resolved oblique shock wave reflections

A new parallel, fully implicit, anisotropic block-based adaptive mesh refinement (AMR) finite-volume scheme is proposed, described and demonstrated for the prediction of laminar, compressible, viscous flows associated with unsteady oblique shock reflection processes. The proposed finite-volume method provides numerical solutions to the Navier–Stokes equations governing the flow of polytropic gases in an accurate and efficient manner on two-dimensional, body-fitted, multi-block meshes consisting of quadrilateral computational cells. The combination of the anisotropic AMR and parallel implicit time-marching techniques adopted is shown to readily facilitate the simulation of challenging and complex shock interaction problems, as represented by the time-accurate predictions of unsteady oblique shock reflection configurations with fully resolved internal shock structures.
biela de taxa de compressão variável

é provido um conjunto que inclui uma biela, uma bucha e um pino de bloqueio capaz de prover diferentes taxas de compressão em um motor. a bucha é disposta em um furo da biela. uma superfície externa da bucha inclui um par de entalhes, e uma superfície interna da biela inclui um entalhe correspondente para receber o pino de bloqueio. os entalhes são espaçados um do outro por mais de 380º e por não mais que 190º. o pino de bloqueio é móvel no entalhe, permitindo que a bucha gire de uma posição de baixa compressão para uma posição de alta compressão, ou vice-versa. a bucha tem uma espessura variável, e, portanto, um eixo central de uma abertura da bucha está mais próximo do eixo do corpo da biela quando a bucha estiver na orientação de baixa compressão do que na orientação de alta compressão.
Production implementation of innovative wind turbines as a result of R & D work HIPAR Sp. z o.o.

The project concerns investments in tangible and intangible assets related to the establishment of a new establishment. The company plans to implement a new product as a result of its implementation: low power vertical wind turbines (MEW – small wind turbines). The scope of the project includes the construction of a production hall and the purchase of the necessary equipment with machinery and equipment for direct production of new products. The production hall is necessary for the installation of all machinery and equipment without which serial production cannot be started. In addition, it must be equipped as a separate plant with a social section to meet current health and safety requirements as well as in part over the production plant in the offices used by the company’s employees to carry out activities such as designing, constructing new product assumptions. The offices will be used by the company’s engineering staff for further product development as well as for marketing and sales and accounting purposes for the ongoing operation of the company. The building will be adapted for possible work by people with disabilities even with a high degree of disability. The most important part of the investment and project is the purchase of the necessary machinery and equipment used in the various stages of production of new products – gyms/wind turbines. In addition to investment expenditure within the project, the company wants to finance consultancy and development services closely related to implemented technological and production solutions, which are the results of current research and development. SA 42799(2015/X), Articles 13, 18, 651/2014