SIRIS-Lab/unlabelled-sti-corpus huggingface dataset:
Tautomeric design of ortho-hydroxyheterocyclic Schiff bases

Abstract The article reports on the synthesis and crystallographic and theoretical studies on various heterocyclic derivatives of ortho-hydroxy Schiff bases. The prevailing of one of the two (enolimine – OH and ketoamine – NH) tautomeric forms has been stated in studied compounds depending on the substitutes in heterocyclic formation, the nitrogen and carbon atoms of the imine group. A specific situation has been shown in (1E)-1-(5-chloro-2-hydroxy-3-nitrophenyl)ethanone oxime compound. The potentials on the proton transfer of the hydrogen bridges in these compounds have been found out. Grounded on the obtained potential curves the influence of the protonation on nitrogen in the pyridoxal derivative of the studied ortho-hydroxy Schiff bases has been analysed. The most efficient method of the impact (by means of various substitutes) on the intramolecular tautomeric equilibrium in ortho-hydroxy Schiff bases has been presented.
Self-Regulating porous nano-oscillators: from nanoscale homeostasis to time-programmable devices

Living systems exhibit unique autonomous behaviors such as homeostasis, self-regulation or spontaneous oscillations, not existing in conventional materials. Designing artificial systems with life-like functionalities is a long-standing challenge in chemistry and material science. This groundbreaking research field has been developed exclusively at the molecular and supramolecular level, through chemical self-regulation based on interconnected networks of reactions in solution.

In this project, I will explore a conceptually new and different approach based on interconnected nanomaterials in open atmosphere; I will design a new family of autonomous systems, called porous Nano-Oscillators, exhibiting a “physical” self-regulation mechanism at the nanoscale. To do so, I will engineer nanoparticles, nanoporous materials and light in a very specific way in order to activate artificial feedback loops; self-oscillatory behavior will be time-programmed by exploiting the sorption dynamics of the nanoporous materials.

I will exploit a multidisciplinary approach based on nanochemistry, nanofabrication and optics to fabricate isolated and groups of nano-oscillators and to investigate their dynamic behaviors. By analogy with cells, communication, synchronization and collective response will be investigated by a new methodology able to describe the spatiotemporal evolutions of self-oscillating nano-objects in controlled environments. Themo-optical simulations will support the experimental work by providing thermodynamic and kinetic guidelines. 

Inspired by examples from nature, I will provide proof-of-concept of time-programmable, autonomous devices, working in open atmosphere with unprecedented functionalities.
Construction for processing map based on DMM and identification for the stable hot-working parameters of Ti-6Al-2Zr-1Mo-1V alloy

Several series of billet samples were compressed on heat physical simulation machine under deformation temperatures 1073-1323K and strain rates 0.01-10s-1,then the true stress-strain data collected resulted the performance of calculations for strain rate sensitivity(m-value),power dissipation efficiency(η-value) and instability parameter(ξ(e·-value).A series of 3D surfaces reveal the dramatic response of m-value to the transferring and coexisting of several deformation mechanisms induced by the enhanced effect of stress,temperature,strain rate and strain,from which the stable and unstable deformation parameter regions were indentified preliminarily.In further,the maps of power dissipation efficiency were plotted,from which the unstable(η≤0) deformation parameter regions were indentified furtherly.Finally,based on the map of instability criterion,stable region(ξ0),unstable region(ξ≤0) were clarified clearly.According to the comprehensive identification,the stable deformation parameter regions with higher m-value level,higher η-value level,higher ξ-value level are recommended,while the unstable deformation parameter regions with negative m-value level,negative η-value level,negative ξ-value level should be avoided.
A METHOD FOR LOAD CONTROL USING TEMPORAL MEASUREMENTS OF ENERGY FOR INDIVIDUAL PIECES OF EQUIPMENT

A method for load control in an electrical distribution system using energy usage profiles based on temporal measurements. A load control unit (10) installed at a customer site profiles equipment (E1-En) directly connected to the load control unit and remotely located equipment (RE1-REn) wirelessly connected to the load control unit using measurements of time rather than energy usage. This reduces the cost and complexity of the load control unit. Profiling is done for individual pieces of load controlled equipment rather than for the site as a whole. This improves data resolution. The load control unit controls the load only when the equipment is powered, and adaptively synchronizes load shedding during this time, so to improve local load control performance. Termination of a load control event results in gradual reduction in load shedding so to control the inrush of demand seen by the distribution system. Performance metrics related to the load control are provided to the utility such that complexity of the system is reduced through decreased computations.
A new  process for removal of odour from post consumer waste polymer for non-food applications – odex

Although much progress has been made in recycling the easier polymer streams such as at-line production waste, or through specialist closed loop systems, the challenge to recycle Post Consumer polymer waste (mainly packaging from consumer goods such as food, sauces and detergents) is still strong, particularly for polypropylene and polyethylene.  These polymers strongly absorb odours from their contents, and form musty taints due to bacterial action in the waste stream, which currently needs uneconomic levels of cleaning before they can be recycled into high value products such as automotive fascias and building products.  
Of all of the post consumer polypropylene waste produced, under 1% is recycled into high quality products; the rest is used in low value applications such as buried geotextiles, or is landfilled or incinerated. The ODEX process concept from Luxus, a recycling compounder for automotive plastics, has been specifically created to provide a cost effective method to deodourise polymers for higher value uses; it uses only the existing heat energy from the compounding process to drive the odourous compounds out of carefully designed pellets within a continuous at-line process.  This project is intended to validate the feasibility of the process and formulate a business plan, to underpin our future objectives of scaling it up to commercial application.  The future embodiment of the technology is envisaged as a turnkey or retrofit option for Luxus and other existing compounders as licencees, allowing them to provide high quality polymers from materials that would otherwise have been destined for landfill or incineration.
Ein System zur Unterstützung der Content-Optimierung in den eigenen Marketingkanälen sowie Trenderkennungs- und Vorhersagetools, die auf der Verarbeitung von Text, Bild, Video und Daten aus Social Media und Methoden der künstlichen Intelligenz basieren.

Number_reference_aid_Programm: SA.41471(2015/X) Zweck der öffentlichen Beihilfe: Artikel 25 der Verordnung (EG) Nr. 651/2014 vom 17. Juni 2014 zur Feststellung der Vereinbarkeit bestimmter Gruppen von Beihilfen mit dem Binnenmarkt in Anwendung der Artikel 107 und 108 AEUV Das war’s. EU L 187/1 vom 26.6.2014). Projekt von SmartNet Research & Lösungen (im Folgenden: SmartNet, Company) übernimmt die Entwicklung und Demonstration eines innovativen Content-Optimierungssystems in den eigenen Marketingkanälen von Marken sowie Trenderkennungs- und Vorhersagetools auf der Grundlage von Text-, Bild- und Videoverarbeitung (Angebote in Form von SaaS &ndash; Sofware als Service. Das Projektergebnis richtet sich an eine Vielzahl von Unternehmen aus der Marketingbranche, darunter sowohl Unternehmen als auch Einzelpersonen, die regelmäßig Inhalte in sozialen Medien, Websites, Blogs oder E-Marketing veröffentlichen. Innovative Lösungen werden funktionale Merkmale sein, die noch nicht umfassend auf dem Markt angeboten werden, so dass Anwender präzise Optimierungstipps geben können: Sammlung komplexer Daten in nahezu Echtzeit, Speicherung und Verarbeitung multimodaler Daten in einer Weise, die die hohe Verfügbarkeit, das Verständnis und die Klassifizierung heruntergeladener Inhalte mithilfe von NLP und Bildverarbeitung gewährleistet, Trends identifiziert und vorhersagt sowie bedingte Vorhersagen sowie vertrauliche Daten über die Aktivitäten der Wettbewerber schätzt. Dies wird als Ergebnis einer Reihe von FuE-Arbeiten erfolgen. Während der industriellen Forschung werden Arbeiten an der Entwicklung von Algorithmen/Methoden durchgeführt, die die Erzielung individueller Funktionalitäten des Projektergebnisses ermöglichen. Während der Entwicklungsarbeit werden alle entwickelten Funktionalitäten integriert, nach denen Tests des Zieltools zusammen mit der Beseitigung von Fehlern durchgeführt werden.
European weather extremes:  drivers, predictability and impacts

EDIPI (european weather Extremes: DrIvers, Predictability and Impacts) aims to further our holistic understanding of the dynamics, predictability and impacts of temperature, precipitation (including drought) and surface wind extremes over Europe.  The three overarching scientific questions we will tackle are: Why does a specific type of weather extreme occur? How can we use this knowledge to better predict it? And finally, what are the likely impacts once it does occur? 
Excellence in science will be achieved by a truly interdisciplinary approach. EDIPI will combine climate science, statistical mechanics, dynamical systems theory, risk management, agronomy, epidemiology and more to open unexplored avenues in the study of European weather extremes. Examples include the use of concepts from statistical mechanics to generate large datasets of simulated extreme winter storms, or of data from social networks to forecast temperature-attributable mortality. Excellence in training will be expressed by creating a cohort of weather extremes experts, who combine a physical understanding of high-impact weather extremes with a practical knowledge of predictability tools and an appreciation of user-relevant information required by the private sector. EDIPI will further place great emphasis on soft and transferrable skills, such as scientific programming, IPR, communication and stakeholder engagement, and on open science in accordance with the FAIR principle.
EDIPI’s scientific and training philosophy will ease the development of the project’s findings into products and services and provide a key contribution to enhancing European innovation capacity. It will further prepare the project’s ESRs for a broad range of careers, from academia to the private sector (e.g. insurers, risk managers, catastrophe modellers, financial institutions dealing with weather derivatives) to public bodies (e.g. national weather services, public health agencies, civil protection services).
Multi-sensor module, a handle module, and movable vehicle element

An outside door handle module for a vehicle may have one handle element having a handle outer side and a handle inner side. The module may also have one gesture sensor and an actuation sensor. The gesture sensor may be arranged on or in the handle outer side and the actuation sensor may be arranged on or in the handle inner side.
Digital Agenda for New Tourism Approach in European Rural and Mountain Areas

The objective of DANTE is to improve the effectiveness of the regional policies in the area of Innovation, by enhancing the key enabling role that Information Society can play in the tourism economy of rural and mountain areas.
In line with the growth strategy of the Lisbon Agenda, DANTE aims to promote a new regional policy approach to design a knowledge-based plan for the tourism economy of the rural and mountain territories. The DANTE network will optimise nine innovative good practices already existing at regional level, demonstrating the benefits of Information Society for the competitiveness of the tourism sector in disadvantaged areas. Through an interregional cooperation framework, DANTE will promote a knowledge sharing process that will:
 Exchange the knowledge gained by more advanced regions in the development of regional ICT projects for rural and mountain areas through learning instruments dedicated to the consortium;
 Support eight European Regional and Local Governments and Agencies to define an effective plan able to address the challenges of the tourism economy in their rural and mountain areas, thanks to the adoption of ICT tools and methodologies;
 Demonstrate the feasibility of the transfer process, through a light pilot action in a rural or mountain area, able to support the regional and local authorities in the design of their strategies, thus ensuring the sustainability of the eight implementation plans.
 Spread the benefits achieved among the consortium to external organisations, by addressing all the relevant stakeholders in Europe, from the policy and decision makers to the tourism operators and the mountain and rural associations.
DANTE network will involve 14 partners covering a wide geographic area of INTERREG IV C: 6 partners are representing the IP-South Area (Italy, Spain and Greece), 1 is representing the IP-North Area (Germany), 4 are representing the IP-East area (Poland and Slovenia) and 3 are representing the IP-WEST area (France and Netherlands). Moreover the partnership composition reflects the willingness of matching less and more advanced partners with regard to Information Society policies: DANTE involves 5 ICT experienced partners at regional level and 7 local/regional bodies involved in the tourism strategy of rural and mountain territories; in addition 2 organisations will ensure a wide promotion of DANTE results at EU level. Through the implementation of a 30 months interregional cooperation, DANTE will contribute to the competiveness of the rural and mountain territories of Europe, better integrating ICT policies into the tourism strategies defined at regional level.
DWI combined with standard T2WI for judging local recurrence of rectal cancer

Objective To observe the application value of MR DWI combined with standard T2WI in the judgment of local recurrence of rectal cancer.Methods Totally 325postoperative rectal cancer patients underwent MR examination including axial,coronal,sagittal T2Wand axial DWI sequence(b=0,1000s/mm2),and postoperative pelvic abnormalities were detected in 89patients.Two radiologists(observer 1,observer 2)used 2methods(T2WI,DWI+T2WI)to observe the images,and the value of DWI+T2WI in diagnosis of local recurrence were assessed.Results Among patients with postoperative pelvic abnormalities,local recurrence of rectal cancer was proved in 29patients(29/89,32.58%).The accuracy of 2 radiologists were 85.39%(76/89)and 80.90%(72/89)using only T2WI,91.01%(81/89)and 87.64%(78/89)using DWI+T2WI,respectively.Areas under ROC curve of 2radiologists using DWI+T2WI were larger than that using only T2WI(observer 1:0.907vs 0.856;observer 2:0.882vs 0.823).The inter-observer agreement of 2observers for T2WI was good(Kappa=0.674),while it was excellent(Kappa=0.831)of T2WI combined with DWI.Conclusion Standard T2WI has high diagnostic accuracy for locally recurrent rectal cancer,which can be improved when combining with DWI.
Weighing the evidence for clustering in nuclei

Clustering in nuclei is a long-standing topic in nuclear physics. While it has attracted much experimental and theoretical attention over the years, it is a model which is still controversial in terms of whether such clustering can be clearly delineated and separated from the complexity of nuclear structure described within more conventional nuclear models. In this sense, there is still ambiguity in terms of the uniqueness and relevance of the clustering description. What is often not clearly articulated is what would provide the most compelling evidence for clustering in different contexts. As a means of illustrating these issues, two strands of this topic will be discussed: alpha clustering in light nuclei and clustering in the 12C+12C system. Recent work in these areas will be reviewed and scope for future work will be highlighted.
A STORAGE DEVICE PRESENTING TO HOSTS ONLY FILES COMPATIBLE WITH A DEFINED HOST CAPABILITY

A method includes defining a host capability; creating for a storage device a second directory tree from a first directory tree of the storage device that is included in a file system within the storage device; and, for a data file that is stored in the storage device and is selectable for consumption by a host through the first directory tree that is included in the storage device's file system, determining whether the data file requires for consumption a host having the defined host capability. If the data file requires a host having the defined host capability, an entry is created in the second directory tree in which the data file is not selectable for consumption by the host. Otherwise, an entry is created in the second directory tree in which the data file is selectable for consumption by the host.
Purchase of equipment for R & D department for the implementation of research and development work

Within the framework of the project, the applicant plans to create a R & D department and purchase the necessary research equipment in the form of equipment for making prototypes planned for the development of new products and a specialised research apparatus, which will allow the implementation of the adopted scope of research indicated in the planned work plan. The full implementation of this project will allow PARE to carry out research on new products in the form of a range of composite bicycle wheel rims and composite rims for active wheelchair. The planned products will enable the company to enter the market of manufacturers of bicycle parts and wheelchairs with a completely new innovative offer, which is currently not available on the domestic market. THE SCOPE OF THE PROJECT FOR THE PLANNED PURCHASE OF RESEARCH EQUIPMENT AND EQUIPMENT FOR THE R & D DEPARTMENT WILL CONSIST OF: 1) Shelf press with equipment (1 piece), 2) A tool for drilling rim holes (1 pieces), 3) Non-destructive testing device with equipment (1 pieces), 4) Thermal imaging camera with software (1 pieces), 5) Bicycle wheel testing device with equipment (1 pieces), 6) Tools and equipment (1 kpl.), 7) Equipment for B+R (1 kpl.) The implementation of this project and the scope of work established in the project will directly increase the competitiveness and innovation of the company and diversify production and revenue sources.
A disruptive innovation improving functionality, increasing product life span and removing the need for tyre change through a patented modular tyre system.

reTyre is a revolutionary tyre system allowing the user to easily adapt their tyres to their immediate needs, greatly improving their experience and safety. This is achieved through a patented technology where the tyre tread surface can be detached and subsequently changed. reTyre is the first to achieve a fully functional, user friendly and industrial and economically viable modular tyre system. Social and environmental benefits include reduced rubber consumption as only worn tread surfaces need to be discarded, and sustainable mobility is increased as adapting to road conditions is easier. 
 
reTyre have invested 3 years and a million euro in product development, production methods, established factory, distribution and organization to bring modular tyres to an international market for segments such as bicycles, scooters, motorcycles, wheelchairs and prams. A trial launch was undertaken in Norway (Oct-17), and a proof-of -concept is now available in 100+ retail stores. 
 
The next step for reTyre is to launch the complete modular tyre system for the more than 220 million bicycles and 6 million wheelchairs in the European market. The disruptive and patented technology has great functional benefits for the user, and represent a substantial reduction in rubber consumption for the tyre industry. reTyre is well suited for international scaling through implementation to multiple market segments. The modular system provides a great commercial opportunity through recurring sales and increased growth potential compared to conventional tyres. The entrepreneurial opportunity is further strengthened by a strong market growth (6% yearly) and a large market size (520 million bicycle tyres worldwide). 
 
Cycling is a key contributor towards achieving a sustainable urban environment for European cities. Large public investments and increased facilitation has resulted in a significant increase in cycling among European citizens, greatly benefiting the environment and public health
TRIPOD SUPPORTING BASE

A tripod includes a base; an extension member; and a tripod leg attachment member. The tripod leg attachment member includes a tripod leg attachment interface configured to attach a tripod leg thereto and a plurality of tripod leg positioning interfaces configured to enable a tripod leg to be positioned at various different distinct angles with respect to the base.
Speech Motor Control from a Modern Control Theory Perspective

Spoken language exists because of a remarkable neural process. Inside a speaker’s brain, an intended message gives rise to neural signals activating the muscles of the vocal tract. The process is remarkable because these muscles are activated in just the right way that the vocal tract produces sounds a listener understands as the intended message. What is the best approach to understanding the neural substrate of this crucial motor control process? One of the key recent modeling developments in neuroscience has been the use of state feedback control (SFC) from modern engineering control theory to explain the role of the CNS in motor control. SFC postulates that the CNS controls motor output by estimating the current dynamic state of the thing (e.g., arm) being controlled and by generating controls based on this estimated state. SFC has successfully predicted a great range of nonspeech motor phenomena, but as yet it has not received attention in the speech motor control community. Here, we review some of the key characteristics of speech motor control and what they say about the role of the CNS in the process. We then discuss prior efforts to model the role of CNS in speech motor control and argue that these models can be considered variations of an SFC model of speech motor control which we describe. We conclude by discussing a plausible neural substrate of our model.
Between architecture and dance

This chapter draws from a 12 year collaboration between an architecture educator and theorist, and dance educator and artist. The collaboration resulted in a series of workshops, which use the processes of dance to develop an understanding that is located somewhere between the two disciplines. This chapter draws from architectural theory in conjunction with references to the collaborative work in order to theorize a relationship between architecture and dance. The workshop structure is presented and critically reflected upon as part of the output of the collaboration. The chapter concludes by locating architecture and dance, which are normally separated by distinct ontologies, as part of the same continuum. The collaboration is presented as an attempt to develop a new trans-ontology that is between architecture and dance.