SIRIS-Lab/unlabelled-sti-corpus huggingface dataset:
HIGH SPEED DOOR ASSEMBLY

The present invention is directed to an industrial high-speed door assembly having a reduced door panel width and having guides for guiding the door which extend into a passageway but are resilient, tough, or resiliently collapsible, to either withstand impacts from vehicle collisions or moveable during opening of the door to avoid collisions while returning for guidance upon closing the door.
Materiali hi-tech nanostrutturati per applicazioni spaziali

Il progetto è incentrato sullo sviluppo e la ricerca di materiali hi-tech basati su polimeri nanostrutturati per condizioni spaziali estreme. Si tratta di materiali ad alto valore aggiunto. L'obiettivo del team di ricerca di TOSEDA è quello di raggiungere almeno il livello tecnologico di TRL 5 (definizione NASA). La capacità innovativa di TOSEDA è necessaria per aumentare con l'acquisto delle attrezzature necessarie. I principali produttori europei di attrezzature spaziali (Airbus Germania, Airbus Francia, Airbus England, TAS, MTA, ecc.) sono interessati ai materiali sviluppati.
A quantum network for distributed quantum computation

A key question for quantum science is: Can quantum systems be protected from decoherence? This is not just a fundamental question; if we can reliably control large quantum states, it becomes possible to perform precise tests of quantum mechanics and computational tasks that go beyond classical physics.

A promising approach is to protect quantum states by distributing quantum error correction over quantum networks. These networks consist of nodes that contain quantum bits to store and process quantum states, and that are connected by entanglement links based on photons. This approach is naturally scalable to larger sizes by connecting independent modules, and a wide variety of fascinating error correction codes is enabled by different network topologies.

Pioneering experiments have demonstrated basic elements of quantum networks in various systems. However, due to the required precise understanding and control of complex quantum systems, protecting quantum networks against decoherence remains a major outstanding challenge in quantum science.

The goal of this proposal is to demonstrate the detection of quantum errors over a 4-node quantum network. This network forms a unit cell that demonstrates all key principles for larger error-corrected quantum networks. This ambitious goal can now be pursued due to two advances by my colleagues and me using NV centers in diamond: (1) Entanglement of two NV centers through photons and (2) Complete control over multiple nuclear spins coupled to single NV centers. To realize the network, I will develop robust quantum memories, non-destructive spin measurements, and a precise microscopic understanding and control of coupled spin systems in diamond.

Reaching this goal will be a potentially decisive step towards large quantum networks and distributed quantum computations: we will enter a new territory in which quantum states can be made more stable by making networks larger and larger, ultimately completely overcoming decoherence.
GUIDING ARRANGEMENT FOR A GEAR SHIFT GATE

The invention relates to a gear shift gate (10) comprising at least two bearing elements (14, 16) for mounting the gear shift gate (10) and at least one shift lane (12). At least one of the bearing elements (16) is arranged in the opposite direction from the other bearing elements (14). The invention is characterized by at least one elastic element (30, 32) which is disposed in the gear shift gate (10) in such a way that a spring force acts parallel to a longitudinal direction of the at least one shift lane (12). The invention further relates to a guiding arrangement (100) for a gear shift gate (10) according to the invention. Said guiding arrangement (100) comprises a fixture (20, 22) for each of the bearing elements (14, 16), said fixture (20, 22) being arranged adjacent to the gear shift gate (10). The bearing elements (14, 16) and the fixtures (20, 22) are disposed and designed such that the gear shift gate (10) can be moved parallel to a longitudinal direction of the at least one shift lane (12). The guiding arrangement (100) is characterized by at least one elastic element (30, 32) which is arranged in such a way as to retain the gear shift gate (12) in a predetermined basic position parallel to the longitudinal direction of the at least one shift lane (12).
Influence of Social Responsibility on the Construction of the Enterprise External Value Chain

Corporate social responsibility refers to the requirement that the enterprise of persons related to the interests of social responsibility.From the perspective of external value chain,it refers to the phase value to suppliers,consumers,government,community and other stakeholders responsibility.The external value chain is an important form of enterprise value chain,the value chain has a very important effect on the creation of value,so we can take the external value chain restructuring,namely the external value chain and external value chain,the value chain foundation includes suppliers,distributors,consumers;external auxiliary value chain includes government,community,resources and environment,the creditor.Based on the analysis of influence on the construction of external value chain of social responsibility,the paper is to emphasize the importance of social responsibility of enterprise value creation.
Strengthening SME capacity to engage in Industry 4.0

Industry 4.0 (I4.0) is taking off across Europe. Regions are keen to ensure that their strategies are coherent with this new line of integrated, digital development. They must also ensure that SMEs, the heart and soul of regional economies, are involved and that they benefit from it. This is not only technological R&D. It is about cultural mind-set, preparation and qualifications.

40Ready promotes cooperation at interregional level to reach anoverall aim: to prepare SMEs for the I4.0 revolution. With SMEs, we refer to entrepreneurs, owners, managers and staff at all levels, who need to become ready to take on the new challenges of I4.0.
European social funding (ESF) can support vocational and professional capacity building. European regional development funding (ERDF) can support technological, organisational and skill development. Improvements to these policies could go far to ensuring that SMEs, and people working for them, are able to embrace and benefit from industrial digitalisation and automation.

40Ready partners and stakeholders cooperate to understand SMEs’ skill and digital maturity needs and what policy makers can do with policy instruments to address these needs. They develop an Action Plan, with proposals on how ESF/ERDF policies can better support SMEs in preparing for I4.0. Partners and selected stakeholders implement and monitor the Action Plan, starting in project Phase 1, leading into Phase 2.

Policy improvements range from funding projects on I4.0 skills and digital maturity, to management approaches that create synergy between policy instruments, to strategies that integrate both I4.0 and the SME skill focus. Partners are Managing Authorities or Implementing Bodies of selected policies: they have the power to make real change.

40Ready regions will become better placed for a successful, durable and profitable application of I4.0. They will support their SMEs to become more competitive, while maintaining and creating more and better jobs.
A Process Design for Auditing Fair Value

Today, accounting standards are designed to reflect the current market conditions. At the same time, primary aim of the changes in standards is to enable financial statement users to evaluate risk structures of financial statements easily. The shift from historical cost approach to fair value applications may be interpreted within this context. The differentiation in the approaches has the advantage of reflecting the economic substance better but it may also cause uncertainty and subjectivity in financial reporting. Because of these two factors, auditing risk of financial statements is increasing.After the Enron Scandal in 2001 and recent financial crisis in 2008, the probable adverse effects of accounting with fair value and auditing sensitivities are being discussed severely in the fair value literature (Laux and Leuz, 2009; Zhou and Ding, 2009;  Veron, 2008; Enria, A., Capiello, L., Dierick, Grittini, S., Haralambous, A., Maddaloni, A., Molitor, P., Pires, F. and Poloni, P., 2004;  Novoa, Scarlata and Sole, 2009; Gwilliam and Jackson,2008; Benston, 2008; Ronen, 2002). In many situations, auditing of fair value accounting and estimation of fair value in a verifiable and objective way becomes the core subject in this field.This paper aims to analyze possible problems related to the auditing of fair value and model a process design to prevent these problems. More specifically, it aims to develop a conceptual model with reference to a case study on auditing of investment properties.
SOLOMON

We live in the Information Era, with access to a huge amount of information from a variety of data sources. However, data sources are of different qualities, often providing conflicting, out-of-date and incomplete data. Data sources can also easily copy, reformat and modify data from other sources, propagating erroneous data. These issues make the identification of high quality information and sources non-trivial.We demonstrate the Solomon system, whose core is a module that detects copying between sources. We demonstrate that we can effectively detect copying relationship between data sources, leverage the results in truth discovery, and provide a user-friendly interface to facilitate users in identifying sources that best suit their information needs.
Sealing device for a shuttering consisting of an open mould.

Seal for closing a concrete shuttering mould. It consists of a flexible longitudinal bar (1) of generally triangular cross-section enclosing a tubular cavity (10) located close to that end (9) which will come into contact with the corresponding end (9) of the opposing seal of the mould (18'). The side (6) remote from said end (9) will be engaged in a horizontal dovetail channel (13) in the seal's support (4). <IMAGE>
Biological entities and DNA-containing masses isolated from the stratosphere-evidence for a non-terrestrial origin

Here, we provide images of a variety of biological entities (BEs) which we have sampled from the stratosphere at heights of between 23 and 27 km. The BEs have unusual morphology and are generally not representatives of known terrestrial organisms. Analysis using SEM and EDX shows that all of the BEs contain only C and O and are not associated on the sampling stubs with pollen, grass or other terrestrial organisms. Images are provided of some of the BEs which were sampled from our first and third successful sampling trips, the second trip isolated inorganic micrometeorites, but not BEs. We conclude that the evidence points to a space origin for these stratosphere-derived BEs. Clumps of stratospheric material with individual diameters of 10–30 μm were also isolated in a sterile manner from a height of 41 km. The masses showed no obvious morphology, but stained positive for DNA and are therefore considered to be biological. We suggest that, like the BEs, the masses are arriving to the stratosphere from space...
Financing Environment and Energy Efficiency development in
Schools

The target of the EU of reducing by 20% its total emissions within 2020 has activated actions both in private and public sector. At this end, the Energy Efficiency and the Energy Performance of Building Directive set a number of binding measures. In Central Europe large part of the existing building stock was built before 1970 thus its performance is not in line with the required standards. Renovation of buildings emerges as an urgent issue, but while incentives are provided to private investors, public buildings renovation is difficult as Local Authorities (LA) face severe limitations of budget. Other barrier is the lack of knowledge of performance/cost characteristics of advanced component and systems for efficient renovation of buildings. FEEDSCHOOLS aims at providing new solutions to LA both in technical and financial terms to implement Nearly Zero Energy Building (NZEB) renovation activities in Central European schools. The innovative approach consists in developing a transnational and holistic support toolkit with 2 user friendly Apps (1 for energy efficiency and environmental evaluation and 1 for financing models) and a web database of innovative best practices for nZEB renovation; open lessons focused to behavioral change in schools, face to face and on-line trainings for LA/school staff. It will enhance capacities of the LA to improve their SEAPs, finance interventions, increasing the employment. 3 Pilots will be performed in six regions each consisting in at least 48 energy audits reviewed by an international technical team. Preliminary plans for NZEB renovation of existing schools will be drafted and will be reference models for the region, increasing the replicability of the project activities. The transnational and multidisciplinary expertise of the partnership will be a fundamental asset to consolidate the knowledge of local energy managers, LA/school technicians and put it into action.
The Research on System Reliability in Complex External Conditions Based on SVM

Analysis method based on support vector machine and finite element combined with Monte Carlo is applied for the parts in complex external conditions or surroundings, it is difficult to built reliability model of the parts in complex the external conditions or surroundings and it is difficult to establish stress and intention distribution and joint probability density because they work in an uncertain environment, the support vector machine has a good generalization ability prediction ability, integration algorithm based on support vector machine, finite element and Monte Carlo can solve the questions and can excellently use for reliability simulation and calculation for complex and certain system. It is used for reliability analysis of catenary parts in the high-speed electrified railway, integration algorithm mathematic model of reliability analysis for location hook is built, and the outside parameter influence on wrist-arm of location hook is analyzed by the model.
The comparative approach to national movements : Miroslav Hroch and nationalism studies

1. The Comparative Approach to National Movements: Miroslav Hroch and Nationalism Studies Alexander Maxwell 2. Nation-formation and national movement(s) in Pakistan: a critical estimation of Hroch's stage theory Farhan Siddiqi 3. Transplant or graft? Hroch and the Mexican patriotic movements Henio Hoyo 4. Miroslav Hroch's model of small nation-formation and Begriffsgeschichte Oana Sinziana Paltineanu 5. Nationalism and socialism: Phase D in the Belarusian nation-building Nelly Bekus 6. Uninvited guests in the communal apartment: nation-formation processes among unrecognized Soviet nationalities Ian Appleby 7. Typologies and phases in nationalism studies: Hroch's A-B-C schema as a basis for comparative terminology Alexander Maxwell 8. Comments Miroslav Hroch
Feasibility of real time integration of high-resolution scar images with invasive electrograms in electro-anatomical mapping system in patients undergoing ventricular tachycardia ablation

Background Ventricular tachycardia (VT) ablation is generally guided by invasive mapping of the left ventricle (LV) using electro-anatomical voltage mapping (EAM) to identify the VT substrate [1]. Late gadolinium enhancement (LGE) MRI allows excellent visualization of the scar. Heterogeneous area in LGE images has been shown to correlate with the VT substrate in animal models of VT. Retrospective studies in patients have also correlated the LGE signal enhancement to low voltage in EAM maps. However, current clinical EAM platform such as the Carto3 (Biosense Webster) does not allow integration of LGE images for facilitating the VT ablation. In this study, we described a workflow to integrate scar geometry extracted from highresolution 3D LGE images with EAM.
Development of novel inhibitors of the anti-infective target dxs using dynamic combinatorial chemistry (dcc)

The emergence of multi-drug resistant pathogens is a serious global problem. In this alarming situation, novel targets for which inhibitors with an unprecedented mode of action can be developed are urgently required. This proposal aims at the development of selective and potent inhibitors of the important and underexplored anti-infective target DXS, an enzyme from the 2C-methyl-D-erythritol 4-phosphate pathway that is entirely absent in humans but is essential for medically relevant pathogens (e.g., Plasmodium falciparum, Mycobacterium tuberculosis, Pseudomonas aeruginosa and methicillin-resistant Staphylococcus aureus). Despite substantial efforts dedicated to the discovery of inhibitors for DXS, to date very few active compounds have been reported and none of them fulfil the requirements as an ideal candidate for further development. To address these issues and maximise the chances of success, we will use dynamic combinatorial chemistry (DCC) as a hit identification strategy for the first time for the enzyme-DXS. To explore hitherto unexplored parts of the chemical space, we will pioneer the use of chiral heterocyclic building blocks in DCC for the discovery of potent inhibitors of the enzyme DXS. Use of chiral heterocycles in DCC will allow to rapidly access novel scaffolds. These chiral heterocyclic scaffolds will be evaluated for their biochemical activity on bacterial DXS. The most promising candidates will be tested in in vivo cell-based assays in bacteria.
The proposed approach for the design of chiral heterocyclic inhibitors for novel targets such as the enzyme DXS will enhance the knowledge about this underexplored target and will open up access to various potent inhibitors. Hence, this research programme will greatly improve the chances of idnetifiying new anti-infective agents with a novel mode of action, leading to socio-economical benefits for the health care sector in the European Union and also globally.
Integrated Model of Health for an Inclusive Mountain

Mismi is a cross-border project which bring together France and Italy in the scope to develop social and health services of proximity integrated which contributes to the fight against the depopulation of Mountain areas and to reduce health inequality especially for prevention and the following of people health state especially with chronically sick. _x000D_
The project is based on two pillars: _x000D_
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1. The autonomation of people and territorial communities _x000D_
2. Use of new technologies in order to enhance innovation, amelioration of quality and access to services, reduction of isolation. _x000D_
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With MisMi, technologies are considered as efficient and sustainable because, in the same time, they imply correctly carer and social medias. Territorial cooperation between France and Italy is considered as the principal instrument of experimentation in an integrated model of sanitarian and social performant services because they are close to people and of the context. The analyse of needs, the comparison and the discussion between specificities of Italian and French realities will be especially during formations, looked ad a platform of starting of the project and activation of implied actors._x000D_
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Information added on 2020-05-29, regarding the mitigation of the effects of COVID-19 (the coronavirus pandemic that started in 2019) (English language only): The project is about linking people in need with caregivers and the community using technology, thus contributing to fight people’s isolation and social and health inequalities. This project is even more valuable in the current context of COVID-19 spread as citizens can benefit from tele-medicine and two nurses who are helping on the ground in hospitals and patients’ home. (text taken from https://ec.europa.eu/regional_policy/en/newsroom/news/2020/05/18-05-2020-mismi-a-cohesion-policy-project-supporting-those-most-hit-by-covid-19 on 2020-05-29).
Cultural singularities: indigenous elderly access to Public Health Service

OBJECTIVEDescribing how Kaingang seniors and their primary caregivers experience access to public health services.METHODA qualitative study guided by ethnography, conducted with 28 elderly and 19 caregivers. Data were collected between November 2010 and February 2013 through interviews and participative observation analyzed by ethnography.RESULTSThe study revealed the benefits and difficulties of the elderly access to health services, the facility to obtain health care resources such as appointments, medications and routine procedures, and the difficulties such as special assistance service problems and delays in the dispatching process between reference services.CONCLUSIONThe importance of knowing and understanding the cultural specificities of the group in order to offer greater opportunities for the elderly access to health services was reinforced.
Rotorcraft certification by simulation

This proposal answers the call JTI-CS2-2018-CfP08-FRC-01-19 on Certification by Simulation for Rotorcraft Flight Aspects. The aim is to define a virtual engineering flight simulation process for the generation of evidence for certification of rotorcraft.
The objective is to establish, in collaboration with industry and regulators, the characteristics that a virtual flight simulation environment must have to be adequate to demonstrate compliance with airworthiness standards, in a safer, more economical and more effective way than that which could be achieved through current flight test procedures.
The challenge is to develop, in agreement with the regulatory authority, guidelines that define the part of the certification basis that could be substituted or complemented by flight simulation, as well as the metrics and methodology to assess simulation model and flight simulator cueing fidelity.
Process Optimization for Wiring Technology of Aircraft Harness Based on ECRS Principle

In this paper, wiring technology during aircraft harness manufacturing is regarded as the research object, shortcomings of the existing technology have been analyzed, such as confusing procedures and low efficiency. To improve the situation, an optimization scheme was proposed from process flow and human-machine interface based on ECRS Principle. Methods used consist of merging operations with similar contents, adjusting processing sequence and optimizing the human-machine interface, in order to simplify the operation procedures and reduce the working procedure time. Finally, the feasibility of the scheme was verified through developing simulation model in eM-Plant. The study offers effective thinking for the improvement of aircraft harness wiring technology.
Method for obtaining material from plant cell surfaces

The invention relates to a method for detaching expressed material from the surface or the apoplast of plant cells, the plant cells being treated in a liquid medium using a rotor-stator. The specific heat of the rotor-stator introduced by the rotation of the stator is at most 3 kJ per kg of the liquid medium and per g/l dry mass of the plant cells and the specific heat output introduced into the medium is at most 1.5 kJ per kg of the liquid medium per minute and per g/l dry mass of the plant cells.