SIRIS-Lab/unlabelled-sti-corpus huggingface dataset:
Adjusting and locking device for seats, particularly motor vehicle seats.

The adjusting and locking device can be set in the case of a joint fitting for adjustment of a backrest and has a fixed joint component and a swivellable joint component which is assigned to the backrest, which joint components are connected to one another by means of a pivot axis. In this arrangement, an adjusting and locking device which is constructed as a gear system and determines the position of the two joint components with respect to one another is provided, the pivot axis which bears the one joint component having a section for a rotationally fixed driver which engages between the narrow sides of two wedge segments which are inclined with respect to one another and engage around the pivot axis in certain areas. Between the broad sides of the wedge segments, an energy accumulator which presses the latter apart in the manner of a radial play-reducing element is arranged. The pivot axis has an eccentric section which is formed by the wedge segments around which the bearing point of the one joint component engages by means of a roller bearing. <??>In order to optimise the ease of movement of the adjustment fitting during the adjustment phase and, in the event of locking, to maintain the freedom from play at the engagement point of the toothings and in the bearing points, the roller bearings of the roller bearing engage around the wedge segments on their external circumference - producing only rolling friction at the external circumference. <IMAGE>
FIBER OPTIC COMMUNICATIONS

In a fiber optic communications system, bandwidth/frequency bands are used and allocated judiciously in order to reduce unwanted effects, such as interference from higher order harmonics or the introduction of spurious noise sources.
Identifying rna fate checkpoints by resolving the high-resolution spatiotemporal binding dynamics of cbc containing complexes

High-throughput transcriptomic analyses in human cell lines have found that >80% of the genome is transcriptionally
active. A major part of this massive genomic output is derived from RNA polymerase II (RNAPII) activity; such as, mRNA,
sn(o)RNA and long non-coding RNA. However, although these transcripts all contain 5’-m7G caps, which are common
hallmarks of RNAPII-derived transcripts, their fates differ substantially as some are rapidly degraded while others remain
stable and exercise diverse functions in the cell. What is the underlying mechanism? Transcript fate decisions are ultimately
dictated by the proteins with which the nascent RNA associate. Central to this process is the cap-binding complex (CBC).
Through its early association with the 5’-m7G cap, the CBC directs a plethora of nuclear RNA metabolic events by serving
as a landing pad to recruit productive and/or destructive factors. Therefore, composition of the early RNA-protein particle
plays an essential role in dictating RNA fate, and the CBC and its cofactors pose an interesting dichotomous system to study
as a model for sorting mechanisms dictating RNA fate.

In my project, I will delineate the spatiotemporal recruitment kinetics of selected RNA metabolic factors to identify when RNA
fate decisions are made during transcription and how RNA/DNA elements contribute. To resolve the sequential loading of
the CBC and its cofactors onto elongating transcripts, I will develop time course UV cross-linking and immunoprecipitation
(CLIP) experiments, combining metabolic labelling of RNA, using the photoactivatable ribonucleoside analogue 4-sU, with a
new and unprecedentedly high powered UV cross-linking technology employed at multiple short time increments. This will
for the first time enable the study of in vivo RNA binding kinetics of RNA-binding proteins with a temporal resolution
necessary to characterise co-transcriptional RNA fate decisions.
Delamination behavior of Gd123 coated conductor fabricated by PLD

Abstract We have studied delamination behavior of GdBa2Cu3O7-d (Gd123) coated conductors fabricated by pulsed laser deposition. Two kinds of delamination tests, transverse tensile test and four points bending test, were performed. The delamination strength of 8 and 4–7 MPa was obtained by transverse tensile test, and interfacial cohesive energy of 7.1 and 5.9 J/m2 was obtained by four points bending test for samples fabricated with different processing rates, 20 m/h and 60 m/h, respectively. EPMA and XPS analyses of delaminated surfaces showed that the weakest position in Gd123 coated conductor was inside of Gd123 layer a few nm apart from Gd123/CeO2 interface. The samples exhibiting a lower interfacial energy had a large gradient in oxygen distribution at the interface. The reason why the delamination occurred there is due to strain concentration induced from both lattice mismatch and inhomogeneous oxygen distribution at the interface.
Investigating the Effective Factors on Electronic Trade by Viral Marketing (Case Study: Clients of Websites in Iran)

While the process of viral marketing is often perceived as a random phenomenon with marketers having little or no control over the process, getting your customers to spread your brand messages throughout a widespread network of buyers makes good business and marketing sense. This paper uses case study examples to explore a number of strategies underpinning this apparently chaotic phenomenon. Further, several suggestions are offered for marketers seeking to use viral marketing to position brands or change a brand’s image, encourage new product trials and increase product uptake rates. In this article, we want to investigate the effect of External factors such as: capturing the imagination , Targeting credible sources , Leveraging combinations of technology and Easy to use product and also internal factors such as: inclusion (the need to be part of a group, the need to be different)and affection on viral marketing. So, our population statistical is client of websites in Iran and the amount of sample according to Cochran formula is 140 person. For testing the data, we use from SPSS 19 with correlation and regression, according to finding all of the hypothesis are accepted.
Post-Transcriptional regulation of effector function in t cells by rna binding proteins

CD8+ T cells are critical to fight infections and to clear tumor cells through the production of inflammatory cytokines and cytotoxic molecules. These effector molecules must be tightly controlled: too little leads to the inability to control the pathogen, and too much can result in a life-threatening cytokine storm and tissue damage. While transcriptional control of effector genes is well-studied, regulation at the levels of RNA stability and translation efficiency by RNA-binding proteins (RBPs) has remained underappreciated. We recently found that several cytokines are tightly regulated through these processes, and we identified ZFP36L2 as one of the responsible RBPs. However, much is still to be learned about the underlying molecular mechanisms. Moreover, there are >1000 putative RBPs, and a systematic analysis of their regulatory activity in T cells is lacking, particularly with regard to the control of effector proteins.
 
Here, we will use a combination of mouse genetics, and molecular and cellular biology to gain a deep understanding of the control of cytokine production by RBPs, using ZFP36L2 as a paradigm. Next, we will take a novel, highly sensitive proteomics approach to systematically identify the RBP repertoire in resting and activated primary human T cells. Complementary functional screens will identify those RBPs that control specific effectors. Selected RBPs identified in these screens will be studied in-depth to understand their roles in T cell responses to acute infection and in tumor models. Lastly, we will define how RBPs can imprint and/or maintain the killer phenotype of human CD8+ T cells. 

This research will significantly advance our understanding of post-transcriptional regulation of T cell effector activity, and it should help us to develop novel tools to drive effective T cell responses against pathogens and malignant cells.
Connecting to the networks of the human brain

ConnectToBrain will introduce whole-brain multi-locus transcranial magnetic stimulation (mTMS), in which the brain-stimulating electric-field location, direction, magnitude and timing are controlled electronically based on real-time high-density electroencephalography (hdEEG) information of activity and connectivity in brain networks. The final mTMS apparatus will consist of 50 coils. Superpositions of electric fields produced by the different overlapping coils allow spatiotemporally millimeter- and millisecond-precise stimulus sequences to arbitrary cortical sites without physical movements of the coil set. Spatial targeting of mTMS will be further improved by measuring individual brain conductivity distributions with ultra-low-field MRI. The proposed hdEEG methodology uses a brain–computer interface (BCI) and a computer–brain interface (CBI) in a closed, algorithmically-controlled loop. BCI receives real-time information about brain activity and connectivity from hdEEG, while CBI adapts mTMS to drive brain activity and connectivity into desired directions. ConnectToBrain will allow unprecedented tracking of dynamic changes and reorganization of brain networks in real-time, and network-targeted closed-loop stimulation. This radically novel technology will cause a paradigm shift from current open-loop practice that is only moderately effective in therapy. We will apply ConnectToBrain to reach new levels of efficacy of therapeutic applications. Patients after stroke and with Alzheimer’s disease will be tested and treated as models of network disorders.
Our high-risk, high-gain endeavor will reach the ambitious goals only through the Synergy of the 3 PIs, world leaders in their complementary areas of expertise (instrumentation, algorithms, translation). If the project succeeds, we expect the value of societal, health and industrial benefits in Europe to exceed €1 billion annually, not to mention the immense value of alleviating human suffering from brain disorders.
Explaining the Timing of Natural Scene Understanding with a Computational Model of Perceptual Categorization

Observers can rapidly perform a variety of visual tasks such as categorizing a scene as open, as outdoor, or as a beach. Although we know that different tasks are typically associated with systematic differences in behavioral responses, to date, little is known about the underlying mechanisms. Here, we implemented a single integrated paradigm that links perceptual processes with categorization processes. Using a large image database of natural scenes, we trained machine-learning classifiers to derive quantitative measures of task-specific perceptual discriminability based on the distance between individual images and different categorization boundaries. We showed that the resulting discriminability measure accurately predicts variations in behavioral responses across categorization tasks and stimulus sets. We further used the model to design an experiment, which challenged previous interpretations of the so-called "superordinate advantage." Overall, our study suggests that observed differences in behavioral responses across rapid categorization tasks reflect natural variations in perceptual discriminability.
Creep and plasticity of glacier ice: a material science perspective

Abstract Major advances in understanding the plasticity of ice have been made during the past 60 years with the development of studies of the flow of glaciers and, recently, with the analysis of deep ice cores in Antarctica and Greenland. Recent experimental investigations clearly show that the plastic deformation of the ice single crystal and polycrystal is produced by intermittent dislocation bursts triggered by long-range interaction of dislocations. Such dislocation avalanches are associated with the formation of dislocation patterns in the form of slip lines and slip bands, which exhibit long-range correlations and scale invariance. Long-range dislocation interactions appear to play an essential role in primary creep of polycrystals and dynamic recrystallization. The large plastic anisotropy of the ice crystal is at the origin of large strain and stress heterogeneities within grains. The use of full- field approaches is now a compulsory proceeding to model the intracrystalline heterogeneities that develop in polycrystals. Ice is now highly regarded among the materials science community. It is considered a model material for understanding deformation processes of crystalline materials and polycrystal modeling.
Natural enzymes for ecological detergents to improve biologically certified washing products

The project NEEDbioWash aims to develop and demonstrate the production of an organic, GMO-free enzyme product by solid state fermentation (SSF) which can boost the washing performance of eco-certified laundry products significantly. It is well-known that enzymes can considerably increase the washing performance as they can degrade stains, which are not removed by surfactants. However, conventional enzymes are not allowed in eco-certified laundry detergents due to the use of GMOs during the production process. The innovative idea of NEEDbioWash consists in using the solid state fermentation technique to avoid the need of genetical modification to enhance productivity.  
The market of organic food and non-food merchandise is growing rapidly, both in the European and the global market growth rates of up to 20% are to observe. This is due the raising awareness of the customers to more healthy products, more responsible use of resources, better working conditions, fair traded goods and animal welfare. In organic-labelled products ingredients produced from or by GMO are strictly forbidden, as the influence of GMO on the human health and the environment are not yet satisfyingly investigated. Organic products aim to be produced as natural as possible, including the used raw materials. We are convinced that it is time to provide conscious customers also an environment-friendly laundry detergent product which is entirely natural and has still outstanding washing performance, as people nowadays have – also in the organic community – no time to care about dirty laundry. This is as well the outcome of SME instrument phase 1 project SSFENZYMES (GA: 740224) finished in May 2017 where a huge market potential for NEEDbioWash within Europe as well as world-wide was confirmed.
UsIng guidelines and beNchmarking to Trigger social entrepreneurship solutions towards better patient-centred cancer care in cENTral Europe

Cancer is a leading cause of death in the EU. But how we experience cancer is changing because survival rates are improving. This shift in ‘what cancer is’ requires a more patient-centered approach to care. To help achieve this, INTENT will: “Put in place know-how, competencies & capacity to capitalise on benchmarking & social entrepreneurship in harmonising & improving patient centered cancer care in Central Europe”.  This will result in: better understanding of what patient-centered care means; new tools and methods to implement this approach; relevant policy recommendations & local stakeholders working together to identify what needs improving & generating innovative solutions.
INTENT outputs that will benefit cancer care providers, patients & policy makers taking part in 5 pilot actions include:
-    A patient-centered cancer care model with implementation guidelines
-    Policy recommendation(s) for adopting the patient-centered model 
-    An online benchmarking tool to show what needs doing better to deliver patient-centered care
-    Performance Improvement Plans that identify local improvement priorities & prospects for social entrepreneurial actions
-    A virtual ‘know how’ centre that will host good practices, benchmarking results & innovative ideas.
The project uses a unique online benchmarking method to leverage improvements in patient-centered cancer care & social entrepreneurial solutions to improve performance. Transnational cooperation matters because the need for better patient-centered care is a shared challenge in Central Europe & making this happen is highly dependent on comparable benchmarking results, good practices & innovative solutions. 
Looking to the future, INTENT will provide the basis for crossover collaboration with industry in unlocking the innovation potential of public services as part of RIS3 and ESIF Operational Programme implementation & next period planning in pilot & partner regions.
Energy efficiency subscription for deep renovation with performance guarantee

EUROPA project will develop an Energy Efficiency Subscription (a set of technical specifications, procedures and standard contractual arrangements) ensuring guaranteed energy savings from the deep renovation of residential buildings. This will be coupled with a technical assistance service, in the form of a one stop shop, enabling coordination and support in the end users investment journey. 
The Energy Efficiency Subscription will consider standards for products and for the level of expertise of craftsmen and professionals, it will define technical standard investment packages and the contractual specifications with the level of performance to be guaranteed. It will also consider the measurement and verification procedure of the performance after the renovation works. The set of standards and specifications will be based on a common format, tailored to the framework conditions of the involved regions and delivered via a web platform.
The coordination and support action will include activities for the promotion of deep energy renovation in the residential building sector working on motivation for end users, engaging market operators as subscribers and by offering a technical assistance service in order to make sure that standards are met and investments intentions turns into reality. The project will save 10 GWh of primary energy and it will trigger 37 million Euro of concrete sustainable energy investments in the following regions: Piemonte (IT), Alto Alentejo (PT), Allgau (DE), Isère (FR) and Latvia, involving the renovation of more than 1000 dwellings. 
Besides, the project will ensure the replicability of the approach across Europe with a customized training activity offered to at least 20 organizations and other dissemination activities in order to widespread the project impact. A mutual learning activity will follow the project partners during the project implementation ensuring knowledge exchange and the strengthening of their technical and soft skills.
Greatfree: the JAVA Apis and Idioms to Program Large-Scale Distributed Systems

This paper introduces a series of APIs and idioms in Java SE (Java Standard Edition), GreatFree, to program large-scale distributed systems from scratch without adopting any third party frameworks. When programming with GreatFree, developers are required to take care of rather than be invisible to most of the implementation issues in a distributed system. It not only strengthens developers’ skills to polish a system but also provides them with the techniques to create brand new and creative systems. However, taking care of many such issues is a heavy load because of the low-level of Java SE. To alleviate the burden to program with Java SE directly, GreatFree provides numerous APIs and idioms in Java SE to help programmers resolve indispensable distributed problems, such as communication programming, serialization, asynchronous and synchronous programming, resource management, load balancing, caching, eventing, requesting/responding, multicasting, and so forth. Additionally, as an open source tool to program, developers are able to strengthen their systems through not only adjusting GreatFree parameters but also upgrading GreatFree APIs and idioms themselves. According to the current intensive experiments, it is convenient for developers to program an ordinary or a large-scale distributed system from scratch with GreatFree.
METHODS AND DEVICES FOR DETECTION AND IDENTIFICATION OF ENCODED BEADS AND BIOLOGICAL MOLECULES

The invention relates to methods and devices used in the sequencing, separation, detection, and identification of objects and biological molecules. In preferred embodiments, the invention relates to a DNA sequencing system based on cyclic sequencing by synthesis which is performed on beads in three-dimensional vessels and detected using monolithic multicapillary arrays. In other embodiments, the invention relates to a bead comprising two or more luminescent labels coupled to a nucleic acid sequence. In further embodiments, said luminescent labels are quantum dots.
Infrared identification of the σ-complex of Cl-C6H6 in the reaction of chlorine atom and benzene in solid para-hydrogen

The reaction of a chlorine atom with benzene (C6H6) is important in organic chemistry, especially in site-selective chlorination reactions, but its product has been a subject of debate for five decades. Previous experimental and theoretical studies provide no concrete conclusion on whether the product is a π- or σ-form of the Cl-C6H6 complex. We took advantage of the diminished cage effect of para-hydrogen (p-H2) to produce Cl in situ to react with C6H6 (or C6D6) upon photolysis of a Cl2/C6H6 (or C6D6)/p-H2 matrix at 3.2 K. The infrared spectrum, showing intense lines at 1430.5, 833.6, 719.8, 617.0, and 577.4 cm(−1), and several weaker ones for Cl-C6H6, and the deuterium shifts of observed new lines unambiguously indicate that the product is a 6-chlorocyclohexadienyl radical, i.e., the σ-complex of Cl-C6H6. Observation of the σ-complex rather than the π-complex indicates that the σ-complex is more stable in solid p-H2 at 3.2 K. The spectral information is crucial for further investigations of the Cl + C6H6 reaction either in the gaseous or solution phase.
Adaptive Filtering with Variable Step Size using GLMS Algorithm

Now a day, wireless communication has become an essential part of life in many parts of the world. With the deployment of communication everywhere, it became very crucial to pay attention to its technological betterment. It is essential to address the problems associated with different types of communication channels and to find out probable solutions. When dealing with multipath fading channels, Intersymbol Interference (ISI) occurs during transmission. It is necessary to know the channel characteristics for solving the problems associated with it. Hence researches on channel equalization and channel estimation have been carried out by many researchers. Different kinds of adaptive filtering are used for channel equalization and estimation. Therefore we pay attention in the area of digital signal processing that deals with the deployment of digital filtering. In the last thirty years significant contributions have been made in the signal processing field.
UNITIZED COMPOSITE FABRICS WITH CROSS MACHINE WAVE-LIKE SHAPING AND METHODS FOR MAKING SAME

A manufacturing method for producing a unitized composite material has been discovered. An assembly of loose fibers or fiber and fabric combinations is formed where at least one of the layered elements contains a bondable material such as a thermally sensitive bonding fiber. The un-bonded layered assembly is shaped into a wavy form having a repeating wave-like pattern of the desired amplitude and wavelength. The amplitude and wavelength of the repeating waves can be altered such as by changing the relative speeds of a transfer device and an oven wire and the height of the transfer device relative to the height of the oven wire using simple machinery control settings. The shaped assembly is subsequently bonded in an oven or other activation step preserving the wave-like shaping when cooled or removed from the activation effect.