mhurhangee/ep-ind-claims huggingface dataset:
A method of diagnosing lung cancer comprising the steps of: (a) determining an expression profile of a predetermined set of miRNAs in a blood cell sample from a patient, wherein the predetermined set of miRNAs comprises hsa-miR-15a, and (b) comparing said expression profile to a reference expression profile, wherein the comparison of said determined expression profile to said reference expression profile allows for the diagnosis of lung cancer. (a) determining an expression profile of a predetermined set of miRNAs in a blood cell sample from a patient, wherein the predetermined set of miRNAs comprises hsa-miR-15a, and (b) comparing said expression profile to a reference expression profile, wherein the comparison of said determined expression profile to said reference expression profile allows for the diagnosis of lung cancer.
Frame for transporting a machine tool, in particular a saw, comprising a base frame part and a handle frame part, which is adjustable relative to the base frame part between a transport position provided for transporting the machine tool and an operating position provided for the operation of the machine tool, wherein the frame can be placed on a ground and has a roller arrangement for rolling the frame on the ground, and wherein the handle frame part has a handle section provided for gripping the frame in the transport position, wherein the handle section is connected to the base frame part in the operating position by means of a handle mounting device located at a distance from at least one bearing (50, 51) and forms a support for supporting the machine tool on the ground, characterised in that the handle frame part is mounted for movement between the transport position and the operating position by means of the least one bearing (50, 51), which comprises a pivot bearing, by which the handle frame part is mounted on the base frame part in a directly or indirectly pivotable manner.
A computer implemented method for determining orientation of stress or cracks in an underground formation including a horizontally transverse isotropic, HTI, layer, the method comprising: performing isotropic elastic inversions on portions of seismic data acquired during a seismic survey of the underground formation to obtain values of one or more effective elastic parameters or combinations thereof, the portions of the seismic data corresponding to distinct source-receiver azimuth ranges; calculating azimuthal Fourier coefficients, AFCs, for each of the one or more effective elastic parameters or combinations based on the values; estimating an anisotropy axis orientation by solving equations that correspond to a minimization of distance between the calculated AFCs and expected AFCs corresponding to an HTI assumption; and using the estimated anisotropy axis orientation to design a hydrocarbon production plan. performing isotropic elastic inversions on portions of seismic data acquired during a seismic survey of the underground formation to obtain values of one or more effective elastic parameters or combinations thereof, the portions of the seismic data corresponding to distinct source-receiver azimuth ranges; calculating azimuthal Fourier coefficients, AFCs, for each of the one or more effective elastic parameters or combinations based on the values; estimating an anisotropy axis orientation by solving equations that correspond to a minimization of distance between the calculated AFCs and expected AFCs corresponding to an HTI assumption; and using the estimated anisotropy axis orientation to design a hydrocarbon production plan.
Consumer control method for controlling one or more energy consumers inside a building, in particular inside a house, apartment or commercial property using historicized energy consumption values (Ee) within an energy consumption recording period (Te) of at least one energy consumption meter, where a future energy consumption (Emp) of the energy consumer is forecast by analysing the type and profile of the energy consumption values (Ee), and the energy consumer is controlled, in particular activated or deactivated, on the basis of the forecast energy consumption (Emp), where templates are defined from past consumption data that characterize a currently just-past energy consumption situation, and where a search is conducted in historic entries for situations matching this template as closely as possible, in order to predict expected further energy consumption actions by the user by correlation with historic consumption profiles, characterized in that a future energy consumption (Emp) within a future forecast period (Tmp), which is part of an observation period (Tm) of less than or equal to 24 hours, preferably less than or equal to 12 hours and in particular less than or equal to 6 hours, is forecast, where within the entire energy recording period (Te) of an energy consumption curve (Ee) one or more past energy consumption time phases (Tto) are searched for as initial ranges of one or more template consumption profiles (Tt) whose consumption curves (Eto) exhibit, depending on boundary parameters such as clock time, weekday, weather conditions, calendar data and/or personal calendar entries, a correlation with a currently expired consumption curve (Emo) within the time range (Tmo) of the observation period (Tm), such that for the future consumption to be expected in the short term within the forecast period (Tmp), a consumption profile (Emp) is stipulated on the basis of the energy curve(s) (Etp) of the energy consumption time phases (Ttp) of the template consumption profiles (Tt) that follow the energy consumption phases (Tto), where activation/deactivation of the energy consumer takes place on the basis of the consumption profile (Emp) within the forecast period (Tmp).
An automated device for milking animals, the device comprising: at least two sensors (12, 13) for measuring at least two parameters, respectively, of an animal to be milked, a processor which is operatively coupled to the at least two sensors (12, 13), wherein the processor is configured for: - comparing the measured parameters with respective absolute limit values, and - generating an attention value when a first specific number (A 1) of the measured parameters exceed the respective absolute limit values, and a signalling element, coupled to the processor, for indicating a representation of the attention value, characterized in that the processor is further configured for: - comparing at least one of the measured parameters with a respective adjusted limit value, and - generating the attention value when a second specific number (A 2) of the measured parameters exceed the respective absolute limit values and a third specific number (A 3) of the measured parameters exceed the respective adjusted limit values, and wherein: - A 1 ≥ 1, - A 2 < A 1, - A 3 ≥ 2 if A 2 = 0, and - A 3 ≥1 for all other values of A 2. at least two sensors (12, 13) for measuring at least two parameters, respectively, of an animal to be milked, a processor which is operatively coupled to the at least two sensors (12, 13), wherein the processor is configured for: - comparing the measured parameters with respective absolute limit values, and - generating an attention value when a first specific number (A 1) of the measured parameters exceed the respective absolute limit values, and - comparing the measured parameters with respective absolute limit values, and - generating an attention value when a first specific number (A 1) of the measured parameters exceed the respective absolute limit values, and a signalling element, coupled to the processor, for indicating a representation of the attention value, characterized in that the processor is further configured for: - comparing at least one of the measured parameters with a respective adjusted limit value, and - generating the attention value when a second specific number (A 2) of the measured parameters exceed the respective absolute limit values and a third specific number (A 3) of the measured parameters exceed the respective adjusted limit values, and wherein: - A 1 ≥ 1, - A 2 < A 1, - A 3 ≥ 2 if A 2 = 0, and - A 3 ≥1 for all other values of A 2. - comparing at least one of the measured parameters with a respective adjusted limit value, and - generating the attention value when a second specific number (A 2) of the measured parameters exceed the respective absolute limit values and a third specific number (A 3) of the measured parameters exceed the respective adjusted limit values, and wherein: - A 1 ≥ 1, - A 2 < A 1, - A 3 ≥ 2 if A 2 = 0, and - A 3 ≥1 for all other values of A 2.
A message transfer system comprising:- a first interface, arranged to facilitate an input of an at least one message to the message transfer system, a second interface, arranged to facilitate an output of the at least one message from the message transfer system, a message queue, characterized in that, the message queue is arranged to facilitate a processing of the at least one message through the message transfer system between the first interface and the second interface, and, input to the first interface being directed to the message queue, wherein the processing comprises that the at least one message is subject to administration by the message queue, the message transfer system further comprises a message transfer node (20 22 23 24 25 26 27), arranged to comprise the message queue as its own associated message queue, such that the message queue is arranged as distributed. a first interface, arranged to facilitate an input of an at least one message to the message transfer system, a second interface, arranged to facilitate an output of the at least one message from the message transfer system, a message queue,
A perfuming element for garments, usable in dry cleaning, based on solvents, which comprises a perfuming substance supported by a gradual-release support element of the perfuming substance, characterized in that the support element is made of polyethylene granules provided with micropores.
An electromechanical joining module for applying a linear force onto a joining element and comprising a stator which represents the stationary part of the joining module, a tappet that is extendible in a linear direction out of the stator and has an outer tappet end, further comprising a force transducer for detecting forces that are applied during operation from the tappet end onto the joining element, wherein said force transducer is attached in the area of the tappet end and is provided with sensor electronics for wireless transmission of measurement data by means of near field telemetry, said sensor electronics being connected to a tappet coil which extends over the entire extendible portion of the tappet, wherein said stator comprises stator electronics close to said tappet coil for wirelessly supplying power to said sensor electronics and for receiving the measurement data by means of near field telemetry.
A quartz glass member co-doped with titania and sulfur and containing 3 to 10% by weight of titania, the contents of any elements other than silicon, titanium, sulfur, oxygen, hydrogen and chlorine being each less than or equal to 1000 ppm, and characterised by a sulfur concentration greater than or equal to 500 ppm and less than or equal to 50,000 ppm.
Concentrated aqueous detergent composition comprising: - a subtilisin, - a lipase, - an amylase, - a biodegradable chelating agent selected from methyl glycine diacetic acid and an iminodisuccinate, and - water, said concentrated detergent composition being free of alkanolamine. - a subtilisin, - a lipase, - an amylase, - a biodegradable chelating agent selected from methyl glycine diacetic acid and an iminodisuccinate, and - water,
Method for the oxidative treatment of a liquid phase and/or a gas phase and/or a solid phase, characterized in that ozone and at least one organic ozonide, prepared aprotically in a separate operation and taking the form of a cream-like or oil-like substance, are added for the treatment, the method being carried out in the presence of water and so the ozonide, the ozone and the water reacting such that hydroxyl radicals are formed which in a chain reaction unselectively oxidize organic constituents of the phase that is to be treated to their highest oxidation state.
A wireless transmit/receive unit, WTRU, comprising: means for receiving data over a plurality of logical channels, each logical channel being associated with a Quality of Service, QoS, requirement and being associated with a pre-configured data rate; a multiplexing means for multiplexing data from the plurality of logical channels into an enhanced medium access control, MAC-e, protocol data unit, PDU, based on the pre-configured data rate for each of the plurality of logical channels and a priority associated with each of the plurality of the logical channels to maintain the QoS requirements of the logical channels, wherein maintaining the QoS requirements includes determining which of the data rates of the logical channels can be combined with other data rates; and means for transmitting the MAC-e PDU over an uplink transport channel. means for receiving data over a plurality of logical channels, each logical channel being associated with a Quality of Service, QoS, requirement and being associated with a pre-configured data rate; a multiplexing means for multiplexing data from the plurality of logical channels into an enhanced medium access control, MAC-e, protocol data unit, PDU, based on the pre-configured data rate for each of the plurality of logical channels and a priority associated with each of the plurality of the logical channels to maintain the QoS requirements of the logical channels, wherein maintaining the QoS requirements includes determining which of the data rates of the logical channels can be combined with other data rates; and means for transmitting the MAC-e PDU over an uplink transport channel.
A dispersion paint for inside and outside use, containing a) 2 - 30% polymeric dispersion calculated as solids content, b) 5 - 50% zinc sulphide as pigment, c) 15 - 50% filling material selected from the group consisting of calcium carbonate, talcum, kaolin, chalk and aluminosilicate, d) 0,5 - 5% siliconate and e) supplemented to 100% with water content, characterised in that it contains zinc sulphide without further pigments. a) 2 - 30% polymeric dispersion calculated as solids content, b) 5 - 50% zinc sulphide as pigment, c) 15 - 50% filling material selected from the group consisting of calcium carbonate, talcum, kaolin, chalk and aluminosilicate, d) 0,5 - 5% siliconate and e) supplemented to 100% with water content, characterised in that it contains zinc sulphide without further pigments.
A system for remote household appliance control based on a mobile communication network, comprising: a remote control access device and a remote control executor which includes a control manager and one or more remote control controllers, wherein the remote control access device is provided with a mobile communication module inside for accessing an existing mobile communication network to interact with a mobile terminal and interacts with the control manager via a wired network; the remote control access device is configured to send a menu request carrying number information of the mobile terminal to the control manager after receiving an unstructured supplementary service data, USSD, session request sent by the mobile terminal; and forward a USSD menu sent from the control manager to the mobile terminal, and then receive content of a USSD session containing an operation act on a selected household appliance sent from the mobile terminal, and forward the content of the USSD session to the control manager; wherein the control manager is configured to store a first corresponding relationship of the number information of the mobile terminal and USSD menu information, after receiving the menu request, send the locally stored USSD menu containing information about controlled household appliances to the remote control access device according to the first corresponding relationship, so as to start the USSD session with the mobile terminal through the remote control access device; and, store a second corresponding relationship of an infrared code type, identification information of the remote control controller, identification information of a controlled household appliance and an operation act; the control manager is further configured to transmit the corresponding infrared code type to the corresponding remote control controller according to the second corresponding relationship after receiving the content of the USSD session; the remote control controller is configured to transmit an infrared control signal according to the corresponding infrared code type to the corresponding household appliance to perform the operation act.
A gear apparatus, comprising: an epicyclic gear train including a carrier supporting intermediate gears that mesh with a sun gear, and a ring gear surrounding and meshing with the intermediate gears, characterised in that: the intermediate gears are supported on respective journal bearings, each of the journal bearings including a peripheral journal surface and each of the intermediate gears including a radially inner journal surface in contact with the peripheral journal surface of the respective journal bearing; the epicyclic gear train has a gear reduction ratio of greater than or equal to 2.3; and the ring gear comprises first and second portions (40, 42) that abut at a radial interface, and each portion (40, 42) comprises an inner surface having teeth, an outer circumferential surface, a flange that extends radially outwardly from the outer surface away from the teeth, and a plurality of lubrication passages at the radial interface that open at the inner surface and the flange, wherein the passages are interrupted by an internal annular cavity formed between the first and second portions (40, 42) at the radial interface. an epicyclic gear train including a carrier supporting intermediate gears that mesh with a sun gear, and a ring gear surrounding and meshing with the intermediate gears, the intermediate gears are supported on respective journal bearings, each of the journal bearings including a peripheral journal surface and each of the intermediate gears including a radially inner journal surface in contact with the peripheral journal surface of the respective journal bearing; the epicyclic gear train has a gear reduction ratio of greater than or equal to 2.3; and the ring gear comprises first and second portions (40, 42) that abut at a radial interface, and each portion (40, 42) comprises an inner surface having teeth, an outer circumferential surface, a flange that extends radially outwardly from the outer surface away from the teeth, and a plurality of lubrication passages at the radial interface that open at the inner surface and the flange, wherein the passages are interrupted by an internal annular cavity formed between the first and second portions (40, 42) at the radial interface.
A currency processing machine having a note path (110, 210), the currency processing machine comprising: a note feeder (106, 206) for introducing notes to the note path (110, 210); at least one gross defects (108, 208) detector located downstream of the note feeder (106, 206) along the note path (110, 210); at least one note characteristics detector (104, 216) located downstream of the gross defects detector (108, 208) along the note path (110, 210); and a cull pocket (114, 214) for collection of notes having gross defects as detected by the at least one gross defects detector (108, 208), the cull pocket (114, 214) being located along the note path (110, 210) between the at least one gross defects detector (108, 208) and the at least one note characteristics detector (104, 216); characterized in that the at least one gross defects detector (108, 208) is arranged to detect if the note has a gross defect that would make the note difficult or unfit to process further, given tolerances of at least one note characteristics detector (104, 216) located downstream of the at least one gross defects detector (108, 208) and a speed of transport of the note downstream of the at least one gross defects detector (108, 208). a note feeder (106, 206) for introducing notes to the note path (110, 210); at least one gross defects (108, 208) detector located downstream of the note feeder (106, 206) along the note path (110, 210); at least one note characteristics detector (104, 216) located downstream of the gross defects detector (108, 208) along the note path (110, 210); and a cull pocket (114, 214) for collection of notes having gross defects as detected by the at least one gross defects detector (108, 208), the cull pocket (114, 214) being located along the note path (110, 210) between the at least one gross defects detector (108, 208) and the at least one note characteristics detector (104, 216); characterized in that the at least one gross defects detector (108, 208) is arranged to detect if the note has a gross defect that would make the note difficult or unfit to process further, given tolerances of at least one note characteristics detector (104, 216) located downstream of the at least one gross defects detector (108, 208) and a speed of transport of the note downstream of the at least one gross defects detector (108, 208).
Apparatus for electromagnetically, in particular optically, monitoring products of the tobacco processing industry in a monitoring zone, which apparatus comprises a device for conveying the products one after the other in a single-layered row through the monitoring zone, having a device for evaluating images captured by imaging devices (2, 3), and at least two imaging devices (2, 3) oriented onto the monitoring zone from different directions are provided, two imaging devices (2, 3) being oriented onto the at least one product, characterised in that the imaging devices (2, 3) are offset and angled relative to one another in such a way that a part-region of the surface of the product is imaged twice from two different viewing angles and the device is configured to compare with one another the data belonging to the images recorded by the imaging devices (2, 3).
Device for the supply of a gas comprising: • a plurality of gas vessels, preferably in the form of gas cylinders; • a frame defining a space for arranging said plurality of gas vessels; • a manifold, fluidly connectable to said plurality of gas vessels via ducts, the device comprising at least one coupling body removably coupled to the manifold, • a manifold valve coupled to the coupling body, being fluidically connected to the manifold via the coupling body so that, in use condition, gas flows from the gas vessels to the manifold via the ducts, and subsequently gas flows through the manifold into the coupling body, and from the coupling body into the manifold valve, characterised in that said coupling body is threaded and is coupled to a thread of the manifold, and said manifold valve is removably coupled to the coupling body. • a plurality of gas vessels, preferably in the form of gas cylinders; • a frame defining a space for arranging said plurality of gas vessels; • a manifold, fluidly connectable to said plurality of gas vessels via ducts, the device comprising at least one coupling body removably coupled to the manifold, • a manifold valve coupled to the coupling body, being fluidically connected to the manifold via the coupling body so that, in use condition, gas flows from the gas vessels to the manifold via the ducts, and subsequently gas flows through the manifold into the coupling body, and from the coupling body into the manifold valve, characterised in that said coupling body is threaded and is coupled to a thread of the manifold, and said manifold valve is removably coupled to the coupling body.