mhurhangee/ep-ind-claims huggingface dataset:
A pharmaceutical composition comprising a plurality of microRNAs and a pharmaceutically acceptable carrier and/or diluent and/or excipient, said plurality of micro mRNAs comprising a microRNA comprising nucleotides 1-8 of SEQ ID NO:1, a microRNA comprising nucleotides 2-11 of SEQ ID NO:2, a microRNA comprising nucleotides 2-11 of SEQ ID NO:3, a microRNA comprising nucleotides 2-8 of SEQ ID NO:4, a microRNA comprising nucleotides 2-11 of SEQ ID NO:5, a microRNA comprising nucleotides 2-8 of SEQ ID NO:6, a microRNA comprising nucleotides 2-11 of SEQ ID NO:7, a microRNA comprising nucleotides 2-11 of SEQ ID NO:8, a microRNA comprising nucleotides 2-11 of SEQ ID NO:9, a microRNA comprising nucleotides 2-11 of SEQ ID NO:10 and a microRNA comprising nucleotides 2-11 of SEQ ID NO:11, wherein the nucleotide positions are indicated with reference to the 5' terminus of the sequence.
A lithography machine comprising: a projection lens system for focusing one or more exposure beams onto a target; a moveable table for carrying the target; a capacitive sensing system for making a measurement related to a distance between a final focusing element of the projection lens system and a surface of the target; and a control unit for controlling movement of the moveable table to adjust a position of the target based at least in part on a signal from the capacitive sensing system, wherein the capacitive sensing system comprises a plurality of capacitive sensors, each comprising a thin film structure comprising a sensing electrode and a back guard electrode, the thin film structure being flexible, wherein the capacitive sensors and the final focusing element of the projection lens system are mounted directly to a common base, and wherein the sensors are located in close proximity to an edge of the final focusing element of the projection lens system, and wherein the plurality of capacitive sensors are integrated into a flexible printed circuit structure, the flexible printed circuit structure comprising a flexible insulating base layer. a projection lens system for focusing one or more exposure beams onto a target; a moveable table for carrying the target; a capacitive sensing system for making a measurement related to a distance between a final focusing element of the projection lens system and a surface of the target; and a control unit for controlling movement of the moveable table to adjust a position of the target based at least in part on a signal from the capacitive sensing system, wherein the capacitive sensing system comprises a plurality of capacitive sensors, each comprising a thin film structure comprising a sensing electrode and a back guard electrode, the thin film structure being flexible, wherein the capacitive sensors and the final focusing element of the projection lens system are mounted directly to a common base, and wherein the sensors are located in close proximity to an edge of the final focusing element of the projection lens system, and wherein the plurality of capacitive sensors are integrated into a flexible printed circuit structure, the flexible printed circuit structure comprising a flexible insulating base layer.
Cladding device for a side skirt of a passenger vehicle, comprising a skirt lining, which has first and second cladding elements (24, 46) movably coupled to one another and arranged in a longitudinal region of the side skirt below a door opening, and comprising a drive unit, by means of which the cladding elements (24, 46) can be moved together between a first functional position and a second functional position, the first cladding element being pivotable about a first axis and the second cladding element being pivotable about a second axis, the second cladding element being mounted by means of a bearing device on the first cladding element so as to be pivotable about the second axis and the displacement movement of the second cladding element relative to the first cladding element being positively controlled by means of a link, characterized in that the bearing device comprises a coupler which is mounted on the first cladding element so as to be pivotable about the second axis and is connected to the second cladding element.
A method for performing channel access, in a station, STA, used in a wireless communication system, the method comprising: transmitting information about a listening interval of the STA to an access point, AP, in order to inform the AP of how often the STA in a power save, PS, mode will wake up and listen to a beacon frame from the AP; and performing the channel access based on a mode of the STA, wherein the STA receives the beacon frame including a traffic indication map, TIM, element in the listening interval and checks the TIM element when the mode of the STA is a TIM mode, and wherein the STA transmits a PS-Poll for the channel access to the AP in the listening interval instead of receiving the beacon frame including the TIM element when the mode of the STA is a non-TIM mode. transmitting information about a listening interval of the STA to an access point, AP, in order to inform the AP of how often the STA in a power save, PS, mode will wake up and listen to a beacon frame from the AP; and performing the channel access based on a mode of the STA, wherein the STA receives the beacon frame including a traffic indication map, TIM, element in the listening interval and checks the TIM element when the mode of the STA is a TIM mode, and wherein the STA transmits a PS-Poll for the channel access to the AP in the listening interval instead of receiving the beacon frame including the TIM element when the mode of the STA is a non-TIM mode.
A turbine system comprising: a compressor; an intake section comprising a filter house and an inlet duct, wherein the intake section is coupled to the compressor and the filter house is upstream from the inlet duct; the system characterized by a processor configured to: receive one or more filter degradation rates for one or more filtration stages of the filter house; predict a compressor degradation rate for the compressor using a compressor degradation prediction model that provides a function of performance of the compressor based on the one or more filter degradation rates; and perform one or more preventative actions based on the compressor degradation rate prediction. a compressor; an intake section comprising a filter house and an inlet duct, wherein the intake section is coupled to the compressor and the filter house is upstream from the inlet duct; the system characterized by a processor configured to: receive one or more filter degradation rates for one or more filtration stages of the filter house; predict a compressor degradation rate for the compressor using a compressor degradation prediction model that provides a function of performance of the compressor based on the one or more filter degradation rates; and perform one or more preventative actions based on the compressor degradation rate prediction. receive one or more filter degradation rates for one or more filtration stages of the filter house; predict a compressor degradation rate for the compressor using a compressor degradation prediction model that provides a function of performance of the compressor based on the one or more filter degradation rates; and perform one or more preventative actions based on the compressor degradation rate prediction.
A tool for producing a hole in a component composed of a thermoplastic, continuous-fibre-reinforced and/or thermoset, continuous-fibre-reinforced polymer by means of a mandrel, having: - an upper tool part having an opening for passing through the mandrel; and - a lower tool part having an opening for inserting the mandrel; wherein the upper and/or lower tool part (101, 103) have/has at the opening (109, 111) a cavity (105, 107) for receiving the material displaced by the mandrel when the hole is produced, characterised in that the total volume (V1 + V2) of the cavity (105, 107) with the mandrel inserted corresponds to the volume of the material displaced by the mandrel. - an upper tool part having an opening for passing through the mandrel; and - a lower tool part having an opening for inserting the mandrel;
Hunting and sports weapon with a mounting for a telescopic sight consisting of an assembly body connected indirectly or directly to the telescopic sight and which can be connected in load-transmitting and clampable manner to an assembly base rail connected to the weapon, wherein the weapon-side assembly base rail has upwardly directed front, central and rear support surfaces (65, 66, 67) separated from one another by a central longitudinal groove and on which the rail-like, telescopic sight-side assembly body rests in load-transmitting and clampable manner and in that in the front region of the assembly body is attached a recoil support which engages as a transverse-running profile part in an assigned groove on the upper side of the assembly base rail and is centred there via centring surfaces (48a, 58a), and in that on the rear edge of the assembly base rail is arranged a spring plate parallel to the recoil support and which engages with longitudinal play in an assigned groove on the upper side of the assembly base rail and is centred there via centring surfaces (48b, 58b), characterised in that the recoil support and the spring plate are designed as C-shaped or U-shaped profile parts, the base limb of which extends transversely to the longitudinal extension of the assembly base rail and the side limbs (27, 28; 35, 36) of which have inner-lying, respectively opposite centring surfaces (29, 30; 37, 38) which rest on assigned, straightened, lateral centring surfaces (48a, 48b; 58a, 58b) on the opposite part, for example of the assembly base rail, and respectively a centring surface (30, 38) in the region respectively of a side limb (27, 36) of recoil support and spring plate forms an angle (31, 39) to the vertical, whereas the opposite centring surface (29, 37) is aligned parallel to the vertical.
A plated steel sheet having a fine and even plating texture, the plated steel sheet comprising: a Zn-based plating layer formed on a steel sheet by hot-dipping, then contact-type pressure cooling, wherein the Zn-based plating layer includes a Zn single-phase structure having an average size of more than 0 to 5 μm or less, a Zn single-phase distribution B/A in the plating layer satisfies a condition of being 0.5 to 1.0, and thus the Zn single-phase is formed having an even distribution with respect to a thickness direction of the plating layer, wherein A is a fraction of the entire Zn single-phase with respect to the thickness direction of the plating layer and B is a fraction of the Zn single-phase in an outer surface layer portion of the plating layer, wherein the outer surface layer portion may mean a region within about 1/2 the entire thickness of the plating layer on the outer surface of the plating layer along the thickness direction of the plating layer, wherein the fraction of the Zn single-phase of the plating layer is 15 to 40% by area, and wherein the Zn-based plating layer consists of 0.1 to 7 wt% of Mg, 1 to 9 wt% of Al, and the balance of Zn, and wherein the Zn-based layer has a thickness of 5 to 50 μm, wherein the fraction of Zn single-phase is determined by calculating a surface fraction of the Zn single-phase through an image analyzer from an image of the cross-sectional of the plating layer observed using an optical microscope. a Zn-based plating layer formed on a steel sheet by hot-dipping, then contact-type pressure cooling, wherein the Zn-based plating layer includes a Zn single-phase structure having an average size of more than 0 to 5 μm or less, a Zn single-phase distribution B/A in the plating layer satisfies a condition of being 0.5 to 1.0, and thus the Zn single-phase is formed having an even distribution with respect to a thickness direction of the plating layer, wherein A is a fraction of the entire Zn single-phase with respect to the thickness direction of the plating layer and B is a fraction of the Zn single-phase in an outer surface layer portion of the plating layer, wherein the outer surface layer portion may mean a region within about 1/2 the entire thickness of the plating layer on the outer surface of the plating layer along the thickness direction of the plating layer, wherein the fraction of the Zn single-phase of the plating layer is 15 to 40% by area, and wherein the Zn-based plating layer consists of 0.1 to 7 wt% of Mg, 1 to 9 wt% of Al, and the balance of Zn, and wherein the Zn-based layer has a thickness of 5 to 50 μm, wherein the fraction of Zn single-phase is determined by calculating a surface fraction of the Zn single-phase through an image analyzer from an image of the cross-sectional of the plating layer observed using an optical microscope.
A robot cleaner comprising: a body defining an exterior appearance of the robot cleaner; a cleaning module coupled to the body and capable of performing cleaning with water; a water tank capable of being withdrawn from the body, and storing water to be supplied to the cleaning module; characterized in that the robot cleaner further comprises: a light source disposed inside the body and configured that light emitted from the light source pass through the water tank and be then discharged to an outside of the body. a body defining an exterior appearance of the robot cleaner; a cleaning module coupled to the body and capable of performing cleaning with water; a water tank capable of being withdrawn from the body, and storing water to be supplied to the cleaning module; characterized in that the robot cleaner further comprises: a light source disposed inside the body and configured that light emitted from the light source pass through the water tank and be then discharged to an outside of the body.
A rotary projector for a coating material, comprising - a fixed body, - a coating material spraying member (1; 101; 201; 301; 401), - means for rotating the spraying member (1; 101; 201; 301; 401) around a rotational axis (X 1; X 101; X 201; X 301; X 401), - means (21; 121; 321) for supplying the spraying member (1; 101; 201; 301; 401) with a coating material, the spraying member (1; 101; 201; 301; 401) for the coating material comprising: - at least one flow surface (11; 211; 311; 411) for receiving the coating material, - at least one edge (12; 212; 312; 412) for spraying the coating material, the edge (12; 212; 312; 412) being in fluid communication with the flow surface (11; 211; 311; 411), the rotary projector also comprising means (3; 103; 203; 303; 403) for injecting air into a region located radially (Y 1; Y 401) inside the space defined by the flow surface (11; 211; 311) and upstream from the edge (12; 212; 312; 412), the air-injecting means (3; 103; 203; 303; 403) being separate from the coating material supply means (21; 121; 321), the air-injecting means (3; 103; 203; 303; 403) including an air dispenser (30; 130; 230; 330; 430) characterized in that the air dispenser (30; 130; 230; 330; 430) is arranged in an upstream portion (11.1; 311.1) of the flow surface (11; 211; 311; 411) to inject air into a central area (11.3; 211.3), radially (Y 1; Y 401) and axially (X 1; X 401), of the flow surface (11; 211; 311; 411). - a fixed body, - a coating material spraying member (1; 101; 201; 301; 401), - means for rotating the spraying member (1; 101; 201; 301; 401) around a rotational axis (X 1; X 101; X 201; X 301; X 401), - means (21; 121; 321) for supplying the spraying member (1; 101; 201; 301; 401) with a coating material, - at least one flow surface (11; 211; 311; 411) for receiving the coating material, - at least one edge (12; 212; 312; 412) for spraying the coating material, the edge (12; 212; 312; 412) being in fluid communication with the flow surface (11; 211; 311; 411),
Computer-implemented method for reproducing noise components of lossy recorded operating signals of a technical system, wherein a) input operating signals for a control device of the technical system and target operating signals for controlling the technical system are lossy recorded, b) on the basis of the recorded operating signals (CSI, CST), a neural network (NN, BNN) is trained to reproduce a recorded target operating signal and a statistical distribution of a stochastic component of the recorded target operating signal on the basis of a recorded input operating signal, c) a current input operating signal of the technical system is supplied to the trained neural network (NN, BNN), d) an output signal having a noise component modelled on the statistical distribution is generated on the basis of the supplied current input operating signal and a noise signal, and e) the output signal is output as the current target operating signal for controlling the technical system. a) input operating signals for a control device of the technical system and target operating signals for controlling the technical system are lossy recorded, b) on the basis of the recorded operating signals (CSI, CST), a neural network (NN, BNN) is trained to reproduce a recorded target operating signal and a statistical distribution of a stochastic component of the recorded target operating signal on the basis of a recorded input operating signal, c) a current input operating signal of the technical system is supplied to the trained neural network (NN, BNN), d) an output signal having a noise component modelled on the statistical distribution is generated on the basis of the supplied current input operating signal and a noise signal, and e) the output signal is output as the current target operating signal for controlling the technical system.
A device for analyzing and/or generating a polarization state of a measurement point of a target object, the device comprising: - a polarizer suitable for selecting, from incident light waves, a light beam rectilinearly polarized in a predefined direction, - a first birefringent element suitable for being passed through by said light beam, - a second birefringent element identical to the first element and suitable for being passed through by said light beam, said light beam then being intended to be directed directly or indirectly toward said object to be reflected in the form of a reflected beam, characterized in that an optical assembly, consisting of one or more optical elements, is situated on an optical path lying between the first element and the second element, the optical assembly consisting of: - an odd number of mirrors, or, - an odd number of half-wave plates, or, - an odd combined number of mirrors or half-wave plates. - a polarizer suitable for selecting, from incident light waves, a light beam rectilinearly polarized in a predefined direction, - a first birefringent element suitable for being passed through by said light beam, - a second birefringent element identical to the first element and suitable for being passed through by said light beam, said light beam then being intended to be directed directly or indirectly toward said object to be reflected in the form of a reflected beam, - an odd number of mirrors, or, - an odd number of half-wave plates, or, - an odd combined number of mirrors or half-wave plates.
A method of determining the radio-responsiveness of a cancer, the method comprising quantifying the level of manganese in a test sample from the cancer, wherein the lower the level of manganese in the test sample, the more sensitive the cancer is to radiation and the higher the level of manganese in the test sample the more resistant the cancer is to radiation.
A rechargeable battery comprising: an angular battery can having a positive electrode terminal and a negative electrode terminal; a group of electrodes (2, 3) arranged in the angular battery can, in which a sheet-shaped positive electrode electrically connected to the positive electrode terminal and a sheet-shaped negative electrode electrically connected to the negative electrode terminal are stacked or laminated with a separator interposed between them; and first and second insulating auxiliary sheets having a width along a direction of a long-side of a plane of the angular battery can on which the positive electrode terminal and the negative electrode terminal are formed, which is greater than a width of the group of electrodes along the long-side, and having a thickness substantially covering or filling a round part of a corner of the angular battery can, respectively; wherein the first and the second insulating auxiliary sheets are arranged to sandwich the group of electrodes from sides of the group corresponding to the long-side. an angular battery can having a positive electrode terminal and a negative electrode terminal; a group of electrodes (2, 3) arranged in the angular battery can, in which a sheet-shaped positive electrode electrically connected to the positive electrode terminal and a sheet-shaped negative electrode electrically connected to the negative electrode terminal are stacked or laminated with a separator interposed between them; and first and second insulating auxiliary sheets having a width along a direction of a long-side of a plane of the angular battery can on which the positive electrode terminal and the negative electrode terminal are formed, which is greater than a width of the group of electrodes along the long-side, and having a thickness substantially covering or filling a round part of a corner of the angular battery can, respectively; wherein the first and the second insulating auxiliary sheets are arranged to sandwich the group of electrodes from sides of the group corresponding to the long-side.
A fish rearing tank comprising the features of: - an egg-shaped shell with a generally vertical long axis and gradually narrowing shape towards its tip volume portion; - said shell forming a generally rigid tank; - said shell being closed, - said shell having one or more water inlets, - said shell having one or more water outlets (16, 29), said egg-shaped tank for holding a water volume in its major lower volume portion and enclosing air in its minor, upper tip volume portion; said fish rearing tank characterized by - an axially oriented central tube extending from the upper tip portion of the egg-shaped shell to the lower, wider end of said egg-shaped shell, - a vertical axially running folding fish grid comprising a water-permeable central frame with running wheels for running on said central tube, said fish grid having folding wings with guiding wheels at their outer ends, said folding wings arranged for folding in towards said central tube and further arranged for folding out with their outer ends arranged for following the inner surface of said egg-shaped shell. - an egg-shaped shell with a generally vertical long axis and gradually narrowing shape towards its tip volume portion; - said shell forming a generally rigid tank; - said shell being closed, - said shell having one or more water inlets, - said shell having one or more water outlets (16, 29), - an axially oriented central tube extending from the upper tip portion of the egg-shaped shell to the lower, wider end of said egg-shaped shell, - a vertical axially running folding fish grid comprising a water-permeable central frame with running wheels for running on said central tube, said fish grid having folding wings with guiding wheels at their outer ends, said folding wings arranged for folding in towards said central tube and further arranged for folding out with their outer ends arranged for following the inner surface of said egg-shaped shell.