mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a disposable sensor base comprising a sensor interface having a predetermined shape and a directionally-keyed mating surface; and a sensor comprising a handle portion having a shape that corresponds to the predetermined shape of the sensor interface, a support portion configured to be received by the directionally-keyed mating surface when the sensor is inserted into the sensor interface, and electronics configured to collect data sensed by the sensor, wherein the electronics are configured to detect a swallowing condition typically associated with dysphagia; the sensor base comprises a first surface including the sensor interface and at least one slot which provides a leaf-spring type function to afford sensor base with flexibility, and a second surface, which is opposite first surface; characterised in that, the second surface is substantially flat in order to comfortably and directly contact a patient's throat during testing. a disposable sensor base comprising a sensor interface having a predetermined shape and a directionally-keyed mating surface; and a sensor comprising a handle portion having a shape that corresponds to the predetermined shape of the sensor interface, a support portion configured to be received by the directionally-keyed mating surface when the sensor is inserted into the sensor interface, and electronics configured to collect data sensed by the sensor, wherein the electronics are configured to detect a swallowing condition typically associated with dysphagia; the sensor base comprises a first surface including the sensor interface and at least one slot which provides a leaf-spring type function to afford sensor base with flexibility, and a second surface, which is opposite first surface; a handle portion having a shape that corresponds to the predetermined shape of the sensor interface, a support portion configured to be received by the directionally-keyed mating surface when the sensor is inserted into the sensor interface, and electronics configured to collect data sensed by the sensor, wherein the electronics are configured to detect a swallowing condition typically associated with dysphagia; the sensor base comprises a first surface including the sensor interface and at least one slot which provides a leaf-spring type function to afford sensor base with flexibility, and a second surface, which is opposite first surface;
A clothes drying rack, comprising two mutually opposite frames (13, 14) which can slide with respect to each other, with mutual sliding means, between a first substantially superimposed configuration so as to form a single central hanging frame and a second configuration of complete and mutual extraction, so as to substantially double the capacity of the central frame, both configurations completely available for hanging, the clothes drying rack further comprising two supporting longitudinal members (11, 12) for the two mutually opposite frames (13, 14) and supporting means for the clothes drying rack being associated with said longitudinal members, said mutual sliding means being constituted by two sliding cross-members (25, 26) provided with corresponding sleeves (27, 28) for sliding on the longitudinal members (11, 12), each of the two sliding cross-members (25, 26) comprising locking seats (30, 31) for free ends of rods (19, 20) of a first frame of the two mutually opposite frames, and slots (32, 33) for mutual sliding with respect to rods of a second frame of the two mutually opposite frames.
A fuel supply circuit for an aeronautical cryogenic turbomachine including: at least one cryogenic reservoir containing a liquid fuel topped with a boil-off gas and including a high-pressure liquid pump connected to an outlet of said cryogenic reservoir and intended to supply at least one main propulsion device of the turbomachine with liquid fuel, an auxiliary turbomachine including an electric generator and producing heat via its exhaust gases, a gas compressor mounted between the cryogenic reservoir and the auxiliary turbomachine to supply the auxiliary turbomachine with gaseous fuel, and a buffer gas reservoir connecting an outlet of the gas compressor to an inlet of the cryogenic reservoir to reinject gas into the cryogenic reservoir in order to maintain the pressure in the cryogenic reservoir above a predefined value, said electric generator supplying electrical energy to said high-pressure liquid pump and said gas compressor.
Actuator device consisting of at least one body of an oblong design with a longitudinal axis, the device having: an outer surface extending around its longitudinal axis and forming a cavity, at least sections of the outer surface having a predetermined elasticity in the longitudinal direction, a base plate configured to bound the cavity at an end face in the axial direction of the longitudinal axis, an end face boundary configured to close off the cavity at an end face opposite the base plate in the axial direction of the longitudinal axis while forming a seal, wherein wherein a pressure can be applied to the cavity by introducing or discharging a fluid, so that the actuator device can be elastically elongated or compressed by the pressure as a result of the predetermined elasticity, and characterised in that the actuator device is configured in such a way that the energy stored in the form of elastic displacement activity can be made available as working energy for performing an actuator function. an outer surface extending around its longitudinal axis and forming a cavity, at least sections of the outer surface having a predetermined elasticity in the longitudinal direction, a base plate configured to bound the cavity at an end face in the axial direction of the longitudinal axis, an end face boundary configured to close off the cavity at an end face opposite the base plate in the axial direction of the longitudinal axis while forming a seal, wherein wherein a pressure can be applied to the cavity by introducing or discharging a fluid, so that the actuator device can be elastically elongated or compressed by the pressure as a result of the predetermined elasticity, and characterised in that the actuator device is configured in such a way that the energy stored in the form of elastic displacement activity can be made available as working energy for performing an actuator function.
A resin composition comprising 20 wt% to 40 wt% fluorapatite crystals and a resin polymer, wherein the resin polymer is selected from the group consisting of bisphenol A-glycidyl methacrylate (BIS-GMA), urethane dimethacrylate (UDMA), bisphenol A dimethacrylate (bis-DMA), ethylene glycol dimethacrylate (EGDMA), triethylene glycol dimethacrylate (TEGDMA), and mixtures thereof, and the crystals have a length of 1 to 5 μm and a cross section of 1 to 5 μm.
A double-pipe heat exchanger (10, 110, 210, 310) comprising: an outer pipe; an inner pipe disposed in an inner portion of the outer pipe; and a helical member (40, 240, 340) that is disposed in an internal space of the inner pipe and that helically partitions the internal space, wherein a gap space between an inner peripheral surface in the inner portion of the outer pipe and an outer peripheral surface of the inner pipe is a first refrigerant flow passage, the internal space of the inner pipe is a second refrigerant flow passage, wherein the double- pipe heat exchanger is configured such that a refrigerant flowing in the first refrigerant flow passage flows into the first refrigerant flow passage from the other side of the inner pipe in an axial direction of the inner pipe and then flows out from one side, and such that a refrigerant flowing in the second refrigerant flow passage flows into the second refrigerant flow passage from the one side of the inner pipe in the axial direction and then flows out from the other side, wherein the first refrigerant flow passage is helically partitioned so that the first refrigerant flow passage has a helical shape, and wherein the first refrigerant flow passage and the second refrigerant flow passage are configured such that the refrigerant flowing in the second refrigerant flow passage and the refrigerant flowing in the first refrigerant flow passage flow while helically rotating. an outer pipe; an inner pipe disposed in an inner portion of the outer pipe; and a helical member (40, 240, 340) that is disposed in an internal space of the inner pipe and that helically partitions the internal space, wherein a gap space between an inner peripheral surface in the inner portion of the outer pipe and an outer peripheral surface of the inner pipe is a first refrigerant flow passage, the internal space of the inner pipe is a second refrigerant flow passage, wherein the double- pipe heat exchanger is configured such that a refrigerant flowing in the first refrigerant flow passage flows into the first refrigerant flow passage from the other side of the inner pipe in an axial direction of the inner pipe and then flows out from one side, and such that a refrigerant flowing in the second refrigerant flow passage flows into the second refrigerant flow passage from the one side of the inner pipe in the axial direction and then flows out from the other side, wherein the first refrigerant flow passage is helically partitioned so that the first refrigerant flow passage has a helical shape, and wherein the first refrigerant flow passage and the second refrigerant flow passage are configured such that the refrigerant flowing in the second refrigerant flow passage and the refrigerant flowing in the first refrigerant flow passage flow while helically rotating.
Closure plug for a drain opening of a drain channel of a sink, a tub or the like, comprising, along a longitudinal axis from top to bottom, an upper closure part which is visible from the top in the drain opening; a container (2a, 2b) open towards an upper and a lower end, the upper end of which is connected to the closure part and sealed against it, the container having, at its upper end, an outer closure rim protruding towards the outside, which is formed so as to fit the drain opening in order to perform a closure function and which has a lateral wall (3a, 3b) with at least one through opening, which are adapted to absorb a substance or agent which is slowly consumed in water and to exchange water and fragrances with the drain channel via the through opening; a bottom closing the lower end of the container (2a, 2b), the bottom being the lowest part of the closure plug along the longitudinal axis and being formed on the outside as an abutment for a closure and opening arm of the drain channel; characterized in that the container (2a, 2b) is adjustable in length along its longitudinal axis so as to be adaptable, in the operational state, to a basic height of the closure and opening arm in the drain channel; the container (2a, 2b) having, along its longitudinal axis, an upper container part and a lower container part adapted such that an upper container wall of the upper container part and a lower container wall of the lower container part are insertable and slidable with respect to each other along the longitudinal axis such that the substance or agent is prevented from falling out of the container (2a, 2b), and have a mutually communicating lock-in mechanism so as to generate, when sliding along the longitudinal axis, a greater retention force with respect to each other at predefined heights than at other heights, so as to lock at the predefined heights.
A photocathode comprising: a substrate; a photoelectric conversion layer provided on the substrate and configured to generate photoelectrons in response to incidence of light; and an underlayer provided between the substrate and the photoelectric conversion layer and containing beryllium, characterised in that the underlayer has a first underlayer containing a.nitride of beryllium. a substrate; a photoelectric conversion layer provided on the substrate and configured to generate photoelectrons in response to incidence of light; and an underlayer provided between the substrate and the photoelectric conversion layer and containing beryllium, characterised in that the underlayer has a first underlayer containing a.nitride of beryllium.
Mobile sub-assembly for accommodating and conveying at least one passenger, comprising a support, a cabin and a guide for guiding the cabin with respect to the support in rotation about a reference axis which is shared by the support and the cabin, the reference axis being horizontal when the mobile sub-assembly is in an operational state, the mobile sub-assembly being provided with at least one stabilization system comprising a ring gear which is secured to the support and centered on the reference axis, at least one pinion connected to the cabin so as to mesh with the ring gear, a friction brake for braking the rotation of the cabin about the reference axis with respect to the support, and motorized drive means which are capable of driving the pinion, characterized in that the motorized drive means comprise a reversible synchronous machine having permanent magnets and a switching circuit which is capable, in a first switching state, of connecting windings of the synchronous machine to an electrical power supply for driving use of the synchronous machine and, in a second switching state, of connecting the windings of the synchronous machine to a dissipative ohmic circuit for dissipative use of the synchronous machine.
A method comprising: determining transmission success associated with data from a user equipment; and generating an allocation message providing allocation of resources for a retransmission or a new transmission of the data; wherein the allocation message comprises a redundancy version field which implies an acknowledgement message by signaling the transmission success to the user equipment if the redundancy version field indicates that a new transmission of data is requested. determining transmission success associated with data from a user equipment; and generating an allocation message providing allocation of resources for a retransmission or a new transmission of the data; wherein the allocation message comprises a redundancy version field which implies an acknowledgement message by signaling the transmission success to the user equipment if the redundancy version field indicates that a new transmission of data is requested.
Apparatus for laterally securing a load in a loading space of a vehicle, in particular of a trailer, comprising the loading space and at least one securing element (11.1-11.3) for securing the load in the loading space, wherein the securing element (11.1-11.3) can be shifted from a first position into a second position, for the purpose of retaining the load, wherein the second position of the securing element (11.1-11.3) is located within the loading space, and the securing element (11.1-11.3) can be shifted inwards, from a peripheral region of the loading space, towards the centre of the loading space into the second position of the securing element (11.1-11.3), characterized in that the apparatus comprises at least two supports (30.1, 30.2) and at least two arms (13.1-13.4), wherein the at least two arms (13.1-13.4) are each mounted in a pivotable manner on a support (30.1, 30.2) and the securing element (11.1-11.3) is mounted in a pivotable manner between the two arms (13.1-13.4), and wherein the pivotable mounting allows the securing element (11.1-11.3) to be moved from its first position into its second position and back.
A method for screening for cancer in a subject, comprising measuring the amount of IL-18 in a sample obtained from the subject, and determining whether the amount of IL-18 is altered compared to a normal control wherein the IL-18 to be measured includes dimeric IL-18, and wherein measurement is carried out using an antibody that binds to dimeric IL-18 and monomeric IL-18, wherein the cancer is lung cancer, pancreatic cancer, prostate cancer, ovarian cancer or breast cancer.
A method for generating a spectrally encoded image (12a-g) from an original image (10a-g), with at least one first transformation step, in which at least one first original image parameter (20a-g) is encoded into at least one first image parameter (30a-g), which is dependent on at least one spectral coordinate (100a-g) of the spectrally encoded image (12a-g), wherein the original image (10a-g) comprises at least one first component image (26a-g), which is encoded into a first basic image (36a-g) and comprises a first spectral band (50a-g), wherein the first original image parameter (20a-g) is a light intensity distribution that is dependent on a spatial coordinate (112a-g) of the original image (10a-g) and extends over the first spectral band (50a-g), wherein the first original image parameter (20a-g) forms an image line of the first component image (26a-g) of the original image (10a-g), and wherein the first image parameter (30a-g) is a light intensity distribution that is dependent on the spectral coordinate (100a-g) of the spectrally encoded image (12a-g) in the first spectral band (50a-g), wherein the spectrally encoded image (12a-g) is generated on a screen (118a-g) via projection onto the screen (118a; 118b; 118d-g) and/or is coupled into the screen (118a-g) sidewise and/or from below, and wherein the spectrally encoded image (12a-g) is spatially at least substantially one-dimensional, characterized by at least one second transformation step, in which at least one second original image parameter (22a-g) is encoded into at least one second image parameter (32a-g) that is dependent on the spectral coordinate (100a-g) of the spectrally encoded image (12a-g), wherein the original image (10a-g) comprises at least one second component image (27a-g), which is encoded into a second basic image (37a-g) and which comprises a second spectral band (52a-g), wherein the second original image parameter (22a-g) is a light intensity distribution that is dependent on the spatial coordinate (112a-g) of the original image (10a-g) and extends over the second spectral band (52a-g), wherein the second original image parameter (22a-g) forms an image line of the second component image (27a-g) of the original image (10a-g), wherein the second image parameter (32a-g) is a light intensity distribution that is dependent on the spectral coordinate (100a-g) of the spectrally encoded image (12a-g) in the second spectral band (52a-g), wherein, at least in the first transformation step and/or at least in the second transformation step, the original image parameter (22a; 22b; 22d-g) is translated into the image parameter (32a; 32b; 32d-g) via dispersion, wherein the first transformation step and the second transformation step are carried out with different dispersive elements (60a, 62a, 64a; 60b, 62b, 64b; 60d-g, 62d-g, 64d-g), which comprise at least one optical grating and/or at least one prism, and thus the spectrally encoded image (12a; 12b; 12d-g) is generated as a superposition of different basic images (36a; 36b; 36d-g; 37a; 37b; 37d-g).
A flavor additive comprising: a flavor base selected from the group consisting of proteins, gelatin, pectin, alginate, gums, starches, modified starches, oils, food grade petrochemicals, and mixtures thereof; and a flavor component that is stably distributed in the flavor base, wherein the flavor additive is a liquid, semi-liquid, or a suspension; and wherein, when added to a beverage selected from the group consisting of water, sodas, coffees, teas, dairy products, sports drinks, meal replacements, and mixtures thereof, the flavor additive is stable as a physically separate phase within the beverage. a flavor base selected from the group consisting of proteins, gelatin, pectin, alginate, gums, starches, modified starches, oils, food grade petrochemicals, and mixtures thereof; and a flavor component that is stably distributed in the flavor base, wherein the flavor additive is a liquid, semi-liquid, or a suspension; and wherein, when added to a beverage selected from the group consisting of water, sodas, coffees, teas, dairy products, sports drinks, meal replacements, and mixtures thereof, the flavor additive is stable as a physically separate phase within the beverage.
A device for wirelessly transferring energy, comprising: a transmitter coil to generate a magnetic field to wirelessly charge a battery; a noise signal generator to generate a noise signal and send the noise signal to the transmitter coil; a frequency detection circuit to detect a resonance due to the noise signal and calculate a frequency of the resonance; and means for sending a charging signal to the transmitter coil to power an electrical device based on the frequency of the resonance characterized by further comprising: means for pulsing the noise signal between an on period and an off period and for identifying interference sources during the off period. a transmitter coil to generate a magnetic field to wirelessly charge a battery; a noise signal generator to generate a noise signal and send the noise signal to the transmitter coil; a frequency detection circuit to detect a resonance due to the noise signal and calculate a frequency of the resonance; and means for sending a charging signal to the transmitter coil to power an electrical device based on the frequency of the resonance characterized by further comprising: means for pulsing the noise signal between an on period and an off period and for identifying interference sources during the off period.
An implantable probe comprising a sleeve that is adapted to be wound around an elongate organ of cylindrical shape, such as a nerve, the sleeve comprising a sheet of elastically deformable material carrying at least one detection/stimulation electrode on a first face of the sheet, wherein the sheet is prestressed so as to allow it to wind automatically from an initial position, in which the sheet is kept stressed in the deployed state, to a final position, in which the sheet is wound freely in a spiral to form a sleeve around the organ, with the first face of the sheet, which carries the electrodes, being directed towards the inside, wherein the sheet is delimited by a first lateral edge, which forms an outer lateral edge of the sleeve, a second lateral edge, which forms an inner lateral edge of the sleeve, and a first transverse edge, which joins first counterpart ends of the first lateral edge and of the second lateral edge, and an opposite second transverse edge, which joins second counterpart ends of the first lateral edge and the second lateral edge. characterized in that the sheet comprises a plurality of perforations located close to the first and/or second transverse edge (36, 38).
A battery wiring module, comprising: a bus bar that electrically connects positive and negative electrode terminals (4A, 4B) of a cell group formed by arranging in a row a plurality of cells having the electrode terminals (4A, 4B); a resin protector that holds the bus bar; and a cover that covers the resin protector; wherein the resin protector can be deformed or moved in accordance with a variation of a pitch between the electrode terminals (4A, 4B), and the cover includes a dislocation compensating portion that compensates a dislocation of the resin protector resulting from deformation or movement thereof, the dislocation compensating portion being configured by a plurality of thin-walled portions that have a wall thickness smaller than that of other portions, and a thick-walled portion that is formed between two of the thin-walled portions and that has a wall thickness larger than that of the thin-walled portion.