mhurhangee/ep-ind-claims huggingface dataset:
A sample analyzer for analyzing a sample by using a liquid in a container, comprising: a reader that reads an information of a liquid in a container, the information of the liquid being stored in a storage medium; and a display; characterised in that: the sample analyzer comprises: a controller including a processor and a memory under control of the processor, the memory storing instructions for causing the processor to carry out operations comprising: determining whether the sample analyzer is ready to read the information of the liquid by the reader; and causing, when the sample analyzer is determined to be ready, the display to display an indication that indicates the sample analyzer is ready to read the information of the liquid by the reader, and in that: the controller causes the display to delete the indication when the reader complete to read the information of the liquid. a reader that reads an information of a liquid in a container, the information of the liquid being stored in a storage medium; and a display; characterised in that: the sample analyzer comprises: a controller including a processor and a memory under control of the processor, the memory storing instructions for causing the processor to carry out operations comprising: determining whether the sample analyzer is ready to read the information of the liquid by the reader; and causing, when the sample analyzer is determined to be ready, the display to display an indication that indicates the sample analyzer is ready to read the information of the liquid by the reader, and in that: the controller causes the display to delete the indication when the reader complete to read the information of the liquid. determining whether the sample analyzer is ready to read the information of the liquid by the reader; and causing, when the sample analyzer is determined to be ready, the display to display an indication that indicates the sample analyzer is ready to read the information of the liquid by the reader, and in that: the controller causes the display to delete the indication when the reader complete to read the information of the liquid.
A method for characterizing cardiac arrhythmia, the method comprising: storing an anatomical map of at least a portion of a surface of a heart; storing respective electrogram signal amplitudes measured at respective positions on the surface of the heart; defining, based on the on the EGM signal amplitudes, one or more first regions of the surface in which the EGM signal amplitudes are fractionated, and one or more second regions of the surface in which the EGM signal amplitudes are non-fractionated; generating a first surface representation for the fractionated EGM signal amplitudes in the first regions; extracting propagation times from the non-fractionated EGM signal amplitudes in the second regions, and deriving a second surface representation of the propagation times; and simultaneously presenting the first and second surface representations (61, 62) of the respective first and second regions of the surface, overlaid on the anatomical map, wherein the first surface representation comprises a geometric shape protruding from the surface, wherein the height of a protruding geometric shape represents the size of the EGM signal amplitude at the relevant position on the surface at a given time, and the second surface representation comprises a color scale, wherein the color of a position on the surface represents the propagation time at the position on the surface at the given time. storing an anatomical map of at least a portion of a surface of a heart; storing respective electrogram signal amplitudes measured at respective positions on the surface of the heart; defining, based on the on the EGM signal amplitudes, one or more first regions of the surface in which the EGM signal amplitudes are fractionated, and one or more second regions of the surface in which the EGM signal amplitudes are non-fractionated; generating a first surface representation for the fractionated EGM signal amplitudes in the first regions; extracting propagation times from the non-fractionated EGM signal amplitudes in the second regions, and deriving a second surface representation of the propagation times; and simultaneously presenting the first and second surface representations (61, 62) of the respective first and second regions of the surface, overlaid on the anatomical map, wherein the first surface representation comprises a geometric shape protruding from the surface, wherein the height of a protruding geometric shape represents the size of the EGM signal amplitude at the relevant position on the surface at a given time, and the second surface representation comprises a color scale, wherein the color of a position on the surface represents the propagation time at the position on the surface at the given time.
A method for accessing information on an electronic version of a navigation chart suitable for performing aircraft charting tasks, said method comprising: displaying the navigation chart on a touch screen of an aircraft cockpit display (210, 300) of a device; sensing a user touch on the touch screen; determining, by the device, a location on the touch screen where the user touch has occurred; correlating, by the device, the location on the touch screen where the user touch has occurred with a location on the navigation chart; displaying a magnified area of a portion of the navigation chart proximate to and above the location on the touch screen where the user touch occurred, the magnified area being enclosed within a boundary displayed on the aircraft cockpit display of the device; displaying crosshairs within the magnified area; converting, by the device, coordinates associated with a location on the touch screen that is under the crosshairs to latitude and longitude values; and displaying said values on the aircraft cockpit display of the device. displaying the navigation chart on a touch screen of an aircraft cockpit display (210, 300) of a device; sensing a user touch on the touch screen; determining, by the device, a location on the touch screen where the user touch has occurred; correlating, by the device, the location on the touch screen where the user touch has occurred with a location on the navigation chart; displaying a magnified area of a portion of the navigation chart proximate to and above the location on the touch screen where the user touch occurred, the magnified area being enclosed within a boundary displayed on the aircraft cockpit display of the device; displaying crosshairs within the magnified area; converting, by the device, coordinates associated with a location on the touch screen that is under the crosshairs to latitude and longitude values; and displaying said values on the aircraft cockpit display of the device.
A single-chain fusion polypeptide comprising: (i) a first soluble TNF family cytokine domain, (ii) a first peptide linker, (iii) a second soluble TNF family cytokine domain, (iv) a second peptide linker, and (v) a third soluble TNF family cytokine domain, wherein the fusion polypeptide is substantially non-aggregating, and wherein the TNF family cytokine domains (i), (iii) and (v) are soluble human LIGHT domains comprising an amino acid sequence starting from amino acids 93, 94 or 95 of SEQ ID NO: 16. (i) a first soluble TNF family cytokine domain, (ii) a first peptide linker, (iii) a second soluble TNF family cytokine domain, (iv) a second peptide linker, and (v) a third soluble TNF family cytokine domain,
Lighting module comprising a base, on which there are mounted at least one light source and a cooling member comprising at least two fins joined together elastically and each comprising at least one heat-sink wall and a connection portion thermally connected to the base by a thermal interface, characterized in that the module comprises at least one stop piece able to come into contact with part of a fin when this fin is brought elastically closer to another fin, the stop piece acting as a limit stop preventing overlapping of the connection portions respectively borne by the fins.
A multichannel flow tube comprising: a tube perimeter wall; a first channel division enclosed within and coupled to the tube perimeter wall, the first channel division and the tube perimeter wall forming a first channel and a second channel in the multichannel flow tube; and a first support structure coupled to the tube perimeter wall and the first channel division; characterized in that the first support structure helps to couple and/or fortify a joint between the first channel division and the tube perimeter wall 304. a tube perimeter wall; a first channel division enclosed within and coupled to the tube perimeter wall, the first channel division and the tube perimeter wall forming a first channel and a second channel in the multichannel flow tube; and a first support structure coupled to the tube perimeter wall and the first channel division; characterized in that the first support structure helps to couple and/or fortify a joint between the first channel division and the tube perimeter wall 304.
A rotor assembly, comprising: a rotor disk including a slot; a rotor blade including a blade root arranged within the slot, the blade root including a root base segment and a pair of root side segments (78, 79), wherein the root base segment is laterally separated from the rotor disk by the root side segments (78, 79); and a root spacer arranged within the slot, the root spacer including a side surface that extends radially between an inner surface and an outer surface, characterised in that: the side surface is approximately laterally aligned with an intersection between the root base segment and a first of the root side segments; and the outer surface engages the root base segment; the root spacer includes a spacer base segment and a spacer side segment; the spacer base segment is arranged radially between the root base segment and the rotor disk; and the spacer side segment is arranged radially between a second of the root side segments and the rotor disk. a rotor disk including a slot; a rotor blade including a blade root arranged within the slot, the blade root including a root base segment and a pair of root side segments (78, 79), wherein the root base segment is laterally separated from the rotor disk by the root side segments (78, 79); and a root spacer arranged within the slot, the root spacer including a side surface that extends radially between an inner surface and an outer surface, characterised in that: the side surface is approximately laterally aligned with an intersection between the root base segment and a first of the root side segments; and the outer surface engages the root base segment; the root spacer includes a spacer base segment and a spacer side segment; the spacer base segment is arranged radially between the root base segment and the rotor disk; and the spacer side segment is arranged radially between a second of the root side segments and the rotor disk. the side surface is approximately laterally aligned with an intersection between the root base segment and a first of the root side segments; and the outer surface engages the root base segment; the root spacer includes a spacer base segment and a spacer side segment; the spacer base segment is arranged radially between the root base segment and the rotor disk; and the spacer side segment is arranged radially between a second of the root side segments and the rotor disk.
A method for performing random access in a wireless communication system, the method comprising: transmitting a preamble for random access in uplink; receiving, as a response to the preamble, a Medium Access Control, MAC, random access response, RAR, message including a MAC sub-header that includes a back-off parameter; and performing back-off according to the back-off parameter, wherein the MAC RAR message does not include a MAC RAR payload that corresponds to the MAC sub-header. transmitting a preamble for random access in uplink; receiving, as a response to the preamble, a Medium Access Control, MAC, random access response, RAR, message including a MAC sub-header that includes a back-off parameter; and performing back-off according to the back-off parameter,
A computer-readable storage medium having stored thereon a game program for executing game control using an output from a first sensor provided in a first housing and capable of detecting a motion or an inclination of the first housing and an output from a second sensor provided in a second housing separate from the first housing and capable of detecting a motion or an inclination of the second housing, the game program causing a computer of a game apparatus to function as: initialization means for performing initialization so that the output from the first sensor is used for first game processing, and the output from the second sensor is used for second game processing; first game control means for executing the first game processing based on an output from the first sensor; second game control means for executing the second game processing based on an output from the second sensor; characterized in that the game program further causes the computer of the game apparatus to function as: reference sensor exchange means for changing the sensor referred to by the first game control means for executing the first game processing from the first sensor to the second sensor, and for changing the sensor referred to by the second game control means for executing the second game processing from the second sensor to the first sensor, after the initialization performed by the initialization means and in response to a unit role exchange instruction input by a player. initialization means for performing initialization so that the output from the first sensor is used for first game processing, and the output from the second sensor is used for second game processing; first game control means for executing the first game processing based on an output from the first sensor; second game control means for executing the second game processing based on an output from the second sensor; characterized in that the game program further causes the computer of the game apparatus to function as: reference sensor exchange means for changing the sensor referred to by the first game control means for executing the first game processing from the first sensor to the second sensor, and for changing the sensor referred to by the second game control means for executing the second game processing from the second sensor to the first sensor, after the initialization performed by the initialization means and in response to a unit role exchange instruction input by a player.
Method for operating a machine tool having the following steps: - providing a machine tool (2, 3, 4), comprising -- at least one tool spindle (10, 11), and -- a coolant lubricant device having a pump for supplying the at least one tool spindle (10, 11) with a coolant lubricant, - chucking a tool (Wi to W 4) in the at least one tool spindle (10, 11), - computing tool-specific regulator parameters (P W) for regulating the pump on the basis of a machine-specific flow resistance (R M) for the coolant lubricant and a tool-specific flow resistance (R W) for the coolant lubricant, and - operating the machine tool (2, 3, 4) using the tool-specific regulator parameters (P W). - providing a machine tool (2, 3, 4), comprising -- at least one tool spindle (10, 11), and -- a coolant lubricant device having a pump for supplying the at least one tool spindle (10, 11) with a coolant lubricant, -- at least one tool spindle (10, 11), and -- a coolant lubricant device having a pump for supplying the at least one tool spindle (10, 11) with a coolant lubricant, - chucking a tool (Wi to W 4) in the at least one tool spindle (10, 11), - computing tool-specific regulator parameters (P W) for regulating the pump on the basis of a machine-specific flow resistance (R M) for the coolant lubricant and a tool-specific flow resistance (R W) for the coolant lubricant, and - operating the machine tool (2, 3, 4) using the tool-specific regulator parameters (P W).
Road finishing machine with a screed for producing a paving layer, wherein the screed includes at least one compacting unit for precompacting paving material supplied to the screed, wherein the compacting unit includes at least one eccentric bushing mounted on an eccentric shaft supporting the same to be rotatable to a desired angle of rotation to thereby continuously variably set a desired tamper stroke of a tamper bar of the compacting unit, characterized in that for rotating the eccentric bushing on the eccentric shaft, an adjusting mechanism (10, 35) mounted spaced apart from the eccentric shaft and at least partially rotating along with a rotary motion of the eccentric shaft is activatable.
A system comprising: a fuel tank; a plurality of optical sensors mounted inside the fuel tank, wherein the plurality of optical sensors each include a sensor chip and a diaphragm that deflects when ambient pressure differs from a reference pressure of the sensor chip; an optical fiber bundle, comprising optical fibers, wherein a single optical fiber of the optical fiber bundle is connected to each of the plurality of optical sensors for guiding light to each of the plurality of optical sensors; and one or more processors connected to the optical fiber bundle for receiving outputs of the plurality of optical sensors indicative of respective pressures, and for determining a fuel level measurement of the fuel tank based on the outputs of the plurality of optical sensors. a fuel tank; a plurality of optical sensors mounted inside the fuel tank, wherein the plurality of optical sensors each include a sensor chip and a diaphragm that deflects when ambient pressure differs from a reference pressure of the sensor chip; an optical fiber bundle, comprising optical fibers, wherein a single optical fiber of the optical fiber bundle is connected to each of the plurality of optical sensors for guiding light to each of the plurality of optical sensors; and one or more processors connected to the optical fiber bundle for receiving outputs of the plurality of optical sensors indicative of respective pressures, and for determining a fuel level measurement of the fuel tank based on the outputs of the plurality of optical sensors.
Bracelet or strap, in particular a watch band, comprising at least one organic material based portion intended to be placed in contact with a user's skin, said organic material containing at least one functional agent intended to exert a therapeutic or non-therapeutic function, and chosen from the group comprising antibacterial agents, perfumes, cooling agents, and mixtures thereof, characterized in that said organic material also contains at least one cosmetic agent for skin chosen from the group comprising a repair agent, an anti-irritant agent and mixtures thereof, and arranged to be able to be in contact with the user's skin when the bracelet or strap is worn, said cosmetic agent for skin acting on the user's skin at the band so as to preserve the integrity thereof in order to eliminate the risks of irritation of the skin caused by the functional agent.
Double blade for a surgical retractor, with a base body, which has a substantially cylindrical mounting mandrel for mounting the double valve in a freely rotatable manner on a surgical retractor, and exactly two blade elements (3a, 3b), which are mounted on the base body such that they are freely rotatable with respect to the base body within a certain angular range, wherein the blade elements (3a, 3b) have a proximal end (3a1, 3b1) and a free distal end (3a2, 3b2), characterized in that the base body has a recess, the blade elements (3a, 3b) are received with their proximal end (3a1, 3b1) in the recess of the base body and are fastened rotatably on the base body, and the two blade elements (3a, 3b) are provided with the same lever arm to the cylindrical mounting mandrel.
An optical module (20, 21, 80, 132, 150, 400), comprising: first and second transparent substrates (22, 23, 40, 42, 82, 84); a spacer (24, 44, 86) between the first and second transparent substrates, holding the first transparent substrate in proximity to the second transparent substrate; first and second diffractive optical elements DOEs (25, 26, 54, 56, 100, 102) on respective faces of the first and second transparent substrates; at least first and second capacitance electrodes (28, 29, 46, 48, 104, 106), disposed respectively on the first and second transparent substrates; wherein the electrodes either are disposed over the DOEs or are disposed on the respective faces of the substrate with the DOEs disposed over the electrodes, characterized by further comprising circuitry (34, 66, 96) coupled to measure changes in a capacitance between at least the first and second capacitance electrodes. first and second transparent substrates (22, 23, 40, 42, 82, 84); a spacer (24, 44, 86) between the first and second transparent substrates, holding the first transparent substrate in proximity to the second transparent substrate; first and second diffractive optical elements DOEs (25, 26, 54, 56, 100, 102) on respective faces of the first and second transparent substrates; at least first and second capacitance electrodes (28, 29, 46, 48, 104, 106), disposed respectively on the first and second transparent substrates; wherein the electrodes either are disposed over the DOEs or are disposed on the respective faces of the substrate with the DOEs disposed over the electrodes, characterized by further comprising circuitry (34, 66, 96) coupled to measure changes in a capacitance between at least the first and second capacitance electrodes.
An optoelectronic semiconductor chip, which emits electromagnetic radiation from its front side during operation, comprising: - a semiconductor layer sequence including an active region which is suitable for generating the electromagnetic radiation, and - a separately manufactured TCO supporting substrate arranged on the semiconductor layer sequence which comprises a material from the group of transparent conductive oxides and which mechanically supports the semiconductor layer sequence, wherein a TCO contact layer is arranged between the semiconductor layer sequence and the TCO supporting substrate, the TCO contact layer produces an electrical contact between the semiconductor layer sequence and the TCO supporting substrate and has a material from the group of transparent conductive oxides (tcos), and wherein the TCO contact layer has a thickness which is ≥ 1 μm and ≤ 5 μm. - a semiconductor layer sequence including an active region which is suitable for generating the electromagnetic radiation, and - a separately manufactured TCO supporting substrate arranged on the semiconductor layer sequence which comprises a material from the group of transparent conductive oxides and which mechanically supports the semiconductor layer sequence,
A neuroinhibitory substance for use in a method for treating or preventing headache comprising injecting a neuroinhibitory substance in close proximity to the sphenopalatine ganglion or otic ganglion wherein an injection device comprising said neuroinhibitory substance is brought to within 5 mm of the sphenopalatine ganglion or otic ganglion by inserting said injection device into the patient infrazygomatically and the neuroinhibitory substance injected in close proximity to the SPG or OG; wherein the neuroinhibitory substance is botulinum toxin, tetanus neurotoxin, staphylococcal alpha-toxin and acylpolyamine toxin; and wherein the injection device defines a straight line from skin/mucosa penetration to the point close to the SPG and OG where neuroinhibitory substance release occurs.