mhurhangee/ep-ind-claims huggingface dataset:
An electrochemical sensor comprising a substrate having a proximal part and an elongated distal part, wherein a working electrode, a reference electrode and a counter electrode are formed on the distal part, wherein the working electrode comprises a conductive trace (174, 198) along which multiple electrode pads are arranged that are connected via the conductive trace (174, 198), wherein the electrode pads include a corrosive conductive layer covered by a non-corrosive conductive layer, wherein the corrosive conductive layer comprises at least one metal being less noble or as noble as Ag, wherein the non-corrosive conductive layer comprises at least one metal being more noble than Ag, wherein an insulating layer is disposed on the substrate leaving openings in the area of the electrode pads, wherein the electrochemical sensor comprises at least one protective measure for the corrosive conductive layer selected from the group consisting of a. the insulating layer at least partially overlaps on at least one electrode pad edge of at least one of the electrode pads; b. at least one of the electrode pads has an elongated shape along the smaller dimension of the elongated distal part. a. the insulating layer at least partially overlaps on at least one electrode pad edge of at least one of the electrode pads; b. at least one of the electrode pads has an elongated shape along the smaller dimension of the elongated distal part.
A method for determining whether a match between the configuration of a servo controller of a non-invasive blood pressure measurement device and characteristics of a body part being measured is optimal or sub-optimal, comprising the steps of: a. measuring a blood pressure related parameter with a non-invasive blood pressure measurement device, which device comprises at least one servo controller in a first configuration and an inflatable pressure cuff, wherein inflation of the pressure cuff is controlled by the servo controller; b. changing the settings, in particular the gain, of the servo controller c. monitoring the change of the blood pressure related parameter under the influence of the changing settings of the servo controller; and d. determining whether a match between the servo controller configuration and characteristics of the body part being measured is optimal or sub-optimal, based on the monitoring of the change of the blood pressure related parameter. a. measuring a blood pressure related parameter with a non-invasive blood pressure measurement device, which device comprises at least one servo controller in a first configuration and an inflatable pressure cuff, wherein inflation of the pressure cuff is controlled by the servo controller; b. changing the settings, in particular the gain, of the servo controller c. monitoring the change of the blood pressure related parameter under the influence of the changing settings of the servo controller; and d. determining whether a match between the servo controller configuration and characteristics of the body part being measured is optimal or sub-optimal, based on the monitoring of the change of the blood pressure related parameter.
A method of comparing video or audio-visual data in which a plurality of comparisons are made between first video signature data derived from one or more fields or frames of a first audio-visual sequence and second video signature data derived at plurality of temporal positions within a second audio-visual sequence and the temporal position of best match of video signature data is established in which the temporal position of best match is compared with timing data associated with the first video signature data so as to derive a measure of video timing difference between the first and second visual or audio-visual data sequences; in which a plurality of comparisons are made between first audio signature data derived from two or more audio samples of said first audio-visual sequence and second audio signature data derived at plurality of temporal positions within said second audio-visual sequence and the temporal position of best match of audio signature data is established; in which the temporal position of best match is compared with timing data associated with the first audio signature data so as to derive a measure of audio timing difference between the first and second audio or audio-visual data sequences; and in which the measure of video timing difference is compared with the measure of audio timing difference so as to derive a measure of the difference in relative video to audio delay between the first and second audio-visual data sequences.
An acoustical assembly adapted to be inserted into an ear canal, said acoustical assembly comprising - a receiver unit adapted to generate sound pressure waves, - a microphone unit adapted to detect sound pressure waves inside the ear canal when the acoustical assembly is inserted in the ear canal, and - a nozzle comprising a receiver unit mount adapted to house at least part of the receiver unit, wherein the nozzle comprises at least one sound channel adapted to guide generated sound pressure waves from a receiver unit outlet opening to at least one sound outlet opening (106, 107) of the nozzle, wherein the nozzle further comprises a microphone unit mount adapted to house at least part of the microphone unit, characterised in that the microphone unit is arranged in the microphone unit mount in such a way that a sound inlet opening of the microphone unit is not oriented towards the ear drum when the acoustical assembly is inserted in the ear canal. - a receiver unit adapted to generate sound pressure waves, - a microphone unit adapted to detect sound pressure waves inside the ear canal when the acoustical assembly is inserted in the ear canal, and - a nozzle comprising a receiver unit mount adapted to house at least part of the receiver unit, wherein the nozzle comprises at least one sound channel adapted to guide generated sound pressure waves from a receiver unit outlet opening to at least one sound outlet opening (106, 107) of the nozzle,
A method in an electronic device (301; 503; 603), comprising: communicating, via a communication module of the electronic device (301; 503; 603), with an external device (501; 601); when the electronic device (301; 503; 603) is located at a first reference position, the first reference position being located at a first distance from the external device (501; 601) that is within a first predetermined range, receiving, from the external device (501; 601), information of a current location of the external device (501; 601) in communication with the electronic device (301; 503; 603); while the electronic device (301; 503; 603) is moved to a second reference position, the second reference position being a second distance from the external device (501; 601) that is larger than the first distance, receiving information of the current location of the external device (501; 601), if the current location is changed; when the electronic device (301; 503; 603) is moved to a first movement position from the second reference position, obtaining path information corresponding to a sequence of location changes according to movement of the electronic device (301; 503; 603) from the second reference position to the first movement position, and storing the path information; and controlling, by a processor, a display of the electronic device (301; 503; 603) to display guide information including a generated path from the first movement position to the second reference position utilizing the obtained path information. communicating, via a communication module of the electronic device (301; 503; 603), with an external device (501; 601); when the electronic device (301; 503; 603) is located at a first reference position, the first reference position being located at a first distance from the external device (501; 601) that is within a first predetermined range, receiving, from the external device (501; 601), information of a current location of the external device (501; 601) in communication with the electronic device (301; 503; 603); while the electronic device (301; 503; 603) is moved to a second reference position, the second reference position being a second distance from the external device (501; 601) that is larger than the first distance, receiving information of the current location of the external device (501; 601), if the current location is changed; when the electronic device (301; 503; 603) is moved to a first movement position from the second reference position, obtaining path information corresponding to a sequence of location changes according to movement of the electronic device (301; 503; 603) from the second reference position to the first movement position, and storing the path information; and controlling, by a processor, a display of the electronic device (301; 503; 603) to display guide information including a generated path from the first movement position to the second reference position utilizing the obtained path information.
A method of determining parking information, comprising the steps of: receiving, at a server, journey information from a plurality of navigation devices, the journey information indicating one or more journeys made by each navigation device and timing information therefor, characterised by determining, by the server based upon the journey information, parking information indicating a geographical location of one or more parking areas (930, 940, 950), and determining, by the server, based upon the journey information and based on a number of vehicles which are parked at one or more of the parking areas (930, 940, 950), a parking availability profile, said PAP being a measure of the likelihood that there is an available parking space in said parking area in a particular time period. receiving, at a server, journey information from a plurality of navigation devices, the journey information indicating one or more journeys made by each navigation device and timing information therefor, characterised by determining, by the server based upon the journey information, parking information indicating a geographical location of one or more parking areas (930, 940, 950), and determining, by the server, based upon the journey information and based on a number of vehicles which are parked at one or more of the parking areas (930, 940, 950), a parking availability profile, said PAP being a measure of the likelihood that there is an available parking space in said parking area in a particular time period.
A treatment apparatus for extracorporeal treatment of a patient comprising: - at least one device for receiving at least one extracorporeal blood circuit, comprising an arterial line portion having a line interior and a venous line portion having a line interior; - at least one blood pump arranged at or in the extracorporeal blood circuit for conveying blood within the extracorporeal blood circuit; - at least a second conveying means for introducing at least one substitute liquid into the extracorporeal blood circuit and/or for conveying the substitute liquid within the extracorporeal blood circuit; characterized in that: - at least one control or regulating device adapted and provided for introducing substitute liquid into the extracorporeal blood circuit and for conveying substitute liquid in order to simultaneously discharge blood both from the arterial line portion and the venous line portion of the extracorporeal blood circuit after ending a blood treatment session. - at least one device for receiving at least one extracorporeal blood circuit, comprising an arterial line portion having a line interior and a venous line portion having a line interior; - at least one blood pump arranged at or in the extracorporeal blood circuit for conveying blood within the extracorporeal blood circuit; - at least a second conveying means for introducing at least one substitute liquid into the extracorporeal blood circuit and/or for conveying the substitute liquid within the extracorporeal blood circuit; - at least one control or regulating device adapted and provided for introducing substitute liquid into the extracorporeal blood circuit and for conveying substitute liquid in order to simultaneously discharge blood both from the arterial line portion and the venous line portion of the extracorporeal blood circuit after ending a blood treatment session.
A system for providing an electrical interface across a sealed boundary comprising: a frame (1, 8, 9a, 9b; 1601, 1609; 1701, 1709) in sealed engagement with an integrated glass unit (50, 1150, 1550, 1650, 1750), the integrated glass unit including a first substrate (12, 1512), a second substrate (13, 1513) and an electrochromic device attached between the substrates; and first (120, 220, 320, 1120, 1220, 1551, 1620) and second conduits (140, 230, 330, 1130, 1230, 1552, 1630), wherein the first conduit is on a first side of the integrated glass unit and the second conduit is on a second side of the integrated glass unit, wherein the frame is in sealed engagement with the integrated glass unit through a first seal (2, 1502, 1602, 1702, 602, 702) on the first side and a second seal (3, 1503, 1603, 1703, 603) on the second side of the integrated glass unit, wherein the first conduit is nearest to the first seal and the second conduit is nearest to the second seal, and wherein the first conduit is in electrical communication with the second conduit through any of: the first and second seals, spaces between each of the first and second seals and the frame, and spaces between each of the first and second seals and the first and second substrates. a frame (1, 8, 9a, 9b; 1601, 1609; 1701, 1709) in sealed engagement with an integrated glass unit (50, 1150, 1550, 1650, 1750), the integrated glass unit including a first substrate (12, 1512), a second substrate (13, 1513) and an electrochromic device attached between the substrates; and first (120, 220, 320, 1120, 1220, 1551, 1620) and second conduits (140, 230, 330, 1130, 1230, 1552, 1630), wherein the first conduit is on a first side of the integrated glass unit and the second conduit is on a second side of the integrated glass unit, wherein the frame is in sealed engagement with the integrated glass unit through a first seal (2, 1502, 1602, 1702, 602, 702) on the first side and a second seal (3, 1503, 1603, 1703, 603) on the second side of the integrated glass unit, wherein the first conduit is nearest to the first seal and the second conduit is nearest to the second seal, and wherein the first conduit is in electrical communication with the second conduit through any of: the first and second seals, spaces between each of the first and second seals and the frame, and spaces between each of the first and second seals and the first and second substrates.
A system for configuring an industrial safety relay, comprising: a graphical interface component configured to display one or more graphical function block elements relating to a configuration program for a safety relay and to receive configuration input via interaction with the one or more graphical function block elements, wherein a function block element (1102, 1108, 1302) of the one or more graphical function block elements comprises a graphical parameter setting element adapted to facilitate configuration of a parameter associated with the function block element; and a configuration component configured to edit the configuration program based on the configuration input, and having means to display a terminal selection window graphic adapted to display a set of available terminals (12,13) of the safety relay, wherein the selection of a terminal from the set of available terminals causes the terminal to be associated with the configured parameter. a graphical interface component configured to display one or more graphical function block elements relating to a configuration program for a safety relay and to receive configuration input via interaction with the one or more graphical function block elements, wherein a function block element (1102, 1108, 1302) of the one or more graphical function block elements comprises a graphical parameter setting element adapted to facilitate configuration of a parameter associated with the function block element; and a configuration component configured to edit the configuration program based on the configuration input, and having means to display a terminal selection window graphic adapted to display a set of available terminals (12,13) of the safety relay, wherein the selection of a terminal from the set of available terminals causes the terminal to be associated with the configured parameter.
Angle transmitter for determining an angle between a sensor arrangement 92) and a magnetic field, with a magnet which generates the magnetic field and which is adjustable with respect to an axis of rotation into different rotational positions relative to the sensor arrangement, wherein the sensor arrangement comprises a first magnetic field sensor for detecting a first magnetic field component oriented transversely to the axis of rotation and a second magnetic field sensor for detecting a second magnetic field component, which is arranged transversely to a plane spanned by the axis of rotation and the first magnetic field component, characterised in that the sensor arrangement comprises a third magnetic field sensor for detecting a third magnetic field component oriented in the direction of the axis of rotation.
An aerosol delivery system comprising: a nebulizer, a humidifier for a gas flow to the nebulizer, and a controller configured to vary humidity level of said gas flow wherein the controller is configured to reduce the humidity level of said gas flow during nebulizer active time, characterized in that the system comprises: a sensor for detecting when the nebulizer is active, applying medication to the gas flow, and a humidification branch (8, 7), comprising humidifier, and a dry supply branch (10, 11) linked to the nebulizer, and in that the controller is configured to determine when the nebulizer is active applying medication to the gas flow, and to reduce said humidity level during said active time by varying proportions of gas flow in the branches. a nebulizer, a humidifier for a gas flow to the nebulizer, and a controller configured to vary humidity level of said gas flow wherein the controller is configured to reduce the humidity level of said gas flow during nebulizer active time, characterized in that the system comprises: a sensor for detecting when the nebulizer is active, applying medication to the gas flow, and a humidification branch (8, 7), comprising humidifier, and a dry supply branch (10, 11) linked to the nebulizer, and in that the controller is configured to determine when the nebulizer is active applying medication to the gas flow, and to reduce said humidity level during said active time by varying proportions of gas flow in the branches. a sensor for detecting when the nebulizer is active, applying medication to the gas flow, and a humidification branch (8, 7), comprising humidifier, and a dry supply branch (10, 11) linked to the nebulizer, and in that the controller is configured to determine when the nebulizer is active applying medication to the gas flow, and to reduce said humidity level during said active time by varying proportions of gas flow in the branches.
Comparator weighing machine with a weighing space, a wind protector (18, 20, 22) surrounding the weighing space, a climate module, which includes an air pressure sensor, a humidity sensor and an air temperature sensor and which is removably arranged in the weighing space, a processor arranged in the comparator weighing machine, a data input unit arranged at the comparator weighing machine and a data transmission path configured to exchange data between the climate module and the processor, wherein the processor is so constructed that on the basis of the density of the material to be weighed it determines from the air pressure, the humidity and the air temperature in the weighing space the air lift of at least the test piece and/or the lift correction factor.
A refrigerator capable of cooling a stored object and heating the stored object using an electromagnetic wave, the refrigerator comprising: at least one storage chamber (103, 104, 105, 106, 107); a first electrode provided on a top surface of a storage chamber among the at least one storage chamber (103, 104, 105, 106, 107); a second electrode provided on a bottom surface of the storage chamber; and wherein the refrigerator heats a stored object placed between the first electrode and the second electrode by an electromagnetic wave, the storage chamber includes a door provided with a first electromagnetic wave shield, the refrigerator includes a housing part provided with a second electromagnetic wave shield (211, 214), the housing part being in contact with the door while the door is closed, and, while the door is closed, a distance between the first electromagnetic wave shield and the second electromagnetic wave shield (211, 214) is shorter than one quarter of a wavelength of the electromagnetic wave, characterized in that an air passage is provided on a rear surface and a top surface of the storage chamber above the first electrode for introducing cool air into the storage chamber through ventilation ports provided on the top surface of the storage chamber, wherein the ventilation ports are provided inside a plurality of electrode holes of the first electrode. at least one storage chamber (103, 104, 105, 106, 107); a first electrode provided on a top surface of a storage chamber among the at least one storage chamber (103, 104, 105, 106, 107); a second electrode provided on a bottom surface of the storage chamber; and wherein the refrigerator heats a stored object placed between the first electrode and the second electrode by an electromagnetic wave, the storage chamber includes a door provided with a first electromagnetic wave shield, the refrigerator includes a housing part provided with a second electromagnetic wave shield (211, 214), the housing part being in contact with the door while the door is closed, and, while the door is closed, a distance between the first electromagnetic wave shield and the second electromagnetic wave shield (211, 214) is shorter than one quarter of a wavelength of the electromagnetic wave, characterized in that an air passage is provided on a rear surface and a top surface of the storage chamber above the first electrode for introducing cool air into the storage chamber through ventilation ports provided on the top surface of the storage chamber, wherein the ventilation ports are provided inside a plurality of electrode holes of the first electrode.