mhurhangee/ep-ind-claims huggingface dataset:
A method for evaluating the condition of a print nozzle, the method comprising: measuring impedances across the print nozzle; and being characterised by registering onto a print die circuitry of the print nozzle, at least at a first predetermined time instant and at a second predetermined time instant, a first test result and a second test result, respectively, obtained based on the measured impedances, wherein: each of the first predetermined time instant and the second predetermined time instant are measured with respect to a firing pulse, the first test result is obtained by comparing a voltage corresponding to the impedance measured at the first predetermined time instant with a threshold voltage, and the second test result is obtained by comparing a voltage corresponding to the impedance measured at the second predetermined time instant with the threshold voltage, and the first test result is indicative of whether a drive bubble persisted at the first predetermined time instant and the second test result is indicative of whether the drive bubble collapsed and ink within an ink chamber associated with the print nozzle replenished by the second predetermined time instant; evaluating the condition of the print nozzle based on the first test result and the second test result. each of the first predetermined time instant and the second predetermined time instant are measured with respect to a firing pulse, the first test result is obtained by comparing a voltage corresponding to the impedance measured at the first predetermined time instant with a threshold voltage, and the second test result is obtained by comparing a voltage corresponding to the impedance measured at the second predetermined time instant with the threshold voltage, and the first test result is indicative of whether a drive bubble persisted at the first predetermined time instant and the second test result is indicative of whether the drive bubble collapsed and ink within an ink chamber associated with the print nozzle replenished by the second predetermined time instant; evaluating the condition of the print nozzle based on the first test result and the second test result.
A process for generating germanium-68, the process comprising: bombarding a target body including gallium, wherein the bombardment of the target body produces germanium-68 within the target body; stripping the bombarded target body with an acidic mixture to create a stripped solution comprising gallium and germanium-68; and characterised by precipitating gallium and germanium-68 from a precipitation solution to separate gallium and germanium-68 from impurity metals in the precipitation solution. bombarding a target body including gallium, wherein the bombardment of the target body produces germanium-68 within the target body; stripping the bombarded target body with an acidic mixture to create a stripped solution comprising gallium and germanium-68; and
A method, performed in a base station functioning as a non-serving base station to at least one mobile station served by a serving base station, for allocating reverse link resources to mobile stations served by the base station in a distributed base station communication system, the method comprising: measuring coupled load parameters of reverse link transmissions of the at least one mobile station served by a serving base station; calculating an estimated expected coupled load due to reverse link transmissions of the at least one mobile station based on the coupled load parameters; allocating reverse link resources to mobile stations served by the base station in accordance with the estimated expected coupled load. measuring coupled load parameters of reverse link transmissions of the at least one mobile station served by a serving base station; calculating an estimated expected coupled load due to reverse link transmissions of the at least one mobile station based on the coupled load parameters; allocating reverse link resources to mobile stations served by the base station in accordance with the estimated expected coupled load.
A method of producing a quantum dot, having a core comprising: forming the core by: synthesizing copper chalcogenide as a precursor from an organic copper compound or an inorganic copper compound, and an organic selenium compound; adding an organic zinc compound or an inorganic zinc compound to a reaction solution, in which the precursor made of copper chalcogenide is synthesized; performing metal exchange between copper and zinc in the precursor made of copper chalcogenide; synthesizing the core, free of cadmium, by including zinc and selenium, or zinc and selenium and sulfur; and using a solution, as the organic selenium compound, in which selenium is dissolved in a mixture of oleylamine and dodecanethiol. synthesizing copper chalcogenide as a precursor from an organic copper compound or an inorganic copper compound, and an organic selenium compound; adding an organic zinc compound or an inorganic zinc compound to a reaction solution, in which the precursor made of copper chalcogenide is synthesized; performing metal exchange between copper and zinc in the precursor made of copper chalcogenide; synthesizing the core, free of cadmium, by including zinc and selenium, or zinc and selenium and sulfur; and using a solution, as the organic selenium compound, in which selenium is dissolved in a mixture of oleylamine and dodecanethiol.
A light converting device comprising: - a light converter with a light entrance surface and a light emission surface, wherein the light converter is arranged to convert laser light scanned over the light entrance surface to converted light, wherein a peak emission wavelength of the converted light is in a longer wavelength range than a laser peak emission wavelength of the laser light, - a confinement structure enclosing the light converter, characterized in that the confinement structure is arranged to preserve a geometric shape of the light converter in case of a mechanical failure of the light converter such that eye safety of the light converting device is increased. - a light converter with a light entrance surface and a light emission surface, wherein the light converter is arranged to convert laser light scanned over the light entrance surface to converted light, wherein a peak emission wavelength of the converted light is in a longer wavelength range than a laser peak emission wavelength of the laser light, - a confinement structure enclosing the light converter, characterized in that the confinement structure is arranged to preserve a geometric shape of the light converter in case of a mechanical failure of the light converter such that eye safety of the light converting device is increased.
Housing for consumable components of an in-vivo measurement system, wherein the housing has at least two separate chambers (13,14,15), a sensor for providing measurement signals, which correlate with the analyte concentration to be measured, is arranged as a first component under sterile conditions in a sealed first chamber of the housing, and a data carrier, on which calibration data of the sensor are stored, is arranged as a second component in a second chamber of the housing, wherein the sensor and the data carrier can be connected to a base station of the in-vivo measurement system so that in operation measurement signals created by the sensor are transmitted to an evaluation unit that evaluates the measuring signals generated by the connected sensor by means of the calibration data that were read from the data carrier, characterized in that the housing is adapted to an interface of the base station, which has at least one data port for connecting to and reading of the data carrier and contacts for connecting the sensor to, such that the sensor contained in the housing and the therewith associated data carrier can be connected to the base station by the setting of the housing to the housing of the base station.
A guide robot comprising: a lower section having a plurality of wheels; a body section provided above the lower section and having a movable guide adapted to slidably move; a case (33, 32) covering the body section and having an opening, wherein the movable guide inside of the body section is accessible through the opening and allows the movable guide to move into or out of the body section; and a door unit connected to the moveable guide to open or close the opening, characterised in that the guide robot further comprises at least one hinge (240, 250) provided on the movable guide and coupled to the door unit. a lower section having a plurality of wheels; a body section provided above the lower section and having a movable guide adapted to slidably move; a case (33, 32) covering the body section and having an opening, wherein the movable guide inside of the body section is accessible through the opening and allows the movable guide to move into or out of the body section; and a door unit connected to the moveable guide to open or close the opening, characterised in that the guide robot further comprises at least one hinge (240, 250) provided on the movable guide and coupled to the door unit.
An electrolyte for a lithium-sulfur battery, the electrolyte comprising: a lithium salt; and a non-aqueous organic solvent, wherein the non-aqueous organic solvent includes: a first solvent consisting of a conjugated cyclic ether-based compound; a second solvent consisting of dimethoxyethane; and a third solvent consisting of a glyme-based compound represented by Chemical Formula 1: [Chemical Formula 1] R 1 (CH 2 CH 2 O) n R 2 wherein in Chemical Formula 1, R 1 and R 2 are the same as or different from each other, and each independently an alkyl group or alkoxy group having 1 to 10 carbon atoms; and n is an integer of 2 to 4, wherein, based on 100% by volume of the non-aqueous organic solvent including the first solvent, the second solvent and the third solvent, the first solvent is included in an amount of 20% by volume to 49% by volume; the second solvent is included in an amount of 50% by volume to 79% by volume; and the third solvent is included in an amount of greater than or equal to 1% by volume and less than 25% by volume. a lithium salt; and a non-aqueous organic solvent, wherein the non-aqueous organic solvent includes: a first solvent consisting of a conjugated cyclic ether-based compound; a second solvent consisting of dimethoxyethane; and a third solvent consisting of a glyme-based compound represented by Chemical Formula 1: [Chemical Formula 1] R 1 (CH 2 CH 2 O) n R 2 a first solvent consisting of a conjugated cyclic ether-based compound; a second solvent consisting of dimethoxyethane; and a third solvent consisting of a glyme-based compound represented by Chemical Formula 1: [Chemical Formula 1] R 1 (CH 2 CH 2 O) n R 2 wherein in Chemical Formula 1, R 1 and R 2 are the same as or different from each other, and each independently an alkyl group or alkoxy group having 1 to 10 carbon atoms; and n is an integer of 2 to 4, wherein, based on 100% by volume of the non-aqueous organic solvent including the first solvent, the second solvent and the third solvent, the first solvent is included in an amount of 20% by volume to 49% by volume; the second solvent is included in an amount of 50% by volume to 79% by volume; and the third solvent is included in an amount of greater than or equal to 1% by volume and less than 25% by volume.
Cam system (1, 1') for a flat knitting machine with a first cam (VS, VS'), having cam parts for realising at least two cam functions of the cam functions "do not knit", "form stitch", "catch", "transfer stitches", "take over stitches", characterised in that the first cam (VS, VS') has at least one cam part for realising a covering function, designed as a trigger part (30, 30', 70), which has contact surfaces (31, 32, 31', 32', 71, 72, 73) on at least two different heights for cooperation with a foot (21, 41) of a slide or a needle.
A collimator (130, 1000) comprising: a support and protection module (510, 1020) having a box structure, the box structure having a top opening and a side opening; a filter module (520, 1030) configured to be placed into and pulled from the box structure from the side opening of the box structure, wherein the filter module (520, 1030) comprises: a filter replacing unit (601, 1105), the filter replacing unit (601, 1105) comprising a filter holder (630, 1140), a filter mounting plate (620, 1150), and one or more first filters (610, 1145), wherein the one or more first filters (610, 1145) are mounted on the filter mounting plate (620, 1150) via the filter holder (620, 1140); and a filter floating base (602, 1110), wherein the filter replacing unit (601, 1105) is detachably mounted on the filter floating base (602, 1110); and a slice module (530, 700, 800, 1010, 1205, 1310) configured to be mounted on the box structure from the top opening and close the top opening, wherein the filter module (520, 1030) and the slice module (602, 1110) are detachably connected with the support and protection module (510, 1020). a support and protection module (510, 1020) having a box structure, the box structure having a top opening and a side opening; a filter module (520, 1030) configured to be placed into and pulled from the box structure from the side opening of the box structure, wherein the filter module (520, 1030) comprises: a filter replacing unit (601, 1105), the filter replacing unit (601, 1105) comprising a filter holder (630, 1140), a filter mounting plate (620, 1150), and one or more first filters (610, 1145), wherein the one or more first filters (610, 1145) are mounted on the filter mounting plate (620, 1150) via the filter holder (620, 1140); and a filter floating base (602, 1110), wherein the filter replacing unit (601, 1105) is detachably mounted on the filter floating base (602, 1110); and a filter replacing unit (601, 1105), the filter replacing unit (601, 1105) comprising a filter holder (630, 1140), a filter mounting plate (620, 1150), and one or more first filters (610, 1145), wherein the one or more first filters (610, 1145) are mounted on the filter mounting plate (620, 1150) via the filter holder (620, 1140); and a filter floating base (602, 1110), wherein the filter replacing unit (601, 1105) is detachably mounted on the filter floating base (602, 1110); and a slice module (530, 700, 800, 1010, 1205, 1310) configured to be mounted on the box structure from the top opening and close the top opening, wherein the filter module (520, 1030) and the slice module (602, 1110) are detachably connected with the support and protection module (510, 1020).
Method for directly determining theoretical damage to at least one component of a device, comprising the following method steps: - providing load-specific reference data in an evaluation unit; - acquiring load-specific actual data by way of a load detection system and transmitting them to the evaluation unit, wherein the load-specific actual data comprise classified load spectra that comprise a dwell time of occurring damage variables in defined load stages, a number of load changes of occurring damage variables and an event count of occurring damage variables; and - scaling the load-specific reference data to the load-specific actual data so as to compute the theoretical damage to the at least one component and determine a remaining service life. - providing load-specific reference data in an evaluation unit; - acquiring load-specific actual data by way of a load detection system and transmitting them to the evaluation unit, wherein the load-specific actual data comprise classified load spectra that comprise a dwell time of occurring damage variables in defined load stages, a number of load changes of occurring damage variables and an event count of occurring damage variables; and - scaling the load-specific reference data to the load-specific actual data so as to compute the theoretical damage to the at least one component and determine a remaining service life.
A method of reducing interference to the reception of streams of television content (M1, M2, M3, M4, M5, M6, M7) received at a television receiver, each of the streams of television content (M1, M2, M3, M4, M5, M6, M7) being transmitted on one of a plurality of frequency channels (39, 40, 43, 44, 45, 46, 48, 49, 50, 51, 58, 59, 60) in accordance with a channel map, the channel map defining for each of a plurality of television regions a mapping of each stream of television content (M1, M2, M3, M4, M5, M6, M7) on to one of the plurality of frequency channels (39, 40, 43, 44, 45, 46, 48, 49, 50, 51, 58, 59, 60) on which the stream of television content (M1, M2, M3, M4, M5, M6, M7) is transmitted, the interference being caused by a base station (7, 602, 606) transmitting data to or receiving data from one or more mobile devices (5, 603) via radio communication signals in a vicinity of the television receiver, the radio communication signals being transmitted from the base station (7, 602, 606) to the one or more mobile devices (5, 603) via a downlink frequency channel or transmitted from the one or more mobile devices (5, 603) to the base station (7, 602, 606) via an uplink frequency channel, the uplink frequency channel and the downlink frequency channel being divided into frequency sub-channels, the method comprising identifying a geographical location of the base station (7, 602, 606), determining from the geographical location of the base station (7, 602, 606) a television region in which the base station (7, 602, 606) is located by referring to a television region map indicating a geographical distribution of television regions, identifying the channel map associated with the television region by referring to information indicating the channel map associated with the television region, and depending on whether the identified channel map indicates that at least one of the plurality of frequency channels (39, 40, 43, 44, 45, 46, 48, 49, 50, 51, 58, 59, 60) is adjacent to one of the uplink frequency channel or the downlink frequency channel in the geographical location of the base station (7, 602, 606), which is likely to cause the interference to the reception of the television content (M1, M2, M3, M4, M5, M6, M7), adapting the transmission of the radio communication signals between the base station (7, 602, 606) and the one or more mobile devices (5, 603) in accordance with the identified channel map to reduce interference at the television receiver by selectively limiting or blocking one or more frequency sub-channels, selected from the frequency sub-channels of the uplink frequency channel and the frequency sub-channels of the downlink frequency channel, in accordance with the identified channel map to reduce the interference.
A method in a Long Term Evolution, LTE, core network of retaining a packet switched session during a circuit-switch fallback connection attempt between a wireless terminal and Circuit Switched, CS, core network, comprising: - receiving a circuit-switch connection request at a node serving said wireless terminal; - instructing said serving node to release said packet switched session between said wireless terminal and said serving node but delay the release of said packet switched session between said serving node and said LTE core network and initiating a timer indicative of the time limit said wireless terminal's packet switched session is retained and the length of time context information associated with said wireless terminal is stored; - forwarding said circuit switched connection request to said wireless terminal to establish a circuit switched fall back, CSFB, session on said CS core network; and - maintaining said packet switched session until said wireless terminal ends said CSFB session but no later than expiry of said time limit. - receiving a circuit-switch connection request at a node serving said wireless terminal; - instructing said serving node to release said packet switched session between said wireless terminal and said serving node but delay the release of said packet switched session between said serving node and said LTE core network and initiating a timer indicative of the time limit said wireless terminal's packet switched session is retained and the length of time context information associated with said wireless terminal is stored; - forwarding said circuit switched connection request to said wireless terminal to establish a circuit switched fall back, CSFB, session on said CS core network; and - maintaining said packet switched session until said wireless terminal ends said CSFB session but no later than expiry of said time limit.
A garment care system comprising an iron and a base unit connected via a hose, wherein the iron comprises a steam engine for receiving water from the base unit via the hose, wherein the base unit comprises: - a water tank for storing water, - a volume deformable container, - an electric valve arranged between the hose and the volume deformable container, - a water pump, wherein an open state and closed state of the electric valve is controllable from the iron, characterized in that: the water pump is for pumping water from the water tank into the volume deformable container; in a closed state of the electric valve, a water pressure is built up in the volume deformable container by actuating the water pump, and in an open state of the valve, pressurized water in the volume deformable container is delivered into the hose; and the volume deformable container is an elastically deformable tube arranged in the base unit between the water pump and the electric valve. - a water tank for storing water, - a volume deformable container, - an electric valve arranged between the hose and the volume deformable container, - a water pump, the water pump is for pumping water from the water tank into the volume deformable container; in a closed state of the electric valve, a water pressure is built up in the volume deformable container by actuating the water pump, and in an open state of the valve, pressurized water in the volume deformable container is delivered into the hose; and the volume deformable container is an elastically deformable tube arranged in the base unit between the water pump and the electric valve.
A combretastatin compound of the Formula IIa or Formula IIb: or a pharmaceutically acceptable salt thereof, wherein phenyl ring "Z" is bonded to either carbon "a" or "b"; R 1, R 3, R 4 and R 5 are each, independently, selected from the group consisting of H, C 1 -C 10 alkoxy and hydroxyl; X is a single bond; and m is 3 or 4. phenyl ring "Z" is bonded to either carbon "a" or "b"; R 1, R 3, R 4 and R 5 are each, independently, selected from the group consisting of H, C 1 -C 10 alkoxy and hydroxyl; X is a single bond; and m is 3 or 4.
A WIM sensor for detecting loads of vehicles (2, 2', 2", 2′′′) on a roadway segment when a wheel of a vehicle (2, 2', 2", 2′′′) crosses the WIM sensor; which WIM sensor is arranged in the roadway segment in the roadway surface and is inserted flush with the roadway surface; which WIM sensor has the form of an elongated profile along a longitudinal axis (YY`) and comprises at least one space (20, 21); wherein at least one electro-acoustic transducer is arranged in the space (20, 21) which measures sound waves and provides them as the transducer signal; wherein furthermore in the space (20, 21) is arranged at least one force sensor which generates a force sensor signal when a force acts on the profile; which force sensor signal corresponds to a dynamic ground reaction force when the wheel crosses the sensor, which wheel exerts a force onto the roadway segment.
A salt comprising a silicon-containing phosphate anion of formula below: wherein R 1 to R 4 are each independently an alkyl group of 1 to 4 carbon atoms, and n is an integer of 2 to 8.