mhurhangee/ep-ind-claims huggingface dataset:
A pharmaceutical injection device, comprising: a main body case that has an opening through which an injection needle is inserted and retracted; a pharmaceutical syringe mounting portion that is provided inside the main body case and to which a pharmaceutical syringe is removable mounted; a piston that is provided movably with respect to the pharmaceutical syringe mounted to the pharmaceutical syringe mounting portion; a drive mechanism configured to drive the piston; a controller that is electrically connected to the drive mechanism; a display section that is connected to the controller; characterised in that a remaining pharmaceutical sensor is connected to the controller and configured to sense an amount of pharmaceutical remaining in the pharmaceutical syringe, wherein, if, after injection, the presence of a pharmaceutical is detected by the remaining pharmaceutical sensor, the controller causes the display section to display a warning recommending removal of the pharmaceutical syringe from the pharmaceutical syringe mounting portion, wherein the pharmaceutical inside the pharmaceutical syringe is injected in several injections, and wherein the remaining pharmaceutical sensor senses the remaining amount of pharmaceutical from the amount of movement of the piston with respect to the pharmaceutical syringe after injecting pharmaceutical. a main body case that has an opening through which an injection needle is inserted and retracted; a pharmaceutical syringe mounting portion that is provided inside the main body case and to which a pharmaceutical syringe is removable mounted; a piston that is provided movably with respect to the pharmaceutical syringe mounted to the pharmaceutical syringe mounting portion; a drive mechanism configured to drive the piston; a controller that is electrically connected to the drive mechanism; a display section that is connected to the controller; characterised in that a remaining pharmaceutical sensor is connected to the controller and configured to sense an amount of pharmaceutical remaining in the pharmaceutical syringe, wherein, if, after injection, the presence of a pharmaceutical is detected by the remaining pharmaceutical sensor, the controller causes the display section to display a warning recommending removal of the pharmaceutical syringe from the pharmaceutical syringe mounting portion, wherein the pharmaceutical inside the pharmaceutical syringe is injected in several injections, and wherein the remaining pharmaceutical sensor senses the remaining amount of pharmaceutical from the amount of movement of the piston with respect to the pharmaceutical syringe after injecting pharmaceutical.
Device for avoiding surface flaws, caused by metal dust, on a metal strip to be coated in a continuous hot-dip coating process, wherein at least some segments of the metal strip to be coated can be conveyed through the device in the direction of movement of the strip, comprising a blowing/sucking unit, wherein the blowing/sucking unit comprises a plurality of blow-in openings for applying protective gas to the metal strip, wherein a plurality of blow-in openings are arranged on a first side of the metal strip and a plurality of blow-in openings are arranged on a second side of the metal strip, wherein the blowing/sucking unit comprises a plurality of suction openings for extracting protective gas loaded with metal vapour and/or metal dust, wherein a plurality of suction openings are arranged on the first side of the metal strip and a plurality of suction openings are arranged on the second side of the metal strip, characterized in that the blowing/sucking unit comprises a blow-in region, in which the blow-in openings are arranged, and a suction region, which is arranged after the blow-in region looking in the direction of movement of the strip, in which the suction openings are arranged, and the blow-in region and the suction region are arranged free of overlapping.
A radiant heat transfer system (200, 700), comprising a radiant source (240, 340) and at least one ceramic radiant element (260, 360, 460, 760) inside the radiant source (240, 340, 740), wherein the at least one ceramic radiant element (260, 360, 460, 760) has at least one wing (390, 490, 590, 690) extending from a core section (370, 470, 570, 670), where the core section (370, 470, 570, 670) forms a longitudinal cavity (375, 475), characterized in that the system further comprises a positioning mechanism disposed in the longitudinal cavity (375, 475), where the positioning mechanism is connected to the radiant source (240, 340, 740).
A method of producing optically active trans-2-aminocyclohexanol, comprising: allowing racemic trans-2-aminocyclohexanol to react with optically active 2-methoxyphenylacetic acid to produce an optically active 2-methoxyphenylacetic acid salt of optically active trans-2-aminocyclohexanol; and separating the optically active 2-methoxyphenylacetic acid salt of optically active trans-2-aminocyclohexanol. allowing racemic trans-2-aminocyclohexanol to react with optically active 2-methoxyphenylacetic acid to produce an optically active 2-methoxyphenylacetic acid salt of optically active trans-2-aminocyclohexanol; and separating the optically active 2-methoxyphenylacetic acid salt of optically active trans-2-aminocyclohexanol.
A dual reactor unit comprising: a first heat sink vessel including a first reactor, a second heat sink vessel including a second reactor, a third heat sink balance vessel; a circulator; an external heating source connected to the third heat sink balance vessel; a first pipe connecting the first heat sink vessel to the third heat sink balance vessel; a second pipe connecting the second heat sink vessel to the third heat sink balance vessel; a fourth pipe (109,110) connecting the first heat sink vessel to the circulator; and a fifth pipe (107,108) connecting the second heat sink vessel to the circulator; wherein the first heat sink vessel is fluidly connected to the second heat sink vessel, the third heat sink balance vessel and the circulator.
A method comprising: conducting processing for relaying communications between a plurality of user equipments and an access node controlling a cell in which the user equipments operate; receiving from the plurality of user equipments indications of channel quality experienced by the user equipments, characterized by each received indication being a channel quality indication for a unique radio band resource; aggregating the received indications into a compound signal quality metric, wherein aggregating comprises to aggregate at least one of all of the channel quality indications that are received from a single one of the user equipments, and the compound signal quality metric is specific to the single one of the user equipments, or the channel quality indications that are received from multiple ones of the user equipments for a single radio band resource; determining a buffer overload or a buffer underload state for an individual one of the user equipments; and sending (406, 408) an indication of the compound signal quality metric and an indication of the determined buffer underload or buffer overload state to the access node controlling the cell in which the user equipments operate. conducting processing for relaying communications between a plurality of user equipments and an access node controlling a cell in which the user equipments operate; receiving from the plurality of user equipments indications of channel quality experienced by the user equipments, characterized by each received indication being a channel quality indication for a unique radio band resource; aggregating the received indications into a compound signal quality metric, wherein aggregating comprises to aggregate at least one of all of the channel quality indications that are received from a single one of the user equipments, and the compound signal quality metric is specific to the single one of the user equipments, or the channel quality indications that are received from multiple ones of the user equipments for a single radio band resource; determining a buffer overload or a buffer underload state for an individual one of the user equipments; and sending (406, 408) an indication of the compound signal quality metric and an indication of the determined buffer underload or buffer overload state to the access node controlling the cell in which the user equipments operate.
A tire having, on a tread surface of the tire, five land portions (31 to 35) defined by four circumferential grooves (21 to 24) extending along in a tire circumferential direction and a tread ground contact edge (TEo, TEi), an installation direction of the tire to a vehicle being designated, wherein when the five land portions (31 to 35) are respectively referred to as, sequentially from a vehicle-installed outside to a vehicle-installed inside, an outer shoulder land portion, an outermost intermediate land portion as an intermediate land portion, a center intermediate land portion as an intermediate land portion, an innermost intermediate land portion as an intermediate land portion, and an inner shoulder land portion, the intermediate land portions (32, 33, 34) respectively have a communicating sipe extending in a tire width direction to communicate with the circumferential grooves (21 to 24) at both ends in the tire width direction defining the corresponding intermediate land portion (32, 33, 34), in each of the intermediate land portions (32, 33, 34), the communicating sipe is constituted by a first sipe at the vehicle-installed outside and a second sipe at the vehicle-installed inside, characterized in that in each of the intermediate land portions (32, 33, 34), the first sipe and the second sipe have an intersection point on the vehicle-installed outside of a center line in the tire width direction of the corresponding intermediate land portion (32, 33, 34), a distance between the intersection point and a land portion edge at the vehicle-installed inside of the intermediate land portion (32, 33, 34) is largest in the innermost intermediate land portion of the intermediate land portions (32, 33, 34), and in each of the intermediate land portions (32, 33, 34), an angle (θ1) of the first sipe to the tire circumferential direction is larger than an angle (θ2) of the second sipe to the tire circumferential direction.
A method of performing communication between a satellite and a ground segment, the satellite comprising a platform and a payload, the ground segment comprising at least one satellite control center configured to generate or process data associated with the satellite platform, said satellite control center directly communicating with the satellite platform on a dedicated channel, referred to as platform channel, and comprising also at least one mission control center which is distinct from said satellite control center, wherein the method comprises a step of directly communicating, between the mission control center and an on board processing unit which is configured to manage at least a part of the payload of the satellite, telecommand or telemetry data of the part of the payload of the satellite, on another dedicated channel, referred to as signalling channel, said signalling channel and said platform channel being distinct, wherein the payload part receives a plurality of telecommand signals from N Mission Control Centers, wherein N ≥ 2, said signalling channel comprising N sub-channels, the same telecommand signal modulating a different carrier for each Mission Control Center on a respective sub-channel, the carriers (C1, C2, C3) having distinct and non-overlapping spectral bands, the payload part comprising an RF filter having a predefined bandwidth and an adjustable center frequency, the step of step of directly communicating comprising the sub-steps of: a1) Adjusting the center frequency of the RF filter on a first carrier among the N carriers; b1) Filtering the received signal, using the RF filter, and determining if a first condition relating to the received signal power level and/or the signal-to-noise ratio of the received signal is satisfied; c1) If the first condition is satisfied, demodulating the filtered signal, and determining if a second condition relating to the quality of the demodulation of the received signal is satisfied; d1) If the second condition is satisfied, commanding the payload part according to the telecommand signal; e1) If either of the first or second condition is not satisfied, adjusting the center frequency of the filter to another carrier among the N carriers, and repeating sub-steps b1) to d1). a1) Adjusting the center frequency of the RF filter on a first carrier among the N carriers; b1) Filtering the received signal, using the RF filter, and determining if a first condition relating to the received signal power level and/or the signal-to-noise ratio of the received signal is satisfied; c1) If the first condition is satisfied, demodulating the filtered signal, and determining if a second condition relating to the quality of the demodulation of the received signal is satisfied; d1) If the second condition is satisfied, commanding the payload part according to the telecommand signal; e1) If either of the first or second condition is not satisfied, adjusting the center frequency of the filter to another carrier among the N carriers, and repeating sub-steps b1) to d1).
A method of fitting a sound processing device for an individual, the method executed by a computing device and comprising: playing back acoustic signals to the user, the acoustic signals comprising synthesised or recorded spoken words; obtaining user input related to the user's perceptions of the acoustic signals, by providing a user interface through which the user may enter the word or words which the user heard; deriving from said user input a hearing map representing the user's hearing, by determining an accuracy of the user input relative to the words actually played back and estimating a percentage of information transmitted to the user in order to estimate hearing map parameters within specific frequency bands; and updating a fitting of the sound processing device based on said hearing map. playing back acoustic signals to the user, the acoustic signals comprising synthesised or recorded spoken words; obtaining user input related to the user's perceptions of the acoustic signals, by providing a user interface through which the user may enter the word or words which the user heard; deriving from said user input a hearing map representing the user's hearing, by determining an accuracy of the user input relative to the words actually played back and estimating a percentage of information transmitted to the user in order to estimate hearing map parameters within specific frequency bands; and updating a fitting of the sound processing device based on said hearing map.
A lactate sensor comprising an enzyme composition that comprises: a lactate responsive enzyme; and a stabilizing agent that stabilizes the lactate responsive enzyme in a manner sufficient to increase sensor sensitivity to lactate as compared to a lactate sensor that does not include a stabilizing agent; wherein the lactate responsive enzyme is lactate oxidase and the stabilizing agent is catalase. a lactate responsive enzyme; and a stabilizing agent that stabilizes the lactate responsive enzyme in a manner sufficient to increase sensor sensitivity to lactate as compared to a lactate sensor that does not include a stabilizing agent; wherein the lactate responsive enzyme is lactate oxidase and the stabilizing agent is catalase.
Gardening implement with a tool arrangement having cutting blades, which tool arrangement is releasably held on a device housing and can be driven in an operating position by a drive motor arranged in the device housing, with a wheel assembly which can be connected to the device, by means of which wheel assembly the device can be displaced across a soil surface by the powered tool, and with a cover facing the ground in the operating position, arranged on the underside of the device housing, which cover can be shifted relative to the device housing for replacing the cutting blades characterized in that the wheel assembly together with the cover can be shifted relative to the device housing during the replacement of the cutting blades.
A method for producing a golf ball, wherein the golf ball comprises: a core; a cover surrounding the core; wherein the cover comprises a thermoplastic polyurethane formed from an isocyanate monomer, a polyol, a chain extender, and a hyper branched polyol having a hydroxy valence of from 2.1 to 36, wherein the hyper branched polyol comprises at least a polyester polyol, wherein the polyester polyol comprises a central polyol moiety, derived from a diol having one or more hydroxy alkyl chains, with polyol ester branches formed from one or more polyhydroxycarboxylic acids or derivatives thereof, wherein the method comprises the preparation of the thermoplastic polyurethane by a method comprising the steps of mixing together a chain extender, a polyisocyanate, a polyol, and a hyper branched polyol, and curing the mixture from step for a specified time period. a core; a cover surrounding the core; wherein the cover comprises a thermoplastic polyurethane formed from an isocyanate monomer, a polyol, a chain extender, and a hyper branched polyol having a hydroxy valence of from 2.1 to 36, wherein the hyper branched polyol comprises at least a polyester polyol, wherein the polyester polyol comprises a central polyol moiety, derived from a diol having one or more hydroxy alkyl chains, with polyol ester branches formed from one or more polyhydroxycarboxylic acids or derivatives thereof, wherein the method comprises the preparation of the thermoplastic polyurethane by a method comprising the steps of mixing together a chain extender, a polyisocyanate, a polyol, and a hyper branched polyol, and curing the mixture from step for a specified time period.
Heating system, in particular a woodburning stove or tiled stove, fireplace insert or similar device for burning solid fuels such as logs, compressed wood such as briquettes or pellets, or mineral fuels such as coal or anthracite, having a closable firebox and a combustion air connection with a combustion air inlet and having an exhaust gas duct which can be connected to a chimney, the combustion air inlet having a bypass line forming a chimney draught control device which connects the combustion air inlet to the exhaust gas duct bypassing the firebox, and a heat exchanger module is provided in the exhaust gas duct which can be connected to the bypass line and to the exhaust gas duct to enable a throttling effect to be obtained in the exhaust gas duct by means of the heat exchanger module, characterised in that a dust guard plate is disposed in the exhaust gas duct above the heat exchanger module in the flow direction of the exhaust gas.
A non-human vertebrate cell whose genome comprises the VH, D and JH gene segments from Table 3 upstream of a constant region at a heavy chain locus and the Vκ and Jκ gene segments from Table 10 or 11 upstream of a constant region at a light chain locus, wherein the gene segments in each locus are operably linked to the constant region thereof so that the cell is capable of producing an antibody heavy chain and an antibody light chain, or where the cell can develop into a vertebrate that expresses an antibody heavy chain and an antibody light chain, and wherein the non-human vertebrate cell is a mouse or rat cell.
A dry powder inhaler, comprising: a dose container disk having a plurality of circumferentially spaced apart dry powder drug chambers arranged in first and second concentric rows of different radius; and a piercing mechanism configured to alternately open a dry powder drug chamber on the first row then open a dry powder chamber on the second row wherein the piercing mechanism comprises: a rotatable drum having an open end, an opposite closed end, and a cylindrical wall extending from the closed end and terminating at the open end, wherein the closed end includes an aperture 214) formed therein, and wherein gear teeth extend circumferentially around the wall adjacent the open end; and an elongate piercing member capable of reciprocal movement between piercing and non-piercing positions, wherein the piercing member includes a distal piercing portion and a proximal head portion, wherein the distal piercing portion extends through the drum aperture and through the first and second sealants (36, 37) when the piercing member is in a piercing position, and wherein the distal piercing portion is retracted above a lower surface of the drum aperture when in a retracted position. a dose container disk having a plurality of circumferentially spaced apart dry powder drug chambers arranged in first and second concentric rows of different radius; and a piercing mechanism configured to alternately open a dry powder drug chamber on the first row then open a dry powder chamber on the second row wherein the piercing mechanism comprises: a rotatable drum having an open end, an opposite closed end, and a cylindrical wall extending from the closed end and terminating at the open end, wherein the closed end includes an aperture 214) formed therein, and wherein gear teeth extend circumferentially around the wall adjacent the open end; and an elongate piercing member capable of reciprocal movement between piercing and non-piercing positions, wherein the piercing member includes a distal piercing portion and a proximal head portion, wherein the distal piercing portion extends through the drum aperture and through the first and second sealants (36, 37) when the piercing member is in a piercing position, and wherein the distal piercing portion is retracted above a lower surface of the drum aperture when in a retracted position. a rotatable drum having an open end, an opposite closed end, and a cylindrical wall extending from the closed end and terminating at the open end, wherein the closed end includes an aperture 214) formed therein, and wherein gear teeth extend circumferentially around the wall adjacent the open end; and an elongate piercing member capable of reciprocal movement between piercing and non-piercing positions, wherein the piercing member includes a distal piercing portion and a proximal head portion, wherein the distal piercing portion extends through the drum aperture and through the first and second sealants (36, 37) when the piercing member is in a piercing position, and wherein the distal piercing portion is retracted above a lower surface of the drum aperture when in a retracted position.