mhurhangee/ep-ind-claims huggingface dataset:
An aqueous ink for an inkjet recording comprising water, a pigment, an organic or an inorganic acid, and an ammonia or an amine or an ammonium salt comprising the organic or the inorganic acid and the ammonia or the amine, a resin having an anionic group, and an amphoteric resin having both an anionic and a cationic group, wherein the following relationship is satisfied: pka A < pka C < 7, provided that pKa represents pKa of the organic or the inorganic acid and pKa represents pKa of the resin having the anionic group.
Instrument with an anti-carbonisation device for preventing the carbonisation of tissue during argon-plasma coagulation by means of a suitable surgical instrument, wherein the surgical instrument comprises a supply channel for oxidation agent formed in a pipe and intended for supplying water as an oxidation agent, a supply channel for gas which is formed by a hose connected to a gas source for supplying argon, and an electrode tip for producing a plasma, characterised in that the pipe is connected at its proximal end to an HF voltage source, and the distal end of the pipe is connected to the electrode tip in order to supply the electrode tip with a high-frequency current, wherein the pipe is connected to a source for water as the oxidation agent so that the water can pass through the pipe and the electrode tip to a distal end of the electrode tip, and wherein an argon-water aerosol is provided by the anti-carbonisation device in order to generate an argon-water plasma by means of a two-substance atomisation device which is formed by the gas supply channel and the oxidation agent supply channel.
A system for treating a tooth having a carious region, the system comprising: a fluid platform having a chamber sized and shaped to retain fluid, the chamber configured to be coupled to and at least partially seal against an external surface of the tooth over the carious region; and a pressure wave generator configured to generate pressure waves in the retained fluid sufficient to clean the carious region; characterised in that the pressure wave generator is configured to produce pressure waves with acoustic power in a broadband acoustic power spectrum that has a bandwidth measured in terms of a 3-decibel bandwidth from about 1 kHz to about 500 kHz. a fluid platform having a chamber sized and shaped to retain fluid, the chamber configured to be coupled to and at least partially seal against an external surface of the tooth over the carious region; and a pressure wave generator configured to generate pressure waves in the retained fluid sufficient to clean the carious region; characterised in that the pressure wave generator is configured to produce pressure waves with acoustic power in a broadband acoustic power spectrum that has a bandwidth measured in terms of a 3-decibel bandwidth from about 1 kHz to about 500 kHz.
Method for controlling an actuator in a motor vehicle for introducing reduction agents into the exhaust gas tract of a motor vehicle with a combustion engine as drive unit, for the purpose of influencing the exhaust gas flow, wherein a controlling message, intended for the actuator which is to be controlled, is fed by a vehicle-side control device into a data line connecting the control device to the actuator, said controlling message containing a setpoint value of a controlling parameter as a dependency of the operational state of the drive unit of the motor vehicle, wherein the setpoint value is derived from an engine characteristics map and/or from an operational parameter which differs from the parameter which is to be influenced, characterised in that a corrector element is integrated into the data line between the control device and the actuator, through which the controlling messages run which are sent from the control device to the actuator, by which corrector element the controlling messages influencing a setpoint value of a controlling parameter are intercepted, and the setpoint value contained in them is compared with a reference value, and that, if a deviation is determined between the setpoint value and the reference value in an intercepted controlling message, the setpoint value is replaced by the reference value before the controlling message is forwarded from the corrector element to the actuator.
A torque measuring device comprising a case; a stator arranged in the case; a magnet distantly arranged in the stator at a predetermined gap; a sensing unit detecting a magnetic field generated from between the stator and the magnet; and a non-magnetic stator holder, characterized in that the case includes a first case formed with a first through hole through which a first shaft passes and a second case formed with a second through hole through which a second shaft passes, the first and second case (10, 20) being interconnected to have a space therebetween, the stator includes a first stator and a second stator each having a ring-shaped body secured at a periphery of the stator holder, and a plurality of stator teeth bent each to be arranged at a predetermined space at the inner surface of the stator holder, and a periphery of the body is formed at a predetermined space with a plurality of fixing pins secured at a periphery of the stator holder and the plurality of fixing pins is bent each to be accommodated at the periphery of the stator holder, the stator holder is formed with a non-magnetic metal material and integrally formed with a stator fixture fixed by the stator (20a, 20b) and a shaft fixture fixed by the second shaft, the stator fixture is configured to couple the first and second stators (20a, 20b) at opposite ends of the stator fixture, and the stator fixture includes an accommodating unit protrusively formed at a periphery thereof for accommodating the body of the stator (20a, 20b) and is formed with tooth insertion holes each at a predetermined space for the state tooth to be circumferentially inserted by the stator teeth and arranged at the inner surface of the stator holder.
A liquid ejection head including: a liquid containing unit that can store liquid thereinside; a liquid ejecting unit that can eject liquid from the liquid containing unit; a cover member arranged on a surface of the liquid containing unit opposite to the liquid ejecting unit and provided with a liquid supply unit which communicates with the inside of the liquid containing unit at a supply port that is opened to the inside of the liquid containing unit and is an entrance to the inside of the liquid containing unit for supplying the liquid to the liquid containing unit; and a holding member arranged inside the liquid containing unit to hold the liquid when stored inside the liquid containing unit, characterized in that a pressing rib is arranged on a surface of the cover member facing the inside of the liquid containing unit, said pressing rib projecting from said surface in a direction of the holding member to press the holding member such that a shortest distance between the supply port and a surface of the holding member facing the supply port is 0.6 mm or more and 2.2 mm or less. a liquid containing unit that can store liquid thereinside; a liquid ejecting unit that can eject liquid from the liquid containing unit; a cover member arranged on a surface of the liquid containing unit opposite to the liquid ejecting unit and provided with a liquid supply unit which communicates with the inside of the liquid containing unit at a supply port that is opened to the inside of the liquid containing unit and is an entrance to the inside of the liquid containing unit for supplying the liquid to the liquid containing unit; and a holding member arranged inside the liquid containing unit to hold the liquid when stored inside the liquid containing unit, characterized in that a pressing rib is arranged on a surface of the cover member facing the inside of the liquid containing unit, said pressing rib projecting from said surface in a direction of the holding member to press the holding member such that a shortest distance between the supply port and a surface of the holding member facing the supply port is 0.6 mm or more and 2.2 mm or less.
A screen, having a screen panel support and at least one screening module arranged in said screen panel support, wherein said screening module is fastened to said screen panel support by means of at least one device, said device comprising a first element (4, 4', 4") attachable to said screen panel support and adapted to be received in an opening of said screening module or an opening created by adjacent screening modules, said opening having a first circumference along one portion of its axial direction and a second circumference along another portion of its axial direction, said second circumference being smaller than said first circumference, said opening extending through said screening module or adjacent screening modules; a second element (5, 5', 5") for engagement with said first element (4, 4', 4"), such that said screening module is attached to said screen panel support upon interconnection between said first element (4, 4', 4") and said second element (5, 5', 5"), wherein an outer periphery of said second element (5, 5', 5") comprises a plurality of grooves for engagement with a handling tool.
Rotor assembly of a turbine engine, comprising: - a bladed disk, rotary about an axis comprising: - a rim having a rim surface extending about said axis, said rim comprising a fifth fixing element; - at least one blade fixed by its root on said rim and extending radially outwards, from said rim surface; - at least one platform added to said bladed disk, defining an inner profile of a flow for a flowing of fluid through said turbine engine and comprising a recess configured to enable the insertion of said platform around said blade; - a ring comprising a third and a fourth fixing element (84, 85); said third fixing element being configured to radially hold said ring with respect to said rim; said fourth fixing element being configured to radially hold said platform with respect to said rim; said fifth fixing element being configured to engage with said third fixing element, characterised in that the bladed disk is one-piece. - a bladed disk, rotary about an axis comprising: - a rim having a rim surface extending about said axis, said rim comprising a fifth fixing element; - at least one blade fixed by its root on said rim and extending radially outwards, from said rim surface; - at least one platform added to said bladed disk, defining an inner profile of a flow for a flowing of fluid through said turbine engine and comprising a recess configured to enable the insertion of said platform around said blade; - a ring comprising a third and a fourth fixing element (84, 85); said third fixing element being configured to radially hold said ring with respect to said rim; said fourth fixing element being configured to radially hold said platform with respect to said rim; said fifth fixing element being configured to engage with said third fixing element, characterised in that the bladed disk is one-piece.
A method of identifying anomalies in a monitored system, the method comprising: acquiring input data from a plurality of sensors in the monitored system; preprocessing (14,16) the acquired data to prepare it for modeling, and leaving a first data subset; feeding the first data subset into a normal Gaussian mixture model built using normal operating conditions of the monitored system, and identifying data flagged as anomalous by the normal Gaussian mixture model, leaving a second data subset; comparing the second data subset to at least one threshold; if the comparison indicates that the second data subset contains anomalies, then feeding (26,28) the second data subset into at least one of a set of asset performance Gaussian mixture models, and identifying which data contribute to an abnormality in the monitored system, leaving a third data subset; and post-processing the third data subset to extract anomalies in the monitored system; characterized in that the asset performance Gaussian mixture models include an operating condition Gaussian mixture model built using data affected by operating conditions of the monitored system, and a non-operating condition Gaussian mixture model built using data not affected by operating conditions of the monitored system. acquiring input data from a plurality of sensors in the monitored system; preprocessing (14,16) the acquired data to prepare it for modeling, and leaving a first data subset; feeding the first data subset into a normal Gaussian mixture model built using normal operating conditions of the monitored system, and identifying data flagged as anomalous by the normal Gaussian mixture model, leaving a second data subset; comparing the second data subset to at least one threshold; if the comparison indicates that the second data subset contains anomalies, then feeding (26,28) the second data subset into at least one of a set of asset performance Gaussian mixture models, and identifying which data contribute to an abnormality in the monitored system, leaving a third data subset; and post-processing the third data subset to extract anomalies in the monitored system; characterized in that the asset performance Gaussian mixture models include an operating condition Gaussian mixture model built using data affected by operating conditions of the monitored system, and a non-operating condition Gaussian mixture model built using data not affected by operating conditions of the monitored system.
A method executed at least in part in a computing device for determining accurate location of a mobile device, the method comprising: receiving mobile location data associated with a plurality of mobile devices; creating a dynamic map of mobile device locations within a cellular network region, wherein the map includes one or more distinct signal types for each location; transmitting the map to a mobile device; and enabling accurate estimation of the mobile device's location by comparison of at least one of the distinct signal types to a current signal received by the mobile device at its current location employing the data in the map; the method characterized by: assigning identifiers to each mobile device in an anonymous manner such that the identity of the device cannot be traced back to its user; keeping a record of the origination of sample points of mobile location data; and weighting input from mobile devices based on their past history of providing truthful or reliable location information. receiving mobile location data associated with a plurality of mobile devices; creating a dynamic map of mobile device locations within a cellular network region, wherein the map includes one or more distinct signal types for each location; transmitting the map to a mobile device; and enabling accurate estimation of the mobile device's location by comparison of at least one of the distinct signal types to a current signal received by the mobile device at its current location employing the data in the map; the method characterized by: assigning identifiers to each mobile device in an anonymous manner such that the identity of the device cannot be traced back to its user; keeping a record of the origination of sample points of mobile location data; and weighting input from mobile devices based on their past history of providing truthful or reliable location information. assigning identifiers to each mobile device in an anonymous manner such that the identity of the device cannot be traced back to its user; keeping a record of the origination of sample points of mobile location data; and weighting input from mobile devices based on their past history of providing truthful or reliable location information.
System for operating an electric traction vehicle, with an overhead line system arranged along a track section of the traction vehicle, wherein a current collector of the traction vehicle is able to be brought into sliding contact with an overhead line of the overhead line system in order to transfer energy, characterised in that the overhead line is divided into overhead line sections (23a, 23b), which are energised separately from one another, by a section isolator on which the current collector is able to travel in sliding contact and comprises a detection facility, which is embodied to detect an imminent crossing of the section isolator by the traction vehicle, and which interacts with a drive controller for an electrical drive of the traction vehicle in such a manner that an energy transfer via the current collector is automatically reduced or disabled during the crossing of the section isolator, wherein the drive controller is embodied to reduce or disable the energy supply for energising the drive via the current collector while crossing the section isolator in an acceleration or inertia phase of the traction vehicle and, while crossing the section isolator in a braking phase of the traction vehicle, to prohibit a feeding back of brake energy generated in the drive operated as a generator via the current collector and to feed it to a vehicle-side brake resistor.
A charging method, comprising: in each of N charging cycles, after charging a battery according to a first current value, charging the battery according to a second current value, wherein the second current value is less than the first current value, a second current value in an (M+1)-th charging cycle of the N charging cycles is a sum of a second current value in an M-th charging cycle and a second preset value, the second preset value is a value greater than 0, M and N are a positive integer; and at an end of the N charging cycle, charging the battery according to a target cutoff voltage value in the case where a target voltage value is greater than or equal to the target cutoff voltage value; wherein the target voltage value is a charging voltage value of the battery obtained by charging the battery according to first current values of the N charging cycles, and the target cutoff voltage value is a first cutoff voltage value, or the target voltage value is a charging voltage value of the battery obtained by charging the battery according to second current values of the N charging cycles, the target cutoff voltage value is a second cutoff voltage value, and the second cutoff voltage value is less than the first cutoff voltage value. in each of N charging cycles, after charging a battery according to a first current value, charging the battery according to a second current value, wherein the second current value is less than the first current value, a second current value in an (M+1)-th charging cycle of the N charging cycles is a sum of a second current value in an M-th charging cycle and a second preset value, the second preset value is a value greater than 0, M and N are a positive integer; and at an end of the N charging cycle, charging the battery according to a target cutoff voltage value in the case where a target voltage value is greater than or equal to the target cutoff voltage value; wherein the target voltage value is a charging voltage value of the battery obtained by charging the battery according to first current values of the N charging cycles, and the target cutoff voltage value is a first cutoff voltage value, or the target voltage value is a charging voltage value of the battery obtained by charging the battery according to second current values of the N charging cycles, the target cutoff voltage value is a second cutoff voltage value, and the second cutoff voltage value is less than the first cutoff voltage value.
Polymer compositions comprising at least one thermoplastic polymer, and at least one plasticizer comprising a composition of one or more aliphatic esters having general formula: R 1 -O-C -R 4 -C -[-O-R 2 -O-C -R 2 -C -] m -O-R 3 in which: R 1 is selected from one or more of the groups consisting of H, linear and branched saturated and unsaturated alkyl residues of the C 1 -C 24 type, and polyol residues esterified with C 1 -C 24 monocarboxylic acids; R 2 comprises -CH 2 -C(CH 3) 2 -CH 2 - and C 2 -C 8 alkylene groups, and comprises at least 50% by moles of the said -CH 2 -C(CH 3) 2 -CH 2 - groups; R 3 is selected from one or more of the groups consisting of H, linear and branched saturated and unsaturated alkyl residues of the C 1 -C 24 type, and polyol residues esterified with C 1 -C 24 monocarboxylic acids; R 4 and R 5 comprise one or more C 2 -C 22 alkylenes and comprise at least 50% by moles of C 7 alkylenes; m lies between 1 and 20. R 1 is selected from one or more of the groups consisting of H, linear and branched saturated and unsaturated alkyl residues of the C 1 -C 24 type, and polyol residues esterified with C 1 -C 24 monocarboxylic acids; R 2 comprises -CH 2 -C(CH 3) 2 -CH 2 - and C 2 -C 8 alkylene groups, and comprises at least 50% by moles of the said -CH 2 -C(CH 3) 2 -CH 2 - groups; R 3 is selected from one or more of the groups consisting of H, linear and branched saturated and unsaturated alkyl residues of the C 1 -C 24 type, and polyol residues esterified with C 1 -C 24 monocarboxylic acids; R 4 and R 5 comprise one or more C 2 -C 22 alkylenes and comprise at least 50% by moles of C 7 alkylenes; m lies between 1 and 20.
A liquid pharmaceutical composition comprising semaglutide, an isotonic agent and histidine, wherein the concentration of the histidine is 0.5-100 mM and wherein the pH of the composition is in the range of 6.0-10.0.
Electronic component for limiting the inrush current, comprising - at least one NTC element, - at least two electrically conductive contact elements, wherein the NTC element is electrically conductively connected to the respective contact element via a connection material, and wherein the coefficient of thermal expansion of the respective contact element is adapted to the coefficient of thermal expansion of the NTC element, characterized in that the NTC element has the composition La (1-x) EA (x) Mn (1-a-b-c) Fe (a) Co (b) Ni (c) O (3±δ), wherein 0 ≤ x ≤ 0.5 and 0 ≤ (a+b+c) ≤ 0.5 and wherein EA denotes an alkaline earth metal element and δ denotes a deviation from a stoichiometric oxygen ratio, wherein the alkaline earth metal element is selected from magnesium, calcium, strontium or barium and/or wherein |δ| ≤ 0.5. - at least one NTC element, - at least two electrically conductive contact elements, wherein the NTC element is electrically conductively connected to the respective contact element via a connection material, and wherein the coefficient of thermal expansion of the respective contact element is adapted to the coefficient of thermal expansion of the NTC element, characterized in that the NTC element has the composition La (1-x) EA (x) Mn (1-a-b-c) Fe (a) Co (b) Ni (c) O (3±δ), wherein 0 ≤ x ≤ 0.5 and 0 ≤ (a+b+c) ≤ 0.5 and wherein EA denotes an alkaline earth metal element and δ denotes a deviation from a stoichiometric oxygen ratio, wherein the alkaline earth metal element is selected from magnesium, calcium, strontium or barium and/or wherein |δ| ≤ 0.5.