mhurhangee/ep-ind-claims huggingface dataset:
A motor assembly for a transducer assembly for a hearing aid, the motor assembly comprising: a U-shaped element having a secured leg portion and a movable leg portion, the movable leg portion is adapted to be secured to a diaphragm of the transducer assembly; a coil; and one or more magnets (110, 112); characterized in that the motor assembly further comprises a magnet housing having an inner surface, at least part of the magnet housing being defined by the secured leg portion, the secured leg portion being secured to a remainder of the magnet housing, wherein the magnet housing encircles the one or more magnets and the movable leg portion in a plane having a normal which extends parallel to a general direction of the movable leg portion; and wherein at least a part of the inner surface is defined by the secured leg portion. a U-shaped element having a secured leg portion and a movable leg portion, the movable leg portion is adapted to be secured to a diaphragm of the transducer assembly; a coil; and one or more magnets (110, 112); characterized in that the motor assembly further comprises a magnet housing having an inner surface, at least part of the magnet housing being defined by the secured leg portion, the secured leg portion being secured to a remainder of the magnet housing, wherein the magnet housing encircles the one or more magnets and the movable leg portion in a plane having a normal which extends parallel to a general direction of the movable leg portion; and wherein at least a part of the inner surface is defined by the secured leg portion.
Method for determining the absolute fuel injection quantity of the injectors of an engine of the internal combustion engine type having a number of cylinders NZ, characterized in that a first absolute total injection quantity M inj ( nz = NZ) of all the injectors is determined on the basis of measured data captured in a run-up test, in which all the cylinders of the engine are active, and a predetermined individual engine factor f(nz = NZ) of the engine, which was determined for the case in which all the cylinders are active and is stored in a workshop diagnostic device and/or an engine control device, wherein the measured data is a maximum engine speed n max reached, a first rate of change a 1 of the engine speed during the run-up with active injection, a second rate of change a 2 of the engine speed with inactive injection and an idling speed n idle of the engine or these variables are derived from the captured measured data and are suitable to describe the time profile of the engine speed n(t) during the run-up test, wherein the respective absolute injection quantity M inj (zn) is determined on the basis of the following relationship M inf nz = f nz ⋅ n max 2 + n max 2 − n idle 2 ⋅ a 2 a 1 − n idle 2 where f(nz) is the constant predetermined factor for the engine with nz active cylinders.
Automotive construction machine, comprising a milling rotor and a main drive which can be coupled to the milling rotor via an engageable clutch, and an auxiliary drive which, as an alternative to the main drive, can be coupled to the milling rotor, characterized in that the clutch is provided with a fixed side and, on the output side, with an axially displaceable side which is displaceable between an engaged position and a disengaged position, and that the axially displaceable side is simultaneously also the engaging and disengaging part of a shiftable set of gears, the fixed part of which is driven by the auxiliary drive, the set of gears and the clutch being alternately engaged and disengaged via the axially displaceable side of the clutch.
A self-righting and self-fronting base assembly (2, 102) for supporting an item of street furniture (16, 116) or a barrier, the base assembly comprising a base mounting portion (6, 106) and a street furniture receiving portion (8, 108) projecting from the base mounting portion, wherein the base assembly is formed as a monolithic component from a polyurethane polymer, and the base mounting portion comprises one or more fixing elements (12, 112), characterised in that the street furniture receiving portion is formed as an upstanding elongate post; the base assembly further includes an intermediate portion (4, 104) located between the street furniture receiving portion and the base mounting portion, wherein the intermediate portion has a substantially constant diameter which is greater than the corresponding width of the street furniture receiving portion; and the base mounting portion extends radially outwards from the intermediate portion.
A population of human cells enriched for STRO-1 + multipotential cells (MPCs) or STRO-1 + multipotential progeny cells thereof comprising one or more exogenous nucleic acids encoding the potency-determining factors OCT4, SOX2, KLF4 and cMYC in an amount sufficient to reprogram the cells.
Device for handling cardboard blanks, comprising: an erecting device with a plurality of engagement elements; wherein the erecting device is configured to transition from a receiving configuration to a forming configuration; wherein the erecting device is configured to move at least several of the engagement elements to transition from the receiving configuration to the forming configuration; wherein the erecting device in the receiving configuration is configured to receive a group of cardboard blanks each having a bottom region and side regions connected to the bottom region; wherein the engagement elements are configured to erect the side regions of the cardboard blanks when the erecting device transitions from the receiving configuration to the forming configuration; and characterized in that the erecting device is configured to move the bottom regions of the cardboard blanks relative to each other upon transitioning from the receiving configuration to the forming configuration, such that a format or grid in which the group of cardboard blanks is arranged is changed, when the erecting device transitions from the receiving configuration to the forming configuration. an erecting device with a plurality of engagement elements; wherein the erecting device is configured to transition from a receiving configuration to a forming configuration; wherein the erecting device is configured to move at least several of the engagement elements to transition from the receiving configuration to the forming configuration; wherein the erecting device in the receiving configuration is configured to receive a group of cardboard blanks each having a bottom region and side regions connected to the bottom region; wherein the engagement elements are configured to erect the side regions of the cardboard blanks when the erecting device transitions from the receiving configuration to the forming configuration; and characterized in that the erecting device is configured to move the bottom regions of the cardboard blanks relative to each other upon transitioning from the receiving configuration to the forming configuration, such that a format or grid in which the group of cardboard blanks is arranged is changed, when the erecting device transitions from the receiving configuration to the forming configuration.
A method for transmitting circuit switched domain, CS-domain, service data over a radio bearer, wherein the CS-domain service data includes a speech service data comprising substreams A, B, and C with different importance classes, comprising: encapsulating the substreams A, B, and C in one speech frame; bearing the speech frame over one radio bearer, RB; encapsulating the RB with radio link control, RLC, protocol; mapping the RLC to a dedicated traffic channel, DTCH; mapping the DTCH to an enhanced dedicated channel, E-DCH; and mapping the E-DCH to an enhanced dedicated physical data channel, E-DPDCH; characterized in that the speech frame comprises: Frame Type, Payload and Padding, and the Frame Type has a fixed length and represents an adaptive multi-rate or adaptive multi-rate wideband, AMR/AMR-WB, coding mode, the payload is a data made up of the concatenated substreams A, B and C, and the padding is a filler bit, when a sum of the frame type and the payload is out of alignment against bytes, several bits are used as a padding to make the whole speech frame aligned against bytes. encapsulating the substreams A, B, and C in one speech frame; bearing the speech frame over one radio bearer, RB; encapsulating the RB with radio link control, RLC, protocol; mapping the RLC to a dedicated traffic channel, DTCH; mapping the DTCH to an enhanced dedicated channel, E-DCH; and mapping the E-DCH to an enhanced dedicated physical data channel, E-DPDCH;
A method of treating a papermaking process, the method comprising: adding an oil-in-water emulsion to the papermaking process; wherein the oil-in-water emulsion comprises alkenyl succinic anhydride emulsified with a polymer comprising at least one primary or secondary amine containing monomer; wherein the oil-in-water emulsion is added in an amount sufficient to improve sizing of the paper produced by the papermaking process; wherein the polymer is a diallylamine-acrylamide copolymer; wherein the polymer has a mole percent of diallylamine within a range of 10 to 40 percent; wherein the weight percentage of polymer-to-alkenyl succinic anhydride in the oil-in-water emulsion is 10-40%; and wherein the adding of the oil-in-water emulsion is performed at a dosage rate of 250 grams to 2.5 kilograms per metric ton (0.5 lb to 5 lb per ton) of dry fiber. adding an oil-in-water emulsion to the papermaking process; wherein the oil-in-water emulsion comprises alkenyl succinic anhydride emulsified with a polymer comprising at least one primary or secondary amine containing monomer; wherein the oil-in-water emulsion is added in an amount sufficient to improve sizing of the paper produced by the papermaking process; wherein the polymer is a diallylamine-acrylamide copolymer; wherein the polymer has a mole percent of diallylamine within a range of 10 to 40 percent; wherein the weight percentage of polymer-to-alkenyl succinic anhydride in the oil-in-water emulsion is 10-40%; and wherein the adding of the oil-in-water emulsion is performed at a dosage rate of 250 grams to 2.5 kilograms per metric ton (0.5 lb to 5 lb per ton) of dry fiber.
Composition for the permanent shaping of human hair, comprising at least one reducing agent, characterized in that it comprises at least one arylated silicone selected from diphenyl dimethicone, diphenylsiloxy phenyl trimethicone,, triphenyl trimethicone, tetramethyl tetraphenyl trisiloxane and trimethyl pentaphenyl trisiloxane and has a pH in the range of 7 to 10.5.
A heating device including a plurality of adjustable probes suitable for use in treating cancer, wherein a liposome containing an active agent or a thermo-activated drug, gene or virus for use in treating cancer is present in the heating device and can be delivered through the heating device, and wherein the temperature of the probes is adjustable to deliver heat to cancerous tissue prior to, simultaneously with and/or after delivery of the liposome, characterized in that the liposome includes an amphiphile, a surfactant and a hydrophilic polymer and that the heat is sufficient to release the active agent or activate the thermo-activated drug, gene or virus.
A method for automatic signal exchange between multiple embedded CPU boards, comprising the following steps: 1) dividing CPU boards in a distributed system of multiple embedded CPU boards into a master board and slave boards, wherein a CPU board with a signal management function is used as the master board, and the remaining CPU boards are used as slave boards; and during an initialization phase, each slave board sends signal registration information to the master board; 2) after the master board collects the signal registration information of all the slave boards, reading, from a configuration file, an exchange relationship between an output signal and an input signal that is represented by a connection line between signal names, calculating and allocating a data bus address to which the output signal and the input signal are mapped, and sending memory addresses, data types, and bus addresses of signals to each slave board; 3) after a slave board receives the memory addresses, the data types, and the bus addresses of the signals from the master board, saving the same as output signal tables and input signal tables; and 4) during an operation phase, writing, by a signal sender, a value of an output signal into a corresponding allocated bus address according to the output signal tables, and reading, by a receiver, a value of an input signal from a corresponding bus address according to the input signal tables. 1) dividing CPU boards in a distributed system of multiple embedded CPU boards into a master board and slave boards, wherein a CPU board with a signal management function is used as the master board, and the remaining CPU boards are used as slave boards; and during an initialization phase, each slave board sends signal registration information to the master board; 2) after the master board collects the signal registration information of all the slave boards, reading, from a configuration file, an exchange relationship between an output signal and an input signal that is represented by a connection line between signal names, calculating and allocating a data bus address to which the output signal and the input signal are mapped, and sending memory addresses, data types, and bus addresses of signals to each slave board; 3) after a slave board receives the memory addresses, the data types, and the bus addresses of the signals from the master board, saving the same as output signal tables and input signal tables; and 4) during an operation phase, writing, by a signal sender, a value of an output signal into a corresponding allocated bus address according to the output signal tables, and reading, by a receiver, a value of an input signal from a corresponding bus address according to the input signal tables.
An organic electronic device provided on a substrate comprising: a permeation barrier film structure having a hybrid permeation barrier composition, the permeation barrier film structure coated over the organic electronic device, said permeation barrier film structure comprising: one or more bilayers, wherein each of the bilayers comprises: a first layer having a first composition corresponding to a first CF 4 -O 2 Plasma Reactive Ion Etch Rate of less than 65 nm/min; and a second layer having a second composition corresponding to a second CF 4 -O 2 Plasma Reactive Ion Etch Rate of greater than 80 nm/min, wherein the second CF 4 -O 2 Plasma Reactive Ion Etch Rate is greater than the first CF 4 -O 2 Plasma Reactive Ion Etch Rate by a factor greater than 1.2; wherein the CF 4 -O 2 Plasma Reactive Ion Etch Rate refers to the etch rate obtained using a CF 4 -O 2 plasma reactive ion etch process that would etch thermally grown SiO 2 at the rate of 45 nm/min; wherein the density of the first layer is higher than the density of the second layer and the first layer is directly deposited on a body of the organic electronic device and the second layer is deposited on the first layer; wherein each of the first and second layers comprises a homogeneous mixture of a polymeric material and a non-polymeric material; wherein: (a) the polymeric material is silicone and the non-polymeric material is one or more silicon oxides; or (b) the polymeric material is silicone and the non-polymeric material is silicon nitride. a first layer having a first composition corresponding to a first CF 4 -O 2 Plasma Reactive Ion Etch Rate of less than 65 nm/min; and a second layer having a second composition corresponding to a second CF 4 -O 2 Plasma Reactive Ion Etch Rate of greater than 80 nm/min, wherein the second CF 4 -O 2 Plasma Reactive Ion Etch Rate is greater than the first CF 4 -O 2 Plasma Reactive Ion Etch Rate by a factor greater than 1.2; wherein the CF 4 -O 2 Plasma Reactive Ion Etch Rate refers to the etch rate obtained using a CF 4 -O 2 plasma reactive ion etch process that would etch thermally grown SiO 2 at the rate of 45 nm/min; wherein the density of the first layer is higher than the density of the second layer and the first layer is directly deposited on a body of the organic electronic device and the second layer is deposited on the first layer; wherein each of the first and second layers comprises a homogeneous mixture of a polymeric material and a non-polymeric material; wherein: (a) the polymeric material is silicone and the non-polymeric material is one or more silicon oxides; or (b) the polymeric material is silicone and the non-polymeric material is silicon nitride. (a) the polymeric material is silicone and the non-polymeric material is one or more silicon oxides; or (b) the polymeric material is silicone and the non-polymeric material is silicon nitride.
A cellular material comprising: a first panel of material having a length, a width, a front and a back, the panel having a series of lengthwise accordion folds across the width of the panel, alternate folds projecting toward the front of the panel and toward the back of the panel; and a second panel of material to which the first panel of material is attached in a manner to create a series of P-shaped cells having a straight back an upper cell wall and a lower cell wall in which the upper cell wall and the lower cell wall are curved in a same direction and when viewed from outside the cell, the upper cell wall is convex and the lower cell wall is concave. a first panel of material having a length, a width, a front and a back, the panel having a series of lengthwise accordion folds across the width of the panel, alternate folds projecting toward the front of the panel and toward the back of the panel; and a second panel of material to which the first panel of material is attached in a manner to create a series of P-shaped cells having a straight back an upper cell wall and a lower cell wall in which the upper cell wall and the lower cell wall are curved in a same direction and when viewed from outside the cell, the upper cell wall is convex and the lower cell wall is concave.
A computer-implemented method for determining a viewing configuration of a rendered figure of a rehab-patient or a sports trainee, the viewing configuration comprising at least the rotation, tilt, and zoom of the rendered figure, aiming to deliver a suitable view on the rendered figure, the method comprising the steps of: - capturing motion data in a 3D space of one or more body parts of the rehab-patient or sports trainee and providing the data to a computer; - rendering a figure that mimics the movement of the rehab-patient or sports trainee; the method characterized in that it comprises the steps of: - performing on the computer: measurements of deviation of the captured motion data from a reference list of motion data, and, based upon the measurements, identification of a region of interest of the patient or trainee for which the measurements of deviation indicate a deviation from the reference, based on the results of the above measurements, determining the viewing configuration of the rendered figure such as to provide a view of the identified region of interest. - capturing motion data in a 3D space of one or more body parts of the rehab-patient or sports trainee and providing the data to a computer; - rendering a figure that mimics the movement of the rehab-patient or sports trainee; the method characterized in that it comprises the steps of: - performing on the computer: measurements of deviation of the captured motion data from a reference list of motion data, and, based upon the measurements, identification of a region of interest of the patient or trainee for which the measurements of deviation indicate a deviation from the reference, based on the results of the above measurements, determining the viewing configuration of the rendered figure such as to provide a view of the identified region of interest. measurements of deviation of the captured motion data from a reference list of motion data, and, based upon the measurements, identification of a region of interest of the patient or trainee for which the measurements of deviation indicate a deviation from the reference, based on the results of the above measurements, determining the viewing configuration of the rendered figure such as to provide a view of the identified region of interest.
Method for monitoring a NOx signal of a NOx sensor (8, 8', 9, 10, 20) arranged in the exhaust system of an internal combustion engine, wherein the NOx signal of the NOx sensor (8, 8', 9, 10, 20) is checked for plausibility in a manner dependent on operating parameters of the internal combustion engine, characterized in that, for the checking for plausibility, - an activity of the NOx signal which corresponds to a change in the NOx sensor signal in the event of a change in the NOx concentration in the exhaust gas is determined, - a characteristic value that characterizes the magnitude of the activity is formed, and - the characteristic value of the NOx signal is evaluated in a manner dependent on said operating parameters. - an activity of the NOx signal which corresponds to a change in the NOx sensor signal in the event of a change in the NOx concentration in the exhaust gas is determined, - a characteristic value that characterizes the magnitude of the activity is formed, and - the characteristic value of the NOx signal is evaluated in a manner dependent on said operating parameters.
Terminal equipment, comprising: a message leaving component, configured to receive a message from a calling party, and record message time and/or caller number information; further comprising: an emergency monitoring component, connected with the message leaving component and configured to monitor a main voicemail service, and under an abnormal circumstance of the main voicemail service, switch off the main voicemail service and enable an emergency voicemail service; wherein the message leaving component is configured to receive a message from a calling party, and record message time and/or caller number information according to a serving provided by the emergency voicemail service. a message leaving component, configured to receive a message from a calling party, and record message time and/or caller number information; further comprising: an emergency monitoring component, connected with the message leaving component and configured to monitor a main voicemail service, and under an abnormal circumstance of the main voicemail service, switch off the main voicemail service and enable an emergency voicemail service; wherein the message leaving component is configured to receive a message from a calling party, and record message time and/or caller number information according to a serving provided by the emergency voicemail service. an emergency monitoring component, connected with the message leaving component and configured to monitor a main voicemail service, and under an abnormal circumstance of the main voicemail service, switch off the main voicemail service and enable an emergency voicemail service; wherein the message leaving component is configured to receive a message from a calling party, and record message time and/or caller number information according to a serving provided by the emergency voicemail service.