mhurhangee/patent-ind-claim-en huggingface dataset:
An agent for hypodermic injection comprising a hydrogel, and sintered hydroxyapatite particles contained in the hydrogel, wherein a content of the sintered hydroxyapatite particle is 1 to 60% by mass based on the total mass of the agent, an average particle diameter, namely 50% volume particle diameter, D50, of the sintered hydroxyapatite particles is 15 μm or less, 90% or more of the sintered hydroxyapatite particles have a particle diameter of 15 μm or less, and 4% or more of the sintered hydroxyapatite particles have a particle diameter of 5 μm or more and 30 μm or less, the average particle diameter and the particle diameters being determined based on the particle size distribution measured with a laser diffraction particle size analyzer, and wherein the viscosity of the hydrogel is 60 to 1000 mPa•s. a content of the sintered hydroxyapatite particle is 1 to 60% by mass based on the total mass of the agent, an average particle diameter, namely 50% volume particle diameter, D50, of the sintered hydroxyapatite particles is 15 μm or less, 90% or more of the sintered hydroxyapatite particles have a particle diameter of 15 μm or less, and 4% or more of the sintered hydroxyapatite particles have a particle diameter of 5 μm or more and 30 μm or less, the average particle diameter and the particle diameters being determined based on the particle size distribution measured with a laser diffraction particle size analyzer, and wherein the viscosity of the hydrogel is 60 to 1000 mPa•s.
A preform for the manufacture by stretch blow molding of a plastic container , preferably a bottle, said preform being of made by injection molding of at least one thermoplastic polymer of at least one FuranDiCarboxylic Acid (FDCA) monomer, preferably 2,5-FuranDiCarboxylic Acid (2,5-FDCA) monomer, and at least one diol monomer, preferably monoethylene glycol (MEG) monomer and said preform comprising • a neck end ; • a neck support ring ; • and a closed tubular body portion , the tubular body portion comprising a straight part (4 1 ) starting just below the neck support ring to a bottom curved part (4 2 ), the straight part having a circular cross section and a length L', and the bottom curved part being circular and having a radius R; said preform having a ratio ∅ / L, wherein ∅ is the outer diameter of the straight part of the closed tubular body portion measured at the middle of the longer segment of the straight part which has a steady thickness, and L is the length of a generatrix of the closed tubular body from the lower face of the neck support ring to the lower end of the bottom curved part of the preform, L being such that L = L' + 2πR/4; the preform being characterized in that the ratio ∅ / L is such that - in an increasing order of preference-: • 0.10< (∅/L) ≤ 0.50, • 0.15< (∅/L)≤ 0.45, • 0.20< (∅/L)≤ 0.40, • 0.25< (∅/L)≤ 0.35. • a neck end ; • a neck support ring ; • and a closed tubular body portion , the tubular body portion comprising a straight part (4 1 ) starting just below the neck support ring to a bottom curved part (4 2 ), the straight part having a circular cross section and a length L', and the bottom curved part being circular and having a radius R; said preform having a ratio ∅ / L, wherein ∅ is the outer diameter of the straight part of the closed tubular body portion measured at the middle of the longer segment of the straight part which has a steady thickness, and L is the length of a generatrix of the closed tubular body from the lower face of the neck support ring to the lower end of the bottom curved part of the preform, L being such that L = L' + 2πR/4; the preform being characterized in that the ratio ∅ / L is such that - in an increasing order of preference-: • 0.10< (∅/L) ≤ 0.50, • 0.15< (∅/L)≤ 0.45, • 0.20< (∅/L)≤ 0.40, • 0.25< (∅/L)≤ 0.35. said preform having a ratio ∅ / L, wherein ∅ is the outer diameter of the straight part of the closed tubular body portion measured at the middle of the longer segment of the straight part which has a steady thickness, and L is the length of a generatrix of the closed tubular body from the lower face of the neck support ring to the lower end of the bottom curved part of the preform, L being such that L = L' + 2πR/4; the preform being characterized in that the ratio ∅ / L is such that - in an increasing order of preference-: • 0.10< (∅/L) ≤ 0.50, • 0.15< (∅/L)≤ 0.45, • 0.20< (∅/L)≤ 0.40, • 0.25< (∅/L)≤ 0.35. • 0.10< (∅/L) ≤ 0.50, • 0.15< (∅/L)≤ 0.45, • 0.20< (∅/L)≤ 0.40, • 0.25< (∅/L)≤ 0.35.
A method comprising: receiving, at data processing hardware , audio data characterizing speech obtained by a user device ; generating, by the data processing hardware , a plurality of audio feature vectors from the audio data using a trained self-supervised model , each audio feature vector being representative of audio features of a portion of the audio data , wherein the trained self-supervised model comprises a deep neural network; generating, by the data processing hardware , using a shallow discriminator model , a score indicating a presence of synthetic speech in the audio data based on the corresponding audio features of each audio feature vector of the plurality of audio feature vectors , wherein the shallow discriminator model is a shallow neural network; determining, by the data processing hardware , whether the score satisfies a synthetic speech detection threshold; and when the score satisfies the synthetic speech detection threshold, determining, by the data processing hardware , that the speech in the audio data obtained by the user device comprises synthetic speech; wherein the shallow discriminator model is trained on training samples , the training samples each including a synthetic speech portion and a human-originated speech portion. receiving, at data processing hardware , audio data characterizing speech obtained by a user device ; generating, by the data processing hardware , a plurality of audio feature vectors from the audio data using a trained self-supervised model , each audio feature vector being representative of audio features of a portion of the audio data , wherein the trained self-supervised model comprises a deep neural network; generating, by the data processing hardware , using a shallow discriminator model , a score indicating a presence of synthetic speech in the audio data based on the corresponding audio features of each audio feature vector of the plurality of audio feature vectors , wherein the shallow discriminator model is a shallow neural network; determining, by the data processing hardware , whether the score satisfies a synthetic speech detection threshold; and when the score satisfies the synthetic speech detection threshold, determining, by the data processing hardware , that the speech in the audio data obtained by the user device comprises synthetic speech; wherein the shallow discriminator model is trained on training samples , the training samples each including a synthetic speech portion and a human-originated speech portion.
Method for treating rice grains in order to enrich said rice grains from the nutritional and/or taste point of view, said method comprising a step of heating said rice grains in a moist environment constituting or forming part of a stoving step, and a step of putting said rice grains in contact with at least one exogenous food substance having a nutritional and/or taste function, so that said heating in a moist environment gives rise to the penetration and inclusion of at least a fraction of said food substance inside the rice grains, preferably in the albumen thereof, characterised in that said step of putting in contact is prior to said step of heating in a moist environment and comprises a substep of spraying said food substance onto said rice grains so that each rice grain is enrobed with said food substance, said moist environment comprising mainly steam, said method also being characterised in that , during the step of heating in a moist environment, the pressure prevailing in said moist environment is higher than atmospheric pressure, said method making it possible to obtain stoved enriched rice grains intended to undergo subsequent cooking by the end consumer.
A mobile device comprising: an atmospheric pressure sensor configured to acquire a value of atmospheric pressure acting on the mobile device ; an acceleration sensor configured to acquire a value of acceleration acting on the mobile device ; and at least one controller configured to determine a moving state of the mobile device based on the value of atmospheric pressure and the value of acceleration, the at least one controller characterized by determining a moving state of the mobile device based on the value of acceleration; storing the determination result indicating that the mobile device is not in movement as a temporary determination result, when it is determined that the mobile device is not in movement based on the value of acceleration; determining whether the value of atmospheric pressure changed per an unit interval is equal to or greater than a threshold value; and discarding the stored temporary determination result indicating that the mobile device is not in movement and determining that the mobile device is in movement when the value of atmospheric pressure changed per the unit interval is equal to or greater than the threshold value. an atmospheric pressure sensor configured to acquire a value of atmospheric pressure acting on the mobile device ; an acceleration sensor configured to acquire a value of acceleration acting on the mobile device ; and at least one controller configured to determine a moving state of the mobile device based on the value of atmospheric pressure and the value of acceleration, the at least one controller characterized by determining a moving state of the mobile device based on the value of acceleration; storing the determination result indicating that the mobile device is not in movement as a temporary determination result, when it is determined that the mobile device is not in movement based on the value of acceleration; determining whether the value of atmospheric pressure changed per an unit interval is equal to or greater than a threshold value; and discarding the stored temporary determination result indicating that the mobile device is not in movement and determining that the mobile device is in movement when the value of atmospheric pressure changed per the unit interval is equal to or greater than the threshold value.
Protective device for monitoring an electrical energy supply network , having - a measured value recording device for recording measured values which have been recorded at at least one measurement point in the energy supply network and indicate an electrical state of the energy supply network at the measurement point; and - an evaluation device which is connected to the measured value recording device and is configured to perform a plurality of protective functions on the basis of the measured values and, as the result of performing the protective functions, to make a decision as to whether the energy supply network is in a permissible or impermissible operating state, wherein - the evaluation device is completely in the form of a single neural network and has an input neuron layer , to which the measured values and/or values derived therefrom are supplied, at least one intermediate neuron layer (43a-n) and an output neuron layer which outputs a classification of operating states of the energy supply network, wherein, in order to classify the operating states, the neural network is trained to perform all protective functions together, characterized in that - at least one of the intermediate neuron layers (43a-n) is connected to an intermediate output neuron layer (44a-n), wherein each intermediate output neuron layer (44a-n) outputs a result specific to an individual protective function. - a measured value recording device for recording measured values which have been recorded at at least one measurement point in the energy supply network and indicate an electrical state of the energy supply network at the measurement point; and - an evaluation device which is connected to the measured value recording device and is configured to perform a plurality of protective functions on the basis of the measured values and, as the result of performing the protective functions, to make a decision as to whether the energy supply network is in a permissible or impermissible operating state, wherein - the evaluation device is completely in the form of a single neural network and has an input neuron layer , to which the measured values and/or values derived therefrom are supplied, at least one intermediate neuron layer (43a-n) and an output neuron layer which outputs a classification of operating states of the energy supply network, wherein, in order to classify the operating states, the neural network is trained to perform all protective functions together, characterized in that - at least one of the intermediate neuron layers (43a-n) is connected to an intermediate output neuron layer (44a-n), wherein each intermediate output neuron layer (44a-n) outputs a result specific to an individual protective function.
An inkjet ink composition comprising: a latex polymer; and an ink vehicle comprising: water; and a co-solvent comprising: a solvent having a boiling point in the range of 170 °C to 215 °C; or a blend of solvents, each solvent of the blend of solvents having a boiling point in the range of 170 °C to 215 °C; and a solvent having a boiling point of 220 °C or more; or a blend of solvents, each solvent of the blend of solvents having a boiling point of 220 °C or more, wherein the inkjet ink composition comprises 10 wt% to 40 wt% by total weight of the composition of the solvent or the blend of solvents having a boiling point in the range of 170 °C to 215 °C, and 0.1 wt% to 8 wt% by total weight of the composition of the solvent or the blend of solvents having a boiling point of 220 °C or more. a latex polymer; and an ink vehicle comprising: water; and a co-solvent comprising: a solvent having a boiling point in the range of 170 °C to 215 °C; or a blend of solvents, each solvent of the blend of solvents having a boiling point in the range of 170 °C to 215 °C; and a solvent having a boiling point of 220 °C or more; or a blend of solvents, each solvent of the blend of solvents having a boiling point of 220 °C or more, water; and a co-solvent comprising: a solvent having a boiling point in the range of 170 °C to 215 °C; or a blend of solvents, each solvent of the blend of solvents having a boiling point in the range of 170 °C to 215 °C; and a solvent having a boiling point of 220 °C or more; or a blend of solvents, each a solvent having a boiling point in the range of 170 °C to 215 °C; or a blend of solvents, each solvent of the blend of solvents having a boiling point in the range of 170 °C to 215 °C; and a solvent having a boiling point of 220 °C or more; or a blend of solvents, each solvent of the blend of solvents having a boiling point of 220 °C or more,
Sealed bearing module for a tidal installation having a hub and at least one rotor blade, which has an inner ring and an outer ring and also a seal system for sealing the bearing module , wherein the outer ring has axially extending bores for fastening the outer ring directly to the hub , and the inner ring has axially extending bores for fastening the inner ring to the rotor blade, wherein the inner ring can be directly or indirectly fastened to the rotor blade via a spacer ring , wherein the seal system has a run-on surface which radially surrounds the inner ring or the spacer ring , wherein the seal system has a plurality of sealing units, characterized in that each sealing unit has a sealing element with a sealing lip which is in contact with the run-on surface and which is in each case arranged in a seal carrier ring .
Child seat system with at least one child seat , which is provided for a child sitting at least substantially upright, and with a baby carrier , which is provided for an infant who is lying down, wherein the baby carrier is intended to be received in the child seat , wherein the baby carrier is formed at least substantially by a hard seat shell and has at least one form-fitting element , which is provided for securing the baby carrier with a corresponding form-fitting element of the child seat at least in the seat direction, characterized in that the baby carrier has at least one further form-fitting element , which is arranged on an underside of the baby carrier .
An article comprising: a non-cellulosic nonwoven fabric layer having first and second opposing major surfaces and having a non-cellulosic nonwoven paper layer attached to each major surface of the nonwoven fabric layer wherein one or both of the nonwoven paper and nonwoven fabric layer are electrically insulating, wherein the nonwoven paper comprises fibers that are less than 2.54 cm long and inorganic fibers or fillers, and wherein nonwoven fabric layers comprise staple fibers and binder fibers, wherein the staple fibers comprise 30 wt% to 80 wt% of the nonwoven fabric layer and binder fibers comprise 20 wt% to 70 wt% of the nonwoven fabric layer, wherein the nonwoven fabric layer comprises a sheet material made of long fibers that are greater than 2.54 cm long, and wherein the article achieves a UL-94 flame resistance test rating of V-0. a non-cellulosic nonwoven fabric layer having first and second opposing major surfaces and having a non-cellulosic nonwoven paper layer attached to each major surface of the nonwoven fabric layer wherein one or both of the nonwoven paper and nonwoven fabric layer are electrically insulating, wherein the nonwoven paper comprises fibers that are less than 2.54 cm long and inorganic fibers or fillers, and wherein nonwoven fabric layers comprise staple fibers and binder fibers, wherein the staple fibers comprise 30 wt% to 80 wt% of the nonwoven fabric layer and binder fibers comprise 20 wt% to 70 wt% of the nonwoven fabric layer, wherein the nonwoven fabric layer comprises a sheet material made of long fibers that are greater than 2.54 cm long, and wherein the article achieves a UL-94 flame resistance test rating of V-0.
A powered nailer for driving nails into a workpiece, the nailer comprising: a driver unit (N) having a housing , a motor, a first coupler , a cylinder , a drive piston positioned within the cylinder, a drive blade attached to the drive piston and movable therewith along a drive blade axis between a driven position and a top-dead-center position, and a lifter mechanism operable to return the drive piston and the drive blade to the top-dead-center position; and a handle unit (H) having a battery receptacle for receiving a battery pack , a trigger , a second coupler , and a gripping portion that defines a handle axis that extends orthogonal to the drive blade axis when the nailer is arranged in a first configuration, characterized in that the handle axis extends parallel to the drive blade axis when the nailer is arranged in a second configuration, wherein the handle unit (H) is selectively and removably attachable to the driver unit (N); wherein the first and second couplers selectively engage one another to mechanically and electrically connect the driver unit (N) to the handle unit (H). a driver unit (N) having a housing , a motor, a first coupler , a cylinder , a drive piston positioned within the cylinder, a drive blade attached to the drive piston and movable therewith along a drive blade axis between a driven position and a top-dead-center position, and a lifter mechanism operable to return the drive piston and the drive blade to the top-dead-center position; and a handle unit (H) having a battery receptacle for receiving a battery pack , a trigger , a second coupler , and a gripping portion that defines a handle axis that extends orthogonal to the drive blade axis when the nailer is arranged in a first configuration, characterized in that the handle axis extends parallel to the drive blade axis when the nailer is arranged in a second configuration, wherein the handle unit (H) is selectively and removably attachable to the driver unit (N); wherein the first and second couplers selectively engage one another to mechanically and electrically connect the driver unit (N) to the handle unit (H).
An operator control apparatus for a motor vehicle, comprising: - a base element , which is configured to be fastened to an interior component , - a screen device , which is configured to display a driving mode and/or an ambient mode of the motor vehicle and which has a touch-sensitive surface which is configured to receive a first user input, - a ring element , which is arranged in a manner encompassing the screen device on the circumference, which ring element is configured to be arranged in different rotational positions relative to the base element , and which is configured to receive a second user input characterized by an adjustment of the ring element between the rotational positions, and - a control device , which is configured to provide a control signal, as a function of the first user input and/or the second user input, which control signal characterizes a driving mode to be set and/or an ambient mode to be set of the motor vehicle, and which is configured to trigger the display of the driving mode and/or the ambient mode by means of the screen device , the operator control apparatus being characterized in that - a proximity sensor is provided, which is configured to receive a third user input characterized by an approach to the proximity sensor , wherein the control device is configured to adjust the screen device into a standby mode upon receiving the third user input, and/or - a light ring element is provided, which is configured to output a light signal encompassing the ring element . - a base element , which is configured to be fastened to an interior component , - a screen device , which is configured to display a driving mode and/or an ambient mode of the motor vehicle and which has a touch-sensitive surface which is configured to receive a first user input, - a ring element , which is arranged in a manner encompassing the screen device on the circumference, which ring element is configured to be arranged in different rotational positions relative to the base element , and which is configured to receive a second user input characterized by an adjustment of the ring element between the rotational positions, and - a control device , which is configured to provide a control signal, as a function of the first user input and/or the second user input, which control signal characterizes a driving mode to be set and/or an ambient mode to be set of the motor vehicle, and which is configured to trigger the display of the driving mode and/or the ambient mode by means of the screen device , - a proximity sensor is provided, which is configured to receive a third user input characterized by an approach to the proximity sensor , wherein the control device is configured to adjust the screen device into a standby mode upon receiving the third user input, and/or - a light ring element is provided, which is configured to output a light signal encompassing the ring element .
Trailer for transporting a vehicle , comprising a supporting structure adapted to carry said vehicle , and a bracket structure comprising a tail light assembly attached to a section thereof, said tail light assembly comprising tail lights for said trailer , wherein said bracket structure is movable between a first position in which said tail lights are positioned at the rear of the trailer in a driving position, and a second position in which said tail lights are positioned away from the rear of the trailer in a loading position; characterized in that said bracket structure fixates said vehicle to said supporting structure when placed in said first position, thereby eliminating the need for further fastening means such as safety ropes or the like.