mhurhangee/ep-ind-claims huggingface dataset:
A heating apparatus, comprising: a motor control unit, having an inverter and a controller that are connected to each other; an electric heater; and a motor, having three-phase windings, wherein ends of the three-phase windings are connected to the inverter, the other ends of the three-phase windings are connected to a connection point, point, characterised in that the connection point is connected to the electric heater. a motor control unit, having an inverter and a controller that are connected to each other; an electric heater; and a motor, having three-phase windings, wherein ends of the three-phase windings are connected to the inverter, the other ends of the three-phase windings are connected to a connection point, point, characterised in that the connection point is connected to the electric heater.
A modified ethylene-vinyl ester saponified copolymer resin composition comprising: a modified ethylene-vinyl ester saponified copolymer having an aliphatic polyester grafted thereto; and at least one metal selected from the group consisting of alkali metal and alkaline earth metal; wherein the alkaline earth metal is contained as a salt with a monocarboxylic acid having 2 to 11 carbon atoms; and wherein the content of ethylene structural units in the EVOH resin is 20 to 60 % by mole as measured according to the description. a modified ethylene-vinyl ester saponified copolymer having an aliphatic polyester grafted thereto; and at least one metal selected from the group consisting of alkali metal and alkaline earth metal; wherein the alkaline earth metal is contained as a salt with a monocarboxylic acid having 2 to 11 carbon atoms; and wherein the content of ethylene structural units in the EVOH resin is 20 to 60 % by mole as measured according to the description.
A Miller cycle engine comprising a variable valve mechanism configured to make an opening timing and a closing timing of an intake valve variable while fixing an operation angle of the intake valve, a throttle valve placed in an intake passage, and a control system, the control system comprising: an electronic control unit configured to: execute an early closing Miller cycle operating mode in which the electronic control unit controls the variable valve mechanism to close the intake valve before an intake bottom dead center; execute a decompression mode when the Miller cycle engine is started in which the electronic control unit controls the variable valve mechanism to close the intake valve at a point later than the intake bottom dead center, a later closing amount of the intake valve relative to the intake bottom dead center, for use in the decompression mode, being larger than an early closing amount of the intake valve relative to the intake bottom dead center when the closing timing of the intake valve is most advanced by the variable valve mechanism; and execute an early closing Miller cycle operating mode after completion of the decompression mode. execute an early closing Miller cycle operating mode in which the electronic control unit controls the variable valve mechanism to close the intake valve before an intake bottom dead center; execute a decompression mode when the Miller cycle engine is started in which the electronic control unit controls the variable valve mechanism to close the intake valve at a point later than the intake bottom dead center, a later closing amount of the intake valve relative to the intake bottom dead center, for use in the decompression mode, being larger than an early closing amount of the intake valve relative to the intake bottom dead center when the closing timing of the intake valve is most advanced by the variable valve mechanism; and execute an early closing Miller cycle operating mode after completion of the decompression mode.
A cosmetic delivery system, comprising: a peristaltic pump assembly adjacent to a pump casing wall, the peristaltic pump assembly having one or more wipers, the peristaltic pump assembly configured to mobilize the one or more wipers to compress one or more flexible tubings (204, 408, 410, 412) received within an inner passageway partly defined by the pump casing wall; and at least one replaceable cosmetic applicator set having a cosmetic cartridge, a flexible tubing wherein the cosmetic cartridge is fluidically coupled to a proximate end of the flexible tubing, and an applicator connected to a distal end of the flexible tubing, wherein the cosmetic cartridge, the flexible tubing, and the applicator are sealed to prevent contamination of the cosmetic.
Composition comprising at least one hydrocarbon which is liquid at 20°C, obtained by a process of converting syngas into at least one hydrocarbon which is liquid at 20°C, at least one emulsifier and at least one aqueous phase.
A computing unit configured to be mounted in a High-Performance Computing cabinet, thereafter HPC cabinet, defining a plurality of vertically stacked sockets, the computing unit comprising: • an external body, comprising primary electronic components, configured to engage with at least one of the sockets, the external body comprising at least a bottom wall and two lateral walls defining a housing opened from the front, each lateral side comprising an abutment wall configured to be secured directly to the HPC cabinet and a latching wall located in front of the abutment wall, the external body comprising at least a first connector connected to the primary electronic components, • an internal body, comprising secondary electronic components, the internal body being releasably coupled with the external body in order to allow extraction of the internal body when the external body is secured fixedly to the HPC cabinet, the internal body comprising at least a second connector connected to the secondary electronic components, the second connector being configured to cooperate with the first connector when the internal body is coupled with the external body, and • at least one front lever pivotally coupled to the internal body and configured to latch with a latching wall of the external body and to latch with the bottom wall of the external body in order to releasably couple the internal body with the external body when the internal body is located within the housing of the external body. • an external body, comprising primary electronic components, configured to engage with at least one of the sockets, the external body comprising at least a bottom wall and two lateral walls defining a housing opened from the front, each lateral side comprising an abutment wall configured to be secured directly to the HPC cabinet and a latching wall located in front of the abutment wall, the external body comprising at least a first connector connected to the primary electronic components, • an internal body, comprising secondary electronic components, the internal body being releasably coupled with the external body in order to allow extraction of the internal body when the external body is secured fixedly to the HPC cabinet, the internal body comprising at least a second connector connected to the secondary electronic components, the second connector being configured to cooperate with the first connector when the internal body is coupled with the external body, and • at least one front lever pivotally coupled to the internal body and configured to latch with a latching wall of the external body and to latch with the bottom wall of the external body in order to releasably couple the internal body with the external body when the internal body is located within the housing of the external body.
Display device for a motor vehicle, having: - a first, flat display element which is arranged in a first display plane of the display device, and - at least one further, flat display element (17, 18), in each case arranged in a further display plane of the display device and arranged, in a user's viewing direction, upstream of the first display element, wherein - the at least one further display element (17, 18) forms with the first display element a multi-layer combination of display elements (16, 17, 18), and - the at least one further display element (17, 18) has in each case an at least partially transparent display surface (29, 30) and in each case has a privacy element (20, 20') for setting a degree of transparency of at least one region of the display element (17, 18), characterised in that the privacy element (20, 20') is designed as a switchable foil. - a first, flat display element which is arranged in a first display plane of the display device, and - at least one further, flat display element (17, 18), in each case arranged in a further display plane of the display device and arranged, in a user's viewing direction, upstream of the first display element, wherein - the at least one further display element (17, 18) forms with the first display element a multi-layer combination of display elements (16, 17, 18), and - the at least one further display element (17, 18) has in each case an at least partially transparent display surface (29, 30) and in each case has a privacy element (20, 20') for setting a degree of transparency of at least one region of the display element (17, 18), characterised in that the privacy element (20, 20') is designed as a switchable foil.
A method for verifying the presence of a genomic mutation in cells of a rare cell population comprising: a) amplifying and sequencing a portion or the whole genome of the cells of the rare cell population with a first DNA polymerase; b) amplifying and sequencing a portion or the whole genome of the cells of the rare cell population with a second DNA polymerase, wherein the second DNA polymerase is different from the first DNA polymerase; wherein the amplifying with the first DNA polymerase and second DNA polymerase are performed as parallel amplification reactions in separate reaction mixtures; c) sequencing without amplifying a portion or the whole genome of a control cell population comprising normal somatic genomic DNA; d) comparing the genomic sequences obtained in steps a), b) and c), wherein identification of a nucleotide polymorphism that is identical in the genomic sequences obtained in steps a) and b), but different from a nucleotide polymorphism at the same nucleotide position in the genomic sequence obtained in step. c) verify the presence of a genomic mutation in cells of the rare cell population. a) amplifying and sequencing a portion or the whole genome of the cells of the rare cell population with a first DNA polymerase; b) amplifying and sequencing a portion or the whole genome of the cells of the rare cell population with a second DNA polymerase, wherein the second DNA polymerase is different from the first DNA polymerase; wherein the amplifying with the first DNA polymerase and second DNA polymerase are performed as parallel amplification reactions in separate reaction mixtures; c) sequencing without amplifying a portion or the whole genome of a control cell population comprising normal somatic genomic DNA; d) comparing the genomic sequences obtained in steps a), b) and c), wherein identification of a nucleotide polymorphism that is identical in the genomic sequences obtained in steps a) and b), but different from a nucleotide polymorphism at the same nucleotide position in the genomic sequence obtained in step. c) verify the presence of a genomic mutation in cells of the rare cell population.
A transmitting apparatus for an OFDM based wireless communication system, the wireless communication system adapted to support a plurality of pre-defined subcarrier spacing values comprising at least a first subcarrier spacing value Δ f 1 and at least a second subcarrier spacing value Δ f 2, the transmitting apparatus including a processor and a transmitter, wherein the processor is configured to: generate a signal S 1 comprising a N SF time repetition of another signal S 2, wherein a duration of the another signal S 2 is 1/Δ f 2, and N SF = Δ f 2 / Δ f 1 is an integer greater than 1; and wherein the transmitter is configured for transmission of a symbol comprising S 1; wherein the N SF time repetition of the signal S 2 is a time continuous repetition of the signal S 2, characterized in that the repeated signal S 2 is generated by multiplying the signal S 2 by a specific value such that the repeated signal S 2 is different from the signal S 2, wherein the specific value is known to the transmitting apparatus and a corresponding receiving apparatus. generate a signal S 1 comprising a N SF time repetition of another signal S 2, wherein a duration of the another signal S 2 is 1/Δ f 2, and N SF = Δ f 2 / Δ f 1 is an integer greater than 1; and wherein the transmitter is configured for transmission of a symbol comprising S 1; wherein the N SF time repetition of the signal S 2 is a time continuous repetition of the signal S 2, characterized in that the repeated signal S 2 is generated by multiplying the signal S 2 by a specific value such that the repeated signal S 2 is different from the signal S 2, wherein the specific value is known to the transmitting apparatus and a corresponding receiving apparatus.
Apparatus, for use with a nerve of a subject, the apparatus comprising: an implantable excitation unit, configured to induce action potentials in the nerve by applying an excitatory current to the nerve; an implantable blocking unit, configured to block the induced action potentials from propagating along the nerve by applying a blocking current to the nerve; and an extracorporeal controller, comprising (i) at least one antenna, and (ii) circuitry configured: to wirelessly drive the excitation unit to apply the excitatory current, in a first mode of the extracorporeal controller, to wirelessly drive the blocking unit to apply the blocking current while not driving the excitation unit to apply the excitatory current, in a second mode of the extracorporeal controller, to wirelessly drive the blocking unit to apply the blocking current while driving the excitation unit to apply the excitatory current, and to wirelessly alter a parameter of the blocking current, based on sensing performed while the extracorporeal controller is in the second mode. an implantable excitation unit, configured to induce action potentials in the nerve by applying an excitatory current to the nerve; an implantable blocking unit, configured to block the induced action potentials from propagating along the nerve by applying a blocking current to the nerve; and an extracorporeal controller, comprising (i) at least one antenna, and (ii) circuitry configured: to wirelessly drive the excitation unit to apply the excitatory current, in a first mode of the extracorporeal controller, to wirelessly drive the blocking unit to apply the blocking current while not driving the excitation unit to apply the excitatory current, in a second mode of the extracorporeal controller, to wirelessly drive the blocking unit to apply the blocking current while driving the excitation unit to apply the excitatory current, and to wirelessly alter a parameter of the blocking current, based on sensing performed while the extracorporeal controller is in the second mode. to wirelessly drive the excitation unit to apply the excitatory current, in a first mode of the extracorporeal controller, to wirelessly drive the blocking unit to apply the blocking current while not driving the excitation unit to apply the excitatory current, in a second mode of the extracorporeal controller, to wirelessly drive the blocking unit to apply the blocking current while driving the excitation unit to apply the excitatory current, and to wirelessly alter a parameter of the blocking current, based on sensing performed while the extracorporeal controller is in the second mode.
A method for reading diagnostic data from a safety controller by means of a mobile data processing unit, wherein the safety controller is designed for the safe switching on and off of an electrical load which poses a potential hazard to man and material in accordance with a safety requirement level in a standard, characterized in that the diagnostic data is transmitted from the safety controller to the mobile data processing unit by means of a wireless connection and in that the wireless connection is designed according to the NFC transmission standard.
A computer-implemented method of performing matrix computations, the method comprising: receiving a compression-encoded matrix, wherein the compression-encoded matrix is a sparsity-encoded matrix or a transition-encoded matrix, the compression-encoded matrix including a plurality of rows, each row having a plurality of defined element values and, for each such defined element value, a schedule tag indicating a schedule for using the defined element value in a scheduled matrix computation; loading the plurality of rows of the compression-encoded matrix into a corresponding plurality of work memory banks; and providing decoded input data to a matrix computation module configured for performing the scheduled matrix computation, wherein providing the decoded input data includes, for each work memory bank: reading a next defined element value and a corresponding schedule tag; responsive to the corresponding schedule tag meeting a scheduling condition, providing the next defined element value to the matrix computation module; and responsive to the corresponding schedule tag not meeting the scheduling condition, providing a default element value to the matrix computation module. receiving a compression-encoded matrix, wherein the compression-encoded matrix is a sparsity-encoded matrix or a transition-encoded matrix, the compression-encoded matrix including a plurality of rows, each row having a plurality of defined element values and, for each such defined element value, a schedule tag indicating a schedule for using the defined element value in a scheduled matrix computation; loading the plurality of rows of the compression-encoded matrix into a corresponding plurality of work memory banks; and providing decoded input data to a matrix computation module configured for performing the scheduled matrix computation, wherein providing the decoded input data includes, for each work memory bank: reading a next defined element value and a corresponding schedule tag; responsive to the corresponding schedule tag meeting a scheduling condition, providing the next defined element value to the matrix computation module; and responsive to the corresponding schedule tag not meeting the scheduling condition, providing a default element value to the matrix computation module. reading a next defined element value and a corresponding schedule tag; responsive to the corresponding schedule tag meeting a scheduling condition, providing the next defined element value to the matrix computation module; and responsive to the corresponding schedule tag not meeting the scheduling condition, providing a default element value to the matrix computation module.
An article of unitary construction for forming a double-layer trim piece, the article comprising: when in an un-assembled configuration: a first zone having a first set of apertures, each of the first set of apertures having a first size; a second zone having a second set of apertures, each of the second set of apertures having a second size, and a third zone interposed between the first zone and the second zone characterized by the first size being different from the second size.
Method for calculating three-dimensional information of food received within a cavity of a food preparation entity, the method comprising the steps of: - capturing at least two images of said food received within the cavity using a camera, said images comprising different focus points; and - processing the at least two images in order to establish three-dimensional information of said food received within the cavity. - capturing at least two images of said food received within the cavity using a camera, said images comprising different focus points; and - processing the at least two images in order to establish three-dimensional information of said food received within the cavity.
Casing for concrete, appropriate for use in the construction of a concrete bedding of a railway, comprising a reinforcement between at least one first and at least one second plate-shaped casing element, said casing elements being suitable to form an upwardly open, gutter-shaped construction with a ground, whereby the plate-shaped casing elements are connected bearingly and demountably to the reinforcement, and at least one attachment means for mounting at least one rail to the concrete bedding to be constructed, whereby said attachment means comprises at least one dowel, whereby the reinforcement comprises at least one connection element that connects the at least one first and the at least one second plate-shaped casing elements in a bearing manner, whereby the at least one connection element is connected bearingly to said at least one dowel via at least one positioning element, characterized in that said positioning element contains a clamp system for clamping the dowel, an annular holder for enclosing the outer diameter of the dowel or a magnet for positioning the dowel and the positioning element in a correct mutual position, to thereby hold the at least one dowel in position.
A powder mix comprising pectin with a calcium content adjusted to 500 ppm or less, with a sodium content adjusted to 5000 ppm or more and with a potassium content adjusted to 5 ppm or more.