mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for testing perception, comprising: a stimulation controller configured to control a stimulation application member that applies electrical stimulation to a subject; and a notification section configured to notify the subject of an application of the electrical stimulation, wherein the controller is configured to control a stimulation learning mode in which the application of the electrical stimulation is notified by the notification section, and a perception test mode in which the application of the electrical stimulation is performed without performing the notification by the notification section and wherein the stimulation learning mode and the perception test mode are switchable to each other. a stimulation controller configured to control a stimulation application member that applies electrical stimulation to a subject; and a notification section configured to notify the subject of an application of the electrical stimulation, wherein the controller is configured to control a stimulation learning mode in which the application of the electrical stimulation is notified by the notification section, and a perception test mode in which the application of the electrical stimulation is performed without performing the notification by the notification section and wherein the stimulation learning mode and the perception test mode are switchable to each other.
A method for determining brake wear at a vehicle, comprising: - determining, for each of one or more time periods during which a brake of the vehicle is actuated, a speed of the vehicle at a start time of the respective time period and a speed change parameter indicative of a change of speed of the vehicle during the respective time period, and - determining, for each of the one or more time periods, a respective brake wear parameter indicative of brake wear at one or more brakes of the vehicle during the respective time period based on the speed of the vehicle at the start time of the respective time period, the speed change parameter indicative of the change of speed of the vehicle during the respective time period, and the mass or weight of the vehicle, wherein in a case the respective brake wear parameter is determined to be zero for time periods in which the brake of the vehicle is not activated, and the respective brake wear parameter is determined to be zero for time periods in which the brake of the vehicle is activated and the vehicle speed is determined to be zero, brake wear determination is avoided. - determining, for each of one or more time periods during which a brake of the vehicle is actuated, a speed of the vehicle at a start time of the respective time period and a speed change parameter indicative of a change of speed of the vehicle during the respective time period, and - determining, for each of the one or more time periods, a respective brake wear parameter indicative of brake wear at one or more brakes of the vehicle during the respective time period based on the speed of the vehicle at the start time of the respective time period, the speed change parameter indicative of the change of speed of the vehicle during the respective time period, and the mass or weight of the vehicle, wherein
Method for cutting a running thread , characterised in that a time-pulsed laser beam is spatially focused by means of an optical element , the running thread is guided through the area onto which the laser beam is focused, and the time-pulsed laser beam is configured as a laser burst and the shape of the laser burst is adapted as a function of the properties of the thread .
A system for measuring the presence of a plurality of different analytes on a plurality of graphene varactors by evaluating capacitance across a range of DC bias voltages, comprising: - a capacitance to digital converter, CDC ; - a plurality of graphene varactors including graphene varactors with specificity for different gaseous analytes; - a multiplexor configured to selectively provide electrical communication between the CDC and a plurality of the graphene varactors ; and - a controller circuit configured to receive an electrical signal reflecting the capacitance of the graphene varactors at a plurality of DC bias voltages; wherein the CDC is in electrical communication with the graphene varactors and is configured to measure the capacitance of the graphene varactors in response to an excitation signal over the range of DC bias voltages, wherein the measured capacitance across the range of DC bias voltages forms part of a pattern for a given sample; wherein an excitation signal is applied to a selected graphene varactor through the multiplexor ; and wherein the controller circuit is configured to record the measured capacitance values across the range of DC bias voltages. - a capacitance to digital converter, CDC ; - a plurality of graphene varactors including graphene varactors with specificity for different gaseous analytes; - a multiplexor configured to selectively provide electrical communication between the CDC and a plurality of the graphene varactors ; and - a controller circuit configured to receive an electrical signal reflecting the capacitance of the graphene varactors at a plurality of DC bias voltages; wherein the CDC is in electrical communication with the graphene varactors and is configured to measure the capacitance of the graphene varactors in response to an excitation signal over the range of DC bias voltages, wherein the measured capacitance across the range of DC bias voltages forms part of a pattern for a given sample; wherein an excitation signal is applied to a selected graphene varactor through the multiplexor ; and wherein the controller circuit is configured to record the measured capacitance values across the range of DC bias voltages.
A method for receiving a signal by a user equipment, UE , in narrowband internet of things, NB-IoT, the method comprising: receiving, by the UE , a narrowband physical downlink control channel, N-PDCCH, carrying downlink control information, DCI; and receiving, by the UE , a physical downlink data channel, PDSCH, based on the DCI, wherein a channel bandwidth of the NB-IoT is limited to 200 kHz and comprising 1 resource block, RB, which comprises 12 subcarriers in a frequency domain, wherein the N-PDCCH is received based on at least one of two control channel elements, CCEs, on the 1 RB, wherein a first CCE of the two CCEs occupies 6 subcarriers with indices from 0 to 5 among the 12 subcarriers and a second CCE of the two CCEs occupies 6 subcarriers with indices from 6 to 11 among the 12 subcarriers, and wherein the N-PDCCH is received based on monitoring a N-PDCCH candidate configured with the two CCEs in case that the N-PDCCH is received with repetition, and wherein the N-PDCCH is received based on monitoring a N-PDCCH candidate configured with the first CCE and a N-PDCCH candidate configured with the second CCE in case that the N-PDCCH is received with no repetition. receiving, by the UE , a narrowband physical downlink control channel, N-PDCCH, carrying downlink control information, DCI; and receiving, by the UE , a physical downlink data channel, PDSCH, based on the DCI, wherein a channel bandwidth of the NB-IoT is limited to 200 kHz and comprising 1 resource block, RB, which comprises 12 subcarriers in a frequency domain, wherein the N-PDCCH is received based on at least one of two control channel elements, CCEs, on the 1 RB, wherein a first CCE of the two CCEs occupies 6 subcarriers with indices from 0 to 5 among the 12 subcarriers and a second CCE of the two CCEs occupies 6 subcarriers with indices from 6 to 11 among the 12 subcarriers, and wherein the N-PDCCH is received based on monitoring a N-PDCCH candidate configured with the two CCEs in case that the N-PDCCH is received with repetition, and wherein the N-PDCCH is received based on monitoring a N-PDCCH candidate configured with the first CCE and a N-PDCCH candidate configured with the second CCE in case that the N-PDCCH is received with no repetition.
A caliper guide assembly for a heavy vehicle disc brake, the guide assembly comprising: a guide pin ; a guide bore arranged to receive the guide pin and permit relative axial sliding thereof; a bush arranged to define at least part of the guide bore ; and a sensor arrangement configured to provide an output indicative of a state of wear of the bush . a guide pin ; a guide bore arranged to receive the guide pin and permit relative axial sliding thereof; a bush arranged to define at least part of the guide bore ; and a sensor arrangement configured to provide an output indicative of a state of wear of the bush .
A vehicle mounted structure of a battery pack mounted to a floor of a vehicle cabin, comprising: a bottom plate of a housing of the battery pack; and a plate-shaped underguard provided below the bottom plate , the underguard having upwardly protruding ribs and downwardly protruding ribs that are alternately arranged; characterized by cooling pipes provided inside or on a surface of the bottom plate for circulating coolant; wherein the cooling pipes are arranged to face the downwardly protruding ribs, and the underguard is attached to the housing such that an upper plate of the upwardly protruding ribs and a bottom surface of the bottom plate are spaced apart from each other. a bottom plate of a housing of the battery pack; and a plate-shaped underguard provided below the bottom plate , the underguard having upwardly protruding ribs and downwardly protruding ribs that are alternately arranged; characterized by cooling pipes provided inside or on a surface of the bottom plate for circulating coolant; wherein the cooling pipes are arranged to face the downwardly protruding ribs, and the underguard is attached to the housing such that an upper plate of the upwardly protruding ribs and a bottom surface of the bottom plate are spaced apart from each other.
A method for producing lipids from a gaseous stream, the method comprising; a. flowing a substrate comprising CO 2 and H 2 into a primary bioreactor containing a culture of Acetobacterium woodii; b. anaerobically fermenting the substrate comprising CO 2 and H 2 to produce acetate; c. flowing at least a portion of the acetate of (b) to a secondary bioreactor containing a culture of one or more yeasts; and d. fermenting the acetate to produce one or more lipids; wherein the substrate comprising CO 2 and H 2 is a waste gas from an industrial process and comprises at least 40% H 2 and at least 10% CO 2 , and wherein the acetate is produced at a rate of at least about 20g/L/day. a. flowing a substrate comprising CO 2 and H 2 into a primary bioreactor containing a culture of Acetobacterium woodii; b. anaerobically fermenting the substrate comprising CO 2 and H 2 to produce acetate; c. flowing at least a portion of the acetate of (b) to a secondary bioreactor containing a culture of one or more yeasts; and d. fermenting the acetate to produce one or more lipids; wherein the substrate comprising CO 2 and H 2 is a waste gas from an industrial process and comprises at least 40% H 2 and at least 10% CO 2 , and wherein the acetate is produced at a rate of at least about 20g/L/day.
A method of producing a particle coating on one or more items, the method comprising: mixing supercritical fluid with a solution comprising dissolved material for forming particles; spraying the mixture into a precipitation chamber to precipitate particles, wherein the chamber is at a pressure below a supercritical pressure of the supercritical fluid; capturing the precipitated particles on one or more items located within the chamber . mixing supercritical fluid with a solution comprising dissolved material for forming particles; spraying the mixture into a precipitation chamber to precipitate particles, wherein the chamber is at a pressure below a supercritical pressure of the supercritical fluid; capturing the precipitated particles on one or more items located within the chamber .
Dry transformer for installation on or under or in a means of transportation or a vessel, in particular a rail car or power car of a train or a ship, comprising at least one coil comprising a core , an outer winding and an inner winding , the outer winding being concentrically superimposed over the inner winding, wherein the windings surround the core , wherein the dry transformer comprises an outer support structure and two struts , wherein the windings are mechanically connected to the outer support structure by the struts , characterised in that one of the struts comprises two plates at one longitudinal end of the coil and one of the plates is connected from the outer support structure to the outer winding and the other one of the plates is connected from the outer support structure to the inner winding , and the other one of the struts comprises two plates at the other longitudinal end of the coil and one of the plates is connected from the outer support structure to the outer winding and the other one of the plates is connected from the outer support structure to the inner winding , wherein all said plates extend with the plane direction thereof perpendicular to a longitudinal coil axis around which the windings are wound.
A brake system, comprising: an inboard brake and an outboard brake ; a primary control channel including a primary outboard, POB, channel coupled to the outboard brake and a primary inboard, PIB, channel coupled to the inboard brake; a secondary control channel including a secondary outboard, SOB, channel coupled to the outboard brake and a secondary inboard, SIB, channel coupled to the inboard brake; a tangible, non-transitory memory configured to communicate with a controller, the tangible, non-transitory memory having instructions stored thereon that, in response to execution by the controller, cause the controller to perform operations characterized by comprising: receiving, by the controller, a first status of the POB channel, a second status of the PIB channel, a third status of the SOB channel and a fourth status of the SIB channel, determining, by the controller, a failure of at least one of the POB channel or the PIB channel based on the first status of the POB channel and the second status of the PIB channel, and comparing, by the controller, the first status of the POB channel and the second status of the PIB channel with the third status of the SOB channel and the fourth status of the SIB channel. an inboard brake and an outboard brake ; a primary control channel including a primary outboard, POB, channel coupled to the outboard brake and a primary inboard, PIB, channel coupled to the inboard brake; a secondary control channel including a secondary outboard, SOB, channel coupled to the outboard brake and a secondary inboard, SIB, channel coupled to the inboard brake; a tangible, non-transitory memory configured to communicate with a controller, the tangible, non-transitory memory having instructions stored thereon that, in response to execution by the controller, cause the controller to perform operations characterized by comprising: receiving, by the controller, a first status of the POB channel, a second status of the PIB channel, a third status of the SOB channel and a fourth status of the SIB channel, determining, by the controller, a failure of at least one of the POB channel or the PIB channel based on the first status of the POB channel and the second status of the PIB channel, and comparing, by the controller, the first status of the POB channel and the second status of the PIB channel with the third status of the SOB channel and the fourth status of the SIB channel. receiving, by the controller, a first status of the POB channel, a second status of the PIB channel, a third status of the SOB channel and a fourth status of the SIB channel, determining, by the controller, a failure of at least one of the POB channel or the PIB channel based on the first status of the POB channel and the second status of the PIB channel, and comparing, by the controller, the first status of the POB channel and the second status of the PIB channel with the third status of the SOB channel and the fourth status of the SIB channel.
A data collection device comprising: a first portion comprising a sleeve configured to attach the data collection device to an injection device by engaging a dosage knob of the injection device; a second portion rotatably attached to the first portion, the second portion configured to engage with a dose button of the injection device; a sensor arrangement configured to detect rotation of the first portion relative to the second portion during expulsion of a medicament by the injection device; and a processor arrangement configured to, based on said detected movement, determine a medicament amount expelled by the injection device. a first portion comprising a sleeve configured to attach the data collection device to an injection device by engaging a dosage knob of the injection device; a second portion rotatably attached to the first portion, the second portion configured to engage with a dose button of the injection device; a sensor arrangement configured to detect rotation of the first portion relative to the second portion during expulsion of a medicament by the injection device; and a processor arrangement configured to, based on said detected movement, determine a medicament amount expelled by the injection device.
A method for receiving a downlink signal by a user equipment, UE, part of a wireless communication system, comprising: receiving a plurality of parameter sets for a Semi Persistent Scheduling, SPS, -Physical Downlink Shared CHannel, PDSCH, through higher layer signaling; receiving a Downlink Control information, DCI, carried on a physical downlink control channel, PDCCH, configuring SPS; and characterized in that the method further comprises: if the DCI is a first DCI format including an indicator, decoding the SPS-PDSCH using a parameter set indicated by the indicator among the plurality of parameter sets; and if the DCI is a second DCI format not including the indicator, decoding the SPS-PDSCH using a predetermined parameter set from among the plurality of parameter sets. receiving a plurality of parameter sets for a Semi Persistent Scheduling, SPS, -Physical Downlink Shared CHannel, PDSCH, through higher layer signaling; receiving a Downlink Control information, DCI, carried on a physical downlink control channel, PDCCH, configuring SPS; and characterized in that the method further comprises: if the DCI is a first DCI format including an indicator, decoding the SPS-PDSCH using a parameter set indicated by the indicator among the plurality of parameter sets; and if the DCI is a second DCI format not including the indicator, decoding the SPS-PDSCH using a predetermined parameter set from among the plurality of parameter sets. if the DCI is a first DCI format including an indicator, decoding the SPS-PDSCH using a parameter set indicated by the indicator among the plurality of parameter sets; and if the DCI is a second DCI format not including the indicator, decoding the SPS-PDSCH using a predetermined parameter set from among the plurality of parameter sets.
A method performed by a base station for communicating with a coverage enhanced user equipment, UE, the method comprising: transmitting system information, SI, to the coverage enhanced UE in a machine type communication, MTC, frame structure, the MTC frame structure comprising intermittent transmission periods of a number of MTC SI transmissions, each MTC SI transmission comprising an MTC master information block, MIB, or one of a number of MTC system information blocks, SIBs, wherein two consecutive MTC SI transmissions are separated by N number of frames, wherein N is an integer number, characterized in that transmitting comprises: transmitting a first MTC SI transmission after a first fixed number of frames from a last frame on a MTC physical broadcast channel, MTC PBCH, and transmitting a second MTC SI transmission after a second fixed number of frames from a transmission frame of the first MTC SI transmission. transmitting a first MTC SI transmission after a first fixed number of frames from a last frame on a MTC physical broadcast channel, MTC PBCH, and transmitting a second MTC SI transmission after a second fixed number of frames from a transmission frame of the first MTC SI transmission.
A multi-speed power shifted hybrid transmission , especially for a vehicle, comprising a housing (H), an input shaft connected to a prime mover , a first driveshaft , a second driveshaft being arranged concentric to the first driveshaft , each of the two driveshafts having a plurality of driving gearwheels (G12a, G3a, G4a, G5a; G6a) on them, at least one driven shaft with at least one driven gearwheel (G12b, G3b, G4b, G5b; G6b; GRb) on it meshing with the driving gearwheels (G12a, G3a, G4a, G5a; G6a) on said driveshafts thus forming gearings (G1/2, G3, G4, G5; G6; GR); a plurality of controllable clutches (C0, C1, C2, C3, C4), selectively connecting said gearwheels (G12a, G3a, G4a, G5a; G6a; G12b, G3b, G4b, G5b; G6b; GRb) to the corresponding shafts , such as to engage the gearings (G1/2, G3, G4, G5; G6; GR) with different gear ratios, an electric machine with a rotor , a planetary gearset with at least three links, i.e. a first link , a second link , and a third link , with a controllable lock-up clutch (CL), blocking relative rotation between the first driveshaft and the second driveshaft , wherein at least one of the gearings (G1/2, G3, G4, G5; G6) can be engaged with reversed gear ratio from the second driveshaft to any of the driven shafts , wherein the first link is connected to the input shaft , the second link is connected to the second driveshaft , and the third link is kinematically connected to the rotor of said electric machine in a way that a speed ratio between the second link and the third link is negative for stopped first link , characterized in that the transmission further comprises a controllable friction clutch (C0), connecting the input shaft kinematically to the first driveshaft , and a controllable brake device (B0), blocking the rotation of the input shaft against the housing (H).
A sticky cleaner comprising a catcher to catch matter to be removed, wherein the catcher has an adhesive surface formed of a pressure-sensitive adhesive (PSA), and the sticky cleaner satisfies the following properties: (A1) in an oily dirt adhesion test to determine an adhered amount of an oily dirt sample, the sticky cleaner shows an adhered amount A 1 of the oily dirt sample per m 2 of the adhesive surface of 200 g/m 2 or greater, wherein the oily dirt sample is prepared by adding 5 parts by weight of edible oil to 100 parts by weight of aggregate having a central particle diameter of 1.20 mm to 1.50 mm; (B1) in a moist/wet dirt adhesion test to determine an adhered amount of a moist/wet dirt sample, the sticky cleaner shows an adhered amount B 1 of the moist/wet dirt sample per m 2 of the adhesive surface of 190 g/m 2 or greater, wherein the moist/wet dirt sample is prepared by adding 20 parts by weight of an aqueous solution with 5 % by weight of a surfactant to 100 parts by weight of aggregate having a central particle diameter of 1.20 mm to 1.50 mm; and the sticky cleaner shows at least the adhered amount A 1 of the oily dirt sample or the adhered amount B 1 of the moist/wet dirt sample is 350 g/m 2 or greater. (A1) in an oily dirt adhesion test to determine an adhered amount of an oily dirt sample, the sticky cleaner shows an adhered amount A 1 of the oily dirt sample per m 2 of the adhesive surface of 200 g/m 2 or greater, wherein the oily dirt sample is prepared by adding 5 parts by weight of edible oil to 100 parts by weight of aggregate having a central particle diameter of 1.20 mm to 1.50 mm; (B1) in a moist/wet dirt adhesion test to determine an adhered amount of a moist/wet dirt sample, the sticky cleaner shows an adhered amount B 1 of the moist/wet dirt sample per m 2 of the adhesive surface of 190 g/m 2 or greater, wherein the moist/wet dirt sample is prepared by adding 20 parts by weight of an aqueous solution with 5 % by weight of a surfactant to 100 parts by weight of aggregate having a central particle diameter of 1.20 mm to 1.50 mm; and