mhurhangee/ep-ind-claims huggingface dataset:
A cover of an inflatable airbag assembly to be mounted at a seat of a vehicle, the cover comprising: a mounting panel to mount the inflatable airbag assembly at a seat frame of the seat of the vehicle; and a lateral panel coupled to the mounting panel, the lateral panel to be disposed facing an outer lateral surface of the seat of the vehicle and to cover a void in the seat, the void to accommodate an inflatable airbag in a packaged state, the lateral panel providing an outward facing surface comprising a material with a degree of rigidity and a degree of elasticity, the cover being configured to support the inflatable airbag in the packaged state within the seat and the lateral panel is configured to at least partially articulate outwardly away from the mounting panel to allow the inflatable airbag to deploy from the void in the seat, characterized in that the cover further comprises a closure to releasably secure the inflatable airbag to at least one of the lateral panel and the mounting panel, the closure being defined by a panel having a shape generally like a "U", and, in the packaged state, the inflatable airbag assembly is only partially covered by the cover. a mounting panel to mount the inflatable airbag assembly at a seat frame of the seat of the vehicle; and a lateral panel coupled to the mounting panel, the lateral panel to be disposed facing an outer lateral surface of the seat of the vehicle and to cover a void in the seat, the void to accommodate an inflatable airbag in a packaged state, the lateral panel providing an outward facing surface comprising a material with a degree of rigidity and a degree of elasticity, the cover being configured to support the inflatable airbag in the packaged state within the seat and the lateral panel is configured to at least partially articulate outwardly away from the mounting panel to allow the inflatable airbag to deploy from the void in the seat, characterized in that the cover further comprises a closure to releasably secure the inflatable airbag to at least one of the lateral panel and the mounting panel, the closure being defined by a panel having a shape generally like a "U", and, in the packaged state, the inflatable airbag assembly is only partially covered by the cover.
An oral care implement comprising a handle and a head, the head including a first surface, and a plurality of spaced apart elongate ridges protruding outward from the first surface in a generally perpendicular direction, each of said ridges having a base where the ridge connects to the first surface and a distal end remote from the first surface, the base having a width extending transverse to the ridge, and each of said ridges having a height extending from the base to the distal end, the width being at least as large as the height, wherein each of said ridges includes a concave side facing the handle, and an opposite convex side characterized in that each of said ridges progressively has a broader curve the farther such ridge is positioned from handle.
A method operational on an access terminal of a wireless communication system for facilitating distributed transmissions on a shared transmission channel, the method comprising: receiving a first downlink transmission including a first indicator count, wherein the first indicator count specifies a number of indicators that are to occur before the access terminal is initially allowed to transmit over the shared transmission channel, wherein an indicator comprises an empty backoff slot that is shorter than a transmission slot; monitoring the shared transmission channel to detect one or more indicators after receiving the first downlink transmission; and transmitting a first uplink transmission over the shared transmission channel after detecting a number of indicators equal to the first indicator count. receiving a first downlink transmission including a first indicator count, wherein the first indicator count specifies a number of indicators that are to occur before the access terminal is initially allowed to transmit over the shared transmission channel, wherein an indicator comprises an empty backoff slot that is shorter than a transmission slot; monitoring the shared transmission channel to detect one or more indicators after receiving the first downlink transmission; and transmitting a first uplink transmission over the shared transmission channel after detecting a number of indicators equal to the first indicator count.
A method for evaluating the noise produced by a longitudinal axis (Δ) hair dryer with an outlet towards the front. The method comprises the following steps: - implementation of a dummy human head with two microphones, one placed at the left ear and the other at the right ear of the dummy head on each side of the sagittal plane of symmetry of the head, - placement of the hair dryer in operation at one side of the rear of the head with the outlet directed towards the head and situated at a distance of between 5 cm and 20 cm from the head, with the longitudinal axis (Δ) of the hair dryer being in a vertical plane forming an angle α of between 30° and 50° with the sagittal plane of symmetry with the head, and: - positioning the longitudinal axis (Δ) of the hair dryer in a horizontal plane passing through the microphones, and then measuring the left and right sound pressure with the microphones and calculating the average dB1 of these two measurements, - positioning the longitudinal axis (Δ) of the hair dryer with the outlet facing downward in an inclined plane forming an angle (β) of between 30° and 50° with the horizontal plane, and then measuring the left and right sound pressure with the microphones and calculating the average dB2 of these two measurements. - implementation of a dummy human head with two microphones, one placed at the left ear and the other at the right ear of the dummy head on each side of the sagittal plane of symmetry of the head, - placement of the hair dryer in operation at one side of the rear of the head with the outlet directed towards the head and situated at a distance of between 5 cm and 20 cm from the head, with the longitudinal axis (Δ) of the hair dryer being in a vertical plane forming an angle α of between 30° and 50° with the sagittal plane of symmetry with the head, and: - positioning the longitudinal axis (Δ) of the hair dryer in a horizontal plane passing through the microphones, and then measuring the left and right sound pressure with the microphones and calculating the average dB1 of these two measurements, - positioning the longitudinal axis (Δ) of the hair dryer with the outlet facing downward in an inclined plane forming an angle (β) of between 30° and 50° with the horizontal plane, and then measuring the left and right sound pressure with the microphones and calculating the average dB2 of these two measurements. - positioning the longitudinal axis (Δ) of the hair dryer in a horizontal plane passing through the microphones, and then measuring the left and right sound pressure with the microphones and calculating the average dB1 of these two measurements, - positioning the longitudinal axis (Δ) of the hair dryer with the outlet facing downward in an inclined plane forming an angle (β) of between 30° and 50° with the horizontal plane, and then measuring the left and right sound pressure with the microphones and calculating the average dB2 of these two measurements.
A method for adaptation of a frame loss concealment method in audio decoding, the method comprising: - analyzing (101, 122) a previously received audio signal to perform a frequency selective transient detection on the basis of frequency bands; - modifying (102, 125) the frame loss concealment method by frequency band selectively adjusting a spectrum magnitude of a substitution frame spectrum in response to a transient detected in the frequency band; - detecting (101, 121) a burst loss with several consecutive frame losses; and - further modifying (102, 123) the frame loss concealment method by selectively adjusting the spectrum magnitude of the substitution frame spectrum in response to detected burst loss. - analyzing (101, 122) a previously received audio signal to perform a frequency selective transient detection on the basis of frequency bands; - modifying (102, 125) the frame loss concealment method by frequency band selectively adjusting a spectrum magnitude of a substitution frame spectrum in response to a transient detected in the frequency band; - detecting (101, 121) a burst loss with several consecutive frame losses; and - further modifying (102, 123) the frame loss concealment method by selectively adjusting the spectrum magnitude of the substitution frame spectrum in response to detected burst loss.
A pharmaceutical or dietary composition or a supplement or a medical device comprising or, alternatively, consisting of at least one bacterial strain belonging to one or more species selected from the group comprising or, alternatively, consisting of Lactobacillus plantarum and Lactobacillus rhamnosus which is capable of producing bacteriocins and/or metabolites and/or hydrogen peroxide (oxygenated water) for use in the preventive and/or curative treatment of infections and/or pathologies connected with pathogens belonging to the species E. coli, Listeria monocytogenes and Enterococcus sp., wherein said strains of bacteria are selected from the group consisting of: - L. rhamnosus LR04 DSM 16605 - L. plantarum LP01 LMG P-21021 - L. plantarum LP02 LMG P-21020. - L. rhamnosus LR04 DSM 16605 - L. plantarum LP01 LMG P-21021 - L. plantarum LP02 LMG P-21020.
Tractor comprising a front frame and a rear frame rotatably associated in a fulcrum, the front frame supports a front engine for driving front wheels, while the rear frame supports a rear engine for driving rear wheels, said tractor further comprises a pump in hydraulic communication with the front engine and the rear engine, and comprises a bypass group in hydraulic communication with the pump and with the front engine and the rear engine, the bypass group comprises, in series on a first hydraulic line of a hydraulic circuit, a non-return valve which allows the passage of fluid only in a first direction, and a switchable valve able to switch between a first position in which fluid passage is allowed only in a second direction opposite to said first direction, and a second position in which fluid passage is allowed both in the first and in the second direction.
A coaxial direct-detection LIDAR system for measuring velocity, temperature and/or particulate density, the system comprising: - a laser source for emitting a laser light beam having a lasing center frequency along an emission path, - an optical delivery system arranged in the emission path of the laser source, the optical delivery system being arranged for delivering the laser light beam in a measuring direction, the optical delivery system further being configured for collecting a return signal backscattered along the measuring direction, and - a detector system arranged to receive the return signal from the optical delivery system, the detector system comprising a narrowband optical filter and a detector, the narrowband optical filter having a filter center frequency of a pass-band, wherein the center lasing frequency or the center filter frequency can be scanned, characterized by the detector system further comprises an optical small signal pre-amplifier. - a laser source for emitting a laser light beam having a lasing center frequency along an emission path, - an optical delivery system arranged in the emission path of the laser source, the optical delivery system being arranged for delivering the laser light beam in a measuring direction, the optical delivery system further being configured for collecting a return signal backscattered along the measuring direction, and - a detector system arranged to receive the return signal from the optical delivery system, the detector system comprising a narrowband optical filter and a detector, the narrowband optical filter having a filter center frequency of a pass-band,
Vane cell machine comprising a housing having a stator bore with an outer limitation formed by a circumferential wall and two axial end faces, a rotor mounted rotatably in said stator bore, a plurality of vanes movable in radial direction relative to said rotor and sliding along said circumferential wall, and sealing means at least at one of said end faces, wherein said sealing means acting on said rotor in axial direction, said end face is formed at an end plate of said housing wherein said end plate comprises a recess in which said sealing means are located, wherein said recess is limited at its radially inner end by a ring shaped wall which is integral with said end plate characterized in that said sealing means comprise a sealing ring mounted on an insert part inserted into said recess, said sealing ring protruding towards the rotor.
An air motor comprising: a housing, a main shaft inserted inside of the housing, an impeller fixed concentrically with the main shaft to an inserted portion of the main shaft inside of the housing and having a plurality of turbine blades formed on the outer periphery, bearings for rotatably supporting the main shaft and the impeller in the housing, and at least one nozzle having a tubular or hole-shaped channel for ejecting compressed air to the respective turbine blades for rotating the impeller along the circumference, characterized in that when M 1 = v e / a 0 where r h denotes hydraulic radius of the channel of the nozzle, c f denotes viscous friction factor of a wall of the channel, k denotes specific heat ratio of compressed air, v e denotes flow velocity of the compressed air in an entrance of the channel in a choked state, and a 0 denotes acoustic velocity, L is calculated using [Equation 1] L = r h 2 c f 1 − M 1 2 kM 1 2 + k + 1 2 ⁢ k ln k + 1 M 1 2 2 + k − 1 M 1 2 and the channel of the nozzle has a length set to a dimension of the calculated value L or greater; and in that the channel of the nozzle has a length set to a dimension of five times or more than the calculated value L or greater.
An apparatus for sequencing a nucleic acid by printing droplets at least some of which contain single nucleotides derived from the nucleic acid characterised by comprising; • a planar substrate having a face with droplet-receiving locations arranged in at least one track parallel to a first axis defining the substrate; • a printer head comprising a plurality of droplet-dispensing nozzle groups arranged in line one behind the other and juxtaposed above the droplet-receiving locations so that each nozzle group can in turn dispense a droplet comprised of a different fluid into the droplet-receiving locations; • a means for stepping the droplet-dispensing nozzle groups along the first axis relative to the droplet-receiving locations; • a site upstream of the printer head where an ordered stream of single nucleotides is created from the nucleic acid and delivered to a first droplet-dispensing nozzle group; • at least one source of incident electromagnetic radiation adapted to illuminate the droplet-receiving locations and • at least one photodetector adapted to detect fluorescence radiation emitted by each droplet-receiving location after illumination. • a planar substrate having a face with droplet-receiving locations arranged in at least one track parallel to a first axis defining the substrate; • a printer head comprising a plurality of droplet-dispensing nozzle groups arranged in line one behind the other and juxtaposed above the droplet-receiving locations so that each nozzle group can in turn dispense a droplet comprised of a different fluid into the droplet-receiving locations; • a means for stepping the droplet-dispensing nozzle groups along the first axis relative to the droplet-receiving locations; • a site upstream of the printer head where an ordered stream of single nucleotides is created from the nucleic acid and delivered to a first droplet-dispensing nozzle group; • at least one source of incident electromagnetic radiation adapted to illuminate the droplet-receiving locations and • at least one photodetector adapted to detect fluorescence radiation emitted by each droplet-receiving location after illumination.
A liquid cleaning agent in a water-soluble packaging, containing at least one sulfopolymer, which was used in solid form when the agent was produced, and at least one polyvalent alcohol, wherein a mixture of 1-10 wt.% glycerol and 15-35 wt.% 1,2-propylene glycol is used and the total amount of glycerol and 1,2-propylene glycol is 25 to 45 wt.%, and a maximum of 25 wt.% water, based on the total weight of the agent.
A preparation mass for porous substrates capable of capillary conduction, containing or substantially consisting of a) at least one ground calcium aluminate-based clinker, comprising or consisting of ground calcium sulfoaluminate clinker and/or ground calcium aluminate clinker, b) at least one sulfate component, selected from the group consisting of anhydrite (CaSO 4), calcium sulfate hemihydrate (CaSO 4 ·1⁄2H 2 O), calcium sulfate dihydrate (CaSO 4 ·2H 2 O), magnesium sulfate, alkali sulfate, iron sulfate, sodium hydrogen sulfate, calcium hydrogen sulfate, mixed sulfates of said sulfates and any desired mixtures, c) at least one mineral rheological additive, and d) water, wherein the weight ratio of water (component d)) to the sum of ground calcium aluminate-based clinker (component a)) and the sulfate component (component b)) is greater than or equal to 1.0. a) at least one ground calcium aluminate-based clinker, comprising or consisting of ground calcium sulfoaluminate clinker and/or ground calcium aluminate clinker, b) at least one sulfate component, selected from the group consisting of anhydrite (CaSO 4), calcium sulfate hemihydrate (CaSO 4 ·1⁄2H 2 O), calcium sulfate dihydrate (CaSO 4 ·2H 2 O), magnesium sulfate, alkali sulfate, iron sulfate, sodium hydrogen sulfate, calcium hydrogen sulfate, mixed sulfates of said sulfates and any desired mixtures, c) at least one mineral rheological additive, and d) water, wherein the weight ratio of water (component d)) to the sum of ground calcium aluminate-based clinker (component a)) and the sulfate component (component b)) is greater than or equal to 1.0.
A multifilter segment comprising: a plurality of filter segments (11a, 11b) comprising a plurality of filter materials (111a, 111b) and inner wrappers (112a, 112b) respectively covering outer surfaces of the filter materials (111a, 111b); and an outer wrapper which connects and integrates the filter segments (11a, 11b) by being wound around outer surfaces of the inner wrappers (112a, 112b) of the filter segments (11a, 11b) while end portions of the filter segments (11a, 11b) are arranged face-to-face, characterized in that CIELab color parameters of the inner wrappers (112a, 112b) of the adjacent filter segments (11a, 11b) are different from each other such that a transmitted light intensity ratio is greater than or equal to 1.6 when red, blue or green light or light having a combination of two or more types passes through the adjacent filter segments (11a, 11b). a plurality of filter segments (11a, 11b) comprising a plurality of filter materials (111a, 111b) and inner wrappers (112a, 112b) respectively covering outer surfaces of the filter materials (111a, 111b); and an outer wrapper which connects and integrates the filter segments (11a, 11b) by being wound around outer surfaces of the inner wrappers (112a, 112b) of the filter segments (11a, 11b) while end portions of the filter segments (11a, 11b) are arranged face-to-face, characterized in that CIELab color parameters of the inner wrappers (112a, 112b) of the adjacent filter segments (11a, 11b) are different from each other such that a transmitted light intensity ratio is greater than or equal to 1.6 when red, blue or green light or light having a combination of two or more types passes through the adjacent filter segments (11a, 11b).
A steering control device comprising: a steering unit configured to receive steering input from a driver; a turning unit mechanically coupled to the steering unit and configured to turn a turning wheel (5FL, 5FR); characterized in that an assist torque control unit configured to set an assist torque characteristic such that the larger a steering torque, the larger an assist torque, on coordinates with the steering torque and the assist torque as coordinate axes, and applying the assist torque corresponding to the steering torque to the turning unit based on the assist torque characteristic; a lateral position detection unit configured to detect a lateral position of an own vehicle relative to a driving lane marking on the left and right of a driving lane; and an offset unit configured to offset the assist torque characteristic on the coordinates in such a direction that the closer the detected lateral position to the driving lane marking, the smaller the absolute value of the assist torque wherein the offset unit subtracts a reaction force corresponding to the lateral position from the assist torque as an assist torque offset amount. a steering unit configured to receive steering input from a driver; a turning unit mechanically coupled to the steering unit and configured to turn a turning wheel (5FL, 5FR); characterized in that an assist torque control unit configured to set an assist torque characteristic such that the larger a steering torque, the larger an assist torque, on coordinates with the steering torque and the assist torque as coordinate axes, and applying the assist torque corresponding to the steering torque to the turning unit based on the assist torque characteristic; a lateral position detection unit configured to detect a lateral position of an own vehicle relative to a driving lane marking on the left and right of a driving lane; and an offset unit configured to offset the assist torque characteristic on the coordinates in such a direction that the closer the detected lateral position to the driving lane marking, the smaller the absolute value of the assist torque wherein the offset unit subtracts a reaction force corresponding to the lateral position from the assist torque as an assist torque offset amount.
An electrical assembly comprising: a housing; a fan means adapted to generate an air flow inside the housing; a sensor means adapted to detect conditions inside the housing, the conditions comprising humidity and/or temperature; and a control means (CTRL) adapted to control the fan means, the control means (CTRL) being adapted to receive information from the sensor means, and to perform at least one humidity prevention action in a predetermined humidity situation detected based on the information received from the sensor means, the at least one humidity prevention action comprises increasing power of the fan means, characterized in that the housing is an enclosed housing such that there is substantially no airflow between the inside of the housing and the outside of the housing. a housing; a fan means adapted to generate an air flow inside the housing; a sensor means adapted to detect conditions inside the housing, the conditions comprising humidity and/or temperature; and a control means (CTRL) adapted to control the fan means, the control means (CTRL) being adapted to receive information from the sensor means, and to perform at least one humidity prevention action in a predetermined humidity situation detected based on the information received from the sensor means, the at least one humidity prevention action comprises increasing power of the fan means, characterized in that the housing is an enclosed housing such that there is substantially no airflow between the inside of the housing and the outside of the housing.