mhurhangee/patent-ind-claim-en huggingface dataset:
A method of heat-treatment of a product in a sealed container of a paper-based packaging laminate enclosing a volume occupied by a void and the product, the method comprising placing the sealed container enclosing the product in a treatment environment being a retort environment in a retort device having a pressure (P) and a temperature (T), wherein the pressure and the temperature has a ratio (PT), adjusting the temperature and/or pressure in the retort environment to decrease said ratio over a duration (d 1 , d 2 ) in a time period (t 2 , t 3 ) to maintain a molecular driving force directed from the void to the treatment environment, wherein said time period starts at a time of cooking onset (t h ) of the product and extends over a time of cooling onset (t c ) at which time a temperature decrease is started, said time of cooking onset being preceded by a first time period (t 1 ) of temperature ramping during which said temperature is increased, wherein the time period comprises a second (t 2 ) and a third (t 3 ) time period, wherein the method comprises adjusting to decrease said ratio over a first duration (d 1 ) in at least the second time period (t 2 ) extending from the time of cooking onset (t h ) of the product to the time of cooling onset (t c ), at which time the third time period (t 3 ) of temperature decrease is started, by keeping the temperature of the retort environment constant, while decreasing said ratio by lowering the pressure, from the time of cooking onset to the time of cooling onset, wherein the method further comprises adjusting (102") to decrease said ratio over a second duration (d 2 ) in the third time period (t 3 ) starting at the time of cooling onset (t c ), wherein said ratio is continuously decreased over the second and third time periods, whereby the time of the first and second duration of decreasing said ratio corresponds to the time of the second and third time periods, and wherein said ratio is decreased in the third time period until the product reaches substantially a room temperature.
A composition comprising isolated exosomes and/or microvesicles from NK-92 cells.
A communication method, wherein the method comprises: monitoring , by a first shared agent , a first shared memory , wherein the first shared agent is configured to directly access the first shared memory and send data in a remote direct memory access, RDMA, manner; and wherein the first shared memory is used by a first application , the first application runs on a first virtual device , the first virtual device is located on a first host , the first shared memory belongs to a part of memory of the first host and does not belong to memory specified by the first host for the first virtual device, and the first shared agent independent of the first virtual device is disposed on the first host; and after monitoring that data of the first application is written to the first shared memory, reading , by the first shared agent, the data from the first shared memory, and sending , by the first shared agent, the data to a second application in the RDMA manner, wherein the second application is a data sharing party specified by the first application. monitoring , by a first shared agent , a first shared memory , wherein the first shared agent is configured to directly access the first shared memory and send data in a remote direct memory access, RDMA, manner; and wherein the first shared memory is used by a first application , the first application runs on a first virtual device , the first virtual device is located on a first host , the first shared memory belongs to a part of memory of the first host and does not belong to memory specified by the first host for the first virtual device, and the first shared agent independent of the first virtual device is disposed on the first host; and after monitoring that data of the first application is written to the first shared memory, reading , by the first shared agent, the data from the first shared memory, and sending , by the first shared agent, the data to a second application in the RDMA manner, wherein the second application is a data sharing party specified by the first application.
A device including a housing, the housing including a socket for an earpiece or headset, and a plug for connecting to a source device, the device including a hearing dose management device which is a limiting device, the hearing dose management device having an input , an output for feeding an acoustic transducer , and an attenuating device configured to provide a controlled attenuation between the input and the output; wherein the attenuation is dependent on past levels of the output to manage a hearing dose delivered by the acoustic transducer , wherein the attenuating device comprises a plurality of voltage or current controlled devices, arranged into a series-shunt arrangement to the earpiece or headset to provide attenuation below a predetermined level of distortion.
Vehicle seat with a lower part for arrangement on a body part of a commercial vehicle (V) and an upper part for storing a seat part , wherein the vehicle seat has a rotational adjustment device , by means of which at least parts of the upper part are rotatable relative to the lower part about an axis (A) in the height direction of the vehicle seat , wherein the rotational adjustment device comprises an electric motor for rotating a rotary plate unit which is rigidly connected to the upper part and is mounted so as to rotate relative to the lower part about the axis (A),wherein a driveshaft of the electric motor which mechanically interacts with the rotary plate unit is arranged parallel to the width direction of the vehicle seat , wherein, viewed in each case in the height direction of the vehicle seat , an extension of the electric motor and an extension of the rotary plate unit are arranged to be at least partially overlapping characterised in that the rotational adjustment device is designed free of a connection to the lower part. wherein the vehicle seat has a rotational adjustment device , by means of which at least parts of the upper part are rotatable relative to the lower part about an axis (A) in the height direction of the vehicle seat , wherein the rotational adjustment device comprises an electric motor for rotating a rotary plate unit which is rigidly connected to the upper part and is mounted so as to rotate relative to the lower part about the axis (A),wherein a driveshaft of the electric motor which mechanically interacts with the rotary plate unit is arranged parallel to the width direction of the vehicle seat , wherein, viewed in each case in the height direction of the vehicle seat , an extension of the electric motor and an extension of the rotary plate unit are arranged to be at least partially overlapping characterised in that the rotational adjustment device is designed free of a connection to the lower part.
An inspection system for a bladed rotor , the inspection system comprising: a support structure ; a first scanner moveably coupled to the support structure ; a second scanner moveably coupled to the support structure ; a motor operably coupled to a shaft , the shaft rotatably coupled to the support structure , the shaft configured to be coupled to the bladed rotor ; and a controller in electronic communication with the first scanner , the second scanner , and the motor , the controller configured to: command the first scanner to scan the bladed rotor ; command the second scanner to scan the bladed rotor ; and generate a point cloud for the bladed rotor based on scanning data received from the first scanner and the second scanner . a support structure ; a first scanner moveably coupled to the support structure ; a second scanner moveably coupled to the support structure ; a motor operably coupled to a shaft , the shaft rotatably coupled to the support structure , the shaft configured to be coupled to the bladed rotor ; and a controller in electronic communication with the first scanner , the second scanner , and the motor , the controller configured to: command the first scanner to scan the bladed rotor ; command the second scanner to scan the bladed rotor ; and generate a point cloud for the bladed rotor based on scanning data received from the first scanner and the second scanner . command the first scanner to scan the bladed rotor ; command the second scanner to scan the bladed rotor ; and generate a point cloud for the bladed rotor based on scanning data received from the first scanner and the second scanner .
Microfluidic chip for conducting microbiological assays, comprising a substrate in which a plurality of incubation segments each with an inlet channel (57', 57"), a sample reservoir with a sample inlet opening and an outlet opening , and microfluidic channels connecting the outlet opening of said sample reservoir with each inlet channel to said incubation segments are arranged, wherein: said microfluidic chip further comprises a non-aqueous fluid reservoir for containing non-aqueous liquid wherein said non-aqueous fluid reservoir has an outlet opening which is connectable via a releasable airtight and liquid-tight valve with said microfluidic channels characterized in that each incubation segment comprises an incubation well connected by a gas-exchange channel to an unvented gas cavity and the incubation segments are arranged in a fractal manner in which the respective microchannels connecting each of the incubation segments to the sample reservoir are substantially equally long and/or have the same resistance to flow.
Cable wrapping tape, in particular for wrapping cables in motor vehicles, with a tape-like carrier and an adhesive coating on at least one side of the carrier, wherein the carrier consists of a single woven layer, wherein additionally the warp threads and the weft threads of the carrier are of different degrees of fineness, and wherein the weft threads have a fineness of more than 200 dtex, while the weft threads have a fineness of 40 dtex to 100 dtex, characterized in that - the warp threads and the weft threads are in the form of materially uniform synthetic threads, particularly made from polyester, and that - the weft threads are designed to have high tensile strength and have a fineness-related maximum tenacity of more than 5 cN/dtex, and - the warp threads have a fineness-related maximum tenacity not exceeding 3.5 cN/dtex. - the warp threads and the weft threads are in the form of materially uniform synthetic threads, particularly made from polyester, and that - the weft threads are designed to have high tensile strength and have a fineness-related maximum tenacity of more than 5 cN/dtex, and - the warp threads have a fineness-related maximum tenacity not exceeding 3.5 cN/dtex.
A system comprising: a fixer applicator configured to apply a fixer material to a region of a print medium , wherein the fixer material comprises a salt solution; a print engine configured to apply selectively a printing material to sub regions of the region over the fixer material; an overcoat applicator configured to apply an overcoat material over the fixer material and the print material in the region , wherein the overcoat material includes a varnish which is water-soluble or saline phobic; and a cleaning element configured to remove the overcoat material from the areas of the region not in the sub regions coated with the printing material, wherein the cleaning element comprises a blower, a brush, a sponge, a roller, or a vacuum. a fixer applicator configured to apply a fixer material to a region of a print medium , wherein the fixer material comprises a salt solution; a print engine configured to apply selectively a printing material to sub regions of the region over the fixer material; an overcoat applicator configured to apply an overcoat material over the fixer material and the print material in the region , wherein the overcoat material includes a varnish which is water-soluble or saline phobic; and a cleaning element configured to remove the overcoat material from the areas of the region not in the sub regions coated with the printing material, wherein the cleaning element comprises a blower, a brush, a sponge, a roller, or a vacuum.
Nozzle plate for an axially damping hydraulic bearing , the nozzle plate having a channel disc with a channel for connecting working and compensating chambers of the hydraulic bearing , wherein the channel disc is fixable in a non-rotatable manner in the hydraulic bearing , wherein the channel is delimited on one side by a cover disc which is fixed in a non-rotatable manner in one of various radial positions with respect to the channel disc , and wherein the cover disc has an opening which is arranged at a predeterminable radial position above the channel and forms an inlet opening or outlet opening for a fluid damping means to enter the channel or leave the channel , characterised in that the cross-sectional area of the channel changes over the length of the channel .
A sheet-molding compound comprising a thickened product of a thermosetting resin composition and reinforcing fiber bundles, wherein the thermosetting resin composition includes: Component (A): a liquid epoxy resin having a viscosity at 25°C of 1 Pa·s or higher; Component (B): an epoxy resin curing agent; and Component (D): vinyl polymer particles, the content of the Component (D) is from 10 parts by mass to 30 parts by mass with respect to 100 parts by mass of the total amount of epoxy resins included in the thermosetting resin composition, the volume average primary particle size of Component (D) is 600 nm or more and 2,000 nm or less, wherein the volume average primary particle size is measured by a laser diffraction scattering type particle size distribution analyzer, the attained viscosity of a thickened product of the thermosetting resin composition is from 150 Pa·s to 20,000 Pa·s, the attained viscosity being a viscosity at 30°C, while the minimum viscosity is from 2 Pa·s to 600 Pa·s, the minimum viscosity being the lowest viscosity obtained when the thermosetting resin composition is subjected to temperature increase up to 120°C at a rate of 2°C/min using a rheometer, wherein the attained viscosity is measured using the procedures and equipment as described in the description, and the attained viscosity is higher than the minimum viscosity. Component (A): a liquid epoxy resin having a viscosity at 25°C of 1 Pa·s or higher; Component (B): an epoxy resin curing agent; and Component (D): vinyl polymer particles, the content of the Component (D) is from 10 parts by mass to 30 parts by mass with respect to 100 parts by mass of the total amount of epoxy resins included in the thermosetting resin composition, the volume average primary particle size of Component (D) is 600 nm or more and 2,000 nm or less, wherein the volume average primary particle size is measured by a laser diffraction scattering type particle size distribution analyzer, the attained viscosity of a thickened product of the thermosetting resin composition is from 150 Pa·s to 20,000 Pa·s, the attained viscosity being a viscosity at 30°C, while the minimum viscosity is from 2 Pa·s to 600 Pa·s, the minimum viscosity being the lowest viscosity obtained when the thermosetting resin composition is subjected to temperature increase up to 120°C at a rate of 2°C/min using a rheometer, wherein the attained viscosity is measured using the procedures and equipment as described in the description, and the attained viscosity is higher than the minimum viscosity.
An arrangement (A1; A2) with a visor (10; 110), said visor (10; 110) being configured to be arranged on a vehicle , said visor (10; 110) having a front side arranged to face away from the vehicle and a rear side (10b; 110b) facing the vehicle , said visor (10; 110) being arranged to be mounted on an upper portion of the vehicle in connection to the windshield of the vehicle such that air (F1, F2) is allowed to flow past said visor sides (10a; 110a, 10b; 110b) and thus between the visor (10; 110) and the vehicle, said arrangement comprising means for reducing noise caused by said flow of air (F1, F2), characterized in that said means for reducing noise comprises a set (D1; D2) of diffuser portions (R1-R12; P1-P9) arranged along at least one of said visor sides (10a; 110a, 10b; 110b) so as to create an incoherence of said flow of air (F1, F2) and consequently a noise reduction, wherein said set (D1; D2) of diffuser portions (R1-R12; P1-P9) comprises diffuser portions being recesses (R1-R12) in a visor side and said recesses (R1-R12) are upwardly open, wherein said set of diffuser portions (R1-R12; P1-P9) are arranged along said rear side (10b; 110b) of said visor (10; 110) and at least some of said recesses (R1-R12) are arranged at different distances relative to each other along said visor .
A sensor, comprising: an array of pixels, each of the pixels including: a photosensor, a photoreceptor signal being a function of an amount of light received by the photosensor, and a memory capacitor carrying a charge from the photoreceptor signal, a switch controlled by a shutter signal that connects the photosensor to the memory capacitor; and the sensor further comprises one or more comparators that compare voltages of the memory capacitor to one or more reference voltages to determine whether changes in the photoreceptor signals pass one or more thresholds, one or more memory structures for storing the output of the one or more comparators, and a reset circuit configured to reset the memory capacitor in response to a global reset signal for the array of pixels and in dependence on a content of the one or more memory structures. an array of pixels, each of the pixels including: a photosensor, a photoreceptor signal being a function of an amount of light received by the photosensor, and a memory capacitor carrying a charge from the photoreceptor signal, a switch controlled by a shutter signal that connects the photosensor to the memory capacitor; and the sensor further comprises a photosensor, a photoreceptor signal being a function of an amount of light received by the photosensor, and a memory capacitor carrying a charge from the photoreceptor signal, a switch controlled by a shutter signal that connects the photosensor to the memory capacitor; and the sensor further comprises one or more comparators that compare voltages of the memory capacitor to one or more reference voltages to determine whether changes in the photoreceptor signals pass one or more thresholds, one or more memory structures for storing the output of the one or more comparators, and a reset circuit configured to reset the memory capacitor in response to a global reset signal for the array of pixels and in dependence on a content of the one or more memory structures.
A soundproof booth comprising upstanding peripheral walls , a roof , a base upon which the booth stands in use, and an acoustic seal , wherein the base extends along a basal edge of at least one of the walls , which comprises an outer panel , wherein the acoustic seal comprises an extrusion, which comprises a body portion and a plurality of deformable protrusions that project from the body portion , the protrusions comprising a first protrusion and a second protrusion that are spaced from one another, wherein the acoustic seal extends along the basal edge of the wall , sandwiched between the base and the outer panel , for sealing a gap between the outer panel and the base and wherein one of the protrusions is arranged to be compressed between the outer panel and the base , characterised in that one of the protrusions is arranged to contact a floor to seal between the base and the floor . wherein the base extends along a basal edge of at least one of the walls , which comprises an outer panel , wherein the acoustic seal comprises an extrusion, which comprises a body portion and a plurality of deformable protrusions that project from the body portion , the protrusions comprising a first protrusion and a second protrusion that are spaced from one another, wherein the acoustic seal extends along the basal edge of the wall , sandwiched between the base and the outer panel , for sealing a gap between the outer panel and the base and wherein one of the protrusions is arranged to be compressed between the outer panel and the base , characterised in that one of the protrusions is arranged to contact a floor to seal between the base and the floor .
A computer-implemented method of forming a reduced noise image using a set of images, the method comprising: applying (S214) respective transformations to at least some of the images of the set to bring them closer to alignment with a reference image from the set of images; determining (S216), for each of the transformed images, a respective measure of alignment of that transformed image with the reference image, wherein the measure of alignment for a transformed image is a misalignment parameter τ i determined as the sum, over all of the pixel positions (x,y) of the transformed image, of the absolute differences between the transformed image W i ( x,y ) and the reference image I r ( x , y ); for each of one or more of the transformed images, determining (S220) a weight for each pixel of the transformed image in dependence on: (a) the misalignment parameter of the transformed image, τ i , and (b) the difference in pixel value between the pixel of the transformed image and the corresponding pixel of the reference image; and combining (S222) a plurality of images including said one or more of the transformed images using a filter with the determined weights to form a reduced noise image. applying (S214) respective transformations to at least some of the images of the set to bring them closer to alignment with a reference image from the set of images; determining (S216), for each of the transformed images, a respective measure of alignment of that transformed image with the reference image, wherein the measure of alignment for a transformed image is a misalignment parameter τ i determined as the sum, over all of the pixel positions (x,y) of the transformed image, of the absolute differences between the transformed image W i ( x,y ) and the reference image I r ( x , y ); for each of one or more of the transformed images, determining (S220) a weight for each pixel of the transformed image in dependence on: (a) the misalignment parameter of the transformed image, τ i , and (b) the difference in pixel value between the pixel of the transformed image and the corresponding pixel of the reference image; and combining (S222) a plurality of images including said one or more of the transformed images using a filter with the determined weights to form a reduced noise image.