mhurhangee/patent-ind-claim-en huggingface dataset:
A computer program for determination of cardiac output or EPBF of a mechanically ventilated subject , comprising program code segments which, when executed by a processing unit of a breathing apparatus , cause the breathing apparatus to: - measure (S1) expiratory CO2 of the subject, and - determine (S2), at a first point in time, a first value of cardiac output or EPBF of the subject , - control (S3) the mechanical ventilation of the subject to keep a level of venous CO2 of the subject substantially constant between the first point in time and a second point in time; Characterised in that the computer program further causes the breathing apparatus to: - determine (S4), from the expiratory CO2 measurements, a change in alveolar CO2 of the subject between the first and second points in time, and - determine (S5) a second and updated value of cardiac output or EPBF of the subject based on the first value and the change in alveolar CO2. - measure (S1) expiratory CO2 of the subject, and - determine (S2), at a first point in time, a first value of cardiac output or EPBF of the subject , - control (S3) the mechanical ventilation of the subject to keep a level of venous CO2 of the subject substantially constant between the first point in time and a second point in time; - determine (S4), from the expiratory CO2 measurements, a change in alveolar CO2 of the subject between the first and second points in time, and - determine (S5) a second and updated value of cardiac output or EPBF of the subject based on the first value and the change in alveolar CO2.
A barrier comprising a cured phosphate composition and a glass fibre scrim, wherein the glass fibre scrim is capable of reducing the pH of demineralised water having a pH of 7 to a pH 6.3 or lower, when assessed in accordance with ISO 3071:2005, said barrier having a thickness of at least 1 mm, and said cured phosphate composition being impregnated in the glass fibre scrim.
A protective glove having stress relief areas , comprising: a covering for a hand comprised of an elastic material which contacts said hand at substantially all surfaces of said hand, wherein said covering has a substantially uniform surface continuous throughout the majority of glove and wherein said glove has a substantially constant thickness throughout the majority of the glove ; said glove having a palm portion for covering the palm of a hand, a back portion for covering the back of a hand; finger portions for covering fingers of a hand; and a thumb portion for covering a thumb of a hand; said finger portions of said glove having finger relief zones for covering the joint between the intermediate and proximal phalanges; each said finger relief zone formed of corrugated sections of the elastic material, wherein said corrugated sections have elongated folds formed of peaks and valleys substantially parallel to each other and substantially parallel or substantially transverse to the longitudinal axis of the finger portion containing the respective finger relief zone ; characterized in that said glove having a webbing relief zone adjacent the web between the thumb and the palm; said webbing relief zone formed of corrugated sections of the elastic material, wherein said corrugated sections have elongated folds formed of peaks and valleys substantially parallel to each other. a covering for a hand comprised of an elastic material which contacts said hand at substantially all surfaces of said hand, wherein said covering has a substantially uniform surface continuous throughout the majority of glove and wherein said glove has a substantially constant thickness throughout the majority of the glove ; said glove having a palm portion for covering the palm of a hand, a back portion for covering the back of a hand; finger portions for covering fingers of a hand; and a thumb portion for covering a thumb of a hand; said finger portions of said glove having finger relief zones for covering the joint between the intermediate and proximal phalanges; each said finger relief zone formed of corrugated sections of the elastic material, wherein said corrugated sections have elongated folds formed of peaks and valleys substantially parallel to each other and substantially parallel or substantially transverse to the longitudinal axis of the finger portion containing the respective finger relief zone ; characterized in that said glove having a webbing relief zone adjacent the web between the thumb and the palm; said webbing relief zone formed of corrugated sections of the elastic material, wherein said corrugated sections have elongated folds formed of peaks and valleys substantially parallel to each other.
A method for populating an inventory catalog , the method comprising: receiving an image of an item having an entry in an inventory catalog , the image comprising a plurality of pixels, the inventory catalog storing inventory information including properties of items, wherein each property is a food attribute used to compare items; determining that a property of the item is missing from the inventory catalog; retrieving a machine learned segmentation neural network trained, based on a set of images and associated properties, to determine locations of pixels in an image that are associated with an item label on the item indicating a property; determining , using the machine learned segmentation neural network, a subset of pixels associated with the item label in the received image and identifying locations of the subset of pixels of the received image; extracting the subset of pixels from the received image; retrieving a machine learned classifier trained, based on a set of images of the item label, to determine whether an image shows the item label; determining , using the machine learned classifier, that the extracted subset of pixels shows the item label, wherein the item label indicates the property of the item that is missing from the inventory catalog; and updating the entry for the item in the inventory catalog to indicate that the item has the property associated with the item label. receiving an image of an item having an entry in an inventory catalog , the image comprising a plurality of pixels, the inventory catalog storing inventory information including properties of items, wherein each property is a food attribute used to compare items; determining that a property of the item is missing from the inventory catalog; retrieving a machine learned segmentation neural network trained, based on a set of images and associated properties, to determine locations of pixels in an image that are associated with an item label on the item indicating a property; determining , using the machine learned segmentation neural network, a subset of pixels associated with the item label in the received image and identifying locations of the subset of pixels of the received image; extracting the subset of pixels from the received image; retrieving a machine learned classifier trained, based on a set of images of the item label, to determine whether an image shows the item label; determining , using the machine learned classifier, that the extracted subset of pixels shows the item label, wherein the item label indicates the property of the item that is missing from the inventory catalog; and updating the entry for the item in the inventory catalog to indicate that the item has the property associated with the item label.
An intermediate transfer member for use in electrostatic printing, the intermediate transfer member comprising a release layer comprising fluoropolymer particles dispersed in a silicone polymer matrix; characterised in that the release layer comprises 0.1 to 7 wt% fluoropolymer particles based on the weight of silicone polymer.
A process of manufacturing fabric comprising yarn with a plurality of interlinked through pores that are homogeneously distributed throughout the cross section of the yarn, the process comprising the steps of: a) blending polyvinyl alcohol slivers with cotton slivers in a draw frame to obtain blended slivers, wherein the polyvinyl alcohol slivers are maintained in the center of the cotton slivers during feeding of the slivers in the blending draw frame; b) drawing the blended slivers obtained in step a), wherein the step comprises giving one or more draw frame passages for achieving the blending homogeneity in radial direction; c) pre-spinning the homogeneously blended strand obtained in step b) to obtain well blended roving; d) spinning the well-blended roving obtained in step c) to obtain yarns; e) weaving or knitting fabric using the yarns obtained in step d) as at least one of the components; f) treating the fabric obtained in step e) with water to dissolve out the polyvinyl alcohol to obtain the yarn with pores; g) optionally dyeing the fabric obtained in step f) to obtain dyed fabric; and h) optionally post treating the dyed fabric obtained in step g). a) blending polyvinyl alcohol slivers with cotton slivers in a draw frame to obtain blended slivers, wherein the polyvinyl alcohol slivers are maintained in the center of the cotton slivers during feeding of the slivers in the blending draw frame; b) drawing the blended slivers obtained in step a), wherein the step comprises giving one or more draw frame passages for achieving the blending homogeneity in radial direction; c) pre-spinning the homogeneously blended strand obtained in step b) to obtain well blended roving; d) spinning the well-blended roving obtained in step c) to obtain yarns; e) weaving or knitting fabric using the yarns obtained in step d) as at least one of the components; f) treating the fabric obtained in step e) with water to dissolve out the polyvinyl alcohol to obtain the yarn with pores; g) optionally dyeing the fabric obtained in step f) to obtain dyed fabric; and h) optionally post treating the dyed fabric obtained in step g).
A control assembly for selectively controlling actuation of an electric motor that powers a working assembly of a hand-held power tool , the control assembly being configured to provide the selective control based on performance of at least two dissimilar operator actions, the control assembly comprising: a sensing member configured to be operable to an actuated state responsive to an enabling action comprising a first of the two dissimilar operator actions; a throttle control member configured to be repeatedly operable responsive to actuation of the throttle control member while the sensing member is in the actuated state, and wherein actuation of the throttle control member comprises a second of the two dissimilar operator actions; and an interlock assembly operably coupled to the sensing member to prevent actuation of the sensing member until the enabling action is performed; wherein the sensing member is disposed at a first portion of a handle (430/540) of the tool and the throttle control member is disposed at a second portion of the handle (430/540), the first and second portions being on opposite sides of the handle (430/540); the second of the two dissimilar actions being associated with a grasping of the handle (430/540); wherein the first of the two dissimilar actions comprises performing the enabling action by using a finger to actuate the interlock assembly independent of a motion to grasp the handle (430/540); and characterised in that the interlock assembly comprises a catch mechanism disposed at least partially within a portion of the sensing member . a sensing member configured to be operable to an actuated state responsive to an enabling action comprising a first of the two dissimilar operator actions; a throttle control member configured to be repeatedly operable responsive to actuation of the throttle control member while the sensing member is in the actuated state, and wherein actuation of the throttle control member comprises a second of the two dissimilar operator actions; and an interlock assembly operably coupled to the sensing member to prevent actuation of the sensing member until the enabling action is performed; wherein the sensing member is disposed at a first portion of a handle (430/540) of the tool and the throttle control member is disposed at a second portion of the handle (430/540), the first and second portions being on opposite sides of the handle (430/540); the second of the two dissimilar actions being associated with a grasping of the handle (430/540); wherein the first of the two dissimilar actions comprises performing the enabling action by using a finger to actuate the interlock assembly independent of a motion to grasp the handle (430/540); and characterised in that the interlock assembly comprises a catch mechanism disposed at least partially within a portion of the sensing member .
An outdoor unit for an air-conditioning apparatus, comprising a grip (2a to 2d) formed by fitting two components, wherein a first component serving as one of the two components includes a first opening portion provided on an upper side of the first component such that a second component is fitted on the first opening portion , and a second opening portion positioned in correspondence with an installation position of the outdoor unit and used when a finger is inserted, and wherein the second component serving as the other of the two components includes second-component opposed portions that form surfaces opposed to surfaces forming the second opening portion of the grip (2a to 2d), and a second-component top face portion that forms a top surface of the grip (2a to 2d), and wherein the second-component top face portion is located at a height equal to or more than a height of an upper end of the first component characterized in that the second component includes turn-back portions turned back to side ends at the side ends of the second-component opposed portions , the side ends being in contact with the first component , wherein, in correspondence with the side ends of the second-component opposed portions having the turn-back portions , the first component includes groove portions to which the turn-back portions is connected at contact portions of the first opening portion , the contact portions being in contact with the second-component opposed portions .
A method for controlling a vapour compression system , the vapour compression system comprising a compressor unit comprising one or more compressors, a heat rejecting heat exchanger , an ejector , a receiver , at least one expansion device and at least one evaporator arranged in a refrigerant path, an outlet of the heat rejecting heat exchanger being connected to a primary inlet of the ejector , an outlet of the ejector being connected to an inlet of the receiver , and an outlet of the evaporator being connected to a secondary inlet of the ejector and to an inlet of the compressor unit , wherein the vapour compression system further comprises a non-return valve arranged in the refrigerant path between the outlet of the evaporator and the inlet of the compressor unit , in such a manner that a refrigerant flow from the outlet of the evaporator towards the inlet of the compressor unit is allowed, while a fluid flow from the inlet of the compressor unit towards the outlet of the evaporator is prevented, and wherein a gaseous outlet of the receiver is connected to the inlet of the compressor unit via a bypass valve , characterized in that the method comprises the steps of: - measuring a pressure, P 0 , of refrigerant leaving the evaporator , - obtaining a value being representative for a pressure, P suc , of refrigerant entering the compressor unit , - comparing the pressures, P 0 and P suc , to respective reference pressure values, P 0,ref and P suc,ref , - in the case that ε 0 >ε suc , where ε 0 =P 0 -P 0,ref and ε suc =P suc -P suc,ref , controlling the compressor unit based on P 0 , and - in the case that ε suc >ε 0 , controlling the compressor unit based on P suc . - measuring a pressure, P 0 , of refrigerant leaving the evaporator , - obtaining a value being representative for a pressure, P suc , of refrigerant entering the compressor unit , - comparing the pressures, P 0 and P suc , to respective reference pressure values, P 0,ref and P suc,ref , - in the case that ε 0 >ε suc , where ε 0 =P 0 -P 0,ref and ε suc =P suc -P suc,ref , controlling the compressor unit based on P 0 , and - in the case that ε suc >ε 0 , controlling the compressor unit based on P suc .
A 3D printed article comprising a 3D printable composition comprising from 92.0 to 99.5 % by weight of a poly-lactide based on the total weight of the 3D printable composition; and from 0.5 to 8.0 % by weight of a co- or ter-polymer based on the total weight of the 3D printable composition; said co- or ter-polymer comprising (i) 50.0 to 99.9 % by weight of ethylene monomer based on the total weight of the co- or ter-polymer composition; (ii) 0.1 to 50.0 % by weight of an unsaturated anhydride-, epoxide- or carboxylic acid-containing monomer based on the total weight of the co- or ter-polymer composition; and iii) 0 to 50.0 % by weight of a (meth)acrylic ester monomer based on the total weight of the co- or ter-polymer composition. (i) 50.0 to 99.9 % by weight of ethylene monomer based on the total weight of the co- or ter-polymer composition; (ii) 0.1 to 50.0 % by weight of an unsaturated anhydride-, epoxide- or carboxylic acid-containing monomer based on the total weight of the co- or ter-polymer composition; and iii) 0 to 50.0 % by weight of a (meth)acrylic ester monomer based on the total weight of the co- or ter-polymer composition.
A terminal device comprising: a reception unit configured to monitor a machine type communication physical downlink control channel, MPDCCH, in a set of MPDCCH candidates; and a medium access control layer processing unit configured to perform a discontinuous reception, DRX, functionality for controlling monitoring of the MPDCCH, wherein the set includes a first MPDCCH candidate and a second MPDCCH candidate , the first MPDCCH candidate is a MPDCCH candidate during a time period from a first subframe (T300) to a second subframe (T310), the second MPDCCH candidate is a MPDCCH candidate during a time period from the first subframe (T300) to a third subframe (T320), a repetition level of the first MPDCCH candidate is lower than a repetition level of the second MPDCCH candidate , and in a case that the MPDCCH is detected in the first MPDCCH candidate , and the detected MPDCCH indicates a new transmission, the medium access control layer processing unit starts or restarts a drx-InactivityTimer in a subframe following a last subframe among subframes including the MPDCCH. a reception unit configured to monitor a machine type communication physical downlink control channel, MPDCCH, in a set of MPDCCH candidates; and a medium access control layer processing unit configured to perform a discontinuous reception, DRX, functionality for controlling monitoring of the MPDCCH, wherein the set includes a first MPDCCH candidate and a second MPDCCH candidate , the first MPDCCH candidate is a MPDCCH candidate during a time period from a first subframe (T300) to a second subframe (T310), the second MPDCCH candidate is a MPDCCH candidate during a time period from the first subframe (T300) to a third subframe (T320), a repetition level of the first MPDCCH candidate is lower than a repetition level of the second MPDCCH candidate , and in a case that the MPDCCH is detected in the first MPDCCH candidate , and the detected MPDCCH indicates a new transmission, the medium access control layer processing unit starts or restarts a drx-InactivityTimer in a subframe following a last subframe among subframes including the MPDCCH.
A method for wireless communication, comprising: winning , by a user equipment , UE, a contention for access to an unlicensed radio frequency spectrum band; and transmitting , by the UE , a portion of a first channel usage beacon signal , CUBS, with a first waveform and at least a portion of a second CUBS with a second waveform over the unlicensed radio frequency spectrum band, the portion of the first CUBS and the at least portion of the second CUBS being transmitted in a number of frequency interlaces of the unlicensed radio frequency spectrum band, wherein the waveform of the first CUBS is different from the waveform of the second CUBS , wherein the transmitting occurs during a preamble comprising a fractional period of a first symbol period and a second symbol period following the first symbol period , and wherein the transmitting comprises: transmitting a beginning portion of the first CUBS during the fractional period of the first symbol period , or time-aligning the first CUBS with the first symbol period and transmitting an ending portion of the time-aligned first CUBS during the fractional period of the first symbol period ; and transmitting (905; 910) the second CUBS during the second symbol period . winning , by a user equipment , UE, a contention for access to an unlicensed radio frequency spectrum band; and transmitting , by the UE , a portion of a first channel usage beacon signal , CUBS, with a first waveform and at least a portion of a second CUBS with a second waveform over the unlicensed radio frequency spectrum band, the portion of the first CUBS and the at least portion of the second CUBS being transmitted in a number of frequency interlaces of the unlicensed radio frequency spectrum band, wherein the waveform of the first CUBS is different from the waveform of the second CUBS , wherein the transmitting occurs during a preamble comprising a fractional period of a first symbol period and a second symbol period following the first symbol period , and wherein the transmitting comprises: transmitting a beginning portion of the first CUBS during the fractional period of the first symbol period , or time-aligning the first CUBS with the first symbol period and transmitting an ending portion of the time-aligned first CUBS during the fractional period of the first symbol period ; and transmitting (905; 910) the second CUBS during the second symbol period . transmitting a beginning portion of the first CUBS during the fractional period of the first symbol period , or time-aligning the first CUBS with the first symbol period and transmitting an ending portion of the time-aligned first CUBS during the fractional period of the first symbol period ; and transmitting (905; 910) the second CUBS during the second symbol period .
Sealing device for attaching and sealing against a wind turbine blade to perform maintenance, repair or inspection on said blade in an enclosed environment of a blade suspended platform, comprising: a bendable support band for attaching along a length of a flexible roof or floor membrane for covering said enclosed environment; two flexible longitudinal sealing elements attached along a length of the support band for sealing against a surface of the wind turbine blade and for defining a longitudinal suction cavity between the support band , the longitudinal sealing elements and the blade , characterized in that the bendable support band is bendable around a transversal axis of the support band to conform to the blade cross sectional shape. a bendable support band for attaching along a length of a flexible roof or floor membrane for covering said enclosed environment; two flexible longitudinal sealing elements attached along a length of the support band for sealing against a surface of the wind turbine blade and for defining a longitudinal suction cavity between the support band , the longitudinal sealing elements and the blade , characterized in that the bendable support band is bendable around a transversal axis of the support band to conform to the blade cross sectional shape.