mhurhangee/patent-ind-claim-en huggingface dataset:
A packaging material for a packaging container for liquid or semi-liquid food, comprising a packaging material laminate and a plastic opening device, the packaging material laminate comprising a bulk layer of paper or paperboard, the bulk layer having a heat-sealing layer on one side, a barrier layer arranged between the bulk layer and the heat-sealing layer and a laminate layer , which is arranged between the barrier layer and the bulk layer, wherein the bulk paper or paperboard layer of the packaging material laminate is provided with one or more weakening(s) in direct or indirect contact with an attenuation in the packaging material laminate, the weakening at least partly making up a consumer opening area, the attenuation being comprised of the heat-sealing layer , the barrier layer , and the laminate layer and not comprising the bulk layer, wherein the plastic opening device comprises a first portion on the outside of the packaging material connected via a material bridge to a second portion on the inside of the packaging material, the material bridge being completely formed in the attenuation, and the packaging material laminate extending within the consumer opening area such that it is ruptured on using the opening device to open the consumer opening area.
An apparatus, comprising: a memory; and logic, at least a portion of which is implemented in circuitry coupled to the memory, the logic to: identify a device-to-device transmission pattern, DTP, index based on received device-to-device, D2D, control information; receive DTP subframe bitmap information in a system information block; determine a DTP bitmap corresponding to the DTP index; and identify a set of subframes comprising D2D transmission resources from among a pre-allocated D2D subframe pool based on the DTP bitmap. a memory; and logic, at least a portion of which is implemented in circuitry coupled to the memory, the logic to: identify a device-to-device transmission pattern, DTP, index based on received device-to-device, D2D, control information; receive DTP subframe bitmap information in a system information block; determine a DTP bitmap corresponding to the DTP index; and identify a set of subframes comprising D2D transmission resources from among a pre-allocated D2D subframe pool based on the DTP bitmap. identify a device-to-device transmission pattern, DTP, index based on received device-to-device, D2D, control information; receive DTP subframe bitmap information in a system information block; determine a DTP bitmap corresponding to the DTP index; and identify a set of subframes comprising D2D transmission resources from among a pre-allocated D2D subframe pool based on the DTP bitmap.
A method for the production of mesoporous platinum nanoparticles, comprising the steps of : a) providing a solution comprising water, platinum nanoparticle seed, a platinum ion precursor and a reducing agent, wherein the reducing agent is an organic molecule having less than 8 carboxylic acid and/or carboxylate groups; b) heating the solution to a temperature of between 150 °C and 250 °C at a rate of between 1 °C/min and 15 °C/min and under a pressure of between 5 atm and 20 atm. a) providing a solution comprising water, platinum nanoparticle seed, a platinum ion precursor and a reducing agent, wherein the reducing agent is an organic molecule having less than 8 carboxylic acid and/or carboxylate groups; b) heating the solution to a temperature of between 150 °C and 250 °C at a rate of between 1 °C/min and 15 °C/min and under a pressure of between 5 atm and 20 atm.
A system for determining an infection status of a patient, the system comprising: an implantable medical device (IMD) comprising at least one temperature sensing device ; and processing circuitry configured to: determine, via the temperature sensing device, a plurality of temperature values over time; smooth the plurality of temperature values determined over time to create a smoothened temperature signal representing changes in the plurality of temperature values over time; apply an infection detection model to the smoothened temperature signal to determine an infection indication value, the infection detection model comprising one or more of a sliding window detection model or multiple low-pass-filter integration model; compare the infection indication value to a threshold; and determine, based at least in part on the infection indication value satisfying the threshold, an infection status of a patient. an implantable medical device (IMD) comprising at least one temperature sensing device ; and processing circuitry configured to: determine, via the temperature sensing device, a plurality of temperature values over time; smooth the plurality of temperature values determined over time to create a smoothened temperature signal representing changes in the plurality of temperature values over time; apply an infection detection model to the smoothened temperature signal to determine an infection indication value, the infection detection model comprising one or more of a sliding window detection model or multiple low-pass-filter integration model; compare the infection indication value to a threshold; and determine, based at least in part on the infection indication value satisfying the threshold, an infection status of a patient. determine, via the temperature sensing device, a plurality of temperature values over time; smooth the plurality of temperature values determined over time to create a smoothened temperature signal representing changes in the plurality of temperature values over time; apply an infection detection model to the smoothened temperature signal to determine an infection indication value, the infection detection model comprising one or more of a sliding window detection model or multiple low-pass-filter integration model; compare the infection indication value to a threshold; and determine, based at least in part on the infection indication value satisfying the threshold, an infection status of a patient.
A medicament delivery device comprising: an outer housing including: a syringe having a barrel with an open end , and an axially moveable stopper received in the barrel separating a first chamber axially forwards of the stopper from a second chamber axially rearwards of the stopper ; and an expandable drive housing arranged to receive a propellant from a propellant source for providing a vapour pressure, the expandable drive housing having a narrow channel in direct fluid communication with the second chamber ; wherein the expandable drive housing is expandable upon receiving propellant from the propellant source and, upon expansion, causes forward axial movement of the syringe within the outer housing ; and wherein the medicament delivery device is configured such that as propellant is introduced into the expandable housing it begins to pass directly through the narrow channel into the second chamber and causes forward axial movement of the stopper in the barrel to expel medicament contained in the first chamber through the open end , where axial movement of the stopper in the barrel commences after axial movement of the syringe . an outer housing including: a syringe having a barrel with an open end , and an axially moveable stopper received in the barrel separating a first chamber axially forwards of the stopper from a second chamber axially rearwards of the stopper ; and an expandable drive housing arranged to receive a propellant from a propellant source for providing a vapour pressure, the expandable drive housing having a narrow channel in direct fluid communication with the second chamber ; wherein the expandable drive housing is expandable upon receiving propellant from the propellant source and, upon expansion, causes forward axial movement of the syringe within the outer housing ; and wherein the medicament delivery device is configured such that as propellant is introduced into the expandable housing it begins to pass directly through the narrow channel into the second chamber and causes forward axial movement of the stopper in the barrel to expel medicament contained in the first chamber through the open end , where axial movement of the stopper in the barrel commences after axial movement of the syringe .
A beam former for a single-reflector MFPB antenna with source sharing in two spatial dimensions, comprising a mechanical architecture, wherein the beam former comprises a plurality of elementary combination circuits and a support structure , the elementary combination circuits being independent from each other, each elementary combination circuit being intended to form a beam, the support structure comprising two metal interface plates , respectively upper and lower plates, the two interface plates being arranged parallel to each other and being spaced apart from each other, in a direction Z orthogonal to the two interface plates, the elementary combination circuits being mounted in the space between the two interface plates and being fixed perpendicular to the two interface plates, and each elementary combination circuit has a one-piece chandelier structure, each chandelier being formed by a lower access waveguide , at least four upper access waveguides , and intermediate connection waveguides connecting the upper access waveguides to the lower access waveguide; the two interface plates , respectively upper and lower plates, comprise a plurality of through-holes , the lower access waveguide of each elementary combination circuit is connected to a corresponding through-hole of the lower interface plate and the at least four upper access waveguides of each elementary combination circuit are respectively connected to corresponding through-holes of the upper interface plate ; and the connection between the lower access waveguide of each elementary combination circuit and a corresponding through-hole of the lower interface plate is a contactless junction formed by a connection flange comprising a male portion rigidly connected to the lower access waveguide and a female portion formed by a ring , the ring being mounted, whilst leaving a clearance , around the male portion of the connection flange, an internal surface of the ring , and/or an external surface of the male portion of the connection flange, being provided with evenly distributed metal pads .
Irrigation system comprising a housing on which a trigger is movably mounted, wherein a motor, an accumulator, a pump and a gear mechanism are arranged in the housing , wherein at least the motor and the accumulator are built into a drive unit which is replaceable, characterised in that the drive unit is provided with a handle and can be inserted in the housing from above through an opening , wherein the opening can be closed by a sliding flap or a flap cover which consists of clear plastic, through which a display provided at the head-side end of the drive unit is visible in the closed state.
A milking stable configured to house one animal at a time for milking of the animal, in particular for automatic milking of the animal, said milking stable comprising - a first long side wall element , - a second long side wall element located opposite to the first long side wall element , - a first short end wall element and an opposite second short end wall element , - an entrance door hingedly connected to the second long side element , and - an exit door hingedly connected to the second long side wall element , wherein the second long side wall element is displaceable in a direction towards and away from the first long side wall element , such that the width of the milking stable becomes adjustable. - a first long side wall element , - a second long side wall element located opposite to the first long side wall element , - a first short end wall element and an opposite second short end wall element , - an entrance door hingedly connected to the second long side element , and - an exit door hingedly connected to the second long side wall element , wherein the second long side wall element is displaceable in a direction towards and away from the first long side wall element , such that the width of the milking stable becomes adjustable.
A recombinant antibody molecule consisting of a Fab fragment comprising a first binding site for a first antigen, a variable domain of either the light chain or the heavy chain of a second binding site for a second antigen and an immunoglobulin CH2 domain, wherein the Fab fragment further comprises a hinge region, wherein the Fab fragment and the variable domain are linked via the CH2 domain, wherein the CH2 domain and the hinge region are comprised by SEQ ID NO: 20.
Method for manufacturing a wet glued wood article comprising the following steps: a) providing a first actively never-dried wood piece, comprising at least one surface which has a superficial layer having a thickness of least 2 - 3 wood cells, wherein the wood piece is a freshly sawn wood piece, b) drying the surface of said wood piece so that the moisture content of said superficial layer, up to a depth of from 0.15 mm to 0.3 mm in said wood piece, is below the fibre saturation point, providing a dried surface on said first wood piece, wherein the drying is performed at low temperature at from 20 °C to 100 °C, preferably from 20 °C to 80 °C, c) applying a gluing agent on said dried surface thus providing a glue surface, wherein said gluing agent is a polyurethane glue (PUR), d) providing a second actively never-dried wood piece comprising at least one surface which has a superficial layer having a thickness of least 2 - 3 wood cells, preferably a freshly sawn wood piece, e) drying the surface of said second wood piece so that the moisture content of said superficial layer, preferably up to a depth of from 0.1 mm to 1 mm in said wood piece, is below the fibre saturation point, providing a dried surface on said second wood piece, f) bringing said first and second dried surfaces together, so that said glue surface of the first wood piece touches said dried surface on said second wood piece, thus providing a wet glued wood article, wherein said wood moisture content of the outermost layer in step b) and e) is from 8 to 30%, preferably from 10 to 25% and most preferred from 12 to 15%. a) providing a first actively never-dried wood piece, comprising at least one surface which has a superficial layer having a thickness of least 2 - 3 wood cells, wherein the wood piece is a freshly sawn wood piece, b) drying the surface of said wood piece so that the moisture content of said superficial layer, up to a depth of from 0.15 mm to 0.3 mm in said wood piece, is below the fibre saturation point, providing a dried surface on said first wood piece, wherein the drying is performed at low temperature at from 20 °C to 100 °C, preferably from 20 °C to 80 °C, c) applying a gluing agent on said dried surface thus providing a glue surface, wherein said gluing agent is a polyurethane glue (PUR), d) providing a second actively never-dried wood piece comprising at least one surface which has a superficial layer having a thickness of least 2 - 3 wood cells, preferably a freshly sawn wood piece, e) drying the surface of said second wood piece so that the moisture content of said superficial layer, preferably up to a depth of from 0.1 mm to 1 mm in said wood piece, is below the fibre saturation point, providing a dried surface on said second wood piece, f) bringing said first and second dried surfaces together, so that said glue surface of the first wood piece touches said dried surface on said second wood piece, thus providing a wet glued wood article,
An analyser for analysing a fluid containing at least one substance to be analysed and at least one inflammable substance, the analyser containing: - a source of gas to provide a flux of diluent gas, - an injecting nozzle for introducing samples of the fluid into the flux of diluent gas and producing a gaseous flux, and - a detector for analysing the gaseous flux, the detector comprising at least one micro sensor for detecting the substance to be analysed, the analyser being characterized in that : - the source of gas is intended to deliver a flux of diluent gas containing a substance supporting combustion of the inflammable substance, preferably to deliver a flux of air, - the injecting nozzle is configured to introduce into the flux of diluent gas samples of the fluid such that the average volume fraction of the fluid in the gaseous flux is below 1/2000 and preferably below 1/20000. - a source of gas to provide a flux of diluent gas, - an injecting nozzle for introducing samples of the fluid into the flux of diluent gas and producing a gaseous flux, and - a detector for analysing the gaseous flux, the detector comprising at least one micro sensor for detecting the substance to be analysed, - the source of gas is intended to deliver a flux of diluent gas containing a substance supporting combustion of the inflammable substance, preferably to deliver a flux of air, - the injecting nozzle is configured to introduce into the flux of diluent gas samples of the fluid such that the average volume fraction of the fluid in the gaseous flux is below 1/2000 and preferably below 1/20000.
Opening/closing device for a container for pourable products, having at least one perforable portion , said opening/closing device comprising a collar combinable with said container at said perforable portion, a cap constrainedly movable by first guiding means , which are interposed between said cap and said collar , on the outer surface of said collar , and a cutting element constrainedly movable by second guiding means , which are interposed between said cutting element and said collar , inside said collar for severing said perforable portion, said device further comprising pushing means for said cutting element , which are actuated by said cap during at least its first displacement on said outer surface of said collar , for promoting the displacement inside said collar of said at least one cutting element in the direction of said perforable portion, wherein said cap is provided with at least one through hole for pouring said pourable product and with at least one lid integrally constrained to said cap and adapted to seal, or open, the passage of said at least one through hole , said first guiding means only rotatably constraining said cap to said collar , said lid being hinged to said cap by a plastic hinge combined with the side surface of said cap, characterized further comprising means for limiting the rotation of said cap with respect to the outer surface of said collar between a first assembled position (P1) for said opening/closing device and a second locked position (P2) of said cap on said collar and in that said plastic hinge is arranged on said side surface in an angular position so that at least when said cap is in its second locked position, said lid , when open, is on the part of the container opposite the side(s) of the container closest to said collar.
A power source comprising: a current source device , a voltage source device , and a voltage selection device , wherein the current source device is configured to provide a current signal to the voltage source device ; the voltage source device is connected to the current source device , comprises multiple voltage sources , and is configured to convert the current signal from the current source device into a voltage signal; the voltage selection device is connected to the voltage source device , and is configured to select one of voltage signals from multiple voltage sources as an output voltage signal; characterized in that the power source is configured to operate only the voltage source which is currently selected by the voltage selection device, such that current from the current source device is only supplied to said selected voltage source. a current source device , a voltage source device , and a voltage selection device , wherein the current source device is configured to provide a current signal to the voltage source device ; the voltage source device is connected to the current source device , comprises multiple voltage sources , and is configured to convert the current signal from the current source device into a voltage signal; the voltage selection device is connected to the voltage source device , and is configured to select one of voltage signals from multiple voltage sources as an output voltage signal; characterized in that the power source is configured to operate only the voltage source which is currently selected by the voltage selection device, such that current from the current source device is only supplied to said selected voltage source.
A method, to be performed in an audio processing apparatus, the method comprising: obtaining, by at least two microphones, at least one audio signal being a mixture of source signals from at least two audio sources, generating at least two outputs from a first audio signal of said at least one audio signal, each output being generated by using a beamformer pointing to a different spatial direction; generating time frequency coefficients of an enhanced signal for a first of said spatial directions, said first spatial direction being a spatial direction of a dominant source pointed at by a beamformer used for generating a first of said at least two generated outputs, said time frequency coefficients of said enhanced signal being reference time frequency coefficients of a reference audio signal when said first generated output is the dominant output of said at least two generated outputs, and being generated by attenuating time frequency coefficients of said first generated output, when said first generated output is other than said dominant output, wherein the reference audio signal is captured by one of the at least two microphones of the audio processing apparatus. obtaining, by at least two microphones, at least one audio signal being a mixture of source signals from at least two audio sources, generating at least two outputs from a first audio signal of said at least one audio signal, each output being generated by using a beamformer pointing to a different spatial direction; generating time frequency coefficients of an enhanced signal for a first of said spatial directions, said first spatial direction being a spatial direction of a dominant source pointed at by a beamformer used for generating a first of said at least two generated outputs, said time frequency coefficients of said enhanced signal being reference time frequency coefficients of a reference audio signal when said first generated output is the dominant output of said at least two generated outputs, and being generated by attenuating time frequency coefficients of said first generated output, when said first generated output is other than said dominant output, wherein the reference audio signal is captured by one of the at least two microphones of the audio processing apparatus.