mhurhangee/patent-ind-claim-en huggingface dataset:
An oxygen scavenging structure (herein referred to as the "OSS") being part of a closure for attachment to a part of a container, the OSS comprising a hydrogen generating means which includes active material arranged to generate molecular hydrogen on reaction with moisture; and catalyst for catalysing a reaction between hydrogen and oxygen; wherein said OSS includes a control means for controlling the passage of moisture to said active material; wherein at least part of said control means is provided in a first layer and a second layer comprises said hydrogen generating means which comprises a matrix with which said active material is associated; wherein catalyst is dispersed in said first layer or said second layer, wherein the sum of the volume of the first and second layers is defined as the "sum-vol" in mm 3 and said OSS includes less than 0.20μg of catalyst per unit of said "sum-vol" in mm 3 . wherein said OSS includes a control means for controlling the passage of moisture to said active material; wherein at least part of said control means is provided in a first layer and a second layer comprises said hydrogen generating means which comprises a matrix with which said active material is associated; wherein catalyst is dispersed in said first layer or said second layer, wherein the sum of the volume of the first and second layers is defined as the "sum-vol" in mm 3 and said OSS includes less than 0.20μg of catalyst per unit of said "sum-vol" in mm 3 .
Method for controlling a temperature of a liquid in a liquid container using a heating device , wherein the temperature of the liquid in the liquid container is measured and controlled by adjusting the heat output of the heating device if the liquid container is filled with at least a first predetermined amount of the liquid , wherein, if the liquid container is filled with less than the first predetermined amount of liquid until the liquid container is filled with a second predetermined amount of the liquid , wherein the second predetermined amount of the liquid is equal to or greater than the first predetermined amount of the liquid , cool liquid is fed into the liquid container from a liquid reservoir, characterized in that , if the liquid container is filled with less than the first predetermined amount of liquid until the liquid container is filled with the second predetermined amount of the liquid , the heating device is permanently activated, and the temperature of the liquid in the partially filled liquid container is controlled by adjusting the cool liquid volume flow rate of the cool liquid fed into the liquid container .
An inkjet printer head having a length direction, a width direction and a perpendicular direction thereto, comprising: a plurality of groove-shaped pressure chambers extending in the width direction of the inkjet head and having a top side in the perpendicular direction thereof, the top side having a length L3 in the width direction of the inkjet head , the plurality of pressure chambers configured to be formed on piezoelectric members of which the polarization directions are opposite; a lid section with high rigidity, placed on the plurality of pressure chambers in the perpendicular direction of the inkjet head ; a nozzle plate arranged on the lid section in the perpendicular direction of the inkjet head at the lateral side of the pressure chambers across the lid section wherein the lid section comprises a plurality of through holes that has a length L6 in the width direction of the inkjet head and is connected to a plurality of nozzles formed on the nozzle plate , characterized in that the inkjet head is configured to set the length ratio L6 / L3 in the range of 10-25 % such that the ejection voltage of the ink ejected from the nozzles is minimized. a plurality of groove-shaped pressure chambers extending in the width direction of the inkjet head and having a top side in the perpendicular direction thereof, the top side having a length L3 in the width direction of the inkjet head , the plurality of pressure chambers configured to be formed on piezoelectric members of which the polarization directions are opposite; a lid section with high rigidity, placed on the plurality of pressure chambers in the perpendicular direction of the inkjet head ; a nozzle plate arranged on the lid section in the perpendicular direction of the inkjet head at the lateral side of the pressure chambers across the lid section wherein the lid section comprises a plurality of through holes that has a length L6 in the width direction of the inkjet head and is connected to a plurality of nozzles formed on the nozzle plate , characterized in that the inkjet head is configured to set the length ratio L6 / L3 in the range of 10-25 % such that the ejection voltage of the ink ejected from the nozzles is minimized.
A method of manufacturing a trim component from carbon fibre, the trim component comprising an A surface and an inwardly facing B surface to the rear of the A surface , the method comprising the steps of: producing a male component with a control surface , the control surface being arranged to correspond to the B surface of the trim component ; consecutively placing individual sheets of a plurality of unidirectional carbon fibre sheets over the control surface to define a carbon fibre layer having a thickness greater than the maximum thickness of the trim component , wherein each sheet of the plurality of unidirectional carbon fibre sheets is rotated with respect to a preceding sheet such that the directions of the respective fibres of adjacent sheets misalign; curing the carbon fibre layer on the male component ; removing the carbon fibre layer from the male component ; securing the carbon fibre layer to a machining carriage with an outer surface corresponding to the B surface of the trim component ; and, cutting the outer surface of the carbon fibre layer to expose the A surface of the trim component using a cutting tool travelling along a machining path, the cutting tool being arranged to cut the outer surface at a cutting angle in the range of 2 to 45 degrees with respect to the plane of the sheets at the location of the carbon fibre layer being cut. producing a male component with a control surface , the control surface being arranged to correspond to the B surface of the trim component ; consecutively placing individual sheets of a plurality of unidirectional carbon fibre sheets over the control surface to define a carbon fibre layer having a thickness greater than the maximum thickness of the trim component , wherein each sheet of the plurality of unidirectional carbon fibre sheets is rotated with respect to a preceding sheet such that the directions of the respective fibres of adjacent sheets misalign; curing the carbon fibre layer on the male component ; removing the carbon fibre layer from the male component ; securing the carbon fibre layer to a machining carriage with an outer surface corresponding to the B surface of the trim component ; and, cutting the outer surface of the carbon fibre layer to expose the A surface of the trim component using a cutting tool travelling along a machining path, the cutting tool being arranged to cut the outer surface at a cutting angle in the range of 2 to 45 degrees with respect to the plane of the sheets at the location of the carbon fibre layer being cut.
A spiral finned condenser, comprising: a condensing pipe , a fin and a fixing bracket clamped and fixed on the condensing pipe ; wherein the fin is spirally wound on a surface of the condensing pipe ; the condensing pipe forms a cubic structure by means of a plurality of turns and bends; wherein the fixing bracket comprises a mounting plate ; 2 characterized in that the fixing bracket further comprises a plurality of clamping sheets alternately arranged on two sides of the mounting plate ; a T-shaped structure is formed after the two sides of the mounting plate are bent twice; and a clamping slot fit to the condensing pipe is formed between two clamping sheets .
A process for preparing sulfuric acid, wherein usefully sulfur is oxidized to sulfur dioxide by means of air, more particularly by means of dried air, in at least one first oxidation stage, the sulfur dioxide is oxidized to sulfur trioxide in at least one oxidation stage, more particularly in at least one second oxidation stage, sulfur trioxide is absorbed in at least one absorption stage to form sulfuric acid, more particularly is absorbed by sulfuric acid, and heated sulfuric acid is drawn off from the absorption stage and used for generating steam, which is introduced partly into the absorption stage , wherein process gas from the oxidation stage, more particularly from the second oxidation stage, containing sulfur dioxide and containing sulfur trioxide, is introduced into the absorption stage, which is designed as an intermediate absorption stage, the process gas, after absorption of sulfur trioxide, is recycled from the intermediate absorption stage to the oxidation stage, more particularly to the second oxidation stage, and the heated sulfuric acid is drawn off from the intermediate absorption stage.
A method for producing a dental splint, in particular for the treatment of craniomandibular dysfunction or for the correction of tooth misalignment, comprising a flat body made of plastics, composite and/or elastomer and having a lower face that is provided with a shape configuration according to at least portions of the dental surface profile of a patient's lower jaw, and an upper face that is provided with a shape configuration according to at least portions of the dental surface profile of a patient's upper jaw, the shape configuration having a defined lateral and/or frontal-dorsal and/or vertical offset amount on the upper face relative to a position relation of optimum occlusion with respect to the shape configuration on the lower face, wherein the dental surfaces of the lower jaw and the upper jaw are scanned, in the position of optimum occlusion, an occlusion position relation between the lower jaw and the upper jaw is determined by means of a position determination system, and thus an occlusion relation between the data sets of the associated scans, in a position different from the occlusion, a non-occlusion position relation between the lower jaw and the upper jaw is determined by means of a position determination system, and thus an non-occlusion relation between the data sets of the associated scans, from the data sets of the occlusion relation and the non-occlusion relation, the predetermined lateral and/or dorsal and/or vertical offset amount is determined, and at least portions of the taken scans, while taking into account the predetermined lateral and/or dorsal and/or vertical offset amount, are worked out by means of a coordinate-controlled, abrasive processing method, in particular a milling method, from a basic sheet body of the occlusion splint on the lower face or the upper face as shape configurations.
A graft for inducing helical blood flow, the graft comprising: a tubular body having a fluid inflow end and a fluid outflow end , the tubular body having an outer sidewall and an inner sidewall ; a lumen extending between the fluid inflow end and fluid outflow end; characterised in that the graft further comprises: a compressible chamber disposed between at least a portion of the outer sidewall and the inner sidewall, wherein the compressible chamber has a first incompressible seam that follows a first substantially helical path around a first longitudinal axis of the tubular body, wherein in response to internal pressure on the inner sidewall a first vane element is formed within the lumen that follows the first substantially helical path . a tubular body having a fluid inflow end and a fluid outflow end , the tubular body having an outer sidewall and an inner sidewall ; a lumen extending between the fluid inflow end and fluid outflow end; characterised in that the graft further comprises: a compressible chamber disposed between at least a portion of the outer sidewall and the inner sidewall, wherein the compressible chamber has a first incompressible seam that follows a first substantially helical path around a first longitudinal axis of the tubular body, wherein in response to internal pressure on the inner sidewall a first vane element is formed within the lumen that follows the first substantially helical path . a compressible chamber disposed between at least a portion of the outer sidewall and the inner sidewall, wherein the compressible chamber has a first incompressible seam that follows a first substantially helical path around a first longitudinal axis of the tubular body, wherein in response to internal pressure on the inner sidewall a first vane element is formed within the lumen that follows the first substantially helical path .
A system for a work vehicle comprising: one or more radar-sensors configured to generate crop-radar-data representative of crop rows in an agricultural field; and a controller configured to determine crop-property-data based on the crop-radar-data , wherein the crop-property-data is representative of one or more properties of crop rows that are in the field said controller characterised by being configured to: filter the crop-radar-data by applying one or more filter-coefficient-values to provide filtered-crop-radar-data ; set the one or more filter-coefficient-values based on one or more crop-parameters; and determine the crop-property-data based on the filtered crop-radar-data one or more radar-sensors configured to generate crop-radar-data representative of crop rows in an agricultural field; and a controller configured to determine crop-property-data based on the crop-radar-data , wherein the crop-property-data is representative of one or more properties of crop rows that are in the field filter the crop-radar-data by applying one or more filter-coefficient-values to provide filtered-crop-radar-data ; set the one or more filter-coefficient-values based on one or more crop-parameters; and determine the crop-property-data based on the filtered crop-radar-data
An electrode-electrical conductor system for a medical device comprising a) at least one electrical conductor comprising one or more electrically insulated wire(s) or cable(s) , wherein the electrical insulation comprises two or more partial openings , which are arranged on one side of the wire(s) or cable(s), and b) two or more electrodes, which are mechanically and electrically connected to the wire(s) or cable(s) via the two or more partial openings arranged on one side of the wire(s) or cable(s) by welding, pressing, swaging, adhesives, brazing, soldering and/or dimples, and characterised in that the electrical conductor is embedded in a polymer substrate, wherein the polymer substrate is a biocompatible polymer substrate , which is selected from the group comprising polyurethane, thermoplastic polyurethane (TPU), silicone, polyimide, phenyltrimethoxysilane (PTMS), polymethylmethacrylate (PMMA), parylene, polyetheretherketone (PEEK), liquid-crystal polymer (LCP), kapton and mixtures thereof, and comprises one or more opening(s) arranged on the two or more partial openings on one side of the wire(s) or cable(s). a) at least one electrical conductor comprising one or more electrically insulated wire(s) or cable(s) , wherein the electrical insulation comprises two or more partial openings , which are arranged on one side of the wire(s) or cable(s), and b) two or more electrodes, which are mechanically and electrically connected to the wire(s) or cable(s) via the two or more partial openings arranged on one side of the wire(s) or cable(s) by welding, pressing, swaging, adhesives, brazing, soldering and/or dimples, and
A method for configuring uplink sounding reference signals, UL SRS, the method comprising, by a Location Management Function, LMF: - receiving radio resource information relating to radio resources that can be applied for UL SRS by a wireless device; and - providing a notification relating to triggering aperiodic uplink SRS to a base station serving the wireless device. - receiving radio resource information relating to radio resources that can be applied for UL SRS by a wireless device; and - providing a notification relating to triggering aperiodic uplink SRS to a base station serving the wireless device.
A breathing tube for use in a breathing circuit, the breathing tube comprising: a corrugated tube wherein the corrugation profile comprises alternating outer crests and inner troughs , said outer crests including a peak region, and local troughs comprising a dip in the peak region; and an outer sheath supported on said outer crests wherein said outer sheath traps air between adjacent outer crests and said outer sheath .
A vehicle climate control system , comprising: an input data module configured to determine a set of climate conditions associated with an occupied cabin region of an interior cabin of a vehicle, based at least in part upon a set of input data received from one or more data sources; a processing module configured to determine, based at least in part upon the set of climate conditions associated with the occupied cabin region , a set of optimal comfort conditions which comprises at least one optimal occupant-perceptible cabin region temperature of the occupied cabin region and a set of climate condition thresholds ; and an output command module configured to generate a set of output commands to control one or more vehicle components to change the set of climate conditions of at least the occupied cabin region , within the set of climate condition thresholds , to approximate the at least one optimal occupant-perceptible cabin region temperature, characterized in that the climate condition thresholds are associated with at least one climate condition separate from cabin region temperature. an input data module configured to determine a set of climate conditions associated with an occupied cabin region of an interior cabin of a vehicle, based at least in part upon a set of input data received from one or more data sources; a processing module configured to determine, based at least in part upon the set of climate conditions associated with the occupied cabin region , a set of optimal comfort conditions which comprises at least one optimal occupant-perceptible cabin region temperature of the occupied cabin region and a set of climate condition thresholds ; and an output command module configured to generate a set of output commands to control one or more vehicle components to change the set of climate conditions of at least the occupied cabin region , within the set of climate condition thresholds , to approximate the at least one optimal occupant-perceptible cabin region temperature,
Apparatus for determining a position of a movable object in a high pressure chamber (H), the apparatus comprising - a detecting unit (1.1) that has at least one sensor (1.1.1) for detecting the position of the object and outputting a position signal, and a sensor cable (1.1.2) for relaying the position signal to an evaluating unit , and - a carrier unit (1.2) for receiving the detecting unit (1.1), - wherein the sensor (1.1.1) is arranged on an end (1.2.1) of the carrier unit (1.2) that can face the object and that can be arranged stationary in the high pressure chamber (H), - the carrier unit (1.2) has a flexible region (1.2.2) that is arranged between the stationary end (1.2.1) and a region (III) that can be guided through a housing that delimits the high pressure chamber (H), - the sensor cable (1.1.2) of the detecting unit (1.1) is guided through the flexible region (1.2.2) and is provided to be guided out of the high pressure chamber (H) through the region (III) that extends through the housing , characterised in that the flexible region (1.2.2) is formed by a section (1.2.5), which is embodied as a tube spiral, of a guiding tube (1.2.4) and the sensor cable (1.1.2) is guided through said guiding tube. - a detecting unit (1.1) that has at least one sensor (1.1.1) for detecting the position of the object and outputting a position signal, and a sensor cable (1.1.2) for relaying the position signal to an evaluating unit , and - a carrier unit (1.2) for receiving the detecting unit (1.1), - wherein the sensor (1.1.1) is arranged on an end (1.2.1) of the carrier unit (1.2) that can face the object and that can be arranged stationary in the high pressure chamber (H), - the carrier unit (1.2) has a flexible region (1.2.2) that is arranged between the stationary end (1.2.1) and a region (III) that can be guided through a housing that delimits the high pressure chamber (H), - the sensor cable (1.1.2) of the detecting unit (1.1) is guided through the flexible region (1.2.2) and is provided to be guided out of the high pressure chamber (H) through the region (III) that extends through the housing , characterised in that the flexible region (1.2.2) is formed by a section (1.2.5), which is embodied as a tube spiral, of a guiding tube (1.2.4) and the sensor cable (1.1.2) is guided through said guiding tube.
Control device that provides haptic feedback, comprising: - a plate for transmitting haptic feedback to a user, - a sensor comprising a touch surface, said sensor being borne by said plate and configured to detect a press of the user on the touch surface, - at least two actuators connected to said plate and configured to drive said plate to move so as to generate the haptic feedback, and - a processing unit connected to said sensor and configured to simultaneously drive said actuators when a press is detected on said touch surface, said actuators respectively being configured to drive said plate in a direction (D1, D2) substantially perpendicular to the plane defined by said plate , and the processing unit being configured to independently drive each actuator by delivering, to each actuator , a periodic supply signal, the control device being characterized in that said supply signals are out of phase by 180° so that said actuators simultaneously drive said plate in two opposite directions (D1, D2). - a plate for transmitting haptic feedback to a user, - a sensor comprising a touch surface, said sensor being borne by said plate and configured to detect a press of the user on the touch surface, - at least two actuators connected to said plate and configured to drive said plate to move so as to generate the haptic feedback, and - a processing unit connected to said sensor and configured to simultaneously drive said actuators when a press is detected on said touch surface,