mhurhangee/patent-ind-claim-en huggingface dataset:
An airway adapter adapted to form an analyser together with a sensor which sensor is arranged to measure at least one property of a respiratory gas, the airway adapter comprising: a sampling chamber for allowing a respiratory gas flow, the sampling chamber having at least two optical windows ; a first port for delivering respiratory gas to said sampling chamber; and a second port for removing respiratory gas from said sampling chamber; and further comprising a memory adapted to store information relevant to at least one fact of said airway adapter having an influence on its usability, characterised in that the memory is arranged to store time of use information and optical properties of the at least two optical windows in response to a signal from the sensor , and in that the memory is further arranged to store information regarding distance between the at least two optical windows to allow correction of a gas absorption signal of measured gas. a sampling chamber for allowing a respiratory gas flow, the sampling chamber having at least two optical windows ; a first port for delivering respiratory gas to said sampling chamber; and a second port for removing respiratory gas from said sampling chamber; and further comprising a memory adapted to store information relevant to at least one fact of said airway adapter having an influence on its usability, characterised in that the memory is arranged to store time of use information and optical properties of the at least two optical windows in response to a signal from the sensor , and in that the memory is further arranged to store information regarding distance between the at least two optical windows to allow correction of a gas absorption signal of measured gas.
A biomass cake pressure-feeding apparatus comprising: a screw pump including a first screw with a helical first conveying thread , a second screw with a helical second conveying thread , and a casing accommodating the first screw and the second screw such that the first screw and the second screw are parallel to each other, the screw pump being configured to feed biomass cake to a high pressure reactor, the biomass cake being obtained by adding water to powdery biomass; and a throttle part positioned downstream of the screw pump and configured to form a material seal made of the biomass cake by restricting a flow of the biomass cake, characterized in that there is provided a gear chamber , in which a first timing gear and a second timing gear are accommodated, and said casing includes a passage including: - a feeding area, in which a first feeding thread of said first screw and a second feeding thread of said second screw are positioned, - a conveying area , in which said first conveying thread and said second conveying thread are positioned, and - a direction-changing area , adapted to pressurize said biomass cake by changing the conveying direction of the biomass cake by 90°, wherein the volume of the space formed by said first conveying thread , said second conveying thread and said casing is constant at any position in the axial direction. a screw pump including a first screw with a helical first conveying thread , a second screw with a helical second conveying thread , and a casing accommodating the first screw and the second screw such that the first screw and the second screw are parallel to each other, the screw pump being configured to feed biomass cake to a high pressure reactor, the biomass cake being obtained by adding water to powdery biomass; and a throttle part positioned downstream of the screw pump and configured to form a material seal made of the biomass cake by restricting a flow of the biomass cake, characterized in that there is provided a gear chamber , in which a first timing gear and a second timing gear are accommodated, and said casing includes a passage including: - a feeding area, in which a first feeding thread of said first screw and a second feeding thread of said second screw are positioned, - a conveying area , in which said first conveying thread and said second conveying thread are positioned, and - a direction-changing area , adapted to pressurize said biomass cake by changing the conveying direction of the biomass cake by 90°, wherein - a feeding area, in which a first feeding thread of said first screw and a second feeding thread of said second screw are positioned, - a conveying area , in which said first conveying thread and said second conveying thread are positioned, and - a direction-changing area , adapted to pressurize said biomass cake by changing the conveying direction of the biomass cake by 90°, wherein the volume of the space formed by said first conveying thread , said second conveying thread and said casing is constant at any position in the axial direction.
A method comprising: determining an initial orientation of an electric meter based on initial acceleration measurements from an accelerometer positioned in the electric meter ; continuously monitoring subsequent acceleration measurements from the accelerometer ; determining subsequent orientations of the electric meter based on the subsequent acceleration measurements obtained within a specified period of time; determining differences between the initial orientation and the subsequent orientations based on the initial acceleration measurements and the subsequent acceleration measurements obtained within the specified period of time; comparing the differences to threshold values; determining that the differences exceed the threshold values; based on the differences exceeding the threshold values generating a notification of a change in orientation of the electric meter to a head-end system . determining an initial orientation of an electric meter based on initial acceleration measurements from an accelerometer positioned in the electric meter ; continuously monitoring subsequent acceleration measurements from the accelerometer ; determining subsequent orientations of the electric meter based on the subsequent acceleration measurements obtained within a specified period of time; determining differences between the initial orientation and the subsequent orientations based on the initial acceleration measurements and the subsequent acceleration measurements obtained within the specified period of time; comparing the differences to threshold values; determining that the differences exceed the threshold values; based on the differences exceeding the threshold values generating a notification of a change in orientation of the electric meter to a head-end system .
Turbofan engine which has: - a fan which comprises a fan disc , - a low-pressure shaft which is connected to the fan disc and which couples the fan to a low-pressure turbine of the turbofan engine, and - a non-rotating component which is arranged downstream of the fan disc , characterized in that - a downstream portion of the fan disc has a plurality of first locking portions which are spaced apart from one another in the circumferential direction, - an upstream portion of the non-rotating component arranged downstream of the fan disc has a plurality of second locking portions which are spaced apart from one another in the circumferential direction, wherein - the first and the second locking portions are formed and arranged with respect to one another in such a way that the first and the second locking portions are out of engagement in normal operation, wherein the first locking portions have a more downstream axial position than the second locking portions , - the first locking portions and the second locking portions are each spaced apart in the circumferential direction in such a way that a first locking portion and a second locking portion , which is spaced apart axially therefrom when viewed upstream in the axial direction, overlap in the circumferential direction in operation at all times, and - in the event of a breakage of the low-pressure shaft or of the fan disc , if the fan disc is displaced upstream in the axial direction, the first locking portions are applied to the second locking portions . - a fan which comprises a fan disc , - a low-pressure shaft which is connected to the fan disc and which couples the fan to a low-pressure turbine of the turbofan engine, and - a non-rotating component which is arranged downstream of the fan disc , - a downstream portion of the fan disc has a plurality of first locking portions which are spaced apart from one another in the circumferential direction, - an upstream portion of the non-rotating component arranged downstream of the fan disc has a plurality of second locking portions which are spaced apart from one another in the circumferential direction, wherein - the first and the second locking portions are formed and arranged with respect to one another in such a way that the first and the second locking portions are out of engagement in normal operation, wherein the first locking portions have a more downstream axial position than the second locking portions , - the first locking portions and the second locking portions are each spaced apart in the circumferential direction in such a way that a first locking portion and a second locking portion , which is spaced apart axially therefrom when viewed upstream in the axial direction, overlap in the circumferential direction in operation at all times, and - in the event of a breakage of the low-pressure shaft or of the fan disc , if the fan disc is displaced upstream in the axial direction, the first locking portions are applied to the second locking portions .
A method for producing an aviation fuel composition, the method comprising providing a) an aviation range fuel component, wherein component a) is a conventional JET A-1 containing aromatic compounds in the range of 8.4 vol-% to 26.5 vol-%, paraffins in the range of 40 vol-% to 60 vol-%, and naphthenes in the range of 18 vol-% to 40 vol-%, and b) a diesel range fuel component of renewable origin including one or more feedstocks other than those obtained from petroleum crude oil, wherein the diesel range fuel component has a cloud point of at most -30°C, and an existent gum content in accordance with the IP540 standard of more than 7 mg/100 ml; and obtaining the aviation fuel composition by mixing component a) and component b) in an amount comprising up to 20 vol-% of component b) and at least 80 vol-% of component a), wherein the obtained aviation fuel composition has an existent gum content in accordance with an IP540 standard of at most 7 mg/100 ml, wherein the obtained aviation fuel composition complies with at least one of aviation fuel standards selected from ASTM D1655, ASTM D7566, DEF-STAN 91-91, JET A and JET A-1, wherein component b) is paraffinic diesel produced from Fischer-Tropsch synthesis products or hydrogenated fatty acid and/or triglyceride materials. a) an aviation range fuel component, wherein component a) is a conventional JET A-1 containing aromatic compounds in the range of 8.4 vol-% to 26.5 vol-%, paraffins in the range of 40 vol-% to 60 vol-%, and naphthenes in the range of 18 vol-% to 40 vol-%, and b) a diesel range fuel component of renewable origin including one or more feedstocks other than those obtained from petroleum crude oil, wherein the diesel range fuel component has a cloud point of at most -30°C, and an existent gum content in accordance with the IP540 standard of more than 7 mg/100 ml; and
A diagnostic laboratory distribution system , wherein the distribution system comprises a number of carriers wherein the carriers are adapted to carry one or more goods , a transport plane wherein the transport plane is adapted to support the carriers , drive means , wherein the drive means are adapted to move the carriers on the transport plane , and a control device to control the drive means , wherein the distribution system comprises a cover for the transport plane , wherein the distribution system comprises humidity sensors to measure humidity above the transport plane connected to the control device and airflow generating devices connected to the control device , wherein the airflow generating devices are distributed over the distribution system to generate an airflow between the cover and the transport plane , wherein the control device is configured to start the airflow generating devices if the humidity sensors measure a humidity above a pre-defined threshold value, wherein the airflow generating devices generate a laminar airflow. a number of carriers wherein the carriers are adapted to carry one or more goods , a transport plane wherein the transport plane is adapted to support the carriers , drive means , wherein the drive means are adapted to move the carriers on the transport plane , and a control device to control the drive means , wherein the distribution system comprises a cover for the transport plane , wherein the distribution system comprises humidity sensors to measure humidity above the transport plane connected to the control device and airflow generating devices connected to the control device , wherein the airflow generating devices are distributed over the distribution system to generate an airflow between the cover and the transport plane , wherein the control device is configured to start the airflow generating devices if the humidity sensors measure a humidity above a pre-defined threshold value, wherein the airflow generating devices generate a laminar airflow.
An article comprising a first continuous polymeric layer, a second continuous polymeric layer, and a polymeric multilayer film disposed between the first continuous polymeric layer and the second continuous polymeric layer, wherein the polymeric multilayer film comprises a plurality of blown polymeric film layers each exhibiting a random network of strands and connective regions, wherein the random network of strands has a first optical density and the connective regions have a second optical density, and wherein the first optical density is greater than the second optical density.
A method of plastic film coreless roll removal from a spindle , comprising pushing of the plastic film coreless roll from the spindle with a perforated wall, said method being characterized in that pressurized air-water mixture is fed at pushing the roll, providing expansion of the inner diameter of the roll.
Handheld air sampler device for enrichment of airborne substances and/or particles, in particular microorganisms, comprising: an inlet configured for air intake into a flow channel ; an outlet configured for fluidically connecting the flow channel to an external vacuum device; a permeable backing element arranged in the flow channel , the backing element being configured to receive and support a filter element ; and a sealing element configured for sealing a filter element received on the backing element such that, when a negative pressure is applied to the outlet , air entering the inlet forms an airstream passing the filter element and airborne substances and/or particles, in particular microorganisms, are enriched in the filter element . an inlet configured for air intake into a flow channel ; an outlet configured for fluidically connecting the flow channel to an external vacuum device; a permeable backing element arranged in the flow channel , the backing element being configured to receive and support a filter element ; and a sealing element configured for sealing a filter element received on the backing element such that, when a negative pressure is applied to the outlet , air entering the inlet forms an airstream passing the filter element and airborne substances and/or particles, in particular microorganisms, are enriched in the filter element .
Timepiece ball bearing , the bearing comprising a plurality of balls , an inner ring fitted in an outer ring , said balls being housed between the inner ring and the outer ring , the inside diameter of the bearing being between 0 mm and 50 mm and the outside diameter of the bearing being between 1 mm and 50 mm, the inner ring having two concentric parts denoted first part and second part, said first part forming an intermediate ring , said second part forming a central ring , an annular vibration damper being housed between these two parts, characterized in that the central ring , the annular vibration damper , the outer ring and intermediate ring and the balls of said ball bearing being secured together and forming a one-piece assembly, the annular vibration damper preventing withdrawal of the intermediate ring and the central ring .
A nanowire molecular sensor comprising a plurality of nanowires arranged mutually spaced apart to project substantially parallel to each other from a front side of a substrate , wherein each nanowire has two ends and a sidewall , which sidewall is functionalized in order to attach a molecule, wherein each nanowire is a waveguide configured to receive light from light emissive point sources at the sidewall by means of a near-field coupling mechanism and to emit light from one of said ends, wherein the amount of light emitted is dependent on the amount of specific molecules attached to the sidewall, wherein the substrate has a predefined surface region configured for background signal detection, from which region no light is emitted from any nanowire waveguide end, and wherein the nanowires are provided in segments throughout the substrate surface, wherein the sidewalls of the nanowires of different segments are differently functionalized so as to attach different specific molecules. wherein each nanowire has two ends and a sidewall , which sidewall is functionalized in order to attach a molecule, wherein each nanowire is a waveguide configured to receive light from light emissive point sources at the sidewall by means of a near-field coupling mechanism and to emit light from one of said ends, wherein the amount of light emitted is dependent on the amount of specific molecules attached to the sidewall, wherein the substrate has a predefined surface region configured for background signal detection, from which region no light is emitted from any nanowire waveguide end, and wherein the nanowires are provided in segments throughout the substrate surface, wherein the sidewalls of the nanowires of different segments are differently functionalized so as to attach different specific molecules.
Physiotherapeutic apparatus for the treatment of a patient by physical movement comprising: an arm trainer for rotationally moving the patient's arms with a first axis and a leg trainer for the rotational movement of the patient's legs with a second axis, wherein the first and the second axis have a height adjustability, wherein the distance of the first axis to the second axis is constant, wherein a height adjustability of the arm and leg trainer is provided in such a way that the arm trainer and the leg trainer move uniformly when the height is adjusted, so that a different training position of the patient can result, wherein the training position changes from a sitting to a lying position, wherein the device comprises a foot element and a body element , wherein the arm trainer and the leg trainer are arranged on the body element , characterised in that the height adjustability results from the displacement of the foot element relative to the body element .
A method of reducing power consumption by a display device comprising a display logic for processing pixel data wherein the reduction of power consumption is in accordance with the entropy of an image, and a display panel comprising a plurality of pixels, the method comprising: receiving the pixel data corresponding to the plurality of pixels of an image frame; determining whether a number of consecutive pixels of the plurality of pixels within the image frame that correspond to identical data of the pixel data reaches a threshold number; and powering down the display logic when the number of consecutive pixels exceeds the threshold number. receiving the pixel data corresponding to the plurality of pixels of an image frame; determining whether a number of consecutive pixels of the plurality of pixels within the image frame that correspond to identical data of the pixel data reaches a threshold number; and powering down the display logic when the number of consecutive pixels exceeds the threshold number.
An organic light emitting display (OLED) device comprising: a substrate ; an anode electrode provided on the substrate; an organic emitting layer provided on the anode electrode; a cathode electrode provided on the organic emitting layer; an auxiliary electrode provided on the substrate, wherein the auxiliary electrode is connected with the cathode electrode; a bank provided on one side and the other side of the auxiliary electrode; and a partition spaced from the bank and provided on the auxiliary electrode, the partition including a first partition provided on the auxiliary electrode and a second partition provided on the first partition, wherein the length of the upper surface of the second partition in a first direction is greater than the length of the lower surface of the second partition in said first direction, characterized in that the first partition includes a plurality of first partitions provided on the auxiliary electrode and laterally spaced from each other, wherein the second partition is provided on the plurality of first partitions. a substrate ; an anode electrode provided on the substrate; an organic emitting layer provided on the anode electrode; a cathode electrode provided on the organic emitting layer; an auxiliary electrode provided on the substrate, wherein the auxiliary electrode is connected with the cathode electrode; a bank provided on one side and the other side of the auxiliary electrode; and a partition spaced from the bank and provided on the auxiliary electrode, the partition including a first partition provided on the auxiliary electrode and a second partition provided on the first partition, wherein the length of the upper surface of the second partition in a first direction is greater than the length of the lower surface of the second partition in said first direction, characterized in that the first partition includes a plurality of first partitions provided on the auxiliary electrode and laterally spaced from each other, wherein the second partition is provided on the plurality of first partitions.
A system comprising: a first integrated circuit ; and a second integrated circuit communicatively coupled to the first integrated circuit , wherein the second integrated circuit comprises: a primary circuitry adapted to provide base functionality of the second integrated circuit ; a configuration port adapted to receive configuration signals from the first integrated circuit or another device; and an embedded programmable logic formed by a field programmable gate array, FPGA, logic; the system being characterized in that the second integrated circuit is configured to program the embedded programmable logic , using the configuration signals, to perform interface protocol conversion of a protocol on a chip-to-chip interface between the first integrated circuit and the second integrated circuit . a first integrated circuit ; and a second integrated circuit communicatively coupled to the first integrated circuit , wherein the second integrated circuit comprises: a primary circuitry adapted to provide base functionality of the second integrated circuit ; a configuration port adapted to receive configuration signals from the first integrated circuit or another device; and an embedded programmable logic formed by a field programmable gate array, FPGA, logic; the system being characterized in that a primary circuitry adapted to provide base functionality of the second integrated circuit ; a configuration port adapted to receive configuration signals from the first integrated circuit or another device; and an embedded programmable logic formed by a field programmable gate array, FPGA, logic; the system being characterized in that the second integrated circuit is configured to program the embedded programmable logic , using the configuration signals, to perform interface protocol conversion of a protocol on a chip-to-chip interface between the first integrated circuit and the second integrated circuit .