mhurhangee/patent-ind-claim-en huggingface dataset:
A method for determining the fat processing activity and/or for predicting the risk of obesity in a subject comprising: • determining by an immunoassay the level of pro-neurotensin 1-117 in a bodily fluid obtained from said subject or • determining the level of pro-neurotensin 1-117 in a bodily fluid obtained from said subject; and • correlating said level of pro-neurotensin 1-117 with the fat processing activity and/or the risk of incidence of obesity in said subject, wherein an elevated level is indicative of an enhanced fat processing activity and/or predictive for an enhanced risk of obesity and wherein the subject is not obese at the time the sample of bodily fluid is taken from said subject, and wherein "elevated level" means a level above a certain threshold level. • determining by an immunoassay the level of pro-neurotensin 1-117 in a bodily fluid obtained from said subject or • determining the level of pro-neurotensin 1-117 in a bodily fluid obtained from said subject; and • correlating said level of pro-neurotensin 1-117 with the fat processing activity and/or the risk of incidence of obesity in said subject, wherein an elevated level is indicative of an enhanced fat processing activity and/or predictive for an enhanced risk of obesity
Combination of a test rig and test specimen for performing a fatigue test of said test specimen , wherein the test specimen is non-axisymmetric and comprises : - a central element , said central element having a longitudinal axis , - a first branch element , said first branch element having a longitudinal axis that extends at an angle to the longitudinal axis of the central element , - a joint connecting the first branch element to the central element , wherein the non-axisymmetric test specimen has a plurality of resonance frequencies with associated mode shapes, which plurality of resonance frequencies comprises an in plane bending resonance frequency with an associated in plane bending mode shape, and an out of plane bending resonance frequency with an associated out of plane bending mode shape, wherein the in plane bending resonance frequency and the out of plane bending frequency are substantially the same, and wherein the in plane bending mode shape comprises a first node, which first node is located at the first branch element , and wherein the out of plane bending mode shape comprises a first node, which first node is located at the first branch element , wherein the first node of the in plane bending mode shape and the first node of the out of plane bending mode shape are substantially at the same position at the first branch element , and wherein the test rig comprises: - a first support for supporting the test specimen , which first support supports the test specimen at or adjacent to the node of the in plane bending mode shape and the out of plane bending mode shape, - an excitator for subjecting the test specimen to forced vibration at an excitation frequency. - a central element , said central element having a longitudinal axis , - a first branch element , said first branch element having a longitudinal axis that extends at an angle to the longitudinal axis of the central element , - a joint connecting the first branch element to the central element , - a first support for supporting the test specimen , which first support supports the test specimen at or adjacent to the node of the in plane bending mode shape and the out of plane bending mode shape, - an excitator for subjecting the test specimen to forced vibration at an excitation frequency.
A method comprising: receiving an input signal generated by one or more sensors associated with an active noise reduction, ANR, headphone (100; 200; 300; 350), wherein the input signal comprises a first portion and a second portion; processing the first portion of the input signal to generate a first output signal for an electroacoustic transducer of the ANR headphone; determining, by one or more processing devices in an ANR signal flow path, one or more characteristics of the first portion of the input signal based on one or more characteristics of the first output signal; automatically adjusting, by the one or more processing devices based on the one or more characteristics of the first portion of the input signal, a gain of a variable gain amplifier, VGA, disposed in the ANR signal flow path; selecting, by the one or more processing devices , a set of coefficients for a tunable digital filter disposed in the ANR signal flow path, wherein the set of coefficients are selected in accordance with the gain of the VGA; and processing the second portion of the input signal in the ANR signal flow path using the adjusted gain and the selected set of coefficients to generate a second output signal for the electroacoustic transducer of the ANR headphone. receiving an input signal generated by one or more sensors associated with an active noise reduction, ANR, headphone (100; 200; 300; 350), wherein the input signal comprises a first portion and a second portion; processing the first portion of the input signal to generate a first output signal for an electroacoustic transducer of the ANR headphone; determining, by one or more processing devices in an ANR signal flow path, one or more characteristics of the first portion of the input signal based on one or more characteristics of the first output signal; automatically adjusting, by the one or more processing devices based on the one or more characteristics of the first portion of the input signal, a gain of a variable gain amplifier, VGA, disposed in the ANR signal flow path; selecting, by the one or more processing devices , a set of coefficients for a tunable digital filter disposed in the ANR signal flow path, wherein the set of coefficients are selected in accordance with the gain of the VGA; and processing the second portion of the input signal in the ANR signal flow path using the adjusted gain and the selected set of coefficients to generate a second output signal for the electroacoustic transducer of the ANR headphone.
An information processing device comprising a processor , wherein: the processor displays, on a display device , an operation element that is configured to receive an instruction of a process involving a setting set by a user; and in a case in which a first region, included in a range in which the operation element is displayed, is operated, the process is executed by an operation of a shorter time compared with a case in which a second region , that is a region different from the first region and included in the range in which the operation element is displayed, is operated, wherein the operation element includes a pinned operation element on the display device , wherein said pinned operation element is pinned by an instruction from the user, to be distinguished from other history operation elements from a list of history operation elements displayed on the display device , by executing the process in a setting related to the process, and wherein, in a case in which the first region of the history operation element that is not pinned is operated, a restriction is imposed so that the operation of the shorter time is not executable. the processor displays, on a display device , an operation element that is configured to receive an instruction of a process involving a setting set by a user; and in a case in which a first region, included in a range in which the operation element is displayed, is operated, the process is executed by an operation of a shorter time compared with a case in which a second region , that is a region different from the first region and included in the range in which the operation element is displayed, is operated, wherein the operation element includes a pinned operation element on the display device , wherein said pinned operation element is pinned by an instruction from the user, to be distinguished from other history operation elements from a list of history operation elements displayed on the display device , by executing the process in a setting related to the process, and wherein, in a case in which the first region of the history operation element that is not pinned is operated, a restriction is imposed so that the operation of the shorter time is not executable.
A surgical robotic system comprising: a surgical robot arm having at least six degrees of freedom, the arm having a distal end for attachment to a surgical tool and a proximal end; and a mounting structure configured to be embedded within an item of operating theatre furniture or configured to be embedded within the floor , wall or ceiling of an operating theatre and configured to mate to the proximal end of the arm for holding the proximal end of the arm spatially fixed, the mounting structure comprising an electrical connection for powering the robot arm; wherein the system comprises a manually operable latching mechanism whereby the arm can be attached to and released from the mounting structure. a surgical robot arm having at least six degrees of freedom, the arm having a distal end for attachment to a surgical tool and a proximal end; and a mounting structure configured to be embedded within an item of operating theatre furniture or configured to be embedded within the floor , wall or ceiling of an operating theatre and configured to mate to the proximal end of the arm for holding the proximal end of the arm spatially fixed, the mounting structure comprising an electrical connection for powering the robot arm; wherein the system comprises a manually operable latching mechanism whereby the arm can be attached to and released from the mounting structure.
A gas turbine engine (20;200;300;400;600) comprising: a compressor section (24;190;210;310;410;610); a combustor (26;192;220;320;420;620) fluidly connected to the compressor section (24;...610) via a primary flowpath; a turbine (28;194;230;330;430;630) section fluidly connected to the combustor (26;...620) via the primary flowpath; a cascading cooling system having a first inlet connected to a first compressor bleed (240;340;440;640), a second inlet connected to a second compressor bleed (242;342;442;642) downstream of the first compressor bleed (240;340;440;640), and a third inlet connected to a third compressor bleed (244;344;444;644) downstream of the second compressor bleed (242;...642); the cascading cooling system including at least one heat exchanger (250,251,252,253;350;450,451,453;650,651,652,653) configured to incrementally generate cooling air for at least one of an aft compressor stage and a foremost turbine stage relative to fluid flow through the turbine section (28;...630); characterised in that : the gas turbine engine (20;...600) further comprises an auxiliary compressor system (270;370;470) having an auxiliary turbine (272;672) connected to an auxiliary compressor (274;674) such that rotation of the auxiliary turbine (272;672) drives rotation of the auxiliary compressor (274;674), and wherein an input of the auxiliary turbine (272;672) is connected to a heat sink outlet of a first heat exchanger (253;350;453;653) such that cooling air originating at the second compressor bleed (242;...642) is compressed in the auxiliary compressor (274;674). a compressor section (24;190;210;310;410;610); a combustor (26;192;220;320;420;620) fluidly connected to the compressor section (24;...610) via a primary flowpath; a turbine (28;194;230;330;430;630) section fluidly connected to the combustor (26;...620) via the primary flowpath; a cascading cooling system having a first inlet connected to a first compressor bleed (240;340;440;640), a second inlet connected to a second compressor bleed (242;342;442;642) downstream of the first compressor bleed (240;340;440;640), and a third inlet connected to a third compressor bleed (244;344;444;644) downstream of the second compressor bleed (242;...642); the cascading cooling system including at least one heat exchanger (250,251,252,253;350;450,451,453;650,651,652,653) configured to incrementally generate cooling air for at least one of an aft compressor stage and a foremost turbine stage relative to fluid flow through the turbine section (28;...630); characterised in that : the gas turbine engine (20;...600) further comprises an auxiliary compressor system (270;370;470) having an auxiliary turbine (272;672) connected to an auxiliary compressor (274;674) such that rotation of the auxiliary turbine (272;672) drives rotation of the auxiliary compressor (274;674), and wherein an input of the auxiliary turbine (272;672) is connected to a heat sink outlet of a first heat exchanger (253;350;453;653) such that cooling air originating at the second compressor bleed (242;...642) is compressed in the auxiliary compressor (274;674).
A computer-implemented method for obtaining information about foods consumed by a subject of a blood glucose test carried out in a system for obtaining information about foods consumed by a subject of a structured blood glucose test, the system comprising a portable device , a food database and a blood glucose meter , the method comprising: - determining, by a location detection system of the portable device possessed by the subject, a location of the portable device ; - providing, at an output device of the portable device , to the subject a list of food items, provided by the food database containing information about various foods as well as a prescribed diet of the subject which is entered via a computer , in which foods available at the determined location are at least emphasized, wherein said providing to the subject the list of food items includes emphasizing the foods available at the determined location by sorting the list of food items based on proximity to the subject; - if it is determined that the determined location lacks food items that meet dietary requirements for the subject, providing via the portable device a list of alternative locations that meet the dietary requirements for the subject; - receiving, at an input device of the portable device , a selection from the list that is indicative of a food consumed by the subject; - collecting a blood glucose reading from the subject from the blood glucose meter ; - storing the blood glucose reading and the selection of the food consumed in a memory of the portable device or in the food database ; and - processing at least the blood glucose reading and the selection of the food consumed to identify any patterns for the structured blood glucose test. - determining, by a location detection system of the portable device possessed by the subject, a location of the portable device ; - providing, at an output device of the portable device , to the subject a list of food items, provided by the food database containing information about various foods as well as a prescribed diet of the subject which is entered via a computer , in which foods available at the determined location are at least emphasized, wherein said providing to the subject the list of food items includes emphasizing the foods available at the determined location by sorting the list of food items based on proximity to the subject; - if it is determined that the determined location lacks food items that meet dietary requirements for the subject, providing via the portable device a list of alternative locations that meet the dietary requirements for the subject; - receiving, at an input device of the portable device , a selection from the list that is indicative of a food consumed by the subject; - collecting a blood glucose reading from the subject from the blood glucose meter ; - storing the blood glucose reading and the selection of the food consumed in a memory of the portable device or in the food database ; and - processing at least the blood glucose reading and the selection of the food consumed to identify any patterns for the structured blood glucose test.
A method of diagnosing a urinary tract infection UTI in a patient, the method comprising: receiving a urine sample from the patient; analyzing the urine sample; and wherein the patient is diagnosed as having the UTI if a threshold concentration of greater than 170 nM agmatine is detected in the urine sample. receiving a urine sample from the patient; analyzing the urine sample; and wherein the patient is diagnosed as having the UTI if a threshold concentration of greater than 170 nM agmatine is detected in the urine sample.
Hob (10a; 10b; 10c; 10d), in particular induction hob, with a plate unit and a lighting unit, wherein the plate unit has at least one base body (40a; 40b; 40c; 40d) and at least one coating (42a; 42b, 43b; 42c, 43c; 42d), wherein the coating (42a; 42b, 43b; 42c, 43c; 42d) is arranged in at least one subregion of at least one side of the base body (40a; 40b; 40c; 40d) and is provided to at least give off a ceramic appearance, namely in that the coating has at least one ceramic property, wherein the coating (42a; 42b, 43b; 42c, 43c; 42d) is formed of a ceramic material, an enamel or an inorganic polymer and has a recess (50a; 50b; 50c; 50d) in at least one subregion, characterised in that the recess (50a; 50b; 50c; 50d) is formed of at least one hole with a diameter of less than 1 mm, wherein the hole is free of the coating (42a; 42b, 43b; 42c, 43c; 42d) and is surrounded by the coating (42a; 42b, 43b; 42c, 43c; 42d), and wherein the lighting unit is arranged behind the coating (42a; 42b, 43b; 42c, 43c; 42d) and the recess (50a; 50b; 50c; 50d) is provided to transmit light of the lighting unit.
A paper and plastic combined flip-type packaging box, comprising: a box cover cardboard , a box body cardboard portion, formed as an enclosure by a plurality of cardboards, and having an upper edge, an integrated plastic frame formed by injection molding, configured to connect the box cover cardboard and the box body cardboard portion, wherein the integrated plastic frame is comprised of a box body plastic member and a box cover plastic member which are connected through a plastic hinge ; the box body plastic member is comprised of a main body of box body plastic member arranged at a gap between cardboards of the box body cardboard portion and an upper edge plastic member which is wrapped at the upper edge of the box body cardboard portion; the box cover plastic member is wrapped at the periphery of the box cover cardboard ; and the upper edge plastic member and the box cover plastic member are in a fastening connection to implement sealing of the packaging box, wherein the box body cardboard portion is comprised of four side-walled cardboards for forming side walls and a box bottom cardboard for forming a box bottom, and the main body of box body plastic member is filled at the gap between the cardboards and wrapped on the inner side and outer side of the gap between cardboards and the width of the main body of box body plastic member wrapped on the inner side of the gap between the cardboards is greater than that of the outer side of the gap between the cardboards. a box cover cardboard , a box body cardboard portion, formed as an enclosure by a plurality of cardboards, and having an upper edge, an integrated plastic frame formed by injection molding, configured to connect the box cover cardboard and the box body cardboard portion, wherein the integrated plastic frame is comprised of a box body plastic member and a box cover plastic member which are connected through a plastic hinge ; the box body plastic member is comprised of a main body of box body plastic member arranged at a gap between cardboards of the box body cardboard portion and an upper edge plastic member which is wrapped at the upper edge of the box body cardboard portion; the box cover plastic member is wrapped at the periphery of the box cover cardboard ; and the upper edge plastic member and the box cover plastic member are in a fastening connection to implement sealing of the packaging box, wherein the box body cardboard portion is comprised of four side-walled cardboards for forming side walls and a box bottom cardboard for forming a box bottom, and the main body of box body plastic member is filled at the gap between the cardboards and wrapped on the inner side and outer side of the gap between cardboards and the width of the main body of box body plastic member wrapped on the inner side of the gap between the cardboards is greater than that of the outer side of the gap between the cardboards.
A three-wheeled vehicle, comprising: a single front wheel (110; 13); two rear wheels (104; 27, 27a); a passenger cabin ; an electronic steering control unit, ESC; and a steering input device configured to send an electronic signal to the electronic steering control unit, ESC; corresponding to an input received at the steering input device associated with turning the three-wheeled vehicle; wherein the electronic steering control unit, ESC, is configured to counter-steer the front wheel in response to receiving the electronic signal, wherein the counter-steering of the front wheel initiates a leaning of the passenger cabin a direction of turning of the three-wheeled vehicle. a single front wheel (110; 13); two rear wheels (104; 27, 27a); a passenger cabin ; an electronic steering control unit, ESC; and a steering input device configured to send an electronic signal to the electronic steering control unit, ESC; corresponding to an input received at the steering input device associated with turning the three-wheeled vehicle; wherein the electronic steering control unit, ESC, is configured to counter-steer the front wheel in response to receiving the electronic signal, wherein the counter-steering of the front wheel initiates a leaning of the passenger cabin a direction of turning of the three-wheeled vehicle.
A sterilization apparatus for sterilizing receptacle closures comprising: - a treatment chamber having an inlet station and an outlet station ; - conveying means apt to convey the receptacle closures through the treatment chamber from the inlet station to the outlet station ; and - sterilization agent injection means adapted to inject a sterilization agent into said treatment chamber ; characterized in that the sterilization apparatus further comprises: - feeding means apt to feed a succession of receptacle closures to the inlet station by means of a flow of air; and - deflector means arranged within the area of the inlet station and configured to restrict the flow of air feeding the receptacle closures to the inlet station within the area of the inlet station . - a treatment chamber having an inlet station and an outlet station ; - conveying means apt to convey the receptacle closures through the treatment chamber from the inlet station to the outlet station ; and - sterilization agent injection means adapted to inject a sterilization agent into said treatment chamber ; characterized in that the sterilization apparatus further comprises: - feeding means apt to feed a succession of receptacle closures to the inlet station by means of a flow of air; and - deflector means arranged within the area of the inlet station and configured to restrict the flow of air feeding the receptacle closures to the inlet station within the area of the inlet station . - feeding means apt to feed a succession of receptacle closures to the inlet station by means of a flow of air; and - deflector means arranged within the area of the inlet station and configured to restrict the flow of air feeding the receptacle closures to the inlet station within the area of the inlet station .
Composition comprising: - from 11% to 13% by weight of difluoromethane; - from 58% to 62% by weight of pentafluoroethane; - from 18% to 29% by weight of 2,3,3,3-tetrafluoropropene and - from 0% to 7% by weight of propane. - from 11% to 13% by weight of difluoromethane; - from 58% to 62% by weight of pentafluoroethane; - from 18% to 29% by weight of 2,3,3,3-tetrafluoropropene and - from 0% to 7% by weight of propane.