mhurhangee/patent-ind-claim-en huggingface dataset:
A fluid trap for a breathing limb of a respiratory therapy system, comprising: a. at least one inlet configured to be connected to the breathing limb to receive fluid from the breathing limb; b. a container configured to contain fluid received from the inlet ; c. a closure , the closure and container being configured to be removably mounted together to close the container ; and d. a valve configured to be removably mounted on at least one of the container and the closure , and configured to be in a closed condition which prevents fluid from flowing through the valve when the closure is not mounted on the container , the valve being further configured to be in an open position which allows fluid from the inlet into the container through the valve when the closure is mounted on the container and the valve is positioned between and engages both the container and the closure , wherein the valve is formed from a resiliently deformable material; and wherein the valve comprises a base , an upstanding peripheral side wall and a central valve stem, the central valve stem forming a seal with the inlet when the valve is in the closed condition; wherein the resilient deformation of the valve moves the valve from the closed condition to the open condition, when the container and the closure are mounted together. a. at least one inlet configured to be connected to the breathing limb to receive fluid from the breathing limb; b. a container configured to contain fluid received from the inlet ; c. a closure , the closure and container being configured to be removably mounted together to close the container ; and d. a valve configured to be removably mounted on at least one of the container and the closure , and configured to be in a closed condition which prevents fluid from flowing through the valve when the closure is not mounted on the container , the valve being further configured to be in an open position which allows fluid from the inlet into the container through the valve when the closure is mounted on the container and the valve is positioned between and engages both the container and the closure , wherein the valve is formed from a resiliently deformable material; and wherein the valve comprises a base , an upstanding peripheral side wall and a central valve stem, the central valve stem forming a seal with the inlet when the valve is in the closed condition; wherein the resilient deformation of the valve moves the valve from the closed condition to the open condition, when the container and the closure are mounted together.
A method for assigning a tyre pressure monitoring unit, which is mounted on a wheel of a vehicle and comprises at least one pressure sensor and at least one acceleration sensor, to a wheel position of the vehicle, wherein pressure and acceleration data are determined from measurements of the at least one pressure sensor and the at least one acceleration sensor, and the pressure data and information derived from the acceleration data are transmitted wireless in a data telegram together with a characteristic identifier of the tyre pressure monitoring unit, information concerning the reliability of the information derived from the acceleration data is acquired in the tyre pressure monitoring unit on the basis of the measurements, this information concerning the reliability of the information derived from the acceleration data is transmitted with the data telegram, and a central evaluation unit considers a plurality of data telegrams and, taking account of data from ABS sensors, assigns the individual tyre pressure monitoring units to the wheel positions of the vehicle, wherein in this assignment, data telegrams in which the reliability of the information derived from the acceleration data is higher receive a greater weighting and data telegrams in which the reliability of the information derived from the acceleration data is smaller are taken into account with a smaller weighting, characterised in that the data telegrams receive a weighting in the evaluation which is proportional to the reliability of the information derived from the acceleration data.
A composition comprising a bacterial strain of the genus Blautia, for use in a method of treating or preventing a central nervous system disorder or condition wherein the central nervous system disorder or condition is a neurodevelopmental disorder or a neuropsychiatric condition selected from the group consisting of: autism spectrum disorders (ASDs); obsessive compulsive disorder (OCD); major depressive disorder; depression; seasonal affective disorder; anxiety disorders; posttraumatic stress disorder; bipolar disorder; psychosis and mood disorder.
A method for operating a securing device used for securing a cargo item that can form a cargo unit while the cargo item is locked on a load carrier or on a vehicle by means of at least one securing device , a measuring device for a tension force of the at least one securing device being arranged on the at least one securing device , the measuring device containing a data-processing system comprising a device for transmitting signals to a central data-processing system , whereby the data-processing system being wirelessly connected to the central data-processing system , whereby the at least one securing device being pre-registered in the central data-processing system with the identification of the respective data-processing system, the standard tension force and/or a visually perceptible feature as parameter table 3, comprising the following steps: S1: establishing and storing a target value (value 1) of a pre-tensioning force per cargo item , taking into account a coefficient of friction of the loading surface, the weight of the cargo item , and the applicable cargo securing standard in the central data-processing system as parameter table 1; S2: establishing and storing at least one target value of an item of location data and a position, specifically of at least one planned unloading point per cargo item , in the central data-processing system as parameter table 2; S3: calculating a suggestion, per cargo item , based on value 1 in parameter table 1 associated with the respective cargo item and on the still available at least one securing device according to parameter table 3, for the individual at least one securing device to be used for the cargo item , and storing this suggestion in data table X; S4: securing the cargo item by means of the at least one suggested securing device ; S5: detecting the pre-tensioning force (value A) of the at least one used securing device by the individual measuring device in the central data-processing system as data table A; S6: checking whether the sum of the values A per cargo item from data table A corresponds to value 1 of the same cargo item from parameter table 1, and if the pre-tensioning force is not achieved, generating an information data and repeating the steps starting from step S3, and if the pre-tensioning force is achieved, sending a data confirming that said cargo item has been secured in line with the applicable standard to the central data-processing system ; S7: updating data table A with new values determined by the measuring device at controlled time intervals, wherein the central data-processing system compares the sum of the values A per cargo item with value 1 of the same cargo item during transport and, based on a potential decrease in pre-tensioning force in the at least one securing device and taking into account a pre-programmable time safety margin, a data is sent to the central data-processing system in order to re-tension the respective at least one securing device within a time safety margin.
A method of controlling a rotating stall in a compressor for a gas turbine engine , the method comprising: - introducing a flow injection in the compressor , wherein the flow injection is introduced into an axial air flow path of the compressor via a flow-injection opening located at a pressure side of at least one guide vane of a plurality of guide vanes forming a guide vane stage in the compressor , and wherein the flow injection is directed towards a leading edge of a compressor rotor blade located adjacently downstream of the guide vane having the flow-injection opening , - determining a condition for introducing flow injection in the compressor during operation of the gas turbine engine , wherein the flow injection in the compressor is introduced when the condition for introducing flow injection in the compressor is determined, and wherein the condition for introducing flow injection in the compressor during operation of the gas turbine engine is detection of the rotating stall in the compressor , - detecting the rotating stall in the compressor , - wherein the flow injection is implemented when any one or more of a pre-determined compressor speed, a vibration characteristic or a pressure threshold value or range of values is attained, and - wherein the flow injection is introduced in the compressor when the compressor is being operated at a speed that is between 40% and 75% of the full load speed of the compressor or the design speed of the compressor . - introducing a flow injection in the compressor , wherein the flow injection is introduced into an axial air flow path of the compressor via a flow-injection opening located at a pressure side of at least one guide vane of a plurality of guide vanes forming a guide vane stage in the compressor , and wherein the flow injection is directed towards a leading edge of a compressor rotor blade located adjacently downstream of the guide vane having the flow-injection opening , - determining a condition for introducing flow injection in the compressor during operation of the gas turbine engine , wherein the flow injection in the compressor is introduced when the condition for introducing flow injection in the compressor is determined, and wherein the condition for introducing flow injection in the compressor during operation of the gas turbine engine is detection of the rotating stall in the compressor , - detecting the rotating stall in the compressor , - wherein the flow injection is implemented when any one or more of a pre-determined compressor speed, a vibration characteristic or a pressure threshold value or range of values is attained, and - wherein the flow injection is introduced in the compressor when the compressor is being operated at a speed that is between 40% and 75% of the full load speed of the compressor or the design speed of the compressor .
A resin card medium comprising: a substrate having one electronic component or two or more electronic components installed on one side of the substrate , a plant fiber-containing resin layer being laminated on a surface of the substrate on a side on which the electronic component or electronic components are installed and containing plant fibers and plastic fibers constituted of copolymerized polyester resin; and a first finishing layer being laminated on a surface of the substrate on a side opposite to the side on which the electronic component or electronic components are installed, the first finishing layer is a plant fiber-non-containing resin layer containing no plant fibers, wherein the plant-fiber-containing resin layer absorbs the thickness or thicknesses of the electronic component or electronic components so as to keep flatness of the card medium, and a percentage of a total of a thickness of the substrate and a thickness or thicknesses of the electronic component or electronic components to a thickness of the card medium is 80% or less, characterised in that the thickness of the electronic component(s) is 0.15 mm to 0.60 mm, and the thickness of the substrate is approximately 0.1 mm. a substrate having one electronic component or two or more electronic components installed on one side of the substrate , a plant fiber-containing resin layer being laminated on a surface of the substrate on a side on which the electronic component or electronic components are installed and containing plant fibers and plastic fibers constituted of copolymerized polyester resin; and a first finishing layer being laminated on a surface of the substrate on a side opposite to the side on which the electronic component or electronic components are installed, the first finishing layer is a plant fiber-non-containing resin layer containing no plant fibers, the plant-fiber-containing resin layer absorbs the thickness or thicknesses of the electronic component or electronic components so as to keep flatness of the card medium, and a percentage of a total of a thickness of the substrate and a thickness or thicknesses of the electronic component or electronic components to a thickness of the card medium is 80% or less, characterised in that the thickness of the electronic component(s) is 0.15 mm to 0.60 mm, and the thickness of the substrate is approximately 0.1 mm.
Method for securely processing a touch-based gesture, comprising: a secure computer processor (120, 220 n ) receiving a plurality of raw gesture data, each corresponding to a touch input; the secure computer processor (120, 220 n ) selecting a position for each of the plurality of raw gesture data and a position for each of a plurality of fake gesture data in a transmission; the secure computer processor (120, 220 n ) communicating the transmission to an untrusted computer processor ; the secure computer processor (120, 220 n ) receiving a decoded transmission from the untrusted computer processor comprising a plurality of decoded raw gesture data corresponding to the plurality of raw gesture data and a plurality of decoded fake gesture data corresponding to the plurality of fake gesture data; and the secure computer processor (120, 220 n ) identifying each of the plurality of the decoded raw gesture data as corresponding to each of the plurality of the raw gesture data based on a position of each of the plurality of the decoded raw gesture data in the decoded transmission. a secure computer processor (120, 220 n ) receiving a plurality of raw gesture data, each corresponding to a touch input; the secure computer processor (120, 220 n ) selecting a position for each of the plurality of raw gesture data and a position for each of a plurality of fake gesture data in a transmission; the secure computer processor (120, 220 n ) communicating the transmission to an untrusted computer processor ; the secure computer processor (120, 220 n ) receiving a decoded transmission from the untrusted computer processor comprising a plurality of decoded raw gesture data corresponding to the plurality of raw gesture data and a plurality of decoded fake gesture data corresponding to the plurality of fake gesture data; and the secure computer processor (120, 220 n ) identifying each of the plurality of the decoded raw gesture data as corresponding to each of the plurality of the raw gesture data based on a position of each of the plurality of the decoded raw gesture data in the decoded transmission.
A composition comprising synthetic nanocarriers attached to immunosuppressants for use in a method for treating or preventing an undesired immune response to a therapeutic macromolecule comprising: enhancing the number or percentage of CD4+ regulatory T cells by administering to a subject (i) said synthetic nanocarriers attached to immunosuppressants, and (ii) therapeutic macromolecules, wherein the therapeutic macromolecules are not co-formulated with the synthetic nanocarriers attached to immunosuppressants prior to administration and wherein the therapeutic macromolecules are therapeutic proteins or therapeutic polynucleotides. enhancing the number or percentage of CD4+ regulatory T cells by administering to a subject (i) said synthetic nanocarriers attached to immunosuppressants, and (ii) therapeutic macromolecules, (i) said synthetic nanocarriers attached to immunosuppressants, and (ii) therapeutic macromolecules, wherein the therapeutic macromolecules are not co-formulated with the synthetic nanocarriers attached to immunosuppressants prior to administration and wherein the therapeutic macromolecules are therapeutic proteins or therapeutic polynucleotides.
A computer-implemented method for announcing the presence of a vehicle , the method comprising: issuing a command by a driver of the vehicle to announce the presence of the vehicle ; upon issuance of the command, determining a direction of interest which is of interest to said driver of the vehicle ; identifying a target region associated with the direction of interest ; and transmitting , via a wireless communication link, a first signal towards the target region, wherein the first signal causes a device within the target region to generate an alert to announce the presence of the vehicle . issuing a command by a driver of the vehicle to announce the presence of the vehicle ; upon issuance of the command, determining a direction of interest which is of interest to said driver of the vehicle ; identifying a target region associated with the direction of interest ; and transmitting , via a wireless communication link, a first signal towards the target region, wherein the first signal causes a device within the target region to generate an alert to announce the presence of the vehicle .
A coupling assembly , comprising: a first member ; a second member , the second member including a second member flange ; a release sleeve movably connected to the first member ; a retainer sleeve , and a spring , the spring configured to apply a spring force to the retainer sleeve ; wherein the spring force biases the retainer sleeve into a positive engagement with the second member flange ; characterized in that : the retainer sleeve includes a plurality of flexible locking lugs configured to engage a plurality of slots disposed in the second member flange . a first member ; a second member , the second member including a second member flange ; a release sleeve movably connected to the first member ; a retainer sleeve , and a spring , the spring configured to apply a spring force to the retainer sleeve ; wherein the spring force biases the retainer sleeve into a positive engagement with the second member flange ; characterized in that : the retainer sleeve includes a plurality of flexible locking lugs configured to engage a plurality of slots disposed in the second member flange .
Composition comprising: - 5 to 20% of a mixture of two triblock copolymers of the type styrene-saturated olefin-styrene, a first which has a viscosity between 0.01 and 1 Pa.s as measured in a 5% (mass/mass) solution in toluene and a second which has a viscosity between 0.01 and 0.5 Pa.s as measured in a 15% (mass/mass) solution in toluene, - 50 to 80% by weight of at least one plasticiser, - 5 to 20% of at least one alpha-methylstyrene resin, having a softening point, measured according to standard ISO 4625 "Ring and Ball" method, in the range between 80 and 125°C, preferably between 90 and 110°C, it being understood that: - when the content of triblock copolymers is between 5 and 10% by weight, the content of resin is between 15 and 20% by weight, with respect to the total weight of the composition, and - when the content of triblock copolymers is greater than 10% by weight, the content of resin is between 5 and 20% by weight, with respect to the total weight of the composition, and the percentages being with respect to the total weight of the composition. - 5 to 20% of a mixture of two triblock copolymers of the type styrene-saturated olefin-styrene, a first which has a viscosity between 0.01 and 1 Pa.s as measured in a 5% (mass/mass) solution in toluene and a second which has a viscosity between 0.01 and 0.5 Pa.s as measured in a 15% (mass/mass) solution in toluene, - 50 to 80% by weight of at least one plasticiser, - 5 to 20% of at least one alpha-methylstyrene resin, having a softening point, measured according to standard ISO 4625 "Ring and Ball" method, in the range between 80 and 125°C, preferably between 90 and 110°C, it being understood that: - when the content of triblock copolymers is between 5 and 10% by weight, the content of resin is between 15 and 20% by weight, with respect to the total weight of the composition, and - when the content of triblock copolymers is greater than 10% by weight, the content of resin is between 5 and 20% by weight, with respect to the total weight of the composition, and the percentages being with respect to the total weight of the composition. - when the content of triblock copolymers is between 5 and 10% by weight, the content of resin is between 15 and 20% by weight, with respect to the total weight of the composition, and - when the content of triblock copolymers is greater than 10% by weight, the content of resin is between 5 and 20% by weight, with respect to the total weight of the composition, and the percentages being with respect to the total weight of the composition.
A composition comprising one or more histamine H2-receptor antagonists selected from the group consisting of nizatidine, ranitidine, and pharmaceutically acceptable salts thereof at a concentration of less than 100 μg/mL for use in the topic treatment of dermatologic, vaginal, rectal, and ophthalmic wounds, abrasions, ulcerations, burns and sores.
A device , comprising: a first plurality of temperature sensing elements configured to be arranged proximate to a first current carrying blade and a second plurality of temperature sensing elements configured to be arranged proximate to a second current carrying blade of an electrical plug ; and a control module that is configured to: receive a first plurality of temperature signals that indicate a first current carrying blade temperature of the first current carrying blade from the first plurality of temperature sensing elements , and a second plurality of temperature signals that indicate a second current carrying blade temperature of the second current carrying blade from the second plurality of temperature sensing elements , determine a temperature condition of the electrical plug based on the first and second plurality of temperature signals , and communicate an indication of the temperature condition of the electrical plug via an electrical power carrying conductor configured to supply electrical power via the electrical plug . a first plurality of temperature sensing elements configured to be arranged proximate to a first current carrying blade and a second plurality of temperature sensing elements configured to be arranged proximate to a second current carrying blade of an electrical plug ; and a control module that is configured to: receive a first plurality of temperature signals that indicate a first current carrying blade temperature of the first current carrying blade from the first plurality of temperature sensing elements , and a second plurality of temperature signals that indicate a second current carrying blade temperature of the second current carrying blade from the second plurality of temperature sensing elements , determine a temperature condition of the electrical plug based on the first and second plurality of temperature signals , and communicate an indication of the temperature condition of the electrical plug via an electrical power carrying conductor configured to supply electrical power via the electrical plug . receive a first plurality of temperature signals that indicate a first current carrying blade temperature of the first current carrying blade from the first plurality of temperature sensing elements , and a second plurality of temperature signals that indicate a second current carrying blade temperature of the second current carrying blade from the second plurality of temperature sensing elements , determine a temperature condition of the electrical plug based on the first and second plurality of temperature signals , and communicate an indication of the temperature condition of the electrical plug via an electrical power carrying conductor configured to supply electrical power via the electrical plug .