mhurhangee/patent-ind-claim-en huggingface dataset:
A method for determining the robustness of a seal of a flexible part of a container comprising the steps of: a) providing a container comprising at least one flexible part, wherein said at least one flexible part comprises a sealing means; b) said sealing means is sealing the interior (1.1) of the container from the exterior of the container (1.2); c) providing a fluid connection between the interior of the container with a detection device for a test medium ; d) exposing the exterior of the container to an atmosphere comprising said test medium ; e) moving the flexible part of the container in a direction away from the container until the detection device detects the test medium above a predefined threshold value; f) determining the distance by which the flexible part was moved in step e). a) providing a container comprising at least one flexible part, wherein said at least one flexible part comprises a sealing means; b) said sealing means is sealing the interior (1.1) of the container from the exterior of the container (1.2); c) providing a fluid connection between the interior of the container with a detection device for a test medium ; d) exposing the exterior of the container to an atmosphere comprising said test medium ; e) moving the flexible part of the container in a direction away from the container until the detection device detects the test medium above a predefined threshold value; f) determining the distance by which the flexible part was moved in step e).
A thermoplastic vulcanizate composition comprising: (i) a dispersed phase of rubber that is at least partially cured; (ii) a continuous thermoplastic phase including at least one thermoplastic polymer; (iii) a first polysiloxane composition comprising a siloxane polymer physically dispersed in a first thermoplastic material without being bonded to a thermoplastic material and (iv) a second polysiloxane composition comprising a non-migratory, siloxane polymer bonded to a second thermoplastic material.
A power semiconductor module comprising a support with electric contact surfaces, at least one power semiconductor component located on the support and at least two contact elements (1, 1', 1"), which each have a first and a second lug , which are electrically connected to a contact surface of the at least one power semiconductor component or to a contact surface of the support , characterised in that the at least two contact elements have an elongated connecting portion at the ends of which the first and the second lug are provided, in that the elongated connecting portion with the first and second lugs is designed as a flat, bent metal piece, wherein the lugs of the at least two contact elements (1, 1', 1") are designed such that on one contact surface of the power semiconductor component or of the support the first lug of the one contact element (1; 1') is at least partially surrounded around the circumference by the second lug of the other contact element (1'; 1"), and in that the first and second lugs are shaped onto the elongated connecting portion so that they protrude to one side.
Method for casting a sheet of a material containing alkaloids, the method comprising: - forming a slurry of the material containing alkaloids, the slurry having a viscosity value; - storing the slurry in a first tank ; - providing a first flow-path and a second flow-path for fluid communication between the first tank and a casting box , the first flow-path comprising a first pump and the second flow-paths comprising a second pump ; - directing the slurry either along the first flow-path or along the second flow-path from the first tank to the casting box , defining a flow of slurry through the first flow-path or through the second flow-path , on the basis of the viscosity value of the slurry ; and - casting the slurry to obtain a sheet of material containing alkaloids. - forming a slurry of the material containing alkaloids, the slurry having a viscosity value; - storing the slurry in a first tank ; - providing a first flow-path and a second flow-path for fluid communication between the first tank and a casting box , the first flow-path comprising a first pump and the second flow-paths comprising a second pump ; - directing the slurry either along the first flow-path or along the second flow-path from the first tank to the casting box , defining a flow of slurry through the first flow-path or through the second flow-path , on the basis of the viscosity value of the slurry ; and - casting the slurry to obtain a sheet of material containing alkaloids.
A magneto-sensitive unit configured to detect a magnetic field or flux applied by a movable magnetic element of a flow meter of a home appliance, in particular a dishwasher or a washing machine, the magneto-sensitive unit comprising: two terminals, namely a signal terminal and a reference terminal ; and a magnetic sensor element having two output terminals connected to the signal terminal and the reference terminal of the magneto-sensitive unit , respectively, and a power supply terminal ; characterized by a buffered power supply unit connected to the signal terminal and the reference terminal of the magneto-sensitive unit , and configured to generate a continuous auxiliary voltage (Va) from the signal terminal and the reference terminal of the magneto-sensitive unit and to provide the continuous auxiliary voltage (Va) at the power supply terminal of the magnetic sensor element . two terminals, namely a signal terminal and a reference terminal ; and a magnetic sensor element having two output terminals connected to the signal terminal and the reference terminal of the magneto-sensitive unit , respectively, and a power supply terminal ; characterized by a buffered power supply unit connected to the signal terminal and the reference terminal of the magneto-sensitive unit , and configured to generate a continuous auxiliary voltage (Va) from the signal terminal and the reference terminal of the magneto-sensitive unit and to provide the continuous auxiliary voltage (Va) at the power supply terminal of the magnetic sensor element .
A computer-implemented method comprising: receiving an invalidation command that includes (i) a first asset identifier, and (ii) a set of one or more extension value fields; identifying a first file that is stored in a first cache device and is associated with an identifier matching the first asset identifier; comparing a set of attributes of the first file to the set of one or more extension value fields; and upon determining that, for each extension value field included in the set of one or more extension value fields, at least one attribute included in the set of attributes of the first file matches at least one value of the extension value field, causing the first file in the first cache device to be preserved, or upon determining that, for at least one extension value field included in the set of one or more extension value fields, at least one attribute of the first file does not match at least one value of the extension value field, causing the first file to be invalidated. receiving an invalidation command that includes (i) a first asset identifier, and (ii) a set of one or more extension value fields; identifying a first file that is stored in a first cache device and is associated with an identifier matching the first asset identifier; comparing a set of attributes of the first file to the set of one or more extension value fields; and upon determining that, for each extension value field included in the set of one or more extension value fields, at least one attribute included in the set of attributes of the first file matches at least one value of the extension value field, causing the first file in the first cache device to be preserved, or upon determining that, for at least one extension value field included in the set of one or more extension value fields, at least one attribute of the first file does not match at least one value of the extension value field, causing the first file to be invalidated.
An ink jet recording method that is performed on a low-absorbable or non-absorbable recording medium using a colored ink composition containing a coloring material, a clear ink composition containing resin, and a processing solution that contains an aggregating agent for aggregating constituents in the colored ink composition, the method comprising: causing the processing solution that contains the aggregating agent to adhere to the recording medium; and causing ink to adhere through main scanning in which the colored ink composition and the clear ink composition are ejected while relative positions of a carriage with an ink jet head mounted thereon and the recording medium are changed in a main scanning direction and sub scanning in which the relative positions of the carriage and the recording medium are changed in a sub scanning direction that intersects the main scanning direction, wherein the ink jet head is configured to have an overlapping region (P) where a recording region in which the colored ink composition is ejected from the ink jet head in the main scanning and a recording region in which the clear ink composition is ejected in the main scanning overlap with one another in the sub scanning direction. causing the processing solution that contains the aggregating agent to adhere to the recording medium; and causing ink to adhere through main scanning in which the colored ink composition and the clear ink composition are ejected while relative positions of a carriage with an ink jet head mounted thereon and the recording medium are changed in a main scanning direction and sub scanning in which the relative positions of the carriage and the recording medium are changed in a sub scanning direction that intersects the main scanning direction, wherein the ink jet head is configured to have an overlapping region (P) where a recording region in which the colored ink composition is ejected from the ink jet head in the main scanning and a recording region in which the clear ink composition is ejected in the main scanning overlap with one another in the sub scanning direction.
A system for a tilting amusement ride installed in a supporting structure and intended to bring a rider from a standing vertical position, to a tilted position while the rider remains prone, comprising: a) a tilting platform comprising at least one cell to accommodate a rider; b) at least one actuator attached at its extending end to said platform by a pivoting attachment, wherein said actuator extends to tilt said platform and retracts to retract said platform ; c) at least one back post attached to said at least one actuator at its fixed end by a pivoting attachment and securely attached to said structure ; and d) a supporting frame attached to said platform by a rotational pivot, wherein said platform tilts about said pivot and wherein said frame is securely attached to said structure ; wherein said platform has an angle of tilt between 15 and 45 degrees. a) a tilting platform comprising at least one cell to accommodate a rider; b) at least one actuator attached at its extending end to said platform by a pivoting attachment, wherein said actuator extends to tilt said platform and retracts to retract said platform ; c) at least one back post attached to said at least one actuator at its fixed end by a pivoting attachment and securely attached to said structure ; and d) a supporting frame attached to said platform by a rotational pivot, wherein said platform tilts about said pivot and wherein said frame is securely attached to said structure ;
A method for controlling the temperature in a polymerization reactor equipped with a cycle gas line for withdrawing reactor gas from the reactor, leading the reactor gas through a heat-exchanger which is cooled by a cooling medium which is conveyed in a cooling system through the heat-exchanger, and feeding the reactor gas back to the reactor by adjusting the temperature of the cooling medium entering the heat exchanger, wherein the temperature of the cooling medium entering the heat exchanger is controlled by adjusting the flow rate of the cooling medium in a part of the cooling system by a flow control system comprising two continuously operating flow control devices of different size, which are connected in parallel, and the cooling medium is a liquid.
A supercritical fluid chromatography system comprising: a first pump for pumping a first flow stream comprising a compressible fluid; a second pump for pumping a second flow stream comprising a modifier fluid, the second pump in parallel with the first pump ; a column located in a combined flow stream, the column located downstream of the first and second pumps, the combined flow stream comprising the first flow stream, the second flow stream, and a sample; a detector located downstream of the column; a gas-liquid separator located downstream of the detector , the gas-liquid separator configured to receive and separate the combined flow stream into a compressible fluid flow and a remaining flow, the gas-liquid separator further configured to vent a majority of the compressible fluid while maintaining a majority of the sample dissolved in the remaining flow to avoid sample loss and cross-contamination; a collector arm located downstream of the gas-liquid separator positioned to receive the remaining flow; a collector arm adapter coupled to the collector arm, the collector arm adapter configured to reduce aerosols when the remaining flow is subjected to atmospheric conditions while exiting the collector arm, and an open bed XY type collector located downstream of the collector arm adapter and positioned such that the remaining flow is directed to pass through the collector arm and into the open bed XY type collector . a first pump for pumping a first flow stream comprising a compressible fluid; a second pump for pumping a second flow stream comprising a modifier fluid, the second pump in parallel with the first pump ; a column located in a combined flow stream, the column located downstream of the first and second pumps, the combined flow stream comprising the first flow stream, the second flow stream, and a sample; a detector located downstream of the column; a gas-liquid separator located downstream of the detector , the gas-liquid separator configured to receive and separate the combined flow stream into a compressible fluid flow and a remaining flow, the gas-liquid separator further configured to vent a majority of the compressible fluid while maintaining a majority of the sample dissolved in the remaining flow to avoid sample loss and cross-contamination; a collector arm located downstream of the gas-liquid separator positioned to receive the remaining flow; a collector arm adapter coupled to the collector arm, the collector arm adapter configured to reduce aerosols when the remaining flow is subjected to atmospheric conditions while exiting the collector arm, and an open bed XY type collector located downstream of the collector arm adapter and positioned such that the remaining flow is directed to pass through the collector arm and into the open bed XY type collector .
A polypeptide comprising a) the amino acid sequence SEQ ID NO: 27, or b) an amino acid sequence consisting of at least or exactly 100 contiguous amino acid residues from SEQ ID NO: 27, or c) an amino acid sequence having a sequence identity of at least 80% with the amino acid sequence of a), or d) an amino acid sequence having a sequence identity of at least 80% with the amino acid sequence of b), said polypeptide being antigenic in a mammal and which is capable of inducing a protective adaptive immune response against infection with A. baumannii in a mammal, in particular in a human being, for use as a medicament. a) the amino acid sequence SEQ ID NO: 27, or b) an amino acid sequence consisting of at least or exactly 100 contiguous amino acid residues from SEQ ID NO: 27, or c) an amino acid sequence having a sequence identity of at least 80% with the amino acid sequence of a), or d) an amino acid sequence having a sequence identity of at least 80% with the amino acid sequence of b),
A semiconductor module , comprising: a first cooling member ; a semiconductor element provided above the first cooling member with a first bonding layer interposed between the semiconductor element and the first cooling member ; a pressing member provided above the semiconductor element with a second bonding layer interposed between the pressing member and the semiconductor element ; and a first sealing material provided above the first cooling member and sealing a region positioned in a side surface direction of the semiconductor element and the pressing member , wherein the pressing member comprises a first block member , a second block member provided above the first block member , and a spring member and a second sealing material that are provided in a region between the first block member and the second block member , characterized in that the first block member has a tray shape. a first cooling member ; a semiconductor element provided above the first cooling member with a first bonding layer interposed between the semiconductor element and the first cooling member ; a pressing member provided above the semiconductor element with a second bonding layer interposed between the pressing member and the semiconductor element ; and a first sealing material provided above the first cooling member and sealing a region positioned in a side surface direction of the semiconductor element and the pressing member , wherein the pressing member comprises a first block member , a second block member provided above the first block member , and a spring member and a second sealing material that are provided in a region between the first block member and the second block member , a first block member , a second block member provided above the first block member , and a spring member and a second sealing material that are provided in a region between the first block member and the second block member , characterized in that the first block member has a tray shape.
A handy type cleaner comprising: a body ; a suction inlet coupled to the body and configured to guide air into the handy type cleaner; a suction motor comprising an impeller connected to a shaft to generate a suction force that suctions air into the handy type cleaner through the suction inlet; a first cyclone unit configured to separate dust from air that is suctioned into the cleaner through the suction inlet ; a second cyclone unit configured to separate dust from the air that is discharged from the first cyclone unit ; a filter unit having air exits including openings, and the filter unit detachably coupled to a top of the body ; and a secondary filter received in the filter unit and formed in a ring shape, wherein the secondary filter is configured to surround an extension line of the shaft , characterized in that the handy type cleaner further comprises a pre-filter seated in the body and circumferentially surrounding a portion of the suction motor and is configured to filter air entering the suction motor , the air being discharged from the second cyclone unit , wherein the portion of the pre-filter is configured to surround the suction motor along the shaft when the filter unit is mounted on the body , wherein the openings of the air exits of the filter unit are for discharging the air that has passed the suction motor , and wherein the secondary filter is configured to filter air discharged from the suction motor . a body ; a suction inlet coupled to the body and configured to guide air into the handy type cleaner; a suction motor comprising an impeller connected to a shaft to generate a suction force that suctions air into the handy type cleaner through the suction inlet; a first cyclone unit configured to separate dust from air that is suctioned into the cleaner through the suction inlet ; a second cyclone unit configured to separate dust from the air that is discharged from the first cyclone unit ; a filter unit having air exits including openings, and the filter unit detachably coupled to a top of the body ; and a secondary filter received in the filter unit and formed in a ring shape, wherein the secondary filter is configured to surround an extension line of the shaft , characterized in that the handy type cleaner further comprises a pre-filter seated in the body and circumferentially surrounding a portion of the suction motor and is configured to filter air entering the suction motor , the air being discharged from the second cyclone unit , wherein the portion of the pre-filter is configured to surround the suction motor along the shaft when the filter unit is mounted on the body , wherein the openings of the air exits of the filter unit are for discharging the air that has passed the suction motor , and wherein the secondary filter is configured to filter air discharged from the suction motor .
A vehicle window plate , wherein: a maximum value of a variation of a curvature in a vertical direction is ±7.6E-6 mm -2 or less at least within a HUD display area, a position on the vehicle window plate that is most distant from a chord connecting an upper side of the vehicle window plate and a lower side of the vehicle window plate is located more closely to the upper side than a center position in the vertical direction; the curvature increases monotonically from the lower side to the upper side at least within the HUD display area; the variation of the curvature of the vehicle window plate is constant within the HUD display area; the variation of the curvature of the vehicle window plate is constant between different positions in a horizontal direction; the HUD display area is 10 cm 2 or more and 1000 cm 2 or less.. a maximum value of a variation of a curvature in a vertical direction is ±7.6E-6 mm -2 or less at least within a HUD display area, a position on the vehicle window plate that is most distant from a chord connecting an upper side of the vehicle window plate and a lower side of the vehicle window plate is located more closely to the upper side than a center position in the vertical direction; the curvature increases monotonically from the lower side to the upper side at least within the HUD display area; the variation of the curvature of the vehicle window plate is constant within the HUD display area; the variation of the curvature of the vehicle window plate is constant between different positions in a horizontal direction; the HUD display area is 10 cm 2 or more and 1000 cm 2 or less..