mhurhangee/ep-ind-claims huggingface dataset:
A method for message reading, comprising: when there is a notification of an unread message displayed on a terminal screen, obtaining a reading operation instruction, wherein the reading operation instruction comprises a position at which a user's finger clicks on the terminal screen; when the position is located in a first preset area having a fingerprint recognition function, recognizing fingerprint information of the user's finger; and when the fingerprint information is valid, opening a reading interface corresponding to the notification of the unread message; wherein the first preset area having the fingerprint recognition function comprises one or more second preset areas, each of the one or more second preset areas being an area where each notification of an unread message is located. when there is a notification of an unread message displayed on a terminal screen, obtaining a reading operation instruction, wherein the reading operation instruction comprises a position at which a user's finger clicks on the terminal screen; when the position is located in a first preset area having a fingerprint recognition function, recognizing fingerprint information of the user's finger; and when the fingerprint information is valid, opening a reading interface corresponding to the notification of the unread message; wherein the first preset area having the fingerprint recognition function comprises one or more second preset areas, each of the one or more second preset areas being an area where each notification of an unread message is located.
A magnetic clutch having an axis of rotation for actuating a disconnect clutch, having at least the following components: - an axially fixed stator; - an axially movable armature, wherein the armature is axially retainable on the stator by means of a magnetic force caused by a supply of power; and - a torque-axial force converter unit having an armature side and a bearing side acting in an antagonistic manner to the magnetic force, by means of which the armature is held at an axial distance from the stator, characterised in that a rotary brake is further provided, by means of which a difference in the rotational speed between the armature side and the bearing side of the torque-axial force converter unit can be effected. - an axially fixed stator; - an axially movable armature, wherein the armature is axially retainable on the stator by means of a magnetic force caused by a supply of power; and - a torque-axial force converter unit having an armature side and a bearing side acting in an antagonistic manner to the magnetic force, by means of which the armature is held at an axial distance from the stator,
A stator assembly comprising: a stator core (501; 601) having a plurality of slots (503; 603); at least two coils of different phases wound on the stator core (501; 601) through the slots (503; 603) and having an end turn (502; 602) that extends from the stator core (501; 601); and one or more separator members (100; 900) positioned between adjacent end turns (502; 602) of the coils and maintaining space between the adjacent end turns (502; 602), the separator members (100; 900) constructed of a rigid dielectric material; characterized by: one or more electrically insulating sheets (200; 800) constructed of a flexible dielectric material comprising a plurality of through holes (121; 805), the sheets (200; 800) positioned between end turns (502; 602) of adjacent coils of different phases so that the through holes (121; 805) of the sheets (200; 800) form passageways between the adjacent end turns (502; 602). a stator core (501; 601) having a plurality of slots (503; 603); at least two coils of different phases wound on the stator core (501; 601) through the slots (503; 603) and having an end turn (502; 602) that extends from the stator core (501; 601); and one or more separator members (100; 900) positioned between adjacent end turns (502; 602) of the coils and maintaining space between the adjacent end turns (502; 602), the separator members (100; 900) constructed of a rigid dielectric material; characterized by: one or more electrically insulating sheets (200; 800) constructed of a flexible dielectric material comprising a plurality of through holes (121; 805), the sheets (200; 800) positioned between end turns (502; 602) of adjacent coils of different phases so that the through holes (121; 805) of the sheets (200; 800) form passageways between the adjacent end turns (502; 602).
Pressurised gas dispensing device such as a tap, comprising a first end, intended to be placed in the opening of a pressurised gas storage tank, and a second end, comprising a connection interface that can be selectively connected to a device for controlling the filling and/or withdrawal of gas from the tank, the dispensing device comprising an internal gas circuit having an upstream end intended to communicate with the inside of the tank and a downstream end intended to be connected to said filling and/or withdrawal control device, the internal circuit comprising, in series, upstream to downstream, a pressure regulator and a downstream isolation valve, the portion of the internal circuit located between the pressure regulator and the downstream isolation valve defining a so-called low-pressure chamber, the dispensing device being characterised in that the connection interface comprises at least one safety lock that can be selectively moved between a first rest position, wherein the lock configures the connection interface in a first configuration in which it can be connected to said combined filling and/or withdrawal control device, and a second active position, wherein the lock configures the connection interface in a second configuration preventing connection to a combined filling and/or withdrawal control device, the safety lock being subject to the pressure in the so-called low-pressure chamber directly and/or via an intermediate transmission member such as a movable piston (1, 6), the safety lock being moved to the active position thereof by the pressure in the low-pressure chamber when the pressure in the low-pressure chamber is greater than a predetermined threshold (Ps).
A compound of formula I wherein Ar is selected from the group consisting of phenyl, pyridyl, pyrimidyl, pyrazinyl, imidazolyl, pyrazolyl, thiazolyl, oxazolyl, isoxazolyl, and where the Ar is optionally substituted with one or more substituent selected from halogen, CN, C 1 -C 6 alkyl, C 2 -C 6 alkenyl, C 2 -C 6 alkynyl, C 1 -C 6 fluoroalkyl or C 1 -C 6 alkoxy; and R 1 is hydrogen, halogen, C 1 -C 3 fluoroalkyl or C 1 -C 3 alkyl; or a pharmaceutically acceptable salt thereof.
A rotary distributor for a hydraulic power-steering system, comprising: - a hollow first body provided with: a cylindrical first external surface, a coaxial cylindrical first internal surface and a series (z) of first openings passing from the first external surface to the first internal surface, and - a second hollow body, coaxially and rotatably inserted internally of the first body (85 with respect to a central axis of the first body, provided with: a cylindrical second external surface, a cylindrical second internal surface coaxial to the second external surface, a series of second openings, each of which faces a corresponding first opening, and a pair of inclined surfaces converging towards each second opening and realised at the second external surface, wherein each of the first openings of the first body is constituted by at least a cylindrical hole passing from the first external surface to the first internal surface of the first body and an internal end of which opens on the cylindrical first internal surface, characterised in that the maximum distance between the inclined surfaces is comprised between 2 and 10 times the diameter of each cylindrical hole. - a hollow first body provided with: a cylindrical first external surface, a coaxial cylindrical first internal surface and a series (z) of first openings passing from the first external surface to the first internal surface, and - a second hollow body, coaxially and rotatably inserted internally of the first body (85 with respect to a central axis of the first body, provided with: a cylindrical second external surface, a cylindrical second internal surface coaxial to the second external surface, a series of second openings, each of which faces a corresponding first opening, and a pair of inclined surfaces converging towards each second opening and realised at the second external surface,
A composite material comprising at least 2 vol. % of a polymeric composition comprising at least one covalently cross-linked siloxanyl polymer cluster which is further cross-linked by a boron compound, wherein the composite material has a concentration of boron in the range 0.005-0.160 wt.%, at least 1 vol.% of a particulate or granular material, wherein the composite material does not have a permanent equilibrium shape; and wherein said cluster comprises at least one linear or branched siloxanyl polymer, wherein prior to cross-linking to form said cluster, said polymer comprises on average at least two hydroxyl moieties per molecule and wherein prior to further cross-linking with boron, the siloxanyl polymer comprises hydroxyl moieties at a concentration equivalent to 1-100 μmol per g of the cluster. at least 2 vol. % of a polymeric composition comprising at least one covalently cross-linked siloxanyl polymer cluster which is further cross-linked by a boron compound, wherein the composite material has a concentration of boron in the range 0.005-0.160 wt.%, at least 1 vol.% of a particulate or granular material, wherein the composite material does not have a permanent equilibrium shape; and wherein said cluster comprises at least one linear or branched siloxanyl polymer, wherein prior to cross-linking to form said cluster, said polymer comprises on average at least two hydroxyl moieties per molecule and wherein prior to further cross-linking with boron, the siloxanyl polymer comprises hydroxyl moieties at a concentration equivalent to 1-100 μmol per g of the cluster.
Fall detection system comprising at least one processing device (210, 310, 410), at least one personal module comprising a personal module pressure sensor, and at least one reference module comprising a reference module pressure sensor, wherein the at least one processing device (210, 310, 410) is arranged to: receive personal pressure data from the at least one personal module pressure sensor; receive reference pressure data from the at least one reference module pressure sensor; determine a personal pressure (P P) using the personal pressure data and the reference pressure data; determine an individual personal pressure profile based on the historical personal pressure (P P) of the individual; compare the personal pressure (P P) with the determined individual personal pressure profile; and set a fall detection alert based at least on whether the personal pressure (Pp) lies beyond the individual personal pressure profile. receive personal pressure data from the at least one personal module pressure sensor; receive reference pressure data from the at least one reference module pressure sensor; determine a personal pressure (P P) using the personal pressure data and the reference pressure data; determine an individual personal pressure profile based on the historical personal pressure (P P) of the individual; compare the personal pressure (P P) with the determined individual personal pressure profile; and set a fall detection alert based at least on whether the personal pressure (Pp) lies beyond the individual personal pressure profile.
A DC-to-AC conversion system comprising: a first DC input voltage; a second DC input voltage, wherein the second DC input voltage is greater than the first DC input voltage; a power conversion apparatus; and a comparison unit configured to receive the AC output voltage (Vo) and an external reference voltage (Vref), wherein the comparison unit is configured to output a control signal (Sc) to control the power conversion apparatus converting the first DC input voltage into the AC output voltage (Vo) when an absolute value of the AC output voltage (Vo) is less than or equal to the external reference voltage (Vref); whereas the comparison unit is configured to output the control signal (Sc) to control the power conversion apparatus converting the second DC input voltage into the AC output voltage (Vo) when the absolute value of the AC output voltage (Vo) is greater than the external reference voltage (Vref); characterized in that the power conversion apparatus comprises a first power switch, a second power switch, a third power switch, a fourth power switch, a fifth power switch, a sixth power switch, a seventh power switch, and an eighth power switch; wherein the first power switch is connected in series to the second power switch and the third power switch to form a first path, and the first path is connected in parallel to the first DC input voltage to convert the first DC input voltage into an AC output voltage (Vo) to supply a load; wherein the seventh power switch is connected in series to the second power switch and the third power switch to form a second path, and the second path is connected in parallel to the second DC input voltage to convert the second DC input voltage into the AC output voltage (Vo) to supply the load; wherein the sixth power switch has two terminals; one terminal is connected to the first power switch, the second power switch, and the seventh power switch; the other terminal is connected to the fourth power switch, the fifth power switch, and the eighth power switch. a first DC input voltage; a second DC input voltage, wherein the second DC input voltage is greater than the first DC input voltage; a power conversion apparatus; and a comparison unit configured to receive the AC output voltage (Vo) and an external reference voltage (Vref), wherein the comparison unit is configured to output a control signal (Sc) to control the power conversion apparatus converting the first DC input voltage into the AC output voltage (Vo) when an absolute value of the AC output voltage (Vo) is less than or equal to the external reference voltage (Vref); whereas the comparison unit is configured to output the control signal (Sc) to control the power conversion apparatus converting the second DC input voltage into the AC output voltage (Vo) when the absolute value of the AC output voltage (Vo) is greater than the external reference voltage (Vref);
An antibody molecule comprising: a polypeptide heavy chain comprising: VH 1 (X 1)n-VH 2 -CH (X 2) y wherein VH 1 is a first heavy chain antibody variable domain, VH2 is a second heavy chain antibody variable domain, CH is a CH 1 heavy chain antibody constant domain, X 1 represents a peptide, X2 represents an antibody Fc region, n is 0 or 1 and y is independently 1 or 2, and a polypeptide light chain comprising: VL 1 -(X 1) n -VL 2 -C wherein VL 1 is a first light chain antibody variable domain, VL 2 is a second light chain antibody variable domain, C is a light chain antibody constant domain, X 1 represents a peptide I and n is 0 or 1, wherein the heavy chain and light chain are aligned such that VH 1 and VL 1 form a first binding domain, and VH2 and VL2 form a second binding domain, wherein: there is a disulfide bond between VH 1 and VL 1; and wherein the disulfide bond is between cysteine residues VH44 and VL100 numbered according to the Kabat numbering system. a polypeptide heavy chain comprising: VH 1 (X 1)n-VH 2 -CH (X 2) y wherein VH 1 is a first heavy chain antibody variable domain, VH2 is a second heavy chain antibody variable domain, CH is a CH 1 heavy chain antibody constant domain, X 1 represents a peptide, X2 represents an antibody Fc region, n is 0 or 1 and y is independently 1 or 2, and a polypeptide light chain comprising: VL 1 -(X 1) n -VL 2 -C wherein VL 1 is a first light chain antibody variable domain, VL 2 is a second light chain antibody variable domain, C is a light chain antibody constant domain, X 1 represents a peptide I and n is 0 or 1, wherein the heavy chain and light chain are aligned such that VH 1 and VL 1 form a first binding domain, and VH2 and VL2 form a second binding domain, wherein: there is a disulfide bond between VH 1 and VL 1; and wherein the disulfide bond is between cysteine residues VH44 and VL100 numbered according to the Kabat numbering system. there is a disulfide bond between VH 1 and VL 1; and wherein the disulfide bond is between cysteine residues VH44 and VL100 numbered according to the Kabat numbering system.
Device for feeding pasty products and with a shaping device, where a die with bore holes and channels is provided through which the product can flow, where the die is provided in the form of a shaft with continuous radial channels and is located in a housing with feed opening for the product and outflow opening for the extruded material, where the channels have feed and outflow openings, characterised in that the shaft has grooves into which the feed and outflow openings of the channels open.
A bedding article comprising one or more selected from the group consisting of knitted fabrics, woven fabrics, felts and webs, wherein the knitted fabrics, woven fabrics, felts and webs comprise an antimicrobial fiber for Staphylococcus aureus and Moraxella osloensis, the antimicrobial fiber comprising a fiber having a polyacetal copolymer on a surface thereof, the polyacetal copolymer having oxymethylene groups and oxyalkylene groups of the following general formula, the molar amount of the oxyalkylene groups in the polyacetal copolymer being 0.2 to 5 mol% relative to the total of the molar amount of the oxymethylene groups and the molar amount of the oxyalkylene groups, wherein R 0 and R 0 ', which may be the same as or different from each other, are each selected from a hydrogen atom, a C 1-8 alkyl group, an organic group having a C 1-8 alkyl group, a phenyl group and an organic group having a phenyl group, and m is an integer of 2 to 6.
A hydraulic pitch system for pitching a blade of a wind turbine by means of a fluid, comprising: - a manifold comprising: - a cylinder for adjusting a pitch angle of the blade, and - an accumulator divided into a chamber comprising gas and a chamber comprising liquid, fluidly connected to the cylinder, the fluid having at least one measurable property, characterised in that the system further comprises a refilling container in fluid communication with the gas of the accumulator and a testing unit adapted to measure at least one property of the fluid in order to determine when to initiate the refilling of the accumulator. - a manifold comprising: - a cylinder for adjusting a pitch angle of the blade, and - an accumulator divided into a chamber comprising gas and a chamber comprising liquid, fluidly connected to the cylinder, - a cylinder for adjusting a pitch angle of the blade, and - an accumulator divided into a chamber comprising gas and a chamber comprising liquid, fluidly connected to the cylinder,
Nuclear fuel assembly comprising a bottom end part comprising a lower nozzle and a debris filter supported by the lower nozzle, the debris filter having an inlet face and an outlet face opposed to the inlet face, wherein the debris filter comprises at least one filtering section that has a retention capacity that increases gradually or stepwise from the inlet face to the outlet face, characterized in that the debris filter is at least partly built up onto the lower nozzle by additive manufacturing.
An aortic dissection system for treating a dissection within an aorta of a patient, the aortic dissection system comprising: an aortic dissection implant comprising: an expandable support structure having a proximal end and a distal end, wherein the expandable support structure is configured to extend from the descending aorta, through the aortic arch and into the ascending aorta; and at least one layer provided over the expandable support structure comprising an atraumatic outer surface configured to engage an inner wall of the aorta adjacent a false lumen associated with the dissection; and an expandable interface structure configured to expand within the aortic root, the expandable interface structure comprising a trilobe shape configured to anchor the expandable interface structure in the aortic root; and a delivery system configured to be inserted percutaneously into the patient and advanced into the patient's aorta, the delivery system comprising an outer sheath configured to receive the aortic dissection implant therein in a compressed configuration. an aortic dissection implant comprising: an expandable support structure having a proximal end and a distal end, wherein the expandable support structure is configured to extend from the descending aorta, through the aortic arch and into the ascending aorta; and at least one layer provided over the expandable support structure comprising an atraumatic outer surface configured to engage an inner wall of the aorta adjacent a false lumen associated with the dissection; and an expandable interface structure configured to expand within the aortic root, the expandable interface structure comprising a trilobe shape configured to anchor the expandable interface structure in the aortic root; and an expandable support structure having a proximal end and a distal end, wherein the expandable support structure is configured to extend from the descending aorta, through the aortic arch and into the ascending aorta; and at least one layer provided over the expandable support structure comprising an atraumatic outer surface configured to engage an inner wall of the aorta adjacent a false lumen associated with the dissection; and an expandable interface structure configured to expand within the aortic root, the expandable interface structure comprising a trilobe shape configured to anchor the expandable interface structure in the aortic root; and a delivery system configured to be inserted percutaneously into the patient and advanced into the patient's aorta, the delivery system comprising an outer sheath configured to receive the aortic dissection implant therein in a compressed configuration.
A rotor assembly, comprising: a rotor disk including a slot; a rotor blade including a blade root arranged within the slot; and a root spacer arranged within the slot between the rotor disk and the blade root, the root spacer including a base segment, a side segment, wherein the base segment radially engages the rotor disk; the side segment is radially separated from the rotor disk by a gap; characterised in that the root spacer includes a fracture feature adapted to radially fracture the root spacer at an intersection between the base segment and the side segment. a rotor disk including a slot; a rotor blade including a blade root arranged within the slot; and a root spacer arranged within the slot between the rotor disk and the blade root, the root spacer including a base segment, a side segment, wherein the base segment radially engages the rotor disk; the side segment is radially separated from the rotor disk by a gap; characterised in that the root spacer includes a fracture feature adapted to radially fracture the root spacer at an intersection between the base segment and the side segment. the base segment radially engages the rotor disk; the side segment is radially separated from the rotor disk by a gap; characterised in that the root spacer includes a fracture feature adapted to radially fracture the root spacer at an intersection between the base segment and the side segment.