mhurhangee/patent-ind-claim-en huggingface dataset:
A wall assembly for use in a combustor of a gas turbine engine , the wall assembly comprising: a support shell ; a liner panel ; and an annular grommet wherein said annular grommet defines a contoured inner wall ; wherein said contoured inner wall is defined between a first inner periphery and a second inner periphery; wherein said first inner periphery and said second inner periphery define a dilution passage that extends along an axis, wherein said contoured inner wall converges toward said axis from said first inner periphery toward said second inner periphery; characterized in that said annular grommet is mounted between said support shell and said liner panel; and wherein a first point on said first inner periphery, a second point on said second inner periphery and a third point define a triangle, wherein the third point is defined axially at said first inner periphery and parallel to the axis with respect to said second point; wherein a first line defined between said second point and said third point is parallel to said axis of said dilution passage ; wherein said triangle defines an angle of about twenty five degrees between said first line and a second line, said second line being defined between said first point and said second point. a support shell ; a liner panel ; and an annular grommet wherein said annular grommet defines a contoured inner wall ; wherein said contoured inner wall is defined between a first inner periphery and a second inner periphery; wherein said first inner periphery and said second inner periphery define a dilution passage that extends along an axis, wherein said contoured inner wall converges toward said axis from said first inner periphery toward said second inner periphery; characterized in that said annular grommet is mounted between said support shell and said liner panel; and wherein a first point on said first inner periphery, a second point on said second inner periphery and a third point define a triangle, wherein the third point is defined axially at said first inner periphery and parallel to the axis with respect to said second point; wherein a first line defined between said second point and said third point is parallel to said axis of said dilution passage ; wherein said triangle defines an angle of about twenty five degrees between said first line and a second line, said second line being defined between said first point and said second point.
Process for the synthesis of organosulfate salts of amino acid esters comprising the steps of (i) reacting at least one lactam with at least 3 carbon atoms in the lactam ring with sulfuric acid in an aqueous solution; (ii) esterification of the reaction product of step (i) with at least 200 mol-% of at least one alcohol selected from the group consisting of linear alkyl alcohol containing one hydroxy group, branched alkyl alcohol containing one hydroxy group, linear alkylether alcohol containing one hydroxy group, branched alkylether alcohol containing one hydroxy group, phenoxyalkanols containing one hydroxy group, and mixtures thereof; (iii) optionally removal of water and/or removal of excess alcohol of step (ii). (i) reacting at least one lactam with at least 3 carbon atoms in the lactam ring with sulfuric acid in an aqueous solution; (ii) esterification of the reaction product of step (i) with at least 200 mol-% of at least one alcohol selected from the group consisting of linear alkyl alcohol containing one hydroxy group, branched alkyl alcohol containing one hydroxy group, linear alkylether alcohol containing one hydroxy group, branched alkylether alcohol containing one hydroxy group, phenoxyalkanols containing one hydroxy group, and mixtures thereof; (iii) optionally removal of water and/or removal of excess alcohol of step (ii).
A system for measuring structural integrity comprising: a self-contained rapid modal testing trailer that delivers a mass to a structure being tested and records data resulting from the mass in a data acquisition program, the testing trailer comprising: an impact device that delivers the mass and comprises a strike surface ; a sensor assembly that extends from the testing trailer to engage the structure ; and the impact device comprises the mass that impacts the strike surface to deliver the impact load; wherein when the mass strikes the strike-surface , a rebound control system is activated to catch the mass from striking the strike surface a second time thereby preventing rebound of the mass; the system characterized in that : the testing trailer comprises a second impact device and the sensor assembly comprises local sensors spaced along outer sensor array arms and extended from the trailer by an adjustable inner sensor arm , wherein the inner sensor arms may be able to rotate as well as extend and retract longitudinally and transversely. an impact device that delivers the mass and comprises a strike surface ; a sensor assembly that extends from the testing trailer to engage the structure ; and the impact device comprises the mass that impacts the strike surface to deliver the impact load; wherein when the mass strikes the strike-surface , a rebound control system is activated to catch the mass from striking the strike surface a second time thereby preventing rebound of the mass; the system characterized in that : the testing trailer comprises a second impact device and the sensor assembly comprises local sensors spaced along outer sensor array arms and extended from the trailer by an adjustable inner sensor arm , wherein the inner sensor arms may be able to rotate as well as extend and retract longitudinally and transversely. the testing trailer comprises a second impact device and the sensor assembly comprises local sensors spaced along outer sensor array arms and extended from the trailer by an adjustable inner sensor arm , wherein the inner sensor arms may be able to rotate as well as extend and retract longitudinally and transversely.
A patient support apparatus comprising a base, a frame supported by the base, the frame having first and second spaced longitudinal sides and first and second spaced ends , a first barrier positionable along one of a first side and an end, a second barrier positionable along one of a side and an end, a first user module docking region located in the first barrier, wherein the first user module docking region is a recessed area defined by a back panel and at least two indented sides , a second user module docking region located in the second barrier, and a first user module comprising a housing having a first side and a second side opposite the first side, a first user interface located on the first side, and a second user interface located on the second side, wherein both the first user interface and the second user interface are configured to control bed functions, wherein the first user interface includes a touchscreen and the second user interface includes at least one hardpanel control, and wherein the first user module comprises a coupling region to pivotably couple the housing to the first barrier such that the back panel blocks access to the second user interface when the first user module is received in the recessed area and the second user interface is accessible when the first user module is pivoted such that it is not received in the recessed area.
A stereoscopic display device comprising: a display panel ; a display driver configured to drive the display panel ; a barrier panel on the display panel , the barrier panel including channel electrodes (CH1-CHn) across an active area (AA), and link lines (CL1-CLn) connected to one end portion of each channel electrode; and a barrier driver configured to control the channel electrodes (CH1-CHn) by the link lines (CL1-CLn), wherein the channel electrodes (CH1-CHn) are divided into a plurality of groups, and channel electrodes at corresponding locations in each group are connected to a same link line, wherein the barrier panel further includes connecting lines (CC1-CCn) to connect opposite end portions of channel electrodes which are connected to the same link line, and wherein the sum of the number of link lines which a channel electrode crosses and the number of connecting lines which said channel electrode crosses is the same for each channel electrode. a display panel ; a display driver configured to drive the display panel ; a barrier panel on the display panel , the barrier panel including channel electrodes (CH1-CHn) across an active area (AA), and link lines (CL1-CLn) connected to one end portion of each channel electrode; and a barrier driver configured to control the channel electrodes (CH1-CHn) by the link lines (CL1-CLn), wherein the channel electrodes (CH1-CHn) are divided into a plurality of groups, and channel electrodes at corresponding locations in each group are connected to a same link line, wherein the barrier panel further includes connecting lines (CC1-CCn) to connect opposite end portions of channel electrodes which are connected to the same link line, and wherein the sum of the number of link lines which a channel electrode crosses and the number of connecting lines which said channel electrode crosses is the same for each channel electrode.
A printer , comprising: a printing area configured to receive a plurality of distinct mediums ; and a plurality of printer heads arranged relative to the printing area and collectively spanning a width of the printing area ; and a printer engine configured to cause the plurality of printer heads to collectively print a plurality of independent images simultaneously onto the plurality of distinct mediums by passing the mediums through the printing area in a direction perpendicular to the width of the printing area , characterised in that the printer engine is configured to cause the plurality of printer heads to include at least some printer heads (22-1 to 22-3, 22-5 to 22-7, 44-1 to 44-3, 44-5, 44-6, 44-8 to 44-10) configured to print portions of only a single independent image of the plurality of independent images, and at least one shared printer head (22-4, 44-4, 44-7) configured to simultaneously print at least portions of at least two of the plurality of independent images onto each of two adjacent distinct mediums (24-1 and 24-4, 24-2 and 24-5, and 24-3 and 24-6, 46-1 and 46-4, 46-4 and 46-7, 46-2 and 46-5, 46-5 and 46-8, 46-3 and 46-6, 46-6 and 46-9) of the plurality of distinct mediums . a printing area configured to receive a plurality of distinct mediums ; and a plurality of printer heads arranged relative to the printing area and collectively spanning a width of the printing area ; and a printer engine configured to cause the plurality of printer heads to collectively print a plurality of independent images simultaneously onto the plurality of distinct mediums by passing the mediums through the printing area in a direction perpendicular to the width of the printing area , characterised in that the printer engine is configured to cause the plurality of printer heads to include at least some printer heads (22-1 to 22-3, 22-5 to 22-7, 44-1 to 44-3, 44-5, 44-6, 44-8 to 44-10) configured to print portions of only a single independent image of the plurality of independent images, and at least one shared printer head (22-4, 44-4, 44-7) configured to simultaneously print at least portions of at least two of the plurality of independent images onto each of two adjacent distinct mediums (24-1 and 24-4, 24-2 and 24-5, and 24-3 and 24-6, 46-1 and 46-4, 46-4 and 46-7, 46-2 and 46-5, 46-5 and 46-8, 46-3 and 46-6, 46-6 and 46-9) of the plurality of distinct mediums .
An air filter assembly comprising: an air filter comprising a front frame defining at least one rectangular aperture for receiving an air flow to be filtered, wherein said air filter is a panel filter, a deep pleat box filter, or a V-type filter, wherein said air filter comprises at least one rectangular pleated filter element , and wherein said air filter conforms to a filtration class from G4 up to H13 according to the standards EN779 or EN 1822; characterized in that said air filter assembly comprises a deflector element extending alongside an edge portion of the rectangular aperture and adapted to deflect an air flow passing through the rectangular aperture away from an adjacent inside surface of the air filter; and a liquid drain arranged between said deflector element and said edge portion of the rectangular aperture, such that liquid collected at said adjacent inside surface of the air filter can exit the air filter through said liquid drain. an air filter comprising a front frame defining at least one rectangular aperture for receiving an air flow to be filtered, wherein said air filter is a panel filter, a deep pleat box filter, or a V-type filter, wherein said air filter comprises at least one rectangular pleated filter element , and wherein said air filter conforms to a filtration class from G4 up to H13 according to the standards EN779 or EN 1822; characterized in that said air filter assembly comprises a deflector element extending alongside an edge portion of the rectangular aperture and adapted to deflect an air flow passing through the rectangular aperture away from an adjacent inside surface of the air filter; and a liquid drain arranged between said deflector element and said edge portion of the rectangular aperture, such that liquid collected at said adjacent inside surface of the air filter can exit the air filter through said liquid drain.
A process for the preparation of tetrofosmin or acid addition salt thereof, comprising the steps of: a) reduction of diethylbenzylphosphonate of Formula 8 by treating with a suitable reducing agent in the presence of a suitable solvent, optionally in the presence of catalyst, to provide benzyl phosphine of Formula 9; b) coupling the benzyl phosphine of Formula 9 with vinyl ethyl ether of Formula 3 in the presence of suitable solvent and catalyst to provide benzylbis(2-ethoxyethyl)phosphane of Formula 4; proviso that said coupling step is not carried out under photolytic conditions; c) coupling of benzylbis(2-ethoxyethyl)phosphane of Formula 4 with 1,2-dibromoethane of Formula 10, optionally using a suitable solvent, to provide ethane-1,2-diylbis(benzylbis(2-ethoxyethyl)phosphonium)bromide of Formula 11; d) converting the ethane-1,2-diylbis(benzylbis(2-ethoxyethyl) phosphonium) bromide of Formula 11 using a suitable base in the presence of suitable solvent into ethane-1,-2-diylbis(bis(2-ethoxyethyl)phosphine oxide of Formula 12 e) deoxygenating ethane-1, 2-diylbis(bis(2-ethoxyethyl)phosphine oxide of Formula 12 using the suitable reagent in the presence of suitable solvent to obtain tetrofosmin, and; f) optionally, converting tetrofosmin into acid addition salt thereof. a) reduction of diethylbenzylphosphonate of Formula 8 by treating with a suitable reducing agent in the presence of a suitable solvent, optionally in the presence of catalyst, to provide benzyl phosphine of Formula 9; b) coupling the benzyl phosphine of Formula 9 with vinyl ethyl ether of Formula 3 in the presence of suitable solvent and catalyst to provide benzylbis(2-ethoxyethyl)phosphane of Formula 4; proviso that said coupling step is not carried out under photolytic conditions; c) coupling of benzylbis(2-ethoxyethyl)phosphane of Formula 4 with 1,2-dibromoethane of Formula 10, optionally using a suitable solvent, to provide ethane-1,2-diylbis(benzylbis(2-ethoxyethyl)phosphonium)bromide of Formula 11; d) converting the ethane-1,2-diylbis(benzylbis(2-ethoxyethyl) phosphonium) bromide of Formula 11 using a suitable base in the presence of suitable solvent into ethane-1,-2-diylbis(bis(2-ethoxyethyl)phosphine oxide of Formula 12 e) deoxygenating ethane-1, 2-diylbis(bis(2-ethoxyethyl)phosphine oxide of Formula 12 using the suitable reagent in the presence of suitable solvent to obtain tetrofosmin, and; f) optionally, converting tetrofosmin into acid addition salt thereof.
A device making it possible to form a vehicle (V) anti-intrusion barrier (B) for a traffic lane, comprising - a baseplate ; - at least one post connected to the baseplate , movable in relation to this baseplate between a prone position in which it is folded down into or against the baseplate and does not obstruct the passage of a vehicle (V), and an upright position in which it projects from the baseplate and obstructs the passage of a vehicle (V); and - locking means for locking each post in the upright position; characterized in that : - the baseplate is intended to be placed on the ground, has a height such that it is capable of being crossed by a vehicle (V), includes immobilization means preventing it from being moved by a person or several persons without lifting means, and comprises an opening in the bottom thereof; - the device further comprises at least one stop bar pivotally mounted in the baseplate , which is movable between an inactive position in which it is housed in the baseplate and an active position in which it is oblique in relation to the baseplate and in which a back portion of this stop bar penetrates into the ground through said opening in the bottom of the baseplate and a front portion of this stop bar projects above the baseplate , on the front side thereof; and - a hinged connection connecting said post and said stop bar so that a forcing of the post beyond the upright position of this post , towards the back side of the device , causes the instantaneous passage of said stop bar from said inactive position to said active position. - a baseplate ; - at least one post connected to the baseplate , movable in relation to this baseplate between a prone position in which it is folded down into or against the baseplate and does not obstruct the passage of a vehicle (V), and an upright position in which it projects from the baseplate and obstructs the passage of a vehicle (V); and - locking means for locking each post in the upright position; - the baseplate is intended to be placed on the ground, has a height such that it is capable of being crossed by a vehicle (V), includes immobilization means preventing it from being moved by a person or several persons without lifting means, and comprises an opening in the bottom thereof; - the device further comprises at least one stop bar pivotally mounted in the baseplate , which is movable between an inactive position in which it is housed in the baseplate and an active position in which it is oblique in relation to the baseplate and in which a back portion of this stop bar penetrates into the ground through said opening in the bottom of the baseplate and a front portion of this stop bar projects above the baseplate , on the front side thereof; and - a hinged connection connecting said post and said stop bar so that a forcing of the post beyond the upright position of this post , towards the back side of the device , causes the instantaneous passage of said stop bar from said inactive position to said active position.
Extractor for extracting an injector from an engine of a motor vehicle, the said injector being stuck in a housing and having a high-pressure connector , the extractor comprising: - a puller with a shaft at the one end of which is attached a handle and having, at the other end, means for assembly to the high-pressure connector of the injector, and - a slide hammer comprising a mass threaded onto a rod , the rod having a nozzle at one end and being attached to the puller at its other end by means of a connecting component, the extractor being characterised in that the connecting component is a joint component connected by a sliding pivoting connector to the shaft of the puller and in that the shaft is of a size that allows sliding of the joint component along its length when the said extractor is attached to the injector . - a puller with a shaft at the one end of which is attached a handle and having, at the other end, means for assembly to the high-pressure connector of the injector, and - a slide hammer comprising a mass threaded onto a rod , the rod having a nozzle at one end and being attached to the puller at its other end by means of a connecting component,
A computer-implemented medical method for determining a movement instruction for correcting the posture of a patient, the method comprising the following steps: a) first surface data is acquired which describes a surface of the body of the patient at a first point in time; b) first skeleton model data is determined based on the first surface data, wherein the first skeleton model data describes first geometries of one or more rigid anatomic structures of the patient; c) second surface data is acquired which describes a surface of the patient at a second point in time; d) second skeleton model data is determined based on the second surface data, wherein the second skeleton model data describes second geometries of the one or more rigid anatomic structures of the patient; e) skeleton difference data is determined based on the first skeleton model data and on the second skeleton model data, wherein the skeleton difference data describes a difference between the first geometries and the second geometries; f) movement instruction data is determined based on the skeleton difference data and the second skeleton model data, wherein the movement instruction data describes movement to be performed by the one or more rigid anatomic structures in order to minimize the difference. a) first surface data is acquired which describes a surface of the body of the patient at a first point in time; b) first skeleton model data is determined based on the first surface data, wherein the first skeleton model data describes first geometries of one or more rigid anatomic structures of the patient; c) second surface data is acquired which describes a surface of the patient at a second point in time; d) second skeleton model data is determined based on the second surface data, wherein the second skeleton model data describes second geometries of the one or more rigid anatomic structures of the patient; e) skeleton difference data is determined based on the first skeleton model data and on the second skeleton model data, wherein the skeleton difference data describes a difference between the first geometries and the second geometries; f) movement instruction data is determined based on the skeleton difference data and the second skeleton model data, wherein the movement instruction data describes movement to be performed by the one or more rigid anatomic structures in order to minimize the difference.