mhurhangee/patent-ind-claim-en huggingface dataset:
A method of controlling a video processing unit based on the detection of newcomers in a first environment , comprising: capturing (S02), a thermal image of a human object in the first environment , the first environment being associated with a first climate, calculating (S04), based on the thermal image , a thermal signature of a portion of the human object , determining (S06) that the human object has entered the first environment from a second environment when the thermal signature of the portion of the human object deviates from a predetermined thermal signature associated with the first environment , wherein the second environment is associated with a second, different, climate, and controlling (S08) the video processing unit to prioritize the human object over other human objects when processing video frames depicting the human object together with the other human objects . capturing (S02), a thermal image of a human object in the first environment , the first environment being associated with a first climate, calculating (S04), based on the thermal image , a thermal signature of a portion of the human object , determining (S06) that the human object has entered the first environment from a second environment when the thermal signature of the portion of the human object deviates from a predetermined thermal signature associated with the first environment , wherein the second environment is associated with a second, different, climate, and controlling (S08) the video processing unit to prioritize the human object over other human objects when processing video frames depicting the human object together with the other human objects .
A delivery system for use with a prosthetic heart valve having a stent frame to which a valve structure is attached, the system comprising: a shaft assembly including a distal end and a coupling structure is disposed near the distal end and configured to be coupled to a distal end of the prosthetic heart valve ; a sheath assembly defining a lumen sized to slidably receive the shaft assembly ; and wherein the delivery system is configured to transition from a loaded state in which the sheath assembly encompasses the prosthetic heart valve to a deployed state in which the sheath assembly is withdrawn from the prosthetic heart valve , and wherein the coupling structure is configured to provide a controlled expansion or contraction of the distal end of the prosthetic heart valve based on longitudinal movement of the distal end of the shaft assembly ; wherein the coupling structure comprises a tubular base portion and a plurality of legs extending from the tubular base portion and wherein each of the legs includes a looped end portion that is configured to be releasably coupled to a hook on the distal end of the prosthetic heart valve ; characterised in that the coupling structure has a natural state and a compressed state and wherein the legs are perpendicular or substantially perpendicular to a longitudinal axis of the tubular base portion in the natural state of the coupling structure and wherein the legs are bent towards the tubular base portion in the compressed state. a shaft assembly including a distal end and a coupling structure is disposed near the distal end and configured to be coupled to a distal end of the prosthetic heart valve ; a sheath assembly defining a lumen sized to slidably receive the shaft assembly ; and wherein the delivery system is configured to transition from a loaded state in which the sheath assembly encompasses the prosthetic heart valve to a deployed state in which the sheath assembly is withdrawn from the prosthetic heart valve , and wherein the coupling structure is configured to provide a controlled expansion or contraction of the distal end of the prosthetic heart valve based on longitudinal movement of the distal end of the shaft assembly ; wherein the coupling structure comprises a tubular base portion and a plurality of legs extending from the tubular base portion and wherein each of the legs includes a looped end portion that is configured to be releasably coupled to a hook on the distal end of the prosthetic heart valve ; characterised in that the coupling structure has a natural state and a compressed state and wherein the legs are perpendicular or substantially perpendicular to a longitudinal axis of the tubular base portion in the natural state of the coupling structure and wherein the legs are bent towards the tubular base portion in the compressed state.
A method for coating a substrate for a gas turbine engine , the method comprising: heating a substrate ; depositing a coating on the heated substrate ; and forming an expansion slit in the coating , wherein a height of the expansion slit is inclined at a non-zero angle (A1) relative to a direction (D 1 ) normal to the substrate for preventing direct exposure of the substrate to electromagnetic radiation; characterised in that : the method includes providing a spacer extending upward from the substrate ; and the depositing step includes depositing a first section of coating and depositing a second section of coating adjacent the first section of coating , the first section and the second section deposited on opposite sides of said spacer such that the expansion slit is provided between the first section and the second section . heating a substrate ; depositing a coating on the heated substrate ; and forming an expansion slit in the coating , wherein a height of the expansion slit is inclined at a non-zero angle (A1) relative to a direction (D 1 ) normal to the substrate for preventing direct exposure of the substrate to electromagnetic radiation; characterised in that : the method includes providing a spacer extending upward from the substrate ; and the depositing step includes depositing a first section of coating and depositing a second section of coating adjacent the first section of coating , the first section and the second section deposited on opposite sides of said spacer such that the expansion slit is provided between the first section and the second section . the method includes providing a spacer extending upward from the substrate ; and the depositing step includes depositing a first section of coating and depositing a second section of coating adjacent the first section of coating , the first section and the second section deposited on opposite sides of said spacer such that the expansion slit is provided between the first section and the second section .
A duct liner assembly for a gas turbine engine comprising: a first ring ; a second ring ; a first duct liner having a first end and a second end , the first duct liner mounted proximate the first end of the first duct liner to the first ring ; a second duct liner having a first end and a second end , the second duct liner mounted proximate the second end of the second duct liner to the second ring ; and a coupling assembly comprising: a threaded insert operatively coupled to a wall defining an aperture through the second duct liner ; a retaining bracket having a mating segment and a retaining segment , wherein a hole extends through the mating segment , the second end of the first duct liner disposed between the retaining segment and the second duct liner ; and a threaded fastener extending through the hole of the retaining bracket and in threaded engagement with the threaded insert to couple the retaining bracket to the second duct liner . a first ring ; a second ring ; a first duct liner having a first end and a second end , the first duct liner mounted proximate the first end of the first duct liner to the first ring ; a second duct liner having a first end and a second end , the second duct liner mounted proximate the second end of the second duct liner to the second ring ; and a coupling assembly comprising: a threaded insert operatively coupled to a wall defining an aperture through the second duct liner ; a retaining bracket having a mating segment and a retaining segment , wherein a hole extends through the mating segment , the second end of the first duct liner disposed between the retaining segment and the second duct liner ; and a threaded fastener extending through the hole of the retaining bracket and in threaded engagement with the threaded insert to couple the retaining bracket to the second duct liner . a threaded insert operatively coupled to a wall defining an aperture through the second duct liner ; a retaining bracket having a mating segment and a retaining segment , wherein a hole extends through the mating segment , the second end of the first duct liner disposed between the retaining segment and the second duct liner ; and a threaded fastener extending through the hole of the retaining bracket and in threaded engagement with the threaded insert to couple the retaining bracket to the second duct liner .
An operating unit for a roll forming machine, comprising a cage , configured for being connected to a base (B), and a stack (G), comprising: at least two rollers (R1,R2), rotating around axes (X1,X2) which are horizontal and perpendicular to a direction of advancement (A) of the roll forming machine; an upper support , which supports a first roller (R1); a lower support , which supports a second roller (R2); an intermediate support , interposed between the upper support and the lower support ; coupling means , structured for constraining to each other the upper support , the lower support and the intermediate support with the sole possibility of vertically translating one with respect to the other; the upper support and the lower support are movable between a working position, in which they are spaced apart from the intermediate support , and a changing position, in which the upper support rests on the intermediate support which, in its turn, rests on the lower support ; characterised in that: the coupling means comprise at least two prismatic bodies , each of which is oriented with a longitudinal axis thereof arranged vertically and is slidable in a vertical direction in its own housing , distributed over the supports ; each prismatic body comprises at least one end stop , configured for limiting the movement of the lower support in a downward direction. at least two rollers (R1,R2), rotating around axes (X1,X2) which are horizontal and perpendicular to a direction of advancement (A) of the roll forming machine; an upper support , which supports a first roller (R1); a lower support , which supports a second roller (R2); an intermediate support , interposed between the upper support and the lower support ; coupling means , structured for constraining to each other the upper support , the lower support and the intermediate support with the sole possibility of vertically translating one with respect to the other; the upper support and the lower support are movable between a working position, in which they are spaced apart from the intermediate support , and a changing position, in which the upper support rests on the intermediate support which, in its turn, rests on the lower support ; characterised in that: the coupling means comprise at least two prismatic bodies , each of which is oriented with a longitudinal axis thereof arranged vertically and is slidable in a vertical direction in its own housing , distributed over the supports ; each prismatic body comprises at least one end stop , configured for limiting the movement of the lower support in a downward direction. the coupling means comprise at least two prismatic bodies , each of which is oriented with a longitudinal axis thereof arranged vertically and is slidable in a vertical direction in its own housing , distributed over the supports ; each prismatic body comprises at least one end stop , configured for limiting the movement of the lower support in a downward direction.
A battery pack comprising: a battery module including a plurality of secondary batteries and a module case having an outer wall configured to form an internal space for receiving the plurality of secondary batteries ; and a pack housing including an intermediate housing formed in the shape of a box with open top and bottom and having an outer sidewall configured to form an internal space for receiving the module case , wherein at least one guide rail is provided on an inner surface of the intermediate housing , the guide rail protruding in an inward direction toward the battery module and extending in a vertical direction to guide the insertion of the module case in the vertical direction, and at least one guide protrusion portion is provided on an outer surface of a horizontal direction of the module case , the guide protrusion portion protruding in an outward direction and extending in the vertical direction to move in the vertical direction along the guide rail , and having at least one compression protrusion (P1, P2) protruding to press the guide rail , wherein the guide rail has at least one guide groove (H2) that is recessed in a shape corresponding to an outer shape of a protruding direction of the guide protrusion portion and extends in the vertical direction, and the compression protrusion (P1, P2) is configured to press an inner surface of the guide groove (H2), wherein the battery pack further comprises a stopper having a plate shape extending in the horizontal direction to limit the vertical movement of the module case provided on the guide rail . a battery module including a plurality of secondary batteries and a module case having an outer wall configured to form an internal space for receiving the plurality of secondary batteries ; and a pack housing including an intermediate housing formed in the shape of a box with open top and bottom and having an outer sidewall configured to form an internal space for receiving the module case , wherein at least one guide rail is provided on an inner surface of the intermediate housing , the guide rail protruding in an inward direction toward the battery module and extending in a vertical direction to guide the insertion of the module case in the vertical direction, and at least one guide protrusion portion is provided on an outer surface of a horizontal direction of the module case , the guide protrusion portion protruding in an outward direction and extending in the vertical direction to move in the vertical direction along the guide rail , and having at least one compression protrusion (P1, P2) protruding to press the guide rail , wherein the guide rail has at least one guide groove (H2) that is recessed in a shape corresponding to an outer shape of a protruding direction of the guide protrusion portion and extends in the vertical direction, and the compression protrusion (P1, P2) is configured to press an inner surface of the guide groove (H2), wherein the battery pack further comprises a stopper having a plate shape extending in the horizontal direction to limit the vertical movement of the module case provided on the guide rail .
An aircraft engine assembly, comprising: an engine case ; a cowl door ; and an actuator comprising an engine case end coupled to the engine case and a cowl door end coupled to the cowl door , the actuator comprising: a tubular base layer ; characterized in the actuator further comprising a visco-elastic layer disposed on the tubular base layer , the tubular base layer being configured to extend between the engine case end and the cowl door end ; and wherein the visco-elastic layer has opposite axial ends respectively displaced inwardly from the engine case end and the cowl door end . an engine case ; a cowl door ; and an actuator comprising an engine case end coupled to the engine case and a cowl door end coupled to the cowl door , the actuator comprising: a tubular base layer ;
A tape removal apparatus for removing a tape attached to an electrode roll , the tape removal apparatus comprising: a sensing unit configured to sense the tape attached to the electrode roll ; an injection unit configured to inject air toward the tape ; a support unit configured to support a non-adhesive portion of the tape ; and a gripper , together with the support unit , configured to fix the non-adhesive portion of the tape , wherein the gripper is movable upwards and downwards, leftwards and rightwards, and forwards and rearwards, and characterized in that the gripper is configured to move toward the non-adhesive portion of the tape located at an outer surface of the support unit to fix the non-adhesive portion of the tape . a sensing unit configured to sense the tape attached to the electrode roll ; an injection unit configured to inject air toward the tape ; a support unit configured to support a non-adhesive portion of the tape ; and a gripper , together with the support unit , configured to fix the non-adhesive portion of the tape , wherein the gripper is movable upwards and downwards, leftwards and rightwards, and forwards and rearwards, and characterized in that the gripper is configured to move toward the non-adhesive portion of the tape located at an outer surface of the support unit to fix the non-adhesive portion of the tape .
A one-component toughened epoxy adhesive comprising in admixture A) at least one non-rubber-modified epoxy resin, B) at least one toughening agent, C) at least one epoxy curing catalyst and D) a curing agent mixture that includes dicyandiamide and one or more dihydrazide compounds, the dicyanadiamide and one or more dihydrazide compounds being present at a weight ratio of 1:99 to 99:1.
A computer implemented method comprising: identifying a real-world object in a scene viewed by a camera of a user device; matching the real-world object with a tagged object based at least in part on image recognition and a sharing setting that has been assigned to the tagged object, the tagged object having been tagged with a content item that is distinct from the sharing setting; providing a notification to a user of the user device that the content item is associated with the real-world object; receiving a request from the user for the content item; and providing the content item to the user. identifying a real-world object in a scene viewed by a camera of a user device; matching the real-world object with a tagged object based at least in part on image recognition and a sharing setting that has been assigned to the tagged object, the tagged object having been tagged with a content item that is distinct from the sharing setting; providing a notification to a user of the user device that the content item is associated with the real-world object; receiving a request from the user for the content item; and providing the content item to the user.
A method for creating in a display space an ambience lighting effect in support of moving images, wherein the display space comprises a screen configured to display the moving images and a display space light source configured to provide the ambience lighting effect, wherein the moving images are representative of a stage performance performed in a performance space , and wherein the method comprises the step of: displaying the moving images on the screen in the display space , while creating in the display space with the display space light source the ambience lighting effect at least based on ambience lighting effect input data , characterized in that the method further comprises the step of: deriving the ambience lighting effect input data from an analysis of a video shot at the time of the stage performance by a video camera configured to monitor at least a part of an audience present in the performance space at the time of the stage performance. displaying the moving images on the screen in the display space , while creating in the display space with the display space light source the ambience lighting effect at least based on ambience lighting effect input data , characterized in that the method further comprises the step of: deriving the ambience lighting effect input data from an analysis of a video shot at the time of the stage performance by a video camera configured to monitor at least a part of an audience present in the performance space at the time of the stage performance.
A sensor assembly , comprising: a housing ; a pressure interface provided on the housing and communicated with a pressure transmission tube ; a sensor provided in the housing and constructed to sense a pressure inputted from the pressure interface ; a mechanical interface provided at one side of the housing and constructed to be detachably engaged with a mounting mechanism ; and an electrical interface provided at the other side of the housing and constructed to be electrically connected to a mating electrical interface in a plug manner, characterised in that the sensor is piezoelectric and in that the sensor assembly further comprises a cover covering the housing . a housing ; a pressure interface provided on the housing and communicated with a pressure transmission tube ; a sensor provided in the housing and constructed to sense a pressure inputted from the pressure interface ; a mechanical interface provided at one side of the housing and constructed to be detachably engaged with a mounting mechanism ; and an electrical interface provided at the other side of the housing and constructed to be electrically connected to a mating electrical interface in a plug manner, characterised in that the sensor is piezoelectric and in that the sensor assembly further comprises a cover covering the housing .
A cineole-containing composition, wherein the composition contains in combination and in effective, in particular pharmaceutically effective, amounts in each case: (a) 1,8-cineole, wherein the cineole is present as a pure substance, wherein the cineole has a purity of at least 95% by weight, relative to the cineole, and wherein the cineole is free of other terpenes and wherein the composition contains the component (a) in relative amounts in the range of 0.001 to 10% by weight relative to the composition; and (b) (b1) pantothenol, preferably dexpanthenol (D-pantothenol), or its physiologically acceptable esters, and/or (b2) pantothenic acid or its physiologically acceptable salts, wherein the composition contains the component (b) in relative amounts in the range of 0.01 to 10% by weight relative to the composition; wherein the composition has a pH value in the range of 5.0 to 6.5. (a) 1,8-cineole, wherein the cineole is present as a pure substance, wherein the cineole has a purity of at least 95% by weight, relative to the cineole, and wherein the cineole is free of other terpenes and wherein the composition contains the component (a) in relative amounts in the range of 0.001 to 10% by weight relative to the composition; and (b) (b1) pantothenol, preferably dexpanthenol (D-pantothenol), or its physiologically acceptable esters, and/or (b2) pantothenic acid or its physiologically acceptable salts, wherein the composition contains the component (b) in relative amounts in the range of 0.01 to 10% by weight relative to the composition; (b1) pantothenol, preferably dexpanthenol (D-pantothenol), or its physiologically acceptable esters, and/or (b2) pantothenic acid or its physiologically acceptable salts,
Electronics module for an electric motor with electronics for the control and/or regulation of the electric motor , contained in a housing comprising a lower section and an upper section , having a first and second compartment separated from each other by a partition , wherein a first circuit board of a motor control unit to supply the electric motor is installed in the first compartment , carrying the operating voltages of a first voltage level, and a second circuit board of a system control unit is installed in the second compartment , carrying the operating voltages of a second, lower voltage level, characterised by the partition providing electrical and thermal insulation between the circuit boards and forming a separate component, and the first compartment together with the first circuit board , the partition , and the second compartment together with the second circuit board being arranged axially above each other.