mhurhangee/patent-ind-claim-en huggingface dataset:
A mask assembly comprising: an open mask provided with an opening and disposed on a frame; a unit mask disposed on the open mask, wherein the unit mask comprises a deposition portion and welding portions, deposition openings are defined on the deposition portion to overlap the opening in a plan view, and the welding portions each protrude from the deposition portion in a protrusion direction away from the deposition portion; welding protrusions respectively disposed on the welding portions; and at least one residual structure comprising: a residual welding portion separated from the unit mask; and a residual welding protrusion disposed on the residual welding portion, wherein the at least one residual structure is disposed between the welding portions. an open mask provided with an opening and disposed on a frame; a unit mask disposed on the open mask, wherein the unit mask comprises a deposition portion and welding portions, deposition openings are defined on the deposition portion to overlap the opening in a plan view, and the welding portions each protrude from the deposition portion in a protrusion direction away from the deposition portion; the unit mask comprises a deposition portion and welding portions, deposition openings are defined on the deposition portion to overlap the opening in a plan view, and the welding portions each protrude from the deposition portion in a protrusion direction away from the deposition portion; welding protrusions respectively disposed on the welding portions; and at least one residual structure comprising: a residual welding portion separated from the unit mask; and a residual welding protrusion disposed on the residual welding portion, wherein the at least one residual structure is disposed between the welding portions. a residual welding portion separated from the unit mask; and a residual welding protrusion disposed on the residual welding portion, wherein the at least one residual structure is disposed between the welding portions.
A composition comprising deoxyadenosine, deoxyguanosine, deoxycytidine, and deoxythymidine for use in the treatment of a mitochondrial DNA depletion and/or deletion syndrome, wherein the syndrome is due to a defect in the DNA polymerase subunit gamma-1 (POLG1) protein.
A delivery system for delivering a valve prosthesis to an annulus of a native valve of a heart, the native valve having chordae tendineae, the delivery system comprising: an inner shaft component having a distal segment over which the valve prosthesis is loaded in a compressed delivery configuration; an outer shaft component slidingly disposed over the distal segment of the inner shaft component for holding the valve prosthesis in the compressed delivery configuration; and characterized in the delivery system further including a displacement component configured for displacing chordae tendineae, the displacement component being at the distal portion of the valve delivery system, wherein the displacement component includes a first ring comprised of a self-expanding material and a second ring comprised of a self-expanding material, the first and second self-expanding rings being longitudinally spaced apart and coupled to each other via a plurality of sutures (3390A. 3390B). an inner shaft component having a distal segment over which the valve prosthesis is loaded in a compressed delivery configuration; an outer shaft component slidingly disposed over the distal segment of the inner shaft component for holding the valve prosthesis in the compressed delivery configuration; and characterized in the delivery system further including a displacement component configured for displacing chordae tendineae, the displacement component being at the distal portion of the valve delivery system, wherein the displacement component includes a first ring comprised of a self-expanding material and a second ring comprised of a self-expanding material, the first and second self-expanding rings being longitudinally spaced apart and coupled to each other via a plurality of sutures (3390A. 3390B).
A method of marking indicia on tab stock used to provide tabs for use with can ends, the method comprising: providing the tab stock to a tab press comprising a punch and a die , the punch comprising a set of raised features and the die comprising a respective set of recessed features such that the features cooperate to deboss said indicia on regions of the tab stock within tab forming areas that face outwardly when the tabs are attached to a can end, each of said raised and recessed features comprising surfaces that are inclined relative to a plane of the punch and the die, each of the raised features of the punch comprising a flat outer surface substantially parallel to the plane of the punch, each flat outer surface having an angular junction with one of said inclined surfaces, the inclined surfaces of the recessed features of the die have an angular junction with an outer face of the die, and characterised by said features being such that, when the press is fully closed, the spacing between respective angular junctions of the raised and recessed features is less than the thickness of the tab stock in said regions within tab forming areas. providing the tab stock to a tab press comprising a punch and a die , the punch comprising a set of raised features and the die comprising a respective set of recessed features such that the features cooperate to deboss said indicia on regions of the tab stock within tab forming areas that face outwardly when the tabs are attached to a can end, each of said raised and recessed features comprising surfaces that are inclined relative to a plane of the punch and the die, each of the raised features of the punch comprising a flat outer surface substantially parallel to the plane of the punch, each flat outer surface having an angular junction with one of said inclined surfaces, the inclined surfaces of the recessed features of the die have an angular junction with an outer face of the die, and characterised by said features being such that, when the press is fully closed, the spacing between respective angular junctions of the raised and recessed features is less than the thickness of the tab stock in said regions within tab forming areas.
Arrangement for creating a wash zone in a washing chamber of a dishwasher, said arrangement comprising: a spray arm arranged to rotate around an axis (A); a water pump arranged to feed water to the spray arm , and a support element arranged to rotatably support the spray arm in the washing chamber , whereby said support element is arranged to lock the spray arm in at least one position within the washing chamber when the pressure in the water fed from the water pump via the support element to the spray arm exceeds a predetermined level, said support element comprises a first and a second element that are rotatably arranged in relation to each other when the pressure from the water pump is below the predetermined level and locked to each other when the pressure is raised above said predetermined level, and whereby said arrangement furthermore comprises a control unit arranged to control the operation of the water pump and said control unit increases the pressure in the water fed from the water pump to the spray arm to lock the spray arm and thereby create said wash zone. a spray arm arranged to rotate around an axis (A); a water pump arranged to feed water to the spray arm , and a support element arranged to rotatably support the spray arm in the washing chamber , whereby said support element is arranged to lock the spray arm in at least one position within the washing chamber when the pressure in the water fed from the water pump via the support element to the spray arm exceeds a predetermined level, said support element comprises a first and a second element that are rotatably arranged in relation to each other when the pressure from the water pump is below the predetermined level and locked to each other when the pressure is raised above said predetermined level, and whereby said arrangement furthermore comprises a control unit arranged to control the operation of the water pump and said control unit increases the pressure in the water fed from the water pump to the spray arm to lock the spray arm and thereby create said wash zone.
A prussian blue analog having a core-shell structure, characterized by having a core and a cladding layer that clads the core, wherein the chemical formula of the core is the following Formula 1, Na x Mn[Fe(CN) 6 ] δ ·zH 2 O Formula 1 wherein 0<x≤2, 0<δ≤1, and 0≤z≤10, the chemical formula of the cladding layer is the following Formula 2, A y Mn[Fe(CN) 6 ] α ·wH 2 O Formula 2 wherein the A is an alkali metal element other than sodium, and 0<y≤2, 0<α≤1, and 0≤w≤10. the chemical formula of the core is the following Formula 1, Na x Mn[Fe(CN) 6 ] δ ·zH 2 O Formula 1 wherein 0<x≤2, 0<δ≤1, and 0≤z≤10, the chemical formula of the cladding layer is the following Formula 2, A y Mn[Fe(CN) 6 ] α ·wH 2 O Formula 2 wherein the A is an alkali metal element other than sodium, and 0<y≤2, 0<α≤1, and 0≤w≤10.
A process for the modification of the surface charge and the abatement of particulate matter contained in flue gases emitted during combustion processes, which comprises a passage of said flue gases through a reactor , in which said gases are brought into intimate contact with a water-miscible liquid polyol or with a mixture of said polyol with water, a passage of said flue gases exiting said reactor through a demister and subsequently through a further reactor , in which said flue gases are brought into intimate contact with water, wherein each one of said reactor and said further reactor is a Venturi scrubber or an inertial scrubber.
A linear edge connector assembly comprising: an electrical interface configured to receive a substrate diving board and electrically couple the substrate diving board with a conductor of a cable bundle , and a retention mechanism body coupled to the electrical interface , the retention mechanism body comprising: a bolster plate receiving groove to receive a protrusion on a bolster plate mechanically connected to the substrate diving board, and a bolster plate receiving indentation to receive the bolster plate protrusion. an electrical interface configured to receive a substrate diving board and electrically couple the substrate diving board with a conductor of a cable bundle , and a retention mechanism body coupled to the electrical interface , the retention mechanism body comprising: a bolster plate receiving groove to receive a protrusion on a bolster plate mechanically connected to the substrate diving board, and a bolster plate receiving indentation to receive the bolster plate protrusion. a bolster plate receiving groove to receive a protrusion on a bolster plate mechanically connected to the substrate diving board, and a bolster plate receiving indentation to receive the bolster plate protrusion.
A process for producing nitric acid wherein a gaseous oxidiser feed composed at least substantially of ammonia, steam and an oxidising gas containing more than 80% (v/v) oxygen is exposed to conditions whereby the ammonia is oxidised to produce a reaction mixture including nitrogen monoxide and water vapour, and the reaction mixture is then cooled to below the dew point of the reaction mixture in a heat exchanger whereby: a) the nitrogen monoxide is oxidised and the water vapour is caused to condense, b) the products of the nitrogen monoxide oxidation react with and are absorbed by the condensed water to produce the nitric acid, c) such that at least 95% of the nitrogen monoxide that is present in the reaction mixture to be cooled in the heat exchanger is converted to nitric acid, wherein nitric acid having a concentration in the range of 20% to 40% (w/w) is obtained. a) the nitrogen monoxide is oxidised and the water vapour is caused to condense, b) the products of the nitrogen monoxide oxidation react with and are absorbed by the condensed water to produce the nitric acid, c) such that at least 95% of the nitrogen monoxide that is present in the reaction mixture to be cooled in the heat exchanger is converted to nitric acid,
A display apparatus comprising: a substrate comprising a bending region (BA) between a first region and a second region , the bending region (BA) being configured to be bent about a bending axis (BAX); a display unit on the substrate ; a first wiring unit at the bending region (BA), the first wiring unit comprising a first bending portion (310, 310', 310", 310′′′) having a plurality of first holes (310h, 310h', 310h", 310h′′′) and comprising a data line configured to provide a data signal to the display unit ; a second wiring unit at the bending region (BA) and spaced apart from the first wiring unit , the second wiring unit comprising a second bending portion (410, 410', 410") having a different shape from the first bending portion (310, 310', 310", 310′′′) and comprising a power line configured to supply driving power to the display unit ; and a first pad unit and a second pad unit on one end of the substrate ; wherein one side of the first wiring unit is connected to the first pad unit , and the other side of the first wiring unit is connected to the display unit , and one side of the second wiring unit is connected to the second pad unit , and the other side of the second wiring unit is connected to the display unit , wherein, when an identical current is applied to the first wiring unit and the second wiring unit , the first wiring unit has a first resistance value and the second wiring unit has a second resistance value that is less than the first resistance value. a substrate comprising a bending region (BA) between a first region and a second region , the bending region (BA) being configured to be bent about a bending axis (BAX); a display unit on the substrate ; a first wiring unit at the bending region (BA), the first wiring unit comprising a first bending portion (310, 310', 310", 310′′′) having a plurality of first holes (310h, 310h', 310h", 310h′′′) and comprising a data line configured to provide a data signal to the display unit ; a second wiring unit at the bending region (BA) and spaced apart from the first wiring unit , the second wiring unit comprising a second bending portion (410, 410', 410") having a different shape from the first bending portion (310, 310', 310", 310′′′) and comprising a power line configured to supply driving power to the display unit ; and a first pad unit and a second pad unit on one end of the substrate ; wherein one side of the first wiring unit is connected to the first pad unit , and the other side of the first wiring unit is connected to the display unit , and one side of the second wiring unit is connected to the second pad unit , and the other side of the second wiring unit is connected to the display unit , wherein, when an identical current is applied to the first wiring unit and the second wiring unit , the first wiring unit has a first resistance value and the second wiring unit has a second resistance value that is less than the first resistance value.
An apparatus in combination with a structure , the apparatus P being configured for relaxing the strain in said structure , the structure having a central axis, a front surface and a back surface which are perpendicular to the central axis, a peripheral edge extending from the front surface to the back surface, and a groove in the back surface adjacent the peripheral edge, the structure being a heterostructure comprising a substrate, a surface layer disposed on the substrate, an interface between the substrate and the surface layer, and a dislocation source layer in the substrate, the apparatus comprising: a structure holder including: a planar back plate having an annular boss sized and shaped to be received in the groove in the back surface of the structure, the boss being movable to compress the structure , wherein the apparatus is configured to activate the dislocation source layer to form dislocations and glide dislocations from the dislocation source layer towards the interface between the substrate and the surface layer, and is configured to grip the structure to allow the structure to be compressed and to relax the structure.
A device for detecting cerebral microbleeds using magnetic resonance images, comprising: a preprocessing unit adapted to normalize an SWI image and a phase image, respectively, of the magnetic resonance images, and to perform phase image conversion for inverting a code of the normalized phase image; a YOLO neural network module that is adapted to receive a two-channel image in which the preprocessed SWI image and phase image are concatenated and to detect a plurality of candidate regions for the cerebral microbleeds; and a cerebral microbleeds determination neural network module that is adapted to receive patch images of the candidate regions of the SWI image and phase image based on the plurality of candidate regions and to determine whether the patch images of each candidate region are an image with a symptom of the cerebral microbleeds through a neural network operation. a preprocessing unit adapted to normalize an SWI image and a phase image, respectively, of the magnetic resonance images, and to perform phase image conversion for inverting a code of the normalized phase image; a YOLO neural network module that is adapted to receive a two-channel image in which the preprocessed SWI image and phase image are concatenated and to detect a plurality of candidate regions for the cerebral microbleeds; and a cerebral microbleeds determination neural network module that is adapted to receive patch images of the candidate regions of the SWI image and phase image based on the plurality of candidate regions and to determine whether the patch images of each candidate region are an image with a symptom of the cerebral microbleeds through a neural network operation.
An apparatus comprising: a photonic integrated circuit PIC , the PIC having at least one grating coupler disposed thereon; an optical bench ; an optical system disposed on a top surface of the optical bench ; an integrated heater at an upper surface of the PIC under the optical bench or at a bottom surface of the optical bench over the PIC ; and a layer of solder disposed between the PIC and the optical bench for coupling the bottom surface of the optical bench to the PIC , wherein the layer of solder is in thermal communication with the integrated heater . a photonic integrated circuit PIC , the PIC having at least one grating coupler disposed thereon; an optical bench ; an optical system disposed on a top surface of the optical bench ; an integrated heater at an upper surface of the PIC under the optical bench or at a bottom surface of the optical bench over the PIC ; and a layer of solder disposed between the PIC and the optical bench for coupling the bottom surface of the optical bench to the PIC , wherein the layer of solder is in thermal communication with the integrated heater .
Ski binding with two binding jaws, a mechanically releasable front jaw and a mechanically releasable heel jaw , wherein one of the two binding jaws can be arranged on the ski so as to be slidably displaceable in the longitudinal direction of the ski, wherein the slidably arranged binding jaw can be firmly connected to a connecting element which is operatively connected via an actuating element to an electronically controllable release unit located between the two binding jaws and fixed relative to the non-sliding binding jaw, wherein the actuating element is held within the release unit by a blocking device in the ready-to-use state of the ski binding, which, when electronically released, releases the actuating element together with the connecting element for displacement of the binding jaw while increasing the mutual distance between the two binding jaws, characterized in that the connecting element is designed to be elongated and band-shaped overall, wherein the actuating element can be positioned in different longitudinal positions relative to the connecting element .
A golf swing evaluation system, comprising: a golfer positioning system for providing information regarding an initial stance location with respect to at least one of an initial ball launch location or a target initial ball flight direction; a first sensor system provided at a first location for detecting golf swing dynamics information generated during golf swings; a second sensor system provided at the first location for detecting ball flight information when golf balls are hit; a transmission system for transmitting data to a swing analysis system provided at a location remote from the first location, the data transmitted by the transmission system corresponding to or being derived from the information collected by the first and second sensor systems (102a, 806; 102b, 810); and an output system for providing golf swing feedback or analysis information at the first location, wherein at least some of the golf swing feedback or analysis information provided at the first location is generated by the swing analysis system or derived from data generated by the swing analysis system , characterized in that the golf swing dynamics information generated is at least foot force exertion or foot pressure by both feet throughout the golf swing; wherein the first sensor system comprises a toe oriented sensor and a heel oriented sensor in each of two golf shoes worn by the golfer;wherein the foot pressure exerted by both feet is correlated to the timing of various portions of the swing including at least the start of the backswing, the top of the backswing, ball contact, and the end of the swing. a golfer positioning system for providing information regarding an initial stance location with respect to at least one of an initial ball launch location or a target initial ball flight direction; a first sensor system provided at a first location for detecting golf swing dynamics information generated during golf swings; a second sensor system provided at the first location for detecting ball flight information when golf balls are hit; a transmission system for transmitting data to a swing analysis system provided at a location remote from the first location, the data transmitted by the transmission system corresponding to or being derived from the information collected by the first and second sensor systems (102a, 806; 102b, 810); and an output system for providing golf swing feedback or analysis information at the first location, wherein at least some of the golf swing feedback or analysis information provided at the first location is generated by the swing analysis system or derived from data generated by the swing analysis system , characterized in that the golf swing dynamics information generated is at least foot force exertion or foot pressure by both feet throughout the golf swing; wherein the first sensor system comprises a toe oriented sensor and a heel oriented sensor in each of two golf shoes worn by the golfer;wherein the foot pressure exerted by both feet is correlated to the timing of various portions of the swing including at least the start of the backswing, the top of the backswing, ball contact, and the end of the swing.