mhurhangee/patent-ind-claim-en huggingface dataset:
A head mounted device configured to be mounted on a head portion of a user when used, the head mounted device comprising: display means for displaying an image to the user; mount means for mounting the display means on the head portion of the user; and a holding member (260; 360; 440, 460, 470; 540, 560, 570; 640, 660, 670; 740, 760, 770) provided to the mount means and configured to hold the head portion of the user with respect to the mount means , the holding member including a forehead holding member (240; 340; 440; 540; 640; 740) and temporal portion holding members (260; 360; 460; 560; 660; 760), wherein the holding member includes an elastic member (P1) and a packaging member (P3) enclosing the elastic member (P1), wherein the packaging member (P3) is substantially impermeable to air, characterized in that : an air escape hole (261; 361; 441, 461, 462, 471; 541, 561, 562, 571; 641, 661, 671; 741, 761, 771) is formed in the packaging member (P3), wherein the escape hole is formed in the forehead holding member (640; 740) and in the temporal portion holding members (660; 760), and wherein an area of the escape hole (661; 761) formed in the respective temporal portion holding members (660; 760) is larger than an area of the escape hole (641; 741) formed in the forehead holding member (640; 740). display means for displaying an image to the user; mount means for mounting the display means on the head portion of the user; and a holding member (260; 360; 440, 460, 470; 540, 560, 570; 640, 660, 670; 740, 760, 770) provided to the mount means and configured to hold the head portion of the user with respect to the mount means , the holding member including a forehead holding member (240; 340; 440; 540; 640; 740) and temporal portion holding members (260; 360; 460; 560; 660; 760), wherein the holding member includes an elastic member (P1) and a packaging member (P3) enclosing the elastic member (P1), wherein the packaging member (P3) is substantially impermeable to air, characterized in that : an air escape hole (261; 361; 441, 461, 462, 471; 541, 561, 562, 571; 641, 661, 671; 741, 761, 771) is formed in the packaging member (P3), wherein the escape hole is formed in the forehead holding member (640; 740) and in the temporal portion holding members (660; 760), and wherein an area of the escape hole (661; 761) formed in the respective temporal portion holding members (660; 760) is larger than an area of the escape hole (641; 741) formed in the forehead holding member (640; 740). an air escape hole (261; 361; 441, 461, 462, 471; 541, 561, 562, 571; 641, 661, 671; 741, 761, 771) is formed in the packaging member (P3), wherein the escape hole is formed in the forehead holding member (640; 740) and in the temporal portion holding members (660; 760), and wherein an area of the escape hole (661; 761) formed in the respective temporal portion holding members (660; 760) is larger than an area of the escape hole (641; 741) formed in the forehead holding member (640; 740).
An apparatus for generating a tiled three-dimensional image representation of a scene, the apparatus comprising: a receiver for receiving a tiled three-dimensional image representation of a scene from a first viewpoint, the tiled three-dimensional image representation comprising a plurality of interconnected tiles, each tile comprising a depth map and a texture map representing a viewport of the scene from the first viewpoint and the tiles forming a tiling pattern; characterized in that the apparatus further comprises: a first processor for determining neighboring border regions in at least a first tile and in a second tile in response to the tiling pattern, the first tile and the second tile being neighboring tiles; a second processor for modifying at least a first depth value of a first border region of the first tile in response to at least a second depth value in a second border region of the second tile such that a difference between the first depth value and the second depth value is reduced for at least some values of the first depth value and the second depth value, the first border region and the second border region being neighboring border regions. a receiver for receiving a tiled three-dimensional image representation of a scene from a first viewpoint, the tiled three-dimensional image representation comprising a plurality of interconnected tiles, each tile comprising a depth map and a texture map representing a viewport of the scene from the first viewpoint and the tiles forming a tiling pattern; characterized in that the apparatus further comprises: a first processor for determining neighboring border regions in at least a first tile and in a second tile in response to the tiling pattern, the first tile and the second tile being neighboring tiles; a second processor for modifying at least a first depth value of a first border region of the first tile in response to at least a second depth value in a second border region of the second tile such that a difference between the first depth value and the second depth value is reduced for at least some values of the first depth value and the second depth value, the first border region and the second border region being neighboring border regions. a first processor for determining neighboring border regions in at least a first tile and in a second tile in response to the tiling pattern, the first tile and the second tile being neighboring tiles; a second processor for modifying at least a first depth value of a first border region of the first tile in response to at least a second depth value in a second border region of the second tile such that a difference between the first depth value and the second depth value is reduced for at least some values of the first depth value and the second depth value, the first border region and the second border region being neighboring border regions.
An information processing program which is executed by a computer of an information processing apparatus for displaying an image of a predetermined object in a virtual space taken by a virtual camera, the information processing program causing the computer to function as: determination coordinate setting means for setting at least one determination coordinate near the virtual camera; dummy camera placing means (S1) for placing at least one dummy camera object at a position indicated by the determination coordinate; collision determination means (S2, S3) for determining, for the virtual camera and the at least one dummy camera, whether or not at least one of the virtual camera and the at least one dummy camera are in a collision state with an obstacle object which is an object other than the predetermined object; and detouring means (S4, S7) for, when the collision determination means (S2, S3) has determined that at least one of the virtual camera and the at least one dummy camera are in a collision state with the obstacle object, moving the virtual camera upwards by rotating the virtual camera around the predetermined object to an avoidance position , wherein the avoidance position is a position that causes the obstacle object not to be included in an imaging range of the virtual camera. determination coordinate setting means for setting at least one determination coordinate near the virtual camera; dummy camera placing means (S1) for placing at least one dummy camera object at a position indicated by the determination coordinate; collision determination means (S2, S3) for determining, for the virtual camera and the at least one dummy camera, whether or not at least one of the virtual camera and the at least one dummy camera are in a collision state with an obstacle object which is an object other than the predetermined object; and detouring means (S4, S7) for, when the collision determination means (S2, S3) has determined that at least one of the virtual camera and the at least one dummy camera are in a collision state with the obstacle object, moving the virtual camera upwards by rotating the virtual camera around the predetermined object to an avoidance position , wherein the avoidance position is a position that causes the obstacle object not to be included in an imaging range of the virtual camera.
A method for characterizing power quality events in an electrical system including a plurality of intelligent electronic devices "IEDs" , the method comprising: processing electrical measurement data from or derived from energy-related signals captured by at least one first IED of the plurality of IEDs to identify a power quality event at a first point of installation of the at least one first IED in the electrical system, and to determine a time of occurrence of the power quality event at the first point of installation; and determining an impact of the power quality event at a second point of installation in the electrical system based on an evaluation of electrical measurement data from or derived from energy-related signals captured by at least one second IED of the plurality of IEDs proximate to the determined time of occurrence of the power quality event at the first point of installation, wherein the at least one second IED is installed at the second point of installation, and the second point of installation is different from the first point of installation, wherein the energy-related signals may include at least one of: voltage, current, energy, active power, apparent power, reactive power, harmonic voltages, harmonic currents, total voltage harmonic distortion, total current harmonic distortion, harmonic power, individual phase currents, three-phase currents, phase voltages, and line voltages, characterized in that the method further comprises: indicating the impact of the power quality event at the second point of installation on a dynamic tolerance curve associated with one or more loads monitored by the at least one second IED , wherein the dynamic tolerance curve characterizes a response of the loads to power quality events, and an impact of the power quality events on all or part of the electrical system. processing electrical measurement data from or derived from energy-related signals captured by at least one first IED of the plurality of IEDs to identify a power quality event at a first point of installation of the at least one first IED in the electrical system, and to determine a time of occurrence of the power quality event at the first point of installation; and determining an impact of the power quality event at a second point of installation in the electrical system based on an evaluation of electrical measurement data from or derived from energy-related signals captured by at least one second IED of the plurality of IEDs proximate to the determined time of occurrence of the power quality event at the first point of installation, wherein the at least one second IED is installed at the second point of installation, and the second point of installation is different from the first point of installation,
Device for heating food products, including a housing, a first heating plate and a second heating plate, wherein the first heating plate is arranged in a first position parallel to the second heating plate, wherein the first heating plate is able to be pivoted from the first position into a second position and vice versa, wherein the first heating plate and the second heating plate are in each case configured to be heated and to heat a food product in direct contact, wherein the device includes a ventilation means and air ducts, wherein the ventilation means is arranged on the housing and is configured to suction air from outside the device and to blow it into the air ducts, and wherein the air ducts are configured to guide the air from the ventilation means to the first heating plate , characterised in that the first heating plate includes air passages , wherein the air passages are configured to guide air from the air ducts between the first plate in the first position and the second heating plate.
A fluid solids contacting device for fluid bed systems in a propane dehydrogenation process, the device comprising: a vessel ; a first grid assembly section which comprises a plurality of horizontal chords spaced horizontally apart from each other and a plurality of grid platforms inserted between the horizontal chords ; wherein each horizontal chord comprises a structural member and each grid platform is attached to one or more horizontal chords in a manner to prevent upward movement of the grid platform ; a plurality of chairs attached directly or indirectly to an inside surface of the vessel and spaced circumferentially apart to support the structural member; wherein each structural member is supported on one or more of the plurality of chairs ; and wherein: the structural member comprises a bottom plate , a center plate extending upwardly from a centerline of the bottom plate and capped by a top plate and wherein the grid platforms are supported on the bottom plates and/or the top plates ; each chair comprises a ledge attached to a plate and the plate is directly attached to the interior surface of the metal vessel , each chair further comprising two side rails extending upward from either side of the ledge , the two side rails and the ledge forming a channel to support an end of the horizontal chord . a vessel ; a first grid assembly section which comprises a plurality of horizontal chords spaced horizontally apart from each other and a plurality of grid platforms inserted between the horizontal chords ; wherein each horizontal chord comprises a structural member and each grid platform is attached to one or more horizontal chords in a manner to prevent upward movement of the grid platform ; a plurality of chairs attached directly or indirectly to an inside surface of the vessel and spaced circumferentially apart to support the structural member; wherein each structural member is supported on one or more of the plurality of chairs ; and the structural member comprises a bottom plate , a center plate extending upwardly from a centerline of the bottom plate and capped by a top plate and wherein the grid platforms are supported on the bottom plates and/or the top plates ; each chair comprises a ledge attached to a plate and the plate is directly attached to the interior surface of the metal vessel , each chair further comprising two side rails extending upward from either side of the ledge , the two side rails and the ledge forming a channel to support an end of the horizontal chord .
A method of coating a component having a multiple of cooling holes comprising: providing a component having flow path surfaces that are coated with a thermal barrier coating including a bond coat and a top coat ; removing at least a portion of the thermal barrier coating that includes the bond coat and the top coat , the removing of the portion of the thermal barrier coating comprising removing all layers of the top coat and one or more layers of the bond coat in a repair area; reapply the removed one or more layers of the bond coat to bring a thickness of the bond coat to specification; cleaning and preparing a surface of the bond coat to receive the top coat ; positioning the component to receive a gas through the multiple of cooling holes ; directing the gas out of the component through the multiple of cooling holes ; reapplying the layers of the top coat with a spray system while directing the gas out of the component through the multiple of cooling holes ; and finish drilling the multiple of cooling holes , wherein the gas being directed out of the component through the multiple of cooling holes is air at a pressure between 100-200 psi (1psi = 6.9 kPa). providing a component having flow path surfaces that are coated with a thermal barrier coating including a bond coat and a top coat ; removing at least a portion of the thermal barrier coating that includes the bond coat and the top coat , the removing of the portion of the thermal barrier coating comprising removing all layers of the top coat and one or more layers of the bond coat in a repair area; reapply the removed one or more layers of the bond coat to bring a thickness of the bond coat to specification; cleaning and preparing a surface of the bond coat to receive the top coat ; positioning the component to receive a gas through the multiple of cooling holes ; directing the gas out of the component through the multiple of cooling holes ; reapplying the layers of the top coat with a spray system while directing the gas out of the component through the multiple of cooling holes ; and finish drilling the multiple of cooling holes , wherein the gas being directed out of the component through the multiple of cooling holes is air at a pressure between 100-200 psi (1psi = 6.9 kPa).
A drier composition for an autoxidizable alkyd based coating composition, comprising: a) at least one Fe complex comprising Fe and at least one nitrogen donor ligand, wherein said at least nitrogen donor ligand is selected from the group comprising tridentate, tetradentate, pentadentate and hexadentate nitrogen donor ligands; b) at least one metal salt of a carboxylic acid, wherein the metal is selected from the group comprising: Mn, Ce, V, and Cu; and c) at least one ligand comprising at least one moiety selected from the group comprising 1,4,7-tri-azacyclononanyl, 2,2'-bipyridyl, 1,10-phenantrolinyl, imidazolyl, pyrazolyl, porphyrinyl, aliphatic, cycloaliphatic, and aromatic amines. a) at least one Fe complex comprising Fe and at least one nitrogen donor ligand, wherein said at least nitrogen donor ligand is selected from the group comprising tridentate, tetradentate, pentadentate and hexadentate nitrogen donor ligands; b) at least one metal salt of a carboxylic acid, wherein the metal is selected from the group comprising: Mn, Ce, V, and Cu; and c) at least one ligand comprising at least one moiety selected from the group comprising 1,4,7-tri-azacyclononanyl, 2,2'-bipyridyl, 1,10-phenantrolinyl, imidazolyl, pyrazolyl, porphyrinyl, aliphatic, cycloaliphatic, and aromatic amines.
A patient interface comprising: a body adapted to form a seal with a user's face, the body comprising: an inner layer ; an outer layer ; and an insulation space defined by a space between the inner layer and outer layer ; and a coupling for fluid connection to a gas delivery system; characterised in that the insulation space is sealed from an interior and an exterior of the patient interface and wherein the insulation space is at least a partial vacuum. a body adapted to form a seal with a user's face, the body comprising: an inner layer ; an outer layer ; and an insulation space defined by a space between the inner layer and outer layer ; and an inner layer ; an outer layer ; and an insulation space defined by a space between the inner layer and outer layer ; and a coupling for fluid connection to a gas delivery system; characterised in that the insulation space is sealed from an interior and an exterior of the patient interface and wherein the insulation space is at least a partial vacuum.
Optical assembly comprising a circuit board comprising a first side , a second side , and at least one hole that extends through the circuit board , a photonic chip having a front side and a back side , the front side of the photonic chip being mounted on the first side of the circuit board and electrically connected to at least one electrical conductor of the circuit board , at least one component being mounted on the front side of the photonic chip opposite the hole and protruding from the front side of the photonic chip into the hole or through the hole , and a wave-guiding element that is located on the second side of the circuit board and optically coupled to the photonic chip through said hole , wherein said at least one component is a radiation emitter, wherein the optical assembly comprises a first heat sink mounted to the back side of the photonic chip and a second heat sink mounted on said radiation emitter, wherein the optical assembly further comprises a housing having a first wall that faces the first side of the circuit board and therefore the back side of the photonic chip , and a second wall that faces the second side of the circuit board , wherein the first heat sink is coupled to the first wall and the second heat sink is coupled to the second wall , and wherein heat generated by and/or passing the radiation emitter flows through the hole and the second heat sink towards the second wall . a circuit board comprising a first side , a second side , and at least one hole that extends through the circuit board , a photonic chip having a front side and a back side , the front side of the photonic chip being mounted on the first side of the circuit board and electrically connected to at least one electrical conductor of the circuit board , at least one component being mounted on the front side of the photonic chip opposite the hole and protruding from the front side of the photonic chip into the hole or through the hole , and a wave-guiding element that is located on the second side of the circuit board and optically coupled to the photonic chip through said hole , wherein said at least one component is a radiation emitter, wherein the optical assembly comprises a first heat sink mounted to the back side of the photonic chip and a second heat sink mounted on said radiation emitter, wherein the optical assembly further comprises a housing having a first wall that faces the first side of the circuit board and therefore the back side of the photonic chip , and a second wall that faces the second side of the circuit board , wherein the first heat sink is coupled to the first wall and the second heat sink is coupled to the second wall , and wherein heat generated by and/or passing the radiation emitter flows through the hole and the second heat sink towards the second wall .
A piezoelectric device comprising: a substrate ; a bonding layer comprising titanium; a lower electrode comprising platinum; a piezoelectric thin film ; and an upper electrode , wherein the bonding layer , the lower electrode , the piezoelectric thin film , and the upper electrode are formed in this order on the substrate , wherein titanium from the bonding layer forms a precipitate on the lower electrode ; characterized in that the platinum that forms the lower electrode has a crystal grain size of 75 nm to 150 nm, preferably of 90 nm to 130 nm; wherein the piezoelectric device has a thickness ratio t1/t2 of 1/17 to 1/8, wherein t1 represents the thickness (nm) of the bonding layer , and t2 represents the thickness (nm) of the lower electrode . a substrate ; a bonding layer comprising titanium; a lower electrode comprising platinum; a piezoelectric thin film ; and an upper electrode , wherein the bonding layer , the lower electrode , the piezoelectric thin film , and the upper electrode are formed in this order on the substrate , wherein titanium from the bonding layer forms a precipitate on the lower electrode ; characterized in that the platinum that forms the lower electrode has a crystal grain size of 75 nm to 150 nm, preferably of 90 nm to 130 nm; wherein the piezoelectric device has a thickness ratio t1/t2 of 1/17 to 1/8, wherein t1 represents the thickness (nm) of the bonding layer , and t2 represents the thickness (nm) of the lower electrode .
A curable composition comprising: an alkenyl phenol A, an epoxy-modified silicone B, and an epoxy compound C other than the epoxy-modified silicone B, wherein the average number of phenolic groups per molecule of the alkenyl phenol A is 1 or larger and less than 3, the average number of epoxy groups per molecule of the epoxy-modified silicone B is 1 or larger and less than 3, and the average number of epoxy groups per molecule of the epoxy compound C is 1 or larger and less than 3.