mhurhangee/ep-ind-claims huggingface dataset:
A method of making a window unit, the method comprising: a) depositing a solar management coating on at least one of a first glass substrate and/or a second glass substrate, the solar management coating comprising at least one layer for blocking at least some IR radiation; b) coupling the first substrate and the second substrate to one another so that the solar management coating is on a surface facing a gap provided between the first and second glass substrates; and c) depositing via chemical vapor deposition a layer comprising silicon oxide on an exterior surface of the first substrate, wherein the chemical vapor deposition comprises a process of converting silicon tetrachloride into silicon oxide in the presence of H 2 O, wherein the layer comprising silicon oxide forms a hydrophilic surface having a contact angle θ less than or equal to about 20 degrees, and wherein the layer comprising silicon oxide has a refractive index (n) of from about 1.4 to 1.6. a) depositing a solar management coating on at least one of a first glass substrate and/or a second glass substrate, the solar management coating comprising at least one layer for blocking at least some IR radiation; b) coupling the first substrate and the second substrate to one another so that the solar management coating is on a surface facing a gap provided between the first and second glass substrates; and c) depositing via chemical vapor deposition a layer comprising silicon oxide on an exterior surface of the first substrate, wherein the chemical vapor deposition comprises a process of converting silicon tetrachloride into silicon oxide in the presence of H 2 O, wherein the layer comprising silicon oxide forms a hydrophilic surface having a contact angle θ less than or equal to about 20 degrees, and wherein the layer comprising silicon oxide has a refractive index (n) of from about 1.4 to 1.6.
Use of an ultrasonic wave-dissipation block in an ultrasonic probe, the ultrasonic wave-dissipation block comprising: a base body including a side wall in which an accommodation space is formed; and an ultrasonic reflector that is disposed in the accommodation space of the base body and adapted to reflect ultrasonic waves introduced from an outside of the base body onto the ultrasonic reflector in a direction toward an inner surface of the side wall of the base body, characterized in that diffraction slits for diffracting the ultrasonic waves are formed on the side wall of the base body. a base body including a side wall in which an accommodation space is formed; and an ultrasonic reflector that is disposed in the accommodation space of the base body and adapted to reflect ultrasonic waves introduced from an outside of the base body onto the ultrasonic reflector in a direction toward an inner surface of the side wall of the base body, characterized in that diffraction slits for diffracting the ultrasonic waves are formed on the side wall of the base body.
A method of decoding audio, the method comprising: receiving an audio bitstream comprising packets; decoding a type of a packet among the packets; obtaining system data and information indicating a type of a system engine from the packet, if the type of the packet indicates system metadata; transmitting the obtained system data to the system engine having the type indicated by the information indicating the type of the system engine for processing the system data, if the information indicating the type of the system engine has a value which indicates that the type of the system engine is defined in the packet; and discarding the obtained system data, if the information indicating the type of the system engine has a value which indicates that the type of the system engine is not defined in the packet, wherein the audio bitstream is an MPEG-H 3D audio stream, MHAS, and wherein the system data is at least one of a dynamic adaptive streaming over HTTP, DASH, media presentation description and a MPEG media transport, MMT, signaling message. receiving an audio bitstream comprising packets; decoding a type of a packet among the packets; obtaining system data and information indicating a type of a system engine from the packet, if the type of the packet indicates system metadata; transmitting the obtained system data to the system engine having the type indicated by the information indicating the type of the system engine for processing the system data, if the information indicating the type of the system engine has a value which indicates that the type of the system engine is defined in the packet; and discarding the obtained system data, if the information indicating the type of the system engine has a value which indicates that the type of the system engine is not defined in the packet, wherein the audio bitstream is an MPEG-H 3D audio stream, MHAS, and wherein the system data is at least one of a dynamic adaptive streaming over HTTP, DASH, media presentation description and a MPEG media transport, MMT, signaling message.
An active protection system comprising an interception device (113b-113e), the active protection system being mounted on a first vehicle, the active protection system being configured for protecting assets from incoming missiles, the active protection system comprising autonomous positioning means configured to obtain positions of said assets and to autonomously position said first vehicle, in relation to said assets and an expected threat, characterized in that said autonomous positioning means are configured for autonomously positioning said first vehicle by causing said first vehicle to move to a location optimal for protecting said assets.
Cooking appliance having a steam cooking function, comprising a cooking chamber which is designed to accommodate food to be prepared, the cooking chamber being substantially enclosed by a housing, comprising a steam source which is designed to generate steam for preparing the food, and comprising at least one steam inlet element which is designed and arranged to guide at least some of the steam from the steam source through the housing into the cooking chamber, the steam inlet element has an opening element which is arranged at least partially in the interior of the cooking chamber, at least the portion of the opening element arranged in the cooking chamber being made of metal, preferably of stainless steel, the opening element having at least one through-opening which is designed to guide steam from the steam source through the housing into the cooking chamber, characterised in that the steam inlet element has a receiving element which receives and holds the opening element, the receiving element being arranged at least substantially, preferably completely, outside the cooking chamber, the receiving element has at least one through-opening which is designed to supply steam from the steam source to the opening element, the through-opening being tapered towards the opening element and the receiving element being connected to at least one steam line. comprising a cooking chamber which is designed to accommodate food to be prepared, the cooking chamber being substantially enclosed by a housing, comprising a steam source which is designed to generate steam for preparing the food, and comprising at least one steam inlet element which is designed and arranged to guide at least some of the steam from the steam source through the housing into the cooking chamber, the steam inlet element has an opening element which is arranged at least partially in the interior of the cooking chamber, at least the portion of the opening element arranged in the cooking chamber being made of metal, preferably of stainless steel, the opening element having at least one through-opening which is designed to guide steam from the steam source through the housing into the cooking chamber, characterised in that the steam inlet element has a receiving element which receives and holds the opening element, the receiving element being arranged at least substantially, preferably completely, outside the cooking chamber, the receiving element has at least one through-opening which is designed to supply steam from the steam source to the opening element, the through-opening being tapered towards the opening element and the receiving element being connected to at least one steam line.
A filter device for filtering drinking water, comprising a connection device on which a receiving part for connection of a filter cartridge is pivotably mounted, wherein the receiving part has a wall which is at least sectionally of rotationally symmetrical form and which forms a convex sliding surface at which inflow and return channels (16, 17) for the drinking water to be filtered open out, the inflow and return channels leading to a filter connection formed in the receiving part, wherein the wall bears sealingly against an inner wall, curved coaxially with respect thereto at least sectionally, of the connection device, and connection openings for an inflow and return of the drinking water to be filtered open out at the inner wall, and wherein the receiving part can be pivoted into a working position, in which the mouths of the inflow and return channels (16, 17) lie sealingly over the associated connection openings in the inner wall of the connection device, and into a changeover position, in which the filter cartridge can be removed from the receiving part or can be inserted into a connection opening of the filter connection in the receiving part and the wall of the receiving part sealingly closes off at least the connection opening for the inflow of the drinking water to be filtered. wherein the receiving part has a wall which is at least sectionally of rotationally symmetrical form and which forms a convex sliding surface at which inflow and return channels (16, 17) for the drinking water to be filtered open out, the inflow and return channels leading to a filter connection formed in the receiving part, wherein the wall bears sealingly against an inner wall, curved coaxially with respect thereto at least sectionally, of the connection device, and connection openings for an inflow and return of the drinking water to be filtered open out at the inner wall, and wherein the receiving part can be pivoted into a working position, in which the mouths of the inflow and return channels (16, 17) lie sealingly over the associated connection openings in the inner wall of the connection device, and into a changeover position, in which the filter cartridge can be removed from the receiving part or can be inserted into a connection opening of the filter connection in the receiving part and the wall of the receiving part sealingly closes off at least the connection opening for the inflow of the drinking water to be filtered.
Cushion mat for integration into an automotive seat, comprising: a. a set of metal wire springs; b. plastic connectors, connecting the wire springs with each other to form a cushion mat; and c. at least one pressure sensor directly connected to one of the plastic connectors for providing a seat occupation signal, wherein d. at least one of the plastic connectors comprises an assembly area for the at least one pressure sensor; wherein e. each pressure sensor is a switch that turns on when the load applied to the switch exceeds a predetermined value; and wherein f. the switch is directly fixed only to the assembly area of the plastic connector in the B-plane of the seat between the cushion mat and a foam cushion. a. a set of metal wire springs; b. plastic connectors, connecting the wire springs with each other to form a cushion mat; and c. at least one pressure sensor directly connected to one of the plastic connectors for providing a seat occupation signal, wherein d. at least one of the plastic connectors comprises an assembly area for the at least one pressure sensor; wherein e. each pressure sensor is a switch that turns on when the load applied to the switch exceeds a predetermined value; and wherein f. the switch is directly fixed only to the assembly area of the plastic connector in the B-plane of the seat between the cushion mat and a foam cushion.
A method of refueling an aircraft during flight comprising: positioning a first aircraft behind a second aircraft; deploying a refueling boom from the second aircraft, the refueling boom comprising a pair of ruddevators having a raked wingtip, a chine and a trailing edge, the chine being located on the wingtip approximate to the center of the wingtip from the leading edge extending to the trailing edge of the airfoil, wherein the chine located on the wingtip produces a vortex along a surface of the airfoil proximate to the edge of the wingtip. controlling the position of the refueling boom by manipulating the position of the pair of ruddevators; and positioning the refueling boom into a receptacle in the first aircraft to provide a continuous transfer of fuel from the second aircraft to the first aircraft. positioning a first aircraft behind a second aircraft; deploying a refueling boom from the second aircraft, the refueling boom comprising a pair of ruddevators having a raked wingtip, a chine and a trailing edge, the chine being located on the wingtip approximate to the center of the wingtip from the leading edge extending to the trailing edge of the airfoil, wherein the chine located on the wingtip produces a vortex along a surface of the airfoil proximate to the edge of the wingtip. controlling the position of the refueling boom by manipulating the position of the pair of ruddevators; and positioning the refueling boom into a receptacle in the first aircraft to provide a continuous transfer of fuel from the second aircraft to the first aircraft.
A compound of formula including tautomeric forms, enantiomeric forms, diastereoisomeric forms, and racemic forms thereof; or a pharmaceutically acceptable salt thereof; for use in the treatment of an arthritic disease, wherein said compound is to be administered with methotrexate. racemic forms thereof; or a pharmaceutically acceptable salt thereof; for use in the treatment of an arthritic disease, wherein said compound is to be administered with methotrexate.
A high temperature component having calcium magnesium aluminosilicate (CMAS) mitigation capability comprising: at least one of a CMC or monolithic ceramic component and an environmental barrier coating provided on the CMC or monolithic ceramic component, the environmental barrier coating including: a bond coat layer adjacent the component; an optional silica layer adjacent the bond coat layer; at least one transition layer adjacent the underlying one of the bond coat layer and the optional silica layer; an optional outer layer; and a CMAS mitigation layer (20, 120) adjacent the underlying one of the transition layer and the optional outer layer, wherein the CMAS mitigation layer is either an integrated CMAS mitigation layer or a separate CMAS mitigation layer, characterized in that, when the CMAS mitigation layer is an integrated CMAS mitigation layer, the integrated CMAS mitigation layer comprises barium strontium aluminosilicate (BSAS) and a CMAS mitigation composition consisting of cordierite; and when the CMAS mitigation layer is a separate CMAS mitigation layer, the separate CMAS mitigation layer comprises a CMAS mitigation composition consisting of cordierite. a bond coat layer adjacent the component; an optional silica layer adjacent the bond coat layer; at least one transition layer adjacent the underlying one of the bond coat layer and the optional silica layer; an optional outer layer; and a CMAS mitigation layer (20, 120) adjacent the underlying one of the transition layer and the optional outer layer, wherein the CMAS mitigation layer is either an integrated CMAS mitigation layer or a separate CMAS mitigation layer, characterized in that, when the CMAS mitigation layer is an integrated CMAS mitigation layer, the integrated CMAS mitigation layer comprises barium strontium aluminosilicate (BSAS) and a CMAS mitigation composition consisting of cordierite; and when the CMAS mitigation layer is a separate CMAS mitigation layer, the separate CMAS mitigation layer comprises a CMAS mitigation composition consisting of cordierite. characterized in that, when the CMAS mitigation layer is an integrated CMAS mitigation layer, the integrated CMAS mitigation layer comprises barium strontium aluminosilicate (BSAS) and a CMAS mitigation composition consisting of cordierite; and when the CMAS mitigation layer is a separate CMAS mitigation layer, the separate CMAS mitigation layer comprises a CMAS mitigation composition consisting of cordierite.
Household appliance having a carcass and a door hinged to the carcass by at least one hinge and comprising an external wall and an internal wall that are provided at their transverse edges with a connection piece comprising, on its side facing the carcass, at least one receiving space provided for receiving a hinge element and delimited by a side wall (28, 51), wherein the connection piece is arranged on the transverse edges of the external and internal wall and connects these to one another, wherein an opening-delimiting member delimits the maximum opening angle of the door by means of elastic deformation, characterised in that an aperture for receiving, at least in part, the opening-delimiting member is arranged in the side wall (28, 51).
A compound of the formula: wherein R 1 and R 2 independently represent H, or a residue of a C 2 -C 28 fatty acid; -X- is -O-, -Y- represents-C 3 -C 20 alkyl-, -C 3 -C 20 alkenyl- or -C 3 -C 20 alkynyl- group, optionally substituted with an alkyl group, wherein the alkyl group is methyl, ethyl, n -propyl, isopropyl, n -butyl, sec -butyl, t -butyl, n -pentyl, hexyl, heptyl, 5-methylheptyl, 5-methylhexyl, octyl, nonyl, decyl, undecyl, or dodecyl; represents a residue of a pharmaceutical agent; -L- is -X'-; X' is O, S, N, N(R 4) or S 2 NH; - - - - represents a single bond when X' is O, S, N(R 4) or S 2 NH; or - - - - represents two separate bonds when X' is N; -Z- is -C R 3 -; R 3 is a self-immolative group; and R 4 is H or C 1 -C 4 alkyl; or a pharmaceutically acceptable salt thereof. R 1 and R 2 independently represent H, or a residue of a C 2 -C 28 fatty acid; -X- is -O-, -Y- represents-C 3 -C 20 alkyl-, -C 3 -C 20 alkenyl- or -C 3 -C 20 alkynyl- group, optionally substituted with an alkyl group, wherein the alkyl group is methyl, ethyl, n -propyl, isopropyl, n -butyl, sec -butyl, t -butyl, n -pentyl, hexyl, heptyl, 5-methylheptyl, 5-methylhexyl, octyl, nonyl, decyl, undecyl, or dodecyl; represents a residue of a pharmaceutical agent; -L- is -X'-; X' is O, S, N, N(R 4) or S 2 NH; - - - - represents a single bond when X' is O, S, N(R 4) or S 2 NH; or - - - - represents two separate bonds when X' is N; -Z- is -C R 3 -; R 3 is a self-immolative group; and R 4 is H or C 1 -C 4 alkyl; or a pharmaceutically acceptable salt thereof.
An apparatus for adjusting a wind turbine system, the apparatus comprising: a structure comprising a top surface opening and a bottom surface opening opposite to the top surface opening; and a jacking mechanism, characterized in that the structure is configured to receive a mast (140, 17) of the wind turbine system through the top surface opening and the bottom surface opening; the jacking mechanism is operable to raise or lower the structure with respect to the mast (140, 17) of the wind turbine system, wherein the structure is configured to be raised or lowered along a substantially entire length of the mast (140, 17); and the apparatus further includes a locking mechanism configured to releasably secure the structure to the wind turbine system. a structure comprising a top surface opening and a bottom surface opening opposite to the top surface opening; and a jacking mechanism, characterized in that the structure is configured to receive a mast (140, 17) of the wind turbine system through the top surface opening and the bottom surface opening; the jacking mechanism is operable to raise or lower the structure with respect to the mast (140, 17) of the wind turbine system, wherein the structure is configured to be raised or lowered along a substantially entire length of the mast (140, 17); and the apparatus further includes a locking mechanism configured to releasably secure the structure to the wind turbine system.
A method of protecting water-seeded and/or transplanted paddy rice from the harmful effects of penoxsulam and its agriculturally acceptable salt derivatives which comprises applying directly into the water of the water-seeded or transplanted paddy rice clomazone as a safener.
Screw pile 1 comprising: - a shaft 2; - a helical flange 3 arranged around the shaft and extending from one end of the shaft over at least a part of the length of the shaft; - a mounting head 4 arranged on the other end of the shaft; - a sleeve 6 free rotatable arranged around the shaft; - blocking means for blocking axial movement of the sleeve past the mounting head; and - at least one wing 7 arranged in axial direction along the sleeve and extending in radial direction characterized in that the sleeve is axially moveable between at least the one end of the shaft and the blocking means. - a shaft 2; - a helical flange 3 arranged around the shaft and extending from one end of the shaft over at least a part of the length of the shaft; - a mounting head 4 arranged on the other end of the shaft; - a sleeve 6 free rotatable arranged around the shaft; - blocking means for blocking axial movement of the sleeve past the mounting head; and - at least one wing 7 arranged in axial direction along the sleeve and extending in radial direction
A cut and hold mechanism, for a wrapping machine that applies successive overlying wraps of wrapping material, the cut and hold mechanism for cutting and holding the wrapping material after an article is wrapped, the cut and hold mechanism opening to engage the wrapping material, and closing to cut and hold it, characterised in that when the cut and hold mechanism opens, it extends in length by an amount greater than its closed length.