mhurhangee/ep-ind-claims huggingface dataset:
A method for packaging an underroof collar for use in water-proofing a joint between a roof structure and a window frame, said underroof collar comprising a first set of collar members (11, 12, 13) and a second set of collar members (11, 12, 13) extending perpendicular to the first set of collar members, said collar members being configured for extending along frame members (21, 22, 23) of a rectangular window frame in a mounted state, each collar member (11, 12, 13) including an inner rim part (111, 121, 131) and an outer skirt part (112, 122, 132) intended for coming into engagement with the roof structure, and said inner rim parts together delimiting a collar opening, where each collar member (11, 12, 13) has a length extending in parallel with the inner rim part, where each collar member (11, 12, 13) comprises a centre section extending between the collar members of the other set of collar members along the collar opening, where the underroof collar has an interior side adapted for facing the roof structure and window frame in a mounted state and an opposite exterior side adapted for facing away from the roof structure and the window frame in a mounted state, said method including the step of folding the underroof collar along two or more folding lines, characterised in that the underroof collar is folded along two or more primary folding lines extending substantially in parallel to the length of the collar members (11, 12, 13) of the first set using a folding tool comprising two or more elongate tool members, which are moveable in relation to each other, each of said tool members having a length extending in parallel to the length of the collar members (11, 12, 13) of the first set when in use and defining a length direction, and that the underroof collar is lifted and/or displaced by the tool members thereby moving the collar members (11, 12, 13) of the second set in relation to the collar members of the first set, so that at least a part of the centre sections of the collar members of the second set are arranged on top of at least one of the collar member of the first set.
An information decoding method comprising: receiving a sequence of frames, each frame containing an array of picture elements, each array of picture elements comprising an image of a keyboard (200, 500) comprising backlit keys, the backlit keys comprising corner keys and non-corner keys; sequentially, for each frame, identifying the corner keys in the image; determining spacing of each backlit key in the image based on relative distance between the corner keys; determining a color of each backlit key, each color representing a respective value; determining an indicator for the frame based on the values represented by the colors of three corner keys, the indicator indicating the position of the frame in the sequence of frames; determining a subset information encoded in the frame based on the values represented by the colors of the non-corner keys; and determining an encoded information based on the subset information for the plurality of frames. receiving a sequence of frames, each frame containing an array of picture elements, each array of picture elements comprising an image of a keyboard (200, 500) comprising backlit keys, the backlit keys comprising corner keys and non-corner keys; sequentially, for each frame, identifying the corner keys in the image; determining spacing of each backlit key in the image based on relative distance between the corner keys; determining a color of each backlit key, each color representing a respective value; determining an indicator for the frame based on the values represented by the colors of three corner keys, the indicator indicating the position of the frame in the sequence of frames; determining a subset information encoded in the frame based on the values represented by the colors of the non-corner keys; and identifying the corner keys in the image; determining spacing of each backlit key in the image based on relative distance between the corner keys; determining a color of each backlit key, each color representing a respective value; determining an indicator for the frame based on the values represented by the colors of three corner keys, the indicator indicating the position of the frame in the sequence of frames; determining a subset information encoded in the frame based on the values represented by the colors of the non-corner keys; and determining an encoded information based on the subset information for the plurality of frames.
A combustor comprising: a. a liner, wherein the liner defines a combustion chamber; b. a first pre-mix chamber upstream of the combustion chamber; c. a fuel plenum in fluid communication with the first pre-mix chamber, wherein the fuel plenum surrounds at least a portion of the first pre-mix chamber; and d. a second pre-mix chamber circumferentially surrounding the first pre-mix chamber, wherein the second pre-mix chamber comprises an inner wall and an outer wall adjacent to the inner wall, characterized in that the inner and outer walls (24, 30) define an air plenum surrounding at least a portion of the second pre-mix chamber and in fluid communication with the first pre-mix chamber. a. a liner, wherein the liner defines a combustion chamber; b. a first pre-mix chamber upstream of the combustion chamber; c. a fuel plenum in fluid communication with the first pre-mix chamber, wherein the fuel plenum surrounds at least a portion of the first pre-mix chamber; and d. a second pre-mix chamber circumferentially surrounding the first pre-mix chamber, wherein the second pre-mix chamber comprises an inner wall and an outer wall adjacent to the inner wall, characterized in that the inner and outer walls (24, 30) define an air plenum surrounding at least a portion of the second pre-mix chamber and in fluid communication with the first pre-mix chamber.
A medical connector for liquid infusion systems comprising: a body defining a first opening at a distal end, a second opening at a proximal end, and a passageway connecting the first and second openings (17, 15); a connector at the distal end; a proximal region towards the proximal end of the body; a radial flange protruding from the body between the proximal region and the connector at the distal end, the radial flange structured and arranged to shield the connector from an operators fingers, and brace the medical connector when force is applied by an infusion system; and characterised by an in-line filter inserted in a distal section of the passageway and set in place against an interface between the distal section and an inner section of the passageway, wherein the distal section has a diameter to accommodate the filter, and wherein the interface between the distal section and the inner section comprises an annular surface and the filter sits on the annular surface. a body defining a first opening at a distal end, a second opening at a proximal end, and a passageway connecting the first and second openings (17, 15); a connector at the distal end; a proximal region towards the proximal end of the body; a radial flange protruding from the body between the proximal region and the connector at the distal end, the radial flange structured and arranged to shield the connector from an operators fingers, and brace the medical connector when force is applied by an infusion system; and characterised by an in-line filter inserted in a distal section of the passageway and set in place against an interface between the distal section and an inner section of the passageway, wherein the distal section has a diameter to accommodate the filter, and wherein the interface between the distal section and the inner section comprises an annular surface and the filter sits on the annular surface.
A cover window, comprising: a base film; and a coating layer on the base film, wherein the coating layer is formed by polymerization of a coating composition that includes a monomer, an iodine-based initiator represented by Formula 2: and a borate-based initiator is a compound represented by Formula 3: a base film; and a coating layer on the base film, wherein the coating layer is formed by polymerization of a coating composition that includes a monomer, an iodine-based initiator represented by Formula 2: and a borate-based initiator is a compound represented by Formula 3:
Method for the computer-aided creation of digital rules for monitoring a technical system, in which: - an ontology is provided that contains multiple classes comprising classes of components of the technical system, classes of operating state characteristics of the technical system and classes of abstract rules and also semantic relations between the classes; - a user interface comprising a visual display is provided, wherein a user can use the user interface to create abstract rule formulations on the basis of the classes and the semantic relations of the ontology by using the visual display, rule formulations created by the user being stored as digital abstract rules; - the digital abstract rules are instantiated for the technical system in automated fashion as digital actual rules by virtue of the classes of components in the digital abstract rules being mapped onto specific device identifications of the technical system by accessing a database containing data about the technical system, and the classes of operating state characteristics being converted into operating state characteristics specific to the technical system that comprise the specific device identifications, wherein the user can take into consideration the classes of abstract rules for creating the abstract rule formulations and the classes of abstract rules are instantiated as applicable actual rules, wherein the technical system comprises an electrical power generation installation or an electrical power grid or a turbine or an automation installation or a means of transport or a medical device. - an ontology is provided that contains multiple classes comprising classes of components of the technical system, classes of operating state characteristics of the technical system and classes of abstract rules and also semantic relations between the classes; - a user interface comprising a visual display is provided, wherein a user can use the user interface to create abstract rule formulations on the basis of the classes and the semantic relations of the ontology by using the visual display, rule formulations created by the user being stored as digital abstract rules; - the digital abstract rules are instantiated for the technical system in automated fashion as digital actual rules by virtue of the classes of components in the digital abstract rules being mapped onto specific device identifications of the technical system by accessing a database containing data about the technical system, and the classes of operating state characteristics being converted into operating state characteristics specific to the technical system that comprise the specific device identifications, wherein the user can take into consideration the classes of abstract rules for creating the abstract rule formulations and the classes of abstract rules are instantiated as applicable actual rules, wherein the technical system comprises an electrical power generation installation or an electrical power grid or a turbine or an automation installation or a means of transport or a medical device.
Centre console for vehicles, comprising a first side wall running in the longitudinal direction of the centre console and a second side wall which is opposite the first side wall and runs in the longitudinal direction of the centre console, wherein the centre console is constructed from a first half, comprising the first side wall which is directly joined together with a second half, comprising the second side wall, and elements (11, 12; 14, 15; 16; 17; 26, 27) which are formed of the same material as the respective side wall (3, 4) project from each of the side walls (3, 4) in the direction of the respective other side wall (4, 3), said elements complementing one another in the joined-together state of the halves to form a functional element, characterized in that the first and second halves are in each case a thermoplastic foam casting, wherein the halves (1, 2) each have a demoulding direction which runs substantially perpendicularly to the respective side wall (3, 4) and/or parallel to the elements (11, 12; 14, 15; 16; 17; 26, 27) which are formed of same material as the respective side wall.
Paste containing a) silver oxide particles and silver particles, whereby the weight ratio of silver particles to silver oxide particles is at most 6 to 1, b) an organic compound represented by formula I: R 1 -COR 2, whereby R 1 is an aliphatic residue with 8 to 32 carbon atoms and R 2 is either -OM or comprises the structure -X-R 3, whereby X is selected from the group consisting of O, S, N-R 4, whereby R 4 is a hydrogen atom or an aliphatic residue, R 3 is a hydrogen atom or an aliphatic residue, and M is a cation, and c) a dispersing agent, characterised in that the paste, relative to its total weight, contains 0.05 to 2.0% by weight of an oxygen-containing polymer selected from the group consisting of methyl cellulose, ethyl cellulose, ethylmethyl cellulose, carboxy cellulose, hydroxypropyl cellulose, hydroxyethyl cellulose, hydroxymethyl cellulose or mixtures thereof. a) silver oxide particles and silver particles, whereby the weight ratio of silver particles to silver oxide particles is at most 6 to 1, b) an organic compound represented by formula I: R 1 -COR 2, whereby R 1 is an aliphatic residue with 8 to 32 carbon atoms and R 2 is either -OM or comprises the structure -X-R 3, whereby X is selected from the group consisting of O, S, N-R 4, whereby R 4 is a hydrogen atom or an aliphatic residue, R 3 is a hydrogen atom or an aliphatic residue, and M is a cation, and c) a dispersing agent,
An imaging table configured to support a patient during the course of an imaging procedure, the imaging table having an in-scan phantom (620, 720) for use during an imaging procedure incorporated into it, the in-scan phantom comprising: at least one measured insert with properties known in relation to the imaging modality being used; at least one measuring insert configured to make a measurement or capture data about the imaging procedure. at least one measured insert with properties known in relation to the imaging modality being used; at least one measuring insert configured to make a measurement or capture data about the imaging procedure.
A method of manufacturing a fuel cell separating plate, the method comprising: mixing expanded graphite and thermoplastic resin; molding a mixture of the expanded graphite and the thermoplastic resin; enhancing electrical conductivity of the fuel cell separating plate by removing the thermoplastic resin distributed on a surface of the molded separating plate through blasting. mixing expanded graphite and thermoplastic resin; molding a mixture of the expanded graphite and the thermoplastic resin; enhancing electrical conductivity of the fuel cell separating plate by removing the thermoplastic resin distributed on a surface of the molded separating plate through blasting.
A photovoltaic device comprising: (i) a porous dielectric scaffold and (ii) a perovskite semiconductor having a band gap of less than or equal to 3.0 eV, in contact with the scaffold material, and optionally wherein the perovskite semiconductor has a band gap of less than or equal to 2.8 eV., and characterized in that the porous dielectric scaffold consists of material having a band gap of equal to or greater than 4.0 eV. (i) a porous dielectric scaffold and (ii) a perovskite semiconductor having a band gap of less than or equal to 3.0 eV, in contact with the scaffold material, and optionally wherein the perovskite semiconductor has a band gap of less than or equal to 2.8 eV.
A structure comprising:an upper member having a foot-receiving opening defined therein, and at least one recess extending through the upper member, wherein the upper member defines an interior chamber and an exterior surface, and having a flap in a heel area of a base member of the upper to provide access to the interior chamber, wherein at least a portion of the exterior surface of the upper member forms at least a portion of an outsole of the structure; and a midsole provided in the interior chamber of the upper member and fixed to the upper member, and having at least one projection, each projection fitted into a corresponding recess of the upper member, wherein the midsole is completely within the interior chamber.
A hybrid energy storage system (260, 560, 660) for an elevator car (203, 503, 603), the system (260, 560, 660) comprising: a converter (580; 562, 680; 684a; 684b; 684c, 684d; 684e) disposed on the elevator car (203, 503, 603) and operably connected to receive power from a power source (561; 661) and provide at least a first DC voltage to a first DC bus (675; 679, 677b; 679b) and a second DC voltage to a second DC bus (675; 679, 677b; 679b); a first energy storage device (572; 574, 672; 674) operably connected to the converter (580; 562, 680; 684a; 684b; 684c, 684d; 684e) and configured to receive the first DC voltage on the first DC bus (675; 679, 677b; 679b) from the converter (580; 562, 680; 684a; 684b; 684c, 684d; 684e); a second energy storage device (572; 574, 672; 674) operably connected to the converter (580; 562, 680; 684a; 684b; 684c, 684d; 684e) and configured to receive the second DC voltage on the second DC bus (675; 679, 677b; 679b) from the converter (580; 562, 680; 684a; 684b; 684c, 684d; 684e); a first load (290, 590, 690) of a plurality of loads operably connected to the first DC bus (675; 679, 677b; 679b) and a second DC bus (675; 679, 677b; 679b); wherein power is provided from at least one of the first energy storage device (572; 574, 672; 674) and a second energy storage device (572; 574, 672; 674) to the first load (290, 590, 690) under a first selected condition; characterized in that the first selected condition is based at least in part on a rate of current supplied to the first load (290, 590, 690). a converter (580; 562, 680; 684a; 684b; 684c, 684d; 684e) disposed on the elevator car (203, 503, 603) and operably connected to receive power from a power source (561; 661) and provide at least a first DC voltage to a first DC bus (675; 679, 677b; 679b) and a second DC voltage to a second DC bus (675; 679, 677b; 679b); a first energy storage device (572; 574, 672; 674) operably connected to the converter (580; 562, 680; 684a; 684b; 684c, 684d; 684e) and configured to receive the first DC voltage on the first DC bus (675; 679, 677b; 679b) from the converter (580; 562, 680; 684a; 684b; 684c, 684d; 684e); a second energy storage device (572; 574, 672; 674) operably connected to the converter (580; 562, 680; 684a; 684b; 684c, 684d; 684e) and configured to receive the second DC voltage on the second DC bus (675; 679, 677b; 679b) from the converter (580; 562, 680; 684a; 684b; 684c, 684d; 684e); a first load (290, 590, 690) of a plurality of loads operably connected to the first DC bus (675; 679, 677b; 679b) and a second DC bus (675; 679, 677b; 679b); wherein power is provided from at least one of the first energy storage device (572; 574, 672; 674) and a second energy storage device (572; 574, 672; 674) to the first load (290, 590, 690) under a first selected condition; characterized in that the first selected condition is based at least in part on a rate of current supplied to the first load (290, 590, 690).
A quinazoline complex as protein kinase inhibitor for use in inhibiting tumor cell proliferation in a subject, the quinazoline complex is one selected from a group consisting of compounds ZW2003, ZW2004, ZW2005 and ZW2006, wherein:
A kit comprising as parts of the kit: a tissue dressing material for being applied in contact with the tissue of a patient, wherein the tissue dressing material either is solid or gel-like, in which case at least 50 % by weight of the tissue dressing material constitutes chitosan, or is liquid, in which case at least 50 % by weight of the tissue dressing material's constituents other than water is chitosan; and a detachment solvent for removing the tissue dressing material from the tissue, wherein the detachment solvent has a pH of less than 6.5. a tissue dressing material for being applied in contact with the tissue of a patient, wherein the tissue dressing material either is solid or gel-like, in which case at least 50 % by weight of the tissue dressing material constitutes chitosan, or is liquid, in which case at least 50 % by weight of the tissue dressing material's constituents other than water is chitosan; and a detachment solvent for removing the tissue dressing material from the tissue, wherein the detachment solvent has a pH of less than 6.5.
A directed jet mouthpiece comprising: at least one mouthpiece trough (12, 14) configured to fit over at least a front portion of at least one or more of an upper and a lower dental arch of teeth in a user's mouth, the at least one mouthpiece trough having a buccal-side vertical member, a lingual-side vertical member and an occlusal-side horizontal member that extends between the buccal-side and the lingual-side vertical members, wherein the at least one mouthpiece trough (12, 14) includes at least one fluidics inlet, a plurality of jet orifices on both the buccal-side and lingual-side vertical members, and at least one fluidics path disposed between the at least one fluidics inlet and the jet orifices; and a plurality of directed jet orifices disposed in end regions of the at least one mouthpiece trough (12, 14), wherein the at least one fluidics path is further disposed between the at least one fluidics inlet and the plurality of directed jet orifices, wherein the plurality of directed jet orifices are configured for directing fluid jets rearward towards a remainder of teeth in a user's mouth beyond the end regions of the at least one mouthpiece trough (12, 14). at least one mouthpiece trough (12, 14) configured to fit over at least a front portion of at least one or more of an upper and a lower dental arch of teeth in a user's mouth, the at least one mouthpiece trough having a buccal-side vertical member, a lingual-side vertical member and an occlusal-side horizontal member that extends between the buccal-side and the lingual-side vertical members, wherein the at least one mouthpiece trough (12, 14) includes at least one fluidics inlet, a plurality of jet orifices on both the buccal-side and lingual-side vertical members, and at least one fluidics path disposed between the at least one fluidics inlet and the jet orifices; and a plurality of directed jet orifices disposed in end regions of the at least one mouthpiece trough (12, 14), wherein the at least one fluidics path is further disposed between the at least one fluidics inlet and the plurality of directed jet orifices, wherein the plurality of directed jet orifices are configured for directing fluid jets rearward towards a remainder of teeth in a user's mouth beyond the end regions of the at least one mouthpiece trough (12, 14).