mhurhangee/patent-ind-claim-en huggingface dataset:
Coordination complex comprising (i) a core consisting of one atom or a plurality of atoms forming a covalent cluster; (ii) a first coordination sphere consisting of at least four electropositive atoms M; and (iii) a second coordination sphere comprising a plurality of ligands, wherein the first coordination sphere is closer to the core than the second coordination sphere, all core atoms have a higher electronegativity according to Allen than any of the electropositive atoms comprised in the first coordination sphere, the ligands of the second coordination sphere are coordinated to the electropositive atoms of the first coordination sphere, and at least one ligand L of the plurality of ligands of the second coordination sphere has the following structure wherein R 1 and R 2 are independently selected from the group consisting of C 1 to C 30 hydrocarbyl groups and C 2 to C 30 heterocyclic groups, wherein R 1 and/or R 2 may optionally be substituted with at least one of CN, F, Cl, Br and I. (i) a core consisting of one atom or a plurality of atoms forming a covalent cluster; (ii) a first coordination sphere consisting of at least four electropositive atoms M; and (iii) a second coordination sphere comprising a plurality of ligands, wherein the first coordination sphere is closer to the core than the second coordination sphere, all core atoms have a higher electronegativity according to Allen than any of the electropositive atoms comprised in the first coordination sphere, the ligands of the second coordination sphere are coordinated to the electropositive atoms of the first coordination sphere, and at least one ligand L of the plurality of ligands of the second coordination sphere has the following structure wherein R 1 and R 2 are independently selected from the group consisting of C 1 to C 30 hydrocarbyl groups and C 2 to C 30 heterocyclic groups, wherein R 1 and/or R 2 may optionally be substituted with at least one of CN, F, Cl, Br and I. all core atoms have a higher electronegativity according to Allen than any of the electropositive atoms comprised in the first coordination sphere, the ligands of the second coordination sphere are coordinated to the electropositive atoms of the first coordination sphere, and at least one ligand L of the plurality of ligands of the second coordination sphere has the following structure wherein R 1 and R 2 are independently selected from the group consisting of C 1 to C 30 hydrocarbyl groups and C 2 to C 30 heterocyclic groups, wherein R 1 and/or R 2 may optionally be substituted with at least one of CN, F, Cl, Br and I.
Pallet container for storing and transporting in particular flammable or easily ignitable liquid filling materials, having a thin-walled rigid internal container made from a thermoplastic plastics material, having a tubular lattice frame from horizontal and vertical tubular bars that are welded to one another, said tubular lattice frame as a supporting jacket tightly enclosing the plastics-material internal container, wherein the plastics-material internal container is enclosed by a fire-protection insulation mat , and having a base pallet on which the plastics-material container bears and to which the tubular lattice frame is fixedly connected, wherein the base pallet is configured having an upper support plate from steel sheet, having corner feet and central feet , and having an encircling base tubular bar structure from steel tubing below the corner and central feet , characterized in that the base pallet is configured in a composite embodiment, wherein the corner feet and the central feet are produced from a thermoplastic plastics material in an injection molding process, and wherein each plastics-material corner foot is assigned at least one separate heat-resistant support element which is designed in such a manner that said support element transmits high compression forces in the vertical direction, even at a high thermal stress, wherein the support element is composed of a stable elongate steel-sheet strip, and is crimped, folded, and/or rolled to a hollow tubular support member, and on account of alternating bent features is configured in such a manner that said support element has a planar side wall and two mutually opposite side walls that are molded in an inward V-shaped manner, and at the upper and the lower end has in each case one lid part or base part , respectively, that has been created by bent features from a side wall.
Control apparatus for controlling a machine or system , having: - a first control device which is designed in non-safety technology and is configured to control at least one non-safety-relevant function of the machine or system , - a second control device which is designed in safety technology and is configured to control at least one safety-relevant function of the machine or system , wherein the second control device is connected in safety technology to at least one second input means (8.2) which is assigned to the second control device and which is designed to be manually actuated in order to trigger the safety-relevant function, characterized by - a monitoring device which is designed and configured to monitor the second control device for its functional state in such a way that the monitoring device , in an activated functional state of the second control device , by way of which the machine or system is transferred to a safe state, connects the at least one second input means (8.2) assigned to the second control device to the first control device in such a way that non-safety-relevant functions of the machine or system can be triggered by manually actuating the at least one second input means (8.2) so long as the second control device is in its activated functional state in which the at least one second input means (8.2) is not connected to the machine or system as an intended safety switching means. - a first control device which is designed in non-safety technology and is configured to control at least one non-safety-relevant function of the machine or system , - a second control device which is designed in safety technology and is configured to control at least one safety-relevant function of the machine or system , wherein the second control device is connected in safety technology to at least one second input means (8.2) which is assigned to the second control device and which is designed to be manually actuated in order to trigger the safety-relevant function, characterized by - a monitoring device which is designed and configured to monitor the second control device for its functional state in such a way that the monitoring device , in an activated functional state of the second control device , by way of which the machine or system is transferred to a safe state, connects the at least one second input means (8.2) assigned to the second control device to the first control device in such a way that non-safety-relevant functions of the machine or system can be triggered by manually actuating the at least one second input means (8.2) so long as the second control device is in its activated functional state in which the at least one second input means (8.2) is not connected to the machine or system as an intended safety switching means.
A method for executing a handover in a communication system, the method comprising: receiving , by a target access system of a first radio access technology, RAT, which is different from a second RAT, from a source access system of the second RAT, cell information including a cell identifier related to a cell of the source access system involved in a handover preparation procedure; detecting, by the target access system, that a too-early inter-RAT handover to a target cell in the target access system is triggered, and transmitting , by the target access system to the source access system, a message including the cell identifier in response to detection of the too-early inter-RAT handover, wherein the cell information is used to identify the cell of the source access system involved in the too-early inter-RAT handover. receiving , by a target access system of a first radio access technology, RAT, which is different from a second RAT, from a source access system of the second RAT, cell information including a cell identifier related to a cell of the source access system involved in a handover preparation procedure; detecting, by the target access system, that a too-early inter-RAT handover to a target cell in the target access system is triggered, and transmitting , by the target access system to the source access system, a message including the cell identifier in response to detection of the too-early inter-RAT handover, wherein the cell information is used to identify the cell of the source access system involved in the too-early inter-RAT handover.
Binder composition for manufacturing and/or finishing wood-based materials, containing the following adhesive composition constituents i) 3 to 15 wt.% amino resin; ii.1) 0.15 to 1.5 wt.% polyisocyanate; and ii.2) 0.0003 to 0.9 wt.% lignin sulfonate; wherein the weight percentage figures for the constituents i), ii.1), and ii.2) are based on the dry weight of the lignocellulosic material to which the adhesive composition is applied. i) 3 to 15 wt.% amino resin; ii.1) 0.15 to 1.5 wt.% polyisocyanate; and ii.2) 0.0003 to 0.9 wt.% lignin sulfonate;
A circuit breaker including a vacuum switch comprising a first electrical contact and a second electrical contact movable relative to the first electrical contact between a closed position in which the second electrical contact is in contact with the first electrical contact to allow current flow, and an open position in which the second electrical contact is spaced apart from the first electrical contact to interrupt the passage of current, and a locking system comprising at least one permanent magnet arranged to generate a magnetic force opposing the displacement of the second electrical contact from the closed position to the open position, the circuit breaker comprising an unlocking system having at least one electromagnet arranged to generate a magnetic force opposite to that generated by the locking system so as to enable the second electrical contact to be in the open position, comprising a control system configured to control the release system as a result of the current flowing through the circuit breaker to release the second electrical contact when the current flowing through the circuit breaker exceeds a predetermined current threshold, characterised in that the control system comprises an electromagnetic coil arranged to supply each electromagnet from the current passing through the circuit breaker by electromagnetic induction.
A telescopic washing device for cleaning a surface (S), the device comprising: - a first telescopic member adapted for receiving pressurized fluid from a fluid source; - a second telescopic member arranged to be telescopically moved by the pressurized fluid relative to the first telescopic member according to a first path between a retracted position and an extended position, the first path being linear and parallel to a longitudinal axis Z of the first and second telescopic members ; - a wiper element coupled to the second telescopic member such that the wiper element can be moved according to a second path, the second path lying on a plane XY substantially perpendicular to the longitudinal axis Z; - a second guiding area associated with one of the first telescopic member or the wiper element and according to the second path; and - a guiding element complementarily associated with the other of the first telescopic member or the wiper element configured to slide relative to the second guiding area as the first and second telescopic members move relative to each other, whereby as pressurized fluid is supplied to the first telescopic member , the wiper element is at least rotated according to the second path. - a first telescopic member adapted for receiving pressurized fluid from a fluid source; - a second telescopic member arranged to be telescopically moved by the pressurized fluid relative to the first telescopic member according to a first path between a retracted position and an extended position, the first path being linear and parallel to a longitudinal axis Z of the first and second telescopic members ; - a wiper element coupled to the second telescopic member such that the wiper element can be moved according to a second path, the second path lying on a plane XY substantially perpendicular to the longitudinal axis Z; - a second guiding area associated with one of the first telescopic member or the wiper element and according to the second path; and - a guiding element complementarily associated with the other of the first telescopic member or the wiper element configured to slide relative to the second guiding area as the first and second telescopic members move relative to each other,
An LED illumination device for forming an LED backlight , the device comprising: a monolithic LED array having a surface and comprising a plurality of LEDs configured to emit light from the surface of the monolithic LED array ; a monolithic collimator array comprising a plurality of collimator channels , and being aligned so that each of the collimator channels is aligned with one or more of the plurality of LEDs , wherein the collimator channels are configured to collimate emitted light emitted from the LEDs to angles in the range of +/-50° from a line substantially normal to the surface of the monolithic LED array ; and a microlens array configured to focus the light collimated by the collimator channels to infinity, the microlens array comprising a plurality of lenslets , each lenslet aligned with a collimator channel of the monolithic collimator array . a monolithic LED array having a surface and comprising a plurality of LEDs configured to emit light from the surface of the monolithic LED array ; a monolithic collimator array comprising a plurality of collimator channels , and being aligned so that each of the collimator channels is aligned with one or more of the plurality of LEDs , wherein the collimator channels are configured to collimate emitted light emitted from the LEDs to angles in the range of +/-50° from a line substantially normal to the surface of the monolithic LED array ; and a microlens array configured to focus the light collimated by the collimator channels to infinity, the microlens array comprising a plurality of lenslets , each lenslet aligned with a collimator channel of the monolithic collimator array .
A method, comprising: actuating a set of one or more near offset seismic sources (520; 940; 1220, 1240) in a marine seismic survey system according to a first shot point interval, wherein the set of one or more near offset seismic sources comprises all near offset seismic sources in the survey system, and wherein the first shot point interval is a near offset shot point interval measured in distance or time between actuations of any member of the set of one or more near offset seismic sources; actuating a set of one or more far offset seismic sources (540; 960; 1260) according to a second shot point interval, wherein the set of one or more far offset seismic sources comprises all far offset seismic sources in the survey system, and wherein the second shot point interval is a far offset shot point interval measured in distance or time between actuations of any member of the set of one or more far offset seismic sources, wherein the second shot point interval is longer in distance or time than the first shot point interval, and wherein all members of the set of one or more far offset seismic sources (540; 960; 1260) are located a greater distance from a plurality of seismic streamers (550; 970; 1270, 1280) than any member of the set of one or more near offset seismic sources (520; 940; 1220, 1240); and collecting, via the plurality of seismic streamers (550; 970; 1270, 1280), seismic data responsive to actuation of the one or more near offset seismic sources (520; 940; 1220, 1240) and the one or more far offset seismic sources (540; 960; 1260). actuating a set of one or more near offset seismic sources (520; 940; 1220, 1240) in a marine seismic survey system according to a first shot point interval, wherein the set of one or more near offset seismic sources comprises all near offset seismic sources in the survey system, and wherein the first shot point interval is a near offset shot point interval measured in distance or time between actuations of any member of the set of one or more near offset seismic sources; actuating a set of one or more far offset seismic sources (540; 960; 1260) according to a second shot point interval, wherein the set of one or more far offset seismic sources comprises all far offset seismic sources in the survey system, and wherein the second shot point interval is a far offset shot point interval measured in distance or time between actuations of any member of the set of one or more far offset seismic sources, wherein the second shot point interval is longer in distance or time than the first shot point interval, and wherein all members of the set of one or more far offset seismic sources (540; 960; 1260) are located a greater distance from a plurality of seismic streamers (550; 970; 1270, 1280) than any member of the set of one or more near offset seismic sources (520; 940; 1220, 1240); and collecting, via the plurality of seismic streamers (550; 970; 1270, 1280), seismic data responsive to actuation of the one or more near offset seismic sources (520; 940; 1220, 1240) and the one or more far offset seismic sources (540; 960; 1260).
A system comprising: a turbine engine comprising: a combustor comprising a hollow annular wall having a combustor liner , wherein a plurality of axial cooling channels are arranged circumferentially about a downstream end portion of the combustor liner , and wherein the cooling channels are defined by alternating axial grooves and axial protrusions about a circumference of the combustor liner ; a first air flow path in a first direction through the hollow annular wall and through bypass openings in the combustor liner to the inner surface of the combustor liner ; and a second air flow path in a second direction opposite the first direction through the hollow annular wall, wherein the second flow path comprises one or more film holes extending radially through the axial grooves into an interior of the combustor liner , the film holes arranged in one or more groups along each of the axial grooves and the one or more film holes is configured to supply a cooling film to a downstream end portion of the combustor liner , wherein each of the one or more film holes defines a diverging passage. a combustor comprising a hollow annular wall having a combustor liner , wherein a plurality of axial cooling channels are arranged circumferentially about a downstream end portion of the combustor liner , and wherein the cooling channels are defined by alternating axial grooves and axial protrusions about a circumference of the combustor liner ; a first air flow path in a first direction through the hollow annular wall and through bypass openings in the combustor liner to the inner surface of the combustor liner ; and a second air flow path in a second direction opposite the first direction through the hollow annular wall, wherein the second flow path comprises one or more film holes extending radially through the axial grooves into an interior of the combustor liner , the film holes arranged in one or more groups along each of the axial grooves and the one or more film holes is configured to supply a cooling film to a downstream end portion of the combustor liner , wherein each of the one or more film holes defines a diverging passage.
A differential bus system having a connecting assembly for electrically connecting a bus subscriber (TN) to the differential bus system, wherein the connecting assembly comprises a differential main conductor section of the differential bus system having a first main electrical conductor (2 1 ) and a second main electrical conductor (2 2 ), wherein the differential main conductor section comprises a first sub-section (5 1 ) and a second sub-section (5 2 ) which is electrically connected to the first sub-section (5 1 ), wherein, in the first main electrical conductor (2 1 ), between the first sub-section (5 1 ) and the second sub-section (5 2 ), a first terminal (4 1 ) for electrically connecting to a first mating terminal of the bus subscriber (TN) and, in the second main electrical conductor (2 2 ), between the first sub-section (5 1 ) and the second sub-section (5 2 ), a second terminal (4 2 ) for electrically connecting to a second mating terminal of the bus subscriber (TN) are configured, wherein the connecting assembly comprises a first electrical spur conductor (3 1 ) and a second electrical spur conductor (3 2 ), wherein the first electrical spur conductor (3 1 ) is connected to the first terminal (4 1 ), and is designed to be connectable to the first mating terminal, and the second electrical spur conductor (3 2 ) is connected to the second terminal (4 2 ), and is designed to be connectable to the second mating terminal, characterized in that only the first and the second main electrical conductor (2 1 , 2 2 ), at least in the first sub-section (5 1 ) or in the second sub-section (5 2 ), is respectively enclosed by a body (6; 6 1 , 6 2 ) of a magnetizable material. wherein, in the first main electrical conductor (2 1 ), between the first sub-section (5 1 ) and the second sub-section (5 2 ), a first terminal (4 1 ) for electrically connecting to a first mating terminal of the bus subscriber (TN) and, in the second main electrical conductor (2 2 ), between the first sub-section (5 1 ) and the second sub-section (5 2 ), a second terminal (4 2 ) for electrically connecting to a second mating terminal of the bus subscriber (TN) are configured, wherein the connecting assembly comprises a first electrical spur conductor (3 1 ) and a second electrical spur conductor (3 2 ), wherein the first electrical spur conductor (3 1 ) is connected to the first terminal (4 1 ), and is designed to be connectable to the first mating terminal, and the second electrical spur conductor (3 2 ) is connected to the second terminal (4 2 ), and is designed to be connectable to the second mating terminal, characterized in that only the first and the second main electrical conductor (2 1 , 2 2 ), at least in the first sub-section (5 1 ) or in the second sub-section (5 2 ), is respectively enclosed by a body (6; 6 1 , 6 2 ) of a magnetizable material.