mhurhangee/patent-ind-claim-en huggingface dataset:
Bar holder for subsequently fastening to a trampoline, having - a first basic element , which has a holding device for holding a support bar , - wherein the first basic element has a first receptacle for releasably receiving a peripheral frame of the trampoline and a second receptacle for releasably receiving a leg of the trampoline, and having - a clamping apparatus which is movable relative to the first basic element , characterized - in that the movable arrangement of the clamping apparatus with respect to the first basic element makes it possible for both the leg to be braced against the second receptacle and at the same time for the frame to be braced against the first receptacle. - a first basic element , which has a holding device for holding a support bar , - wherein the first basic element has a first receptacle for releasably receiving a peripheral frame of the trampoline and a second receptacle for releasably receiving a leg of the trampoline, and having - a clamping apparatus which is movable relative to the first basic element , - in that the movable arrangement of the clamping apparatus with respect to the first basic element makes it possible for both the leg to be braced against the second receptacle and at the same time for the frame to be braced against the first receptacle.
Device for the three-dimensional measurement of an object comprising: a first projection device having a first infrared light source for projecting a first pattern onto the object, whereby the projected first pattern leaves an impression of itself as a heat distribution on the object; and at least one image capturing device for capturing images of the heat distribution impressed on the object in an infrared spectral range; and an analysis device for topometrically analyzing the images captured by the image capturing device; characterized in that the first projection device is configured to movably project the first pattern onto the object and to displace it between captured images. a first projection device having a first infrared light source for projecting a first pattern onto the object, whereby the projected first pattern leaves an impression of itself as a heat distribution on the object; and at least one image capturing device for capturing images of the heat distribution impressed on the object in an infrared spectral range; and an analysis device for topometrically analyzing the images captured by the image capturing device; characterized in that the first projection device is configured to movably project the first pattern onto the object and to displace it between captured images.
Foundation system for the foundation of an offshore construction , comprising: - a monopile having an anchoring portion which can be anchored in the seabed (M) and comprising a connecting portion arranged at the opposite end; - a platform structure which can be connected to the connecting portion of the monopile directly or indirectly via a transition piece and can be arranged above the water surface; and - at least two stabilization devices , characterized in that the stabilization devices can each be connected directly to the platform structure or indirectly to the platform structure via the transition piece and can be brought into contact with the seabed (M), so that tensile and/or compressive forces can be transmitted between the seabed (M) and the platform structure ; wherein, in the installed state of the foundation system, fastening points of the stabilization devices on the platform structure or on the transition piece, together with the connecting portion of the monopile , span a plane having a horizontal extension component; and the stabilization devices extend perpendicularly from the platform structure and/or from the transition piece in the direction of the seabed and are in contact with the seabed. - a monopile having an anchoring portion which can be anchored in the seabed (M) and comprising a connecting portion arranged at the opposite end; - a platform structure which can be connected to the connecting portion of the monopile directly or indirectly via a transition piece and can be arranged above the water surface; and - at least two stabilization devices , characterized in that the stabilization devices can each be connected directly to the platform structure or indirectly to the platform structure via the transition piece and can be brought into contact with the seabed (M), so that tensile and/or compressive forces can be transmitted between the seabed (M) and the platform structure ; wherein, in the installed state of the foundation system, fastening points of the stabilization devices on the platform structure or on the transition piece, together with the connecting portion of the monopile , span a plane having a horizontal extension component; and the stabilization devices extend perpendicularly from the platform structure and/or from the transition piece in the direction of the seabed and are in contact with the seabed.
A method in a wireless communication device , comprising: receiving a broadcasted message specifying a type and software version of a radio access node and a list of device and application specific functions supported by the radio access node (S505); transmitting a control message indicating a request for initial device and application-specific configuration parameters for a connection with the radio access node (S515); receiving acknowledgement of the control message from the radio access node responsive to the control message (S520); and applying the initial device and application-specific configuration parameters for the connection in response to receiving the acknowledgement (S525). receiving a broadcasted message specifying a type and software version of a radio access node and a list of device and application specific functions supported by the radio access node (S505); transmitting a control message indicating a request for initial device and application-specific configuration parameters for a connection with the radio access node (S515); receiving acknowledgement of the control message from the radio access node responsive to the control message (S520); and applying the initial device and application-specific configuration parameters for the connection in response to receiving the acknowledgement (S525).
Apparatus for reducing emissions of polychlorinated dibenzodioxins (PCDD) and polychlorinated dibenzofurans (PCDF) from transition metal-containing catalysts for selective catalytic reduction of nitrogen oxides in the exhaust gas of an internal combustion engine using ammonia and/or ammonia-eliminating reductant, characterized in that - at least one catalyst for oxidation of hydrocarbon-containing PCDD and PCDF precursor substances is arranged upstream of the at least one transition metal-containing SCR catalyst, wherein the at least one catalyst for oxidation of hydrocarbon-containing PCDD and PCDF precursor substances additionally has an activity for reduction of nitrogen oxides using ammonia, - at least one catalyst for decomposition of PCDD and PCDF is arranged downstream of the at least one transition metal-containing SCR catalyst, wherein the at least one catalyst for oxidation of PCDD and PCDF additionally has an activity for reduction of nitrogen oxides using ammonia, - the transition metal-containing catalysts for selective catalytic reduction of nitrogen oxides and the catalyst for decomposition of PCDD and PCDF and the catalyst for oxidation of hydrocarbon-containing PCDD and PCDF precursor substances are applied to the particulate filter, - the catalyst for oxidation of the hydrocarbon-containing PCDD and PCDF precursor substances is on the untreated gas side of the particulate filter and the catalyst for decomposition of PCDD and PCDF is on the treated gas side of the particulate filter. - at least one catalyst for oxidation of hydrocarbon-containing PCDD and PCDF precursor substances is arranged upstream of the at least one transition metal-containing SCR catalyst, wherein the at least one catalyst for oxidation of hydrocarbon-containing PCDD and PCDF precursor substances additionally has an activity for reduction of nitrogen oxides using ammonia, - at least one catalyst for decomposition of PCDD and PCDF is arranged downstream of the at least one transition metal-containing SCR catalyst, wherein the at least one catalyst for oxidation of PCDD and PCDF additionally has an activity for reduction of nitrogen oxides using ammonia, - the transition metal-containing catalysts for selective catalytic reduction of nitrogen oxides and the catalyst for decomposition of PCDD and PCDF and the catalyst for oxidation of hydrocarbon-containing PCDD and PCDF precursor substances are applied to the particulate filter, - the catalyst for oxidation of the hydrocarbon-containing PCDD and PCDF precursor substances is on the untreated gas side of the particulate filter and the catalyst for decomposition of PCDD and PCDF is on the treated gas side of the particulate filter.
A computing device , comprising: a plurality of processing units ; a plurality of (N-1)-level caches (L1-A1, L1-A2); an N-level cache (L2-A1) that is associated with two or more of the plurality of (N-1)-level caches, and that is configured as a backing store for the two or more (N-1)-level caches; and control logic that configures the computing device to perform at least the following: based at least on detecting one or more influxes of data to a particular location in the N-level cache during execution across the plurality of processing units, cause the one or more influxes of data to the particular location in the N-level cache to be logged ; and cause one or more (N-1)-level cache coherence protocol, CCP, transitions between the two or more (N-1)-level caches to be logged, the (N-1)-level CCP transitions resulting from the particular location being accessed by two or more of the plurality of processing units . a plurality of processing units ; a plurality of (N-1)-level caches (L1-A1, L1-A2); an N-level cache (L2-A1) that is associated with two or more of the plurality of (N-1)-level caches, and that is configured as a backing store for the two or more (N-1)-level caches; and control logic that configures the computing device to perform at least the following: based at least on detecting one or more influxes of data to a particular location in the N-level cache during execution across the plurality of processing units, cause the one or more influxes of data to the particular location in the N-level cache to be logged ; and cause one or more (N-1)-level cache coherence protocol, CCP, transitions between the two or more (N-1)-level caches to be logged, the (N-1)-level CCP transitions resulting from the particular location being accessed by two or more of the plurality of processing units . based at least on detecting one or more influxes of data to a particular location in the N-level cache during execution across the plurality of processing units, cause the one or more influxes of data to the particular location in the N-level cache to be logged ; and cause one or more (N-1)-level cache coherence protocol, CCP, transitions between the two or more (N-1)-level caches to be logged, the (N-1)-level CCP transitions resulting from the particular location being accessed by two or more of the plurality of processing units .
A process of preparing or a salt thereof, comprising reacting with to form Compound 1 free base, or a salt thereof.
Method for operating a vehicle , wherein the vehicle drives autonomously or in a remote-controlled manner during its production within a production system for manufacturing vehicles, wherein the production system has a production line for producing vehicles and a parking area, wherein the vehicle drives to the parking area at the end of the production line and parks in the parking area, wherein the vehicle is an AVP vehicle, that is to say an autonomous driving vehicle, which can additionally also drive into and out of a parking space automatically, wherein it is checked whether the AVP functionality of the vehicle is operational, and wherein the vehicle receives data which are relevant to the autonomous journey and on the basis of which the vehicle drives autonomously within the production system , or wherein one or more remote control commands are received by the vehicle for the remote-controlled driving, wherein the vehicle accordingly drives in a remote-controlled manner in response to the remote control command(s), and wherein the data relevant to the autonomous journey or the remote control commands are transmitted by the production system to the vehicle, with the result that the production system undertakes the functionality of a parking area management system or a parking area administration system with regard to the AVP functionality.
An interconnected ring protection method, comprising: a first intersection node in an intersection node group receiving a cross-ring service , wherein the intersection node group comprises at least the first intersection node and a second intersection node, and the first intersection node and the second intersection node are intersection nodes of a first ring and a second ring; the first intersection node determining an off-ring node of the cross-ring service on the second ring, according to service information of the cross-ring service ; and if the first intersection node does not communicate with the off-ring node of the cross-ring service on the second ring, and the first intersection node is not the last intersection node, the first intersection node forwarding the cross-ring service to the second intersection node , the last intersection node refers to one intersection node in the intersection node group of the first ring and the second ring, which lastly receives the cross-ring service. a first intersection node in an intersection node group receiving a cross-ring service , wherein the intersection node group comprises at least the first intersection node and a second intersection node, and the first intersection node and the second intersection node are intersection nodes of a first ring and a second ring; the first intersection node determining an off-ring node of the cross-ring service on the second ring, according to service information of the cross-ring service ; and if the first intersection node does not communicate with the off-ring node of the cross-ring service on the second ring, and the first intersection node is not the last intersection node, the first intersection node forwarding the cross-ring service to the second intersection node , the last intersection node refers to one intersection node in the intersection node group of the first ring and the second ring, which lastly receives the cross-ring service.
A fault gas detection system for a liquid filled high voltage transformer , the transformer comprising a main tank and an expansion tank the tanks fluidic connected by an exchange conduit such that gas (G) and/or a transformer liquid (TL) is able to exchange between the tanks , the gas detection system comprising: - a chamber with a top cover , wherein the chamber a) is the main tank and the top cover is the top lid of the main tank , or b) is arranged in the expansion tank and the top cover is an intermediate ceiling in the expansion tank below its exhaust opening to the environment, - a predefined horizontal level-plane (P) in the chamber defining a maximum liquid level (L) of a transformer liquid (TL) in the chamber during use, - a fluid-channel comprising a fluid-egress at a level equal to or higher than the top cover and a fluid-ingress lower than the level of the level-plane (P), - a level sensor designed for measuring and/or indicating a liquid level (L) in the chamber . - a chamber with a top cover , wherein the chamber a) is the main tank and the top cover is the top lid of the main tank , or b) is arranged in the expansion tank and the top cover is an intermediate ceiling in the expansion tank below its exhaust opening to the environment, a) is the main tank and the top cover is the top lid of the main tank , or b) is arranged in the expansion tank and the top cover is an intermediate ceiling in the expansion tank below its exhaust opening to the environment, - a predefined horizontal level-plane (P) in the chamber defining a maximum liquid level (L) of a transformer liquid (TL) in the chamber during use, - a fluid-channel comprising a fluid-egress at a level equal to or higher than the top cover and a fluid-ingress lower than the level of the level-plane (P), - a level sensor designed for measuring and/or indicating a liquid level (L) in the chamber .
A positioning method, comprising: obtaining , by a positioning device, a positioning parameter set, wherein the positioning parameter set comprises multipath information of a to-be-positioned terminal, and the multipath information is used to position the to-be-positioned terminal; and sending , by the positioning device, the positioning parameter set to a positioning center; wherein the multipath information comprises a measurement value corresponding to each path in a plurality of different paths, the plurality of different paths are a plurality of different transmission paths along which a reference signal sent by the to-be-positioned terminal arrives at the positioning device, the measurement value corresponding to each path comprises a measurement value obtained by the positioning device by measuring a reference signal transmitted on the path, and the measurement value comprises one or more of a measurement value of an azimuth angle of arrival, a measurement value of a zenith angle of arrival, or a measurement value of an angle of arrival. obtaining , by a positioning device, a positioning parameter set, wherein the positioning parameter set comprises multipath information of a to-be-positioned terminal, and the multipath information is used to position the to-be-positioned terminal; and sending , by the positioning device, the positioning parameter set to a positioning center; wherein the multipath information comprises a measurement value corresponding to each path in a plurality of different paths, the plurality of different paths are a plurality of different transmission paths along which a reference signal sent by the to-be-positioned terminal arrives at the positioning device, the measurement value corresponding to each path comprises a measurement value obtained by the positioning device by measuring a reference signal transmitted on the path, and the measurement value comprises one or more of a measurement value of an azimuth angle of arrival, a measurement value of a zenith angle of arrival, or a measurement value of an angle of arrival.
Spray nozzle having a nozzle housing , at least one swirl chamber which is disposed in the nozzle housing , and at least one exit opening , wherein the exit opening is disposed at the end of an exit duct which emanates from the swirl chamber and widens in the direction towards the exit opening , wherein a constriction is disposed at the transition from the swirl chamber to the exit duct , wherein the angle of the wall of the exit duct, starting from the constriction, steadily increases in the direction towards the exit opening or in portions remains identical, wherein the shape of the exit opening deviates from a circular shape, wherein the angle of the wall of the exit duct at the exit opening , when viewed in the circumferential direction of the exit opening , is not constant, and wherein a connector for a liquid to be sprayed is provided, and the liquid to be sprayed is supplied via the connector to the at least one swirl chamber in a tangential manner, characterized in that the exit duct at the transition from the swirl chamber to the exit duct has a circular cross section.
An iron-modified acoustic material, comprising an iron-modified molecular sieve, a binder, a dispersant and an auxiliary agent; wherein the content of the iron-modified molecular sieve is not less than 70%, the content of iron is 0.004-1.7%, the dry basis content of the dispersant is not more than 1%, and the dry basis content of the auxiliary agent is not more than 15%, based on 100% of the total weight of the iron-modified acoustic material; wherein the iron-modified molecular sieve contains silica, alumina and iron elements in the framework thereof; the auxiliary agent comprises one or more of diatomite, silica fume, bentonite and smectite. wherein the iron-modified molecular sieve contains silica, alumina and iron elements in the framework thereof; the auxiliary agent comprises one or more of diatomite, silica fume, bentonite and smectite.
A driving consciousness estimation device for a vehicle, said device comprising: a driver image acquisition unit configured to acquire a driver image in which a driver of the vehicle is imaged; a travelling environment recognition unit configured to recognize a travelling environment around the vehicle; a driving readiness estimation unit configured to estimate a driving readiness relating to a driving consciousness of the driver from a driver's reaction to the travelling environment based on the driver image and the travelling environment; a driving task demand estimation unit configured to estimate a driving task demand which is an index required for the driver with respect to the driving readiness from the travelling environment based on the travelling environment; and an attention awakening unit configured to execute awakening of attention for the driver relating to the driving of the vehicle based on the result of comparison between the driving readiness and the driving task demand. a driver image acquisition unit configured to acquire a driver image in which a driver of the vehicle is imaged; a travelling environment recognition unit configured to recognize a travelling environment around the vehicle; a driving readiness estimation unit configured to estimate a driving readiness relating to a driving consciousness of the driver from a driver's reaction to the travelling environment based on the driver image and the travelling environment; a driving task demand estimation unit configured to estimate a driving task demand which is an index required for the driver with respect to the driving readiness from the travelling environment based on the travelling environment; and an attention awakening unit configured to execute awakening of attention for the driver relating to the driving of the vehicle based on the result of comparison between the driving readiness and the driving task demand.