mhurhangee/ep-ind-claims huggingface dataset:
External cladding part arrangement comprising an injection-moulded bumper cladding with at least one opening and comprising at least one cover which is intended to cover this opening, wherein the cover has at least one first detent element protruding from the cover main body and at least one further detent element protruding from the cover main body wherein the bumper cladding has at least one first detent element receptacle for the at least one first detent element and at least one further detent element receptacle for the further detent element, wherein the first detent element receptacle is formed in the region of the opening of the bumper cladding to be closed and the first detent element and the first detent element receptacle are intended, in their connection state, to hold the cover in the position covering the opening, wherein the further detent element receptacle is distanced from the opening and this further detent element receptacle is intended, in its connection state with the further detent element, to function as a temporary painting support of the cover, characterised in that the further detent element additionally has a fastening receptacle, suitable for fastening a separate catch strap of the cover and additionally a separate catch band is provided, which is fastened in a clamped fashion in the fastening receptacle of the further detent element. wherein the cover has at least one first detent element protruding from the cover main body and at least one further detent element protruding from the cover main body wherein the bumper cladding has at least one first detent element receptacle for the at least one first detent element and at least one further detent element receptacle for the further detent element, wherein the first detent element receptacle is formed in the region of the opening of the bumper cladding to be closed and the first detent element and the first detent element receptacle are intended, in their connection state, to hold the cover in the position covering the opening, wherein the further detent element receptacle is distanced from the opening and this further detent element receptacle is intended, in its connection state with the further detent element, to function as a temporary painting support of the cover, characterised in that the further detent element additionally has a fastening receptacle, suitable for fastening a separate catch strap of the cover and additionally a separate catch band is provided, which is fastened in a clamped fashion in the fastening receptacle of the further detent element.
Support for a leading steering device for a wheel chair enabling to hold the leading steering device in an assembly position for assembling the leading steering device with the wheel chair to form a wheel chair combination, wherein the support comprises a spring means enabling to resiliently pivot at least a part of the support in a straight travelling direction of the wheel chair combination, characterized in that, related to the three space axes of a Cartesian coordinate system, of which a first one is the straight travelling direction of the wheel chair combination, the spring rigidity of the spring means is, in the straight travelling direction of the wheel chair combination, lower than the spring rigidity of the spring means in at least one of the two other space axes.
A computer-implemented method, the method comprising: sending, using a blockchain transaction acceleration system, a first transaction generated by a first node to an acceleration node in a blockchain, wherein the first transaction is sent to the acceleration node instead of being sent directly to a second node that is the intended recipient of the first transaction, and wherein the first node, the second node, and the acceleration node are different nodes, the blockchain transaction acceleration system comprising a multiple blockchain acceleration network that serves as a public node acceleration network that provides unified network acceleration services for different blockchain systems; selecting an acceleration node for the transaction based upon information about each acceleration node and transmission speed statistics for each acceleration node associated with sending transactions; forwarding, by the blockchain transaction acceleration system, the transaction from the acceleration node to the second node; and executing, by the blockchain transaction acceleration system, the transaction by the second node. sending, using a blockchain transaction acceleration system, a first transaction generated by a first node to an acceleration node in a blockchain, wherein the first transaction is sent to the acceleration node instead of being sent directly to a second node that is the intended recipient of the first transaction, and wherein the first node, the second node, and the acceleration node are different nodes, the blockchain transaction acceleration system comprising a multiple blockchain acceleration network that serves as a public node acceleration network that provides unified network acceleration services for different blockchain systems; selecting an acceleration node for the transaction based upon information about each acceleration node and transmission speed statistics for each acceleration node associated with sending transactions; forwarding, by the blockchain transaction acceleration system, the transaction from the acceleration node to the second node; and executing, by the blockchain transaction acceleration system, the transaction by the second node.
A method for illuminating an environment for the purpose of localizing a user device when applying simultaneous location and mapping technique, SLAM, the user device comprising a light source and at least one camera, the method being performed in an illumination determiner and comprising: determining a need for adjusting illumination, wherein the step of determining a need for adjusting illumination is based on receiving a signal, from another user device, indicating a required change of light situation in the field of view of the at least one camera; determining a field of view of the at least one camera of the user device; obtaining environment data for elements within the field of view from previously stored environment data, the environment data containing elements which can be matched against images captured by the user device to thereby determine a location of the user device, each element in the environment data comprising a set of 2D or 3D co-ordinates, selecting at least one key element of the elements, wherein the key elements are of greater importance for simultaneous location and mapping, SLAM, than non-key elements, and wherein the step of selecting at least one key element comprises ranking the elements according to importance for SLAM and selecting a number of the highest ranked elements, and adjusting illumination of at least a subset of the at least one selected key element by adapting the light source, thereby enabling improved localization of the user device. determining a need for adjusting illumination, wherein the step of determining a need for adjusting illumination is based on receiving a signal, from another user device, indicating a required change of light situation in the field of view of the at least one camera; determining a field of view of the at least one camera of the user device; obtaining environment data for elements within the field of view from previously stored environment data, the environment data containing elements which can be matched against images captured by the user device to thereby determine a location of the user device, each element in the environment data comprising a set of 2D or 3D co-ordinates, selecting at least one key element of the elements, wherein the key elements are of greater importance for simultaneous location and mapping, SLAM, than non-key elements, and wherein the step of selecting at least one key element comprises ranking the elements according to importance for SLAM and selecting a number of the highest ranked elements, and adjusting illumination of at least a subset of the at least one selected key element by adapting the light source, thereby enabling improved localization of the user device.
A welding torch handle, comprising: a front housing, wherein the front housing is configured for coupling to a gooseneck; a drive gearbox comprising gears configured to drive a drive roll; and a thermal insulating plate positioned between the drive gearbox and the front housing, wherein the thermal insulating plate is comprised of a thermally insulating material, characterised in that the front housing comprises a cylindrical portion and a connecting plate portion, wherein the cylindrical portion comprises a threaded inner surface surrounding a bore, wherein the threaded inner surface is configured to engage complementary threads of the gooseneck, and wherein the connecting plate portion comprises bolt holes configured to receive bolts to connect the front housing to the drive gearbox. a front housing, wherein the front housing is configured for coupling to a gooseneck; a drive gearbox comprising gears configured to drive a drive roll; and a thermal insulating plate positioned between the drive gearbox and the front housing, wherein the thermal insulating plate is comprised of a thermally insulating material, characterised in that the front housing comprises a cylindrical portion and a connecting plate portion, wherein the cylindrical portion comprises a threaded inner surface surrounding a bore, wherein the threaded inner surface is configured to engage complementary threads of the gooseneck, and wherein the connecting plate portion comprises bolt holes configured to receive bolts to connect the front housing to the drive gearbox.
A device for detecting a target molecule within a sample comprising (a) a sample container for the measurement of the target molecule within a sample, (b) a magnetic particle, wherein said particle is functionalized with (i) a first binding molecule capable of specifically binding to said target molecule, wherein said first binding molecule is attached to the particle, and (ii) a repulsive surface structure, which is directly attached to the surface of said particle, wherein said repulsive surface structure covers the surface of the magnetic particle so as to result in a specific net charge and/or steric repulsion of the magnetic particle, and (c) a sensor surface comprising a second binding molecule, wherein said magnetic particles are capable of binding said second binding molecule of the sensor surface directly or indirectly; wherein the number of bound particles is directly or inversely related to the amount of target molecules present in the sample; and wherein said repulsive surface structure conveys an electrostatic and/or steric pushing effect on said magnetic particles towards said sensor surface. (a) a sample container for the measurement of the target molecule within a sample, (b) a magnetic particle, wherein said particle is functionalized with (i) a first binding molecule capable of specifically binding to said target molecule, wherein said first binding molecule is attached to the particle, and (ii) a repulsive surface structure, which is directly attached to the surface of said particle, wherein said repulsive surface structure covers the surface of the magnetic particle so as to result in a specific net charge and/or steric repulsion of the magnetic particle, and (i) a first binding molecule capable of specifically binding to said target molecule, wherein said first binding molecule is attached to the particle, and (ii) a repulsive surface structure, which is directly attached to the surface of said particle, wherein said repulsive surface structure covers the surface of the magnetic particle so as to result in a specific net charge and/or steric repulsion of the magnetic particle, and (c) a sensor surface comprising a second binding molecule, wherein said magnetic particles are capable of binding said second binding molecule of the sensor surface directly or indirectly;
A carbon material for a catalyst carrier of a polymer electrolyte fuel cell, the carbon material being a porous carbon material and simultaneously satisfying,, and below: an intensity ratio (I 750 /I peak) of an intensity at 750 °C (I 750) and a peak intensity at 690 ± 50 °C (I peak), in a derivative thermogravimetric curve obtained by a thermogravimetric analysis when a temperature is raised at a rate of 10 °C/min under an air atmosphere, is 0.10 or less; a BET specific surface area, determined by BET analysis of a nitrogen gas adsorption isotherm, is from 400 to 1,500 an integrated pore volume V 2-10 of a pore diameter of from 2 to 10 nm, determined by analysis of the nitrogen gas adsorption isotherm using Dollimore-Heal method, is from 0.4 to 1.5 mL/g; and a nitrogen gas adsorption amount V macro at a relative pressure of from 0.95 to 0.99 in the nitrogen gas adsorption isotherm is from 300 to 1,200 cc /g. an intensity ratio (I 750 /I peak) of an intensity at 750 °C (I 750) and a peak intensity at 690 ± 50 °C (I peak), in a derivative thermogravimetric curve obtained by a thermogravimetric analysis when a temperature is raised at a rate of 10 °C/min under an air atmosphere, is 0.10 or less; a BET specific surface area, determined by BET analysis of a nitrogen gas adsorption isotherm, is from 400 to 1,500 an integrated pore volume V 2-10 of a pore diameter of from 2 to 10 nm, determined by analysis of the nitrogen gas adsorption isotherm using Dollimore-Heal method, is from 0.4 to 1.5 mL/g; and a nitrogen gas adsorption amount V macro at a relative pressure of from 0.95 to 0.99 in the nitrogen gas adsorption isotherm is from 300 to 1,200 cc /g.
An aircraft fuselage panel surface (206, 306, 406, 506) comprising an electricity-generating organic photovoltaic device laminated to the aircraft fuselage panel surface, wherein the OPV device includes: a support substrate, a thin, flexible transparent substrate, a transfer release layer laminated between the support substrate and the thin, flexibletransparent substrate, an OPV device layer (104, 204, 304, 404, 504) coated on the transfer release layer, wherein the OPV device layer (104, 204, 304, 404, 504, 604), comprises one or more cells connected in series and/or parallel, and a pressure-sensitive adhesive (105, 205, 305, 405, 505) coating on the OPV device layer (104, 204, 304, 404, 504), wherein the pressure-sensitive adhesive is configured to adhere and conform the support substrate, the transfer release layer, the thin, flexible transparent substrate, and the OPV device layer to the aircraft fuselage panel surface, wherein the support substrate and the transfer release layer are configured to be removable from the thin, flexible transparent substrate such that components of the thin, flexible transparent substrate, the OPV device layer, and the pressure-sensitive adhesive remain on the aircraft fuselage panel surface after the support substrate and the transfer release layer have been removed, and wherein the pressure-sensitive adhesive is semitransparent. a support substrate, a thin, flexible transparent substrate, a transfer release layer laminated between the support substrate and the thin, flexibletransparent substrate, an OPV device layer (104, 204, 304, 404, 504) coated on the transfer release layer, wherein the OPV device layer (104, 204, 304, 404, 504, 604), comprises one or more cells connected in series and/or parallel, and a pressure-sensitive adhesive (105, 205, 305, 405, 505) coating on the OPV device layer (104, 204, 304, 404, 504), wherein the pressure-sensitive adhesive is configured to adhere and conform the support substrate, the transfer release layer, the thin, flexible transparent substrate, and the OPV device layer to the aircraft fuselage panel surface, wherein the support substrate and the transfer release layer are configured to be removable from the thin, flexible transparent substrate such that components of the thin, flexible transparent substrate, the OPV device layer, and the pressure-sensitive adhesive remain on the aircraft fuselage panel surface after the support substrate and the transfer release layer have been removed, and wherein the pressure-sensitive adhesive is semitransparent.
A method comprising: obtaining, by one or more processors, data indicating resource dependencies between a plurality of resources in a network and event dependencies between a plurality of network events and one or more of the plurality of resources; generating a Bayesian model based on resource types of the plurality of resources and event types of the plurality of network events; receiving an indication of a fault in the network; collecting fault data and generating, based on the Bayesian model and the fault data, a plurality of root cause hypotheses for the fault; executing a probe associated with a root cause hypothesis in the plurality of root cause hypotheses and, in response to determining that the probe disproves the root cause hypothesis, removing the root cause hypothesis from the plurality of root cause hypotheses to form an updated plurality of root cause hypotheses; ordering the updated plurality of root cause hypotheses based on respective root cause probabilities associated with the updated plurality of root cause hypotheses to form an ordered plurality of root cause hypotheses; and outputting the ordered plurality of root cause hypotheses. obtaining, by one or more processors, data indicating resource dependencies between a plurality of resources in a network and event dependencies between a plurality of network events and one or more of the plurality of resources; generating a Bayesian model based on resource types of the plurality of resources and event types of the plurality of network events; receiving an indication of a fault in the network; collecting fault data and generating, based on the Bayesian model and the fault data, a plurality of root cause hypotheses for the fault; executing a probe associated with a root cause hypothesis in the plurality of root cause hypotheses and, in response to determining that the probe disproves the root cause hypothesis, removing the root cause hypothesis from the plurality of root cause hypotheses to form an updated plurality of root cause hypotheses; ordering the updated plurality of root cause hypotheses based on respective root cause probabilities associated with the updated plurality of root cause hypotheses to form an ordered plurality of root cause hypotheses; and outputting the ordered plurality of root cause hypotheses.
A shaving system configured to process at least one of a command and a query, comprising: a razor handle; a microphone provided on or in the razor handle and configured to accept a natural-language voice input from a user regarding at least one of a command and a query relating to at least one of a shaving cartridge purchase and shaving cartridge information; a control unit configured to process the at least one of the command and the query relating to at least one of the shaving cartridge purchase and shaving cartridge information; at least one of a transceiver and an interface provided on or in the razor handle and configured to (i) transmit the at least one of the command and the query relating to at least one of the shaving cartridge purchase and shaving cartridge information to a vendor platform connected to the Internet, and (ii) receive a response transmission from the vendor platform in response to the at least one of the command and the query relating to at least one of the shaving cartridge purchase and shaving cartridge information, wherein the control unit is configured to process the response transmission; and a speaker configured to output a natural-language voice output corresponding to the response transmission from the vendor platform. a razor handle; a microphone provided on or in the razor handle and configured to accept a natural-language voice input from a user regarding at least one of a command and a query relating to at least one of a shaving cartridge purchase and shaving cartridge information; a control unit configured to process the at least one of the command and the query relating to at least one of the shaving cartridge purchase and shaving cartridge information; at least one of a transceiver and an interface provided on or in the razor handle and configured to (i) transmit the at least one of the command and the query relating to at least one of the shaving cartridge purchase and shaving cartridge information to a vendor platform connected to the Internet, and (ii) receive a response transmission from the vendor platform in response to the at least one of the command and the query relating to at least one of the shaving cartridge purchase and shaving cartridge information, wherein the control unit is configured to process the response transmission; and a speaker configured to output a natural-language voice output corresponding to the response transmission from the vendor platform.
A vehicle seat in which S springs are stretched to a front-side shaft and a back-side shaft of a seating portion in a front-back direction of a vehicle, wherein each of the S springs includes vertical portions that extend in a stretching direction of the S spring, and horizontal portions (8, 8a, 8b, 12) that extend in a direction orthogonal to the stretching direction of the S spring, the vehicle seat further comprising: a restriction means which is detachably attached to a respective one of the S springs for partially restricting an extensional deformation of the S spring, wherein the restriction means includes a long member and two or more locking portions (15, 16; 25, 26, 27) that are each attached to the long member and are each detachably locked on a horizontal portion (8, 8a, 8b, 12), wherein the restriction means restricts the extensional deformation of a back-end portion of the S spring in a front-back direction of the vehicle, characterized in that the long member is wrapped around the back-side shaft. a restriction means which is detachably attached to a respective one of the S springs for partially restricting an extensional deformation of the S spring, wherein the restriction means includes a long member and two or more locking portions (15, 16; 25, 26, 27) that are each attached to the long member and are each detachably locked on a horizontal portion (8, 8a, 8b, 12), wherein the restriction means restricts the extensional deformation of a back-end portion of the S spring in a front-back direction of the vehicle, characterized in that the long member is wrapped around the back-side shaft.
A communication apparatus comprising: a detection section that detects co ntrol information indicating whether or not a transmission of a sounding reference signal, SRS, is requested, and indicating a transmission parameter of the SRS; and a control section that controls the transmission of the SRS based on the detected control information, wherein, when detecting first control information that requests the transmission of the SRS and detecting second control information that requests the transmission of the SRS for the same subframe and the same cell and that indicates a transmission parameter different from the transmission parameter indicated by the first control information, the control section controls the transmission of the SRS based on the first control information. a detection section that detects co ntrol information indicating whether or not a transmission of a sounding reference signal, SRS, is requested, and indicating a transmission parameter of the SRS; and a control section that controls the transmission of the SRS based on the detected control information, wherein, when detecting first control information that requests the transmission of the SRS and detecting second control information that requests the transmission of the SRS for the same subframe and the same cell and that indicates a transmission parameter different from the transmission parameter indicated by the first control information, the control section controls the transmission of the SRS based on the first control information.