mhurhangee/ep-ind-claims huggingface dataset:
A method for triggering transmission of an information signal to a target vehicle by means of a vehicle signal processing system comprised in an ego-vehicle, the method comprising: obtaining target vehicle data comprising a location of the target vehicle and at least one field of view of the target vehicle, wherein the at least one field of view is that of one or more sensors of the target vehicle, and/or that of a driver or passenger of the target vehicle; obtaining occluding object data comprising a location, orientation and/or spatial extension of an occluding object, wherein the ego vehicle comprising the vehicle signal processing system constitutes the occluding object; determining an occluded area based on the target vehicle data and on the occluded object data, wherein the occluded area represents an area that is hidden from the target vehicle due to the occluding object; and, only if a potential hazard (150, 150') is detected in the occluded area, triggering transmission of the potential hazard information signal to the target vehicle, wherein the potential hazard information signal comprises information related to the potential hazard, wherein potential hazards detected outside of the occluded area do not trigger transmissions. obtaining target vehicle data comprising a location of the target vehicle and at least one field of view of the target vehicle, wherein the at least one field of view is that of one or more sensors of the target vehicle, and/or that of a driver or passenger of the target vehicle; obtaining occluding object data comprising a location, orientation and/or spatial extension of an occluding object, wherein the ego vehicle comprising the vehicle signal processing system constitutes the occluding object; determining an occluded area based on the target vehicle data and on the occluded object data, wherein the occluded area represents an area that is hidden from the target vehicle due to the occluding object; and, only if a potential hazard (150, 150') is detected in the occluded area, triggering transmission of the potential hazard information signal to the target vehicle, wherein the potential hazard information signal comprises information related to the potential hazard, wherein potential hazards detected outside of the occluded area do not trigger transmissions.
A method for preparing a polyolefin resin composition comprising the steps of: mixing a first resin chip comprising a first polyolefin resin and glass filaments impregnated in the first polyolefin resin; and a second resin chip comprising a second polyolefin resin and an aerogel or glass bubbles impregnated in the second polyolefin resin, wherein a ratio of a length of the second resin chip to a length of the first resin chip is 0.8 to 1.2. mixing a first resin chip comprising a first polyolefin resin and glass filaments impregnated in the first polyolefin resin; and a second resin chip comprising a second polyolefin resin and an aerogel or glass bubbles impregnated in the second polyolefin resin, wherein a ratio of a length of the second resin chip to a length of the first resin chip is 0.8 to 1.2.
Universal motor having a stator, on which at least two field coils (12, 16) which are connected in parallel are received, wherein there are provided for the parallel connection of the field coils (12, 16) connection lines (48, 60) which are arranged on the stator in the pole gaps between the field coils (12, 16), wherein the field coils (12, 16) are each connected by means of a Y cable (28, 36) which has a first connection line (46, 58) which is connected to a second connection line (48, 60) via an electrical conductive connection, wherein at least at one side the first connection line (46, 58) and the second connection line (48, 60) are provided with a connector (51, 52, 61, 62), characterised in that the Y cables (28, 36) are provided on the connections of the connectors (51, 52, 61, 62) with first heat-shrinkable hoses (53, 54, 63, 64), and in that the Y cables (28, 36) which are mounted on the stator are further surrounded by second heat-shrinkable hoses at the connection between the two connection lines and the connections of the connectors (51, 52, 61, 62).
A process for making a polymer polyol, comprising polymerizing one or more low molecular weight ethylenically unsaturated monomers that have a molecular weight of no greater than 150 in a continuous liquid polyol phase and in the presence of a stabilizer to form a dispersion of solid polymer particles in the continuous liquid polyol phase, wherein the stabilizer includes 1.5 to 15%, based on the weight of the low molecular weight ethylenically unsaturated monomer(s), of (i) a macromer, the macromer being a random copolymer of a mixture of 84 to 90% by weight propylene oxide and 10 to 16% ethylene oxide, the macromer having a number average molecular weight of 8000 to 15,000, measured using gel permeation chromatography methods, an average of 4 to 5 hydroxyl groups per molecule and 1 to 1.5 polymerizable carbon-carbon double or triple bond, (ii) a pre-formed polymer formed by polymerizing a carbon-carbon double or triple bond of such macromer, or (iii) a mixture of (i) and (ii), wherein the low molecular weight ethylenically unsaturated monomers include styrene and acrylonitrile at a weight ratio of 85:15 to 50:50, wherein the macromer is prepared by reacting an isocyanate compound having a polymerizable carbon-carbon double or triple bond with a random copolymer of propylene oxide and ethylene oxide.
A terminal comprising: a control section configured to: determine uplink control channel resource indexes based on configuration of an active uplink bandwidth part, UL BWP, wherein multiple UL BWPs are configured and the active UL BWP is switched in time; and further configured to determine a resource for an uplink control channel based on an uplink control channel resource index indicated from Physical Uplink Control Channel, PUCCH, resource indicator field in downlink control information out of the uplink control channel resource indexes; and a transmission section configured to transmit the uplink control channel on the resource for the uplink control channel on the active UL BWP, when the resource is included in the active UL BWP, wherein the transmission section is configured not to transmit the uplink control channel, when the resource is not included in the active UL BWP. a control section configured to: determine uplink control channel resource indexes based on configuration of an active uplink bandwidth part, UL BWP, wherein multiple UL BWPs are configured and the active UL BWP is switched in time; and further configured to determine a resource for an uplink control channel based on an uplink control channel resource index indicated from Physical Uplink Control Channel, PUCCH, resource indicator field in downlink control information out of the uplink control channel resource indexes; and determine uplink control channel resource indexes based on configuration of an active uplink bandwidth part, UL BWP, wherein multiple UL BWPs are configured and the active UL BWP is switched in time; and further configured to determine a resource for an uplink control channel based on an uplink control channel resource index indicated from Physical Uplink Control Channel, PUCCH, resource indicator field in downlink control information out of the uplink control channel resource indexes; and a transmission section configured to transmit the uplink control channel on the resource for the uplink control channel on the active UL BWP, when the resource is included in the active UL BWP, wherein the transmission section is configured not to transmit the uplink control channel, when the resource is not included in the active UL BWP.
A carrier scheduling method for carrier aggregation, CA, applied to a network side, characterized by comprising: within a transmission time interval, TTI, when a number of times of overlapping between a plurality of search spaces of a plurality of pieces of user equipment, UE, to be scheduled satisfies a preset determination condition, selecting a UE-specific downlink control information, DCI, format from a plurality of DCI formats; marking the selected UE-specific DCI format, and setting scheduling of a physical downlink shared channel, PDSCH, corresponding to the UE-specific DCI format onto an anchor carrier component; setting a plurality of physical downlink control channels, PDCCHs, corresponding to remaining DCI formats other than the UE-specific DCI format onto a plurality of carrier components for scheduling PDSCHs corresponding to the remaining DCI formats; and sending the set anchor carrier component and the plurality of carrier components set corresponding to the remaining DCI formats to the pieces of UE to be scheduled. within a transmission time interval, TTI, when a number of times of overlapping between a plurality of search spaces of a plurality of pieces of user equipment, UE, to be scheduled satisfies a preset determination condition, selecting a UE-specific downlink control information, DCI, format from a plurality of DCI formats; marking the selected UE-specific DCI format, and setting scheduling of a physical downlink shared channel, PDSCH, corresponding to the UE-specific DCI format onto an anchor carrier component; setting a plurality of physical downlink control channels, PDCCHs, corresponding to remaining DCI formats other than the UE-specific DCI format onto a plurality of carrier components for scheduling PDSCHs corresponding to the remaining DCI formats; and sending the set anchor carrier component and the plurality of carrier components set corresponding to the remaining DCI formats to the pieces of UE to be scheduled.
Apparatus for dispensing boiling water and for dispensing hot water, connectable to the water mains, e.g. for use in a domestic kitchen, the apparatus comprising: - a water mains pipe connector for connecting the apparatus to a water mains pipe, - a water storage and heating reservoir, said reservoir having a bottom and a top, wherein said reservoir has an inlet connected to the water mains pipe connector, the inlet being provided at the bottom portion of the reservoir, wherein the reservoir furthermore has an outlet provided at the upper portion of the reservoir, which is connectable to a tap, and wherein a water heating element is provided in the water reservoir, the heating element being adapted to provide boiling water at a temperature above its atmospheric boiling point, - a boiling water outlet connected to the reservoir outlet via a boiling water pipe and connectable to a boiling water tap; - preferably a mixing device connected to the water mains pipe connector and to the reservoir outlet, said mixing device being adapted to mix cold water and water from the reservoir to provide hot water to a hot water outlet of the apparatus, said hot water outlet being distinct from the boiling water outlet, - preferably the apparatus including a cold water outlet, thereby allowing a tap to be connected to the hot water outlet and the cold water outlet of the apparatus, characterized in that an operating module (140, 141, 151) for operating the boiling water tap by enabling or denying boiling water to flow through the boiling water tap is provided in the boiling water pipe, which operating module (140,141,151) comprises a switch and an electronic module (141, 142), which electronic module (141, 142) defines a security code which enables or denies boiling water to flow through the boiling water tap, and wherein the security code is defined by a combination of sequence and time of operating the switch. - a water mains pipe connector for connecting the apparatus to a water mains pipe, - a water storage and heating reservoir, said reservoir having a bottom and a top, wherein said reservoir has an inlet connected to the water mains pipe connector, the inlet being provided at the bottom portion of the reservoir, wherein the reservoir furthermore has an outlet provided at the upper portion of the reservoir, which is connectable to a tap, and wherein a water heating element is provided in the water reservoir, the heating element being adapted to provide boiling water at a temperature above its atmospheric boiling point, - a boiling water outlet connected to the reservoir outlet via a boiling water pipe and connectable to a boiling water tap; - preferably a mixing device connected to the water mains pipe connector and to the reservoir outlet, said mixing device being adapted to mix cold water and water from the reservoir to provide hot water to a hot water outlet of the apparatus, said hot water outlet being distinct from the boiling water outlet, - preferably the apparatus including a cold water outlet, thereby allowing a tap to be connected to the hot water outlet and the cold water outlet of the apparatus,
A loose-fill material compressing device for compressing loose-fill material into blocks of material comprising: a support surface for the compressed blocks of insulation, a compression device with a compression surface, and a feeding device for feeding loose-fill material, the compression device is adapted for reciprocal movement between a first position, wherein the feeding device is allowed to feed loose-fill material to a position on the support surface, and a second position, wherein, during movement from the first position to the second position of the compression device, loose-fill material fed by the feeding device is compressed, the loose-fill material compressing device comprising means for decreasing the cross-sectional area of the compressed material along the support surface. characterized by a driving device for operating the compression device, the driving device comprising a rotating electrical machine, wherein the compression device is adapted to compress the loose-fill material to a density of at least 160 kg/m 3. a support surface for the compressed blocks of insulation, a compression device with a compression surface, and a feeding device for feeding loose-fill material, the compression device is adapted for reciprocal movement between a first position, wherein the feeding device is allowed to feed loose-fill material to a position on the support surface, and a second position, wherein, during movement from the first position to the second position of the compression device, loose-fill material fed by the feeding device is compressed, the loose-fill material compressing device comprising means for decreasing the cross-sectional area of the compressed material along the support surface. characterized by a driving device for operating the compression device, the driving device comprising a rotating electrical machine, wherein the compression device is adapted to compress the loose-fill material to a density of at least 160 kg/m 3.
An applicator or template for use with a magnetic encoder scale, the magnetic encoder scale having a series of spaced periodic magnetic marks, the applicator or template being for positioning a reference mark along the scale, the applicator or template having: a series of magnetic marks having the same pitch as the periodic scale marks, whereby the applicator or template automatically assumes a defined phase relationship relative to the periodic scale marks when placed on the scale by self-alignment of the opposing magnetic poles of the applicator or template with those of the magnetic encoder scale; and a feature for locating or forming the reference mark. a series of magnetic marks having the same pitch as the periodic scale marks, whereby the applicator or template automatically assumes a defined phase relationship relative to the periodic scale marks when placed on the scale by self-alignment of the opposing magnetic poles of the applicator or template with those of the magnetic encoder scale; and a feature for locating or forming the reference mark.
A flexible battery comprising: one or more electrodes comprising a mixture, the mixture consisting of: a room temperature ionic liquid; a reversible source/sink of lithium ions; and conductive carbon additives, wherein the conductive carbon additives comprise at least one of: carbon nanoparticles; carbon nanotubes; graphene particles. one or more electrodes comprising a mixture, the mixture consisting of: a room temperature ionic liquid; a reversible source/sink of lithium ions; and conductive carbon additives, wherein the conductive carbon additives comprise at least one of: carbon nanoparticles; carbon nanotubes; graphene particles. a room temperature ionic liquid; a reversible source/sink of lithium ions; and conductive carbon additives, wherein the conductive carbon additives comprise at least one of: carbon nanoparticles; carbon nanotubes; graphene particles. carbon nanoparticles; carbon nanotubes; graphene particles.
Device (20, 20a, 20b, 20c) for measuring the flow rate of ink sent to a print head of an ink jet printer, comprising: - a conduit provided with a restriction of the diameter of said conduit for the flow of ink, arranged in the path thereof defined by said conduit, - means (26, 28, 28a) for measuring the pressure difference (P in - P out), between the pressure of fluid upstream of the restriction (P in) and the pressure of ink downstream of the restriction (P out), - means (300, 70) for calculating the flow rate of ink as a function of the pressure difference (P in - P out), characterised in that said restriction has a diameter between 300 μm and 1 mm. - a conduit provided with a restriction of the diameter of said conduit for the flow of ink, arranged in the path thereof defined by said conduit, - means (26, 28, 28a) for measuring the pressure difference (P in - P out), between the pressure of fluid upstream of the restriction (P in) and the pressure of ink downstream of the restriction (P out), - means (300, 70) for calculating the flow rate of ink as a function of the pressure difference (P in - P out), characterised in that said restriction has a diameter between 300 μm and 1 mm.
A door handle assembly for a motor vehicle, comprising a handle support, a handle for opening a door or tailgate of the motor vehicle and a mechanical coupling device, wherein the handle with its first handle end is pivotably mounted on the handle support and with its second handle end can be coupled to the mechanical coupling device which is pivotably mounted on the handle support, and by means of which an actuation of the handle can be transmitted to a vehicle-side closure assembly, characterised in that the door handle assembly comprises an assembly element attached to the coupling device and pivotable together with the coupling device which is configured so that it can be changed from an assembly state into an operating state, wherein in the assembly state, the assembly element is held by the handle support in an assembly position in which the coupling device is locked in an assembly-swivelled-out position, and wherein the assembly element, when changing from the assembly state into the operating state, is configured so as to be released from the handle support as well as to cancel the lock of the coupling device in the assembly-swivelled-out position and so as to detachably attach the second handle end of the handle.
A seismic sensor assembly comprising: a sensor body; and cable connectors operatively coupled to the sensor body; characterised in that the assembly further comprises an electrically conductive grounding clamp electrically coupled to the cable connectors. a sensor body; and cable connectors operatively coupled to the sensor body;
A method of correcting erroneous intensity measurements caused by defective pixels of the detector of a single-crystal X-ray diffraction system during the collection of diffraction images from a plurality of different scan angles for a crystal mounted in the system, the method comprising the steps of: a) predicting reflection positions on the detector from the diffraction images using an orientation matrix established for the crystal; b) constructing a three-dimensional observed profile for each reflection, said observed profile being indicative of pixel intensity relative to scan angle for detector pixels falling within a predicted reflection position as determined in step (a); c) constructing a model profile as an average of the normalized profile data from a plurality of observed profiles; d) providing a defective pixel list for the system indicative of the location of defective pixels in the detector; and e) for each reflection under examination, comparing the defective pixel list with the observed profile for that reflection to determine components of that observed profile that are affected by a defective pixel, and replacing said components with corresponding components from the model profile. a) predicting reflection positions on the detector from the diffraction images using an orientation matrix established for the crystal; b) constructing a three-dimensional observed profile for each reflection, said observed profile being indicative of pixel intensity relative to scan angle for detector pixels falling within a predicted reflection position as determined in step (a); c) constructing a model profile as an average of the normalized profile data from a plurality of observed profiles; d) providing a defective pixel list for the system indicative of the location of defective pixels in the detector; and e) for each reflection under examination, comparing the defective pixel list with the observed profile for that reflection to determine components of that observed profile that are affected by a defective pixel, and replacing said components with corresponding components from the model profile.
Compound of formula: in which: R is a linear or branched alkyl group containing between 1 and 3 carbon atoms, Y is CH or N, and p is an integer between 0 and 3, and salts thereof, either acid-addition salts with a pharmaceutically acceptable organic or mineral acid, or base-addition salts with a pharmaceutically acceptable organic or mineral base. R is a linear or branched alkyl group containing between 1 and 3 carbon atoms, Y is CH or N, and p is an integer between 0 and 3, and salts thereof, either acid-addition salts with a pharmaceutically acceptable organic or mineral acid, or base-addition salts with a pharmaceutically acceptable organic or mineral base.