mhurhangee/patent-ind-claim-en huggingface dataset:
A method of making an ion-exchange membrane comprising: saturating or impregnating a supporting substrate comprising an imprinted non-woven layer, the imprinted non-woven layer comprising a plurality of imprinted deformations at a surface density of at least 16 deformations per cm 2 , with a reaction solution comprising an anionic- or cationic-monomer and a crosslinker, wherein the imprinted deformations comprise debossed depressions, embossed protrusions or a combination of debossed depressions and embossed protrusions; and polymerizing the monomer and crosslinker to form an ion-exchange polymer (i) in the debossed depressions or in depressions opposite the embossed protrusions, (ii) impregnated in voids of fibers of the non-woven layer, and, (iii) if embossed protrusions are present, optionally such that said ion-exchange polymer is formed in spaces between the embossed protrusions. saturating or impregnating a supporting substrate comprising an imprinted non-woven layer, the imprinted non-woven layer comprising a plurality of imprinted deformations at a surface density of at least 16 deformations per cm 2 , with a reaction solution comprising an anionic- or cationic-monomer and a crosslinker, wherein the imprinted deformations comprise debossed depressions, embossed protrusions or a combination of debossed depressions and embossed protrusions; and polymerizing the monomer and crosslinker to form an ion-exchange polymer (i) in the debossed depressions or in depressions opposite the embossed protrusions, (ii) impregnated in voids of fibers of the non-woven layer, and, (iii) if embossed protrusions are present, optionally such that said ion-exchange polymer is formed in spaces between the embossed protrusions.
A method for a network node for communicating with a first wireless device , the method comprising: assigning (S136) a control resource set, CORESET, search area identifier, CS-ID, to a first wireless device ; and causing signaling (S138) of a CORESET including data for a first wireless device , the data being searchable within the CORESET based at least on an offset derivable from the CS-ID. assigning (S136) a control resource set, CORESET, search area identifier, CS-ID, to a first wireless device ; and causing signaling (S138) of a CORESET including data for a first wireless device , the data being searchable within the CORESET based at least on an offset derivable from the CS-ID.
Lighting device for a motor vehicle, comprising a housing space and an optical module , the optical module comprising a printed circuit supporting at least one light source on one of its faces and an optical component intended to shape the light beams emanating from the light source , such that the optical component comprises retaining means for holding the printed circuit on the optical component , fixing means for fixing the optical module on the housing space and positioning means for positioning the printed circuit on the optical component and the optical component on the housing space , such that the housing space comprises complementary positioning means collaborating with the positioning means allowing the positioning of the optical module on the housing space , complementary fixing means collaborating with the fixing means and spacers supporting the printed circuit on the opposite face to the one on which said at least one light source is positioned, characterized in that the printed circuit comprises passage means collaborating with the positioning means , said passage means comprising a circular hole and an oblong hole .
A motor drive system comprising: a power subassembly including power electronic switches controllable to provide controlled frequency AC power to an electric motor , and driver circuitry configured to apply gate drive signals to the power electronic switches; and a control subassembly separable from the power subassembly but physically configured to be attached to the power subassembly and to make electrical connections with the power subassembly when attached, the control subassembly including control circuitry configured that, in operation, applies control signals to the drive circuitry for controlling the power electronic switches, the control subassembly being configured to be coupled to a configuration station and characterized by the control subassembly further comprising an interface that identifies the motor drive system to the configuration station in conformance with a USB mass storage device class, wherein access to the control subassembly is limited by a password. a power subassembly including power electronic switches controllable to provide controlled frequency AC power to an electric motor , and driver circuitry configured to apply gate drive signals to the power electronic switches; and a control subassembly separable from the power subassembly but physically configured to be attached to the power subassembly and to make electrical connections with the power subassembly when attached, the control subassembly including control circuitry configured that, in operation, applies control signals to the drive circuitry for controlling the power electronic switches, the control subassembly being configured to be coupled to a configuration station and characterized by the control subassembly further comprising an interface that identifies the motor drive system to the configuration station in conformance with a USB mass storage device class, wherein access to the control subassembly is limited by a password.
A dog collar and lead combination having a collar and a lead stored in a housing with a coiling and uncoiling mechanism , wherein the lead in the housing can be unwound against a spring force and an outer end of the lead has a handle , wherein the collar has two free ends , wherein at the first end there is provided the lead and at the second end there is provided an eye through which the lead is passed, wherein the housing for the lead is provided at the first end , characterised in that the two ends of the collar have reciprocal support elements when their end faces approach one another.
A weaning pacifier, of the type comprising: - a mouthpiece intended to be suckled by a child; - a handle ; - at least one base flange having a base thickness (EB) and on one side of which the mouthpiece extends so as to have a suction length L, and on the other side of which the handle extends; - a system for reducing the length L, characterised in that the reduction system comprises at least one first adjustment flange having a passage for the mouthpiece so as to surround the mouthpiece and means for coupling the first adjustment flange to the base flange so as to present the first adjustment flange on the side of the mouthpiece with respect to the base flange , the first adjustment flange having a first adjustment thickness (EJ) at least equal to the base thickness (EB), and in that it comprises at least one second adjustment flange having a passage for the mouthpiece so as to surround the mouthpiece and means for fastening the second adjustment flange to the first adjustment flange so as to present the second adjustment flange on the side of the mouthpiece with respect to the first adjustment flange , the second adjustment flange having a second adjustment thickness at least equal to the base thickness. - a mouthpiece intended to be suckled by a child; - a handle ; - at least one base flange having a base thickness (EB) and on one side of which the mouthpiece extends so as to have a suction length L, and on the other side of which the handle extends; - a system for reducing the length L,
A method for determining a search space parameter, applied to a terminal device, wherein the method is characterized in that the method comprises: receiving (S120) dedicated signaling, wherein the dedicated signaling is used to configure a transmission configuration indication state, TCI, state of a control resource set, CORESET#0, for the terminal device, and a source reference signal Source, RS, indicated by the TCI state of the CORESET#0 is a channel state information reference signal, CSI-RS; determining (S220) a target synchronization signal block, SSB, having a first association relationship with the CSI-RS; and determining (S230) parameter information of a search space#0 in the CORESET#0 based on the target SSB; wherein the first association relationship is that the CSI-RS is in quasi-colocation, QCL, with the target SSB; wherein the parameter information of the search space#0 comprises at least one of the following: time-frequency resource information and spatial receiving parameter information. receiving (S120) dedicated signaling, wherein the dedicated signaling is used to configure a transmission configuration indication state, TCI, state of a control resource set, CORESET#0, for the terminal device, and a source reference signal Source, RS, indicated by the TCI state of the CORESET#0 is a channel state information reference signal, CSI-RS; determining (S220) a target synchronization signal block, SSB, having a first association relationship with the CSI-RS; and determining (S230) parameter information of a search space#0 in the CORESET#0 based on the target SSB; wherein the first association relationship is that the CSI-RS is in quasi-colocation, QCL, with the target SSB; wherein the parameter information of the search space#0 comprises at least one of the following: time-frequency resource information and spatial receiving parameter information.
A laser radar device comprising: a laser light transmitter and receiver that emits laser light into atmospheric air, receives laser light which is reflected by an object to be measured existing in the atmospheric air and returns thereto, and outputs a received signal of said laser light; a coherent integrator that performs a coherent integration on the received signal outputted from said laser light transmitter and receiver ; a spectrum calculator that calculates a spectrum of said received signal by performing a Fourier transform on a result of the coherent integration performed by said coherent integrator and performing an incoherent integration on a result of the Fourier transform; a signal to noise ratio calculator that calculates a signal to noise ratio which indicates a ratio between the spectrum of the received signal calculated by said spectrum calculator and a spectrum of a noise signal acquired in advance; a peak value detector that detects a peak value of the signal to noise ratio calculated by said signal to noise ratio calculator ; and a speed calculator that compares the peak value of the signal to noise ratio with a reference value, selects a speed calculation method of calculating a speed of said object to be measured in dependence on a combination of a result of the comparison and a user command for giving a higher priority to either of a calculation rate and calculation accuracy with respect to a speed of the object to be measured, and calculates the speed of said object to be measured according to the selected speed calculation method. a laser light transmitter and receiver that emits laser light into atmospheric air, receives laser light which is reflected by an object to be measured existing in the atmospheric air and returns thereto, and outputs a received signal of said laser light; a coherent integrator that performs a coherent integration on the received signal outputted from said laser light transmitter and receiver ; a spectrum calculator that calculates a spectrum of said received signal by performing a Fourier transform on a result of the coherent integration performed by said coherent integrator and performing an incoherent integration on a result of the Fourier transform; a signal to noise ratio calculator that calculates a signal to noise ratio which indicates a ratio between the spectrum of the received signal calculated by said spectrum calculator and a spectrum of a noise signal acquired in advance; a peak value detector that detects a peak value of the signal to noise ratio calculated by said signal to noise ratio calculator ; and a speed calculator that compares the peak value of the signal to noise ratio with a reference value, selects a speed calculation method of calculating a speed of said object to be measured in dependence on a combination of a result of the comparison and a user command for giving a higher priority to either of a calculation rate and calculation accuracy with respect to a speed of the object to be measured, and calculates the speed of said object to be measured according to the selected speed calculation method.
An agricultural working machine having at least one first lighting device for road travel, which carries out at least the function of a low beam and/or a high beam , and at least one second lighting device which carries out the function of a working light , wherein the lighting devices are provided with light sources for the production of light and at least a portion of the light is directed onto an area surrounding the working machine , wherein the second lighting device can be deployed in a first operational mode for road travel and in a second operational mode as working lighting , characterized in that switching into the first operational mode and/or the second operational mode is carried out automatically via a control device as a function of a position of the working machine .
A method comprising: outputting, by a mobile computing device, for display, a graphical keyboard comprising a plurality of keys, a suggestion region, a text edit region, and a search element; receiving, by the mobile computing device, a selection of one or more keys from the plurality of keys; outputting, in the text edit region, textual characters based on the selection of the one or more keys; determining, based at least in part on the selection of one or more keys from the plurality of keys, a query suggestion and one or more candidate words for replacing one or more of the textual characters output in the text edit region, the one or more candidate words being displayed within the suggestion region; receiving, by the mobile computing device, an input selecting the search element; and responsive to receiving the input selecting the search element, outputting, by the mobile computing device, for display, an updated graphical keyboard that includes a selectable link, associated with the query suggestion; wherein the updated graphical keyboard further includes the plurality of keys, the suggestion region, the text edit region and a further query suggestion region, the selectable link being output in the query suggestion region. outputting, by a mobile computing device, for display, a graphical keyboard comprising a plurality of keys, a suggestion region, a text edit region, and a search element; receiving, by the mobile computing device, a selection of one or more keys from the plurality of keys; outputting, in the text edit region, textual characters based on the selection of the one or more keys; determining, based at least in part on the selection of one or more keys from the plurality of keys, a query suggestion and one or more candidate words for replacing one or more of the textual characters output in the text edit region, the one or more candidate words being displayed within the suggestion region; receiving, by the mobile computing device, an input selecting the search element; and responsive to receiving the input selecting the search element, outputting, by the mobile computing device, for display, an updated graphical keyboard that includes a selectable link, associated with the query suggestion; wherein the updated graphical keyboard further includes the plurality of keys, the suggestion region, the text edit region and a further query suggestion region, the selectable link being output in the query suggestion region.
An apparatus for holding and retaining glass articles during processing, the apparatus comprising: a base frame comprising a bottom support plate ; a plurality of ware keepers positioned on the bottom support plate , wherein each ware keeper of the plurality of ware keepers comprises a plurality of retention bodies formed from wire segments and defining a ware receiving volume therebetween, wherein each retention body comprises: a base connection stem engaged with the bottom support plate ; a seat segment contiguous with the base connection stem and positioned over and substantially parallel to the bottom support plate ; a lower segment ; a body segment coupled to the seat segment and extending away from the bottom support plate , wherein the lower segment is positioned between the seat segment and the body segment ; a retention segment coupled to the body segment , wherein a diameter of the ware receiving volume enclosed by the retention segment is less than a diameter of the ware receiving volume enclosed by the body segment ; and a lever segment coupled to the retention segment , wherein the seat segments of the retention bodies form a ware seat positioned above and substantially parallel to the bottom support plate . a base frame comprising a bottom support plate ; a plurality of ware keepers positioned on the bottom support plate , wherein each ware keeper of the plurality of ware keepers comprises a plurality of retention bodies formed from wire segments and defining a ware receiving volume therebetween, wherein each retention body comprises: a base connection stem engaged with the bottom support plate ; a seat segment contiguous with the base connection stem and positioned over and substantially parallel to the bottom support plate ; a lower segment ; a body segment coupled to the seat segment and extending away from the bottom support plate , wherein the lower segment is positioned between the seat segment and the body segment ; a retention segment coupled to the body segment , wherein a diameter of the ware receiving volume enclosed by the retention segment is less than a diameter of the ware receiving volume enclosed by the body segment ; and a lever segment coupled to the retention segment , wherein the seat segments of the retention bodies form a ware seat positioned above and substantially parallel to the bottom support plate . a base connection stem engaged with the bottom support plate ; a seat segment contiguous with the base connection stem and positioned over and substantially parallel to the bottom support plate ; a lower segment ; a body segment coupled to the seat segment and extending away from the bottom support plate , wherein the lower segment is positioned between the seat segment and the body segment ; a retention segment coupled to the body segment , wherein a diameter of the ware receiving volume enclosed by the retention segment is less than a diameter of the ware receiving volume enclosed by the body segment ; and a lever segment coupled to the retention segment , wherein the seat segments of the retention bodies form a ware seat positioned above and substantially parallel to the bottom support plate .
A method of forming one or more composite structures, the method comprising: forming one or more carbon structures from a carbon source via a hydrothermal process; and introducing iron onto the one or more carbon structures to form the one or more composite structures comprising carbon and one or more nanostructures comprising iron; wherein forming the one or more carbon structures from the carbon source further comprises introducing a seeding additive to the carbon source, the seeding additive being a potassium salt or a phosphate salt; and wherein introducing iron onto the one or more carbon structures to form the one or more composite structures comprises: dissolving an iron salt in a suitable solvent to form a precursor solution; mixing the precursor solution and a suspension comprising the one or more carbon structures to form a resultant mixture; drying the resultant mixture comprising the iron salt and the one or more carbon structures; and adding an anti-agglomeration additive to the resultant mixture before drying the resultant mixture; wherein the anti-agglomeration additive is any one selected from a group consisting of glucosamine, melamine, and a combination thereof. forming one or more carbon structures from a carbon source via a hydrothermal process; and introducing iron onto the one or more carbon structures to form the one or more composite structures comprising carbon and one or more nanostructures comprising iron; wherein forming the one or more carbon structures from the carbon source further comprises introducing a seeding additive to the carbon source, the seeding additive being a potassium salt or a phosphate salt; and wherein introducing iron onto the one or more carbon structures to form the one or more composite structures comprises: dissolving an iron salt in a suitable solvent to form a precursor solution; mixing the precursor solution and a suspension comprising the one or more carbon structures to form a resultant mixture; drying the resultant mixture comprising the iron salt and the one or more carbon structures; and dissolving an iron salt in a suitable solvent to form a precursor solution; mixing the precursor solution and a suspension comprising the one or more carbon structures to form a resultant mixture; drying the resultant mixture comprising the iron salt and the one or more carbon structures; and adding an anti-agglomeration additive to the resultant mixture before drying the resultant mixture; wherein the anti-agglomeration additive is any one selected from a group consisting of glucosamine, melamine, and a combination thereof.