mhurhangee/patent-ind-claim-en huggingface dataset:
A body analyte monitoring system , intended to be attached to a limb of a living being, comprising: - a first module , comprising attachment and tightening means configured to hold and tighten the system on a limb, - a second module , comprising microneedles configured to be inserted into the skin to sample and/or analyze a body fluid from the wearer of the body monitoring system when the latter is positioned on the limb, the two modules being able to be in coupled position where they are coupled together by shape complementarity, the system being characterized in that the first module and the second module are interconnected by a separable link , the separable link being configured to be released when a tearing threshold is exceeded, the link being also reusable, the threshold of tearing of the separable link being lower than the threshold of tearing of the microneedles from the skin, so that once worn, a tearing force disengages the separable link to prevent the tearing of the microneedles from the skin. - a first module , comprising attachment and tightening means configured to hold and tighten the system on a limb, - a second module , comprising microneedles configured to be inserted into the skin to sample and/or analyze a body fluid from the wearer of the body monitoring system when the latter is positioned on the limb, the two modules being able to be in coupled position where they are coupled together by shape complementarity, the system being characterized in that the first module and the second module are interconnected by a separable link , the separable link being configured to be released when a tearing threshold is exceeded, the link being also reusable, the threshold of tearing of the separable link being lower than the threshold of tearing of the microneedles from the skin, so that once worn, a tearing force disengages the separable link to prevent the tearing of the microneedles from the skin. the two modules being able to be in coupled position where they are coupled together by shape complementarity, the system being characterized in that the first module and the second module are interconnected by a separable link , the separable link being configured to be released when a tearing threshold is exceeded, the link being also reusable, the threshold of tearing of the separable link being lower than the threshold of tearing of the microneedles from the skin, so that once worn, a tearing force disengages the separable link to prevent the tearing of the microneedles from the skin.
A data processing method, comprising: collecting (S101) road data, the road data comprising a two-dimensional streetscape image, a three-dimensional point cloud, and inertial navigation data; performing (S102) region segmentation on the two-dimensional streetscape image based on a spatial position relation of the two-dimensional streetscape image, the three-dimensional point cloud, and the inertial navigation data; extracting a ground region image according to the region segmentation; detecting (S103) at least one target road traffic marking in the ground region image, the at least one target road traffic marking comprising a lane line and/or a road sign; calculating (S104) three-dimensional coordinates of the at least one target road traffic marking based on the spatial position relation of the two-dimensional streetscape image, the three-dimensional point cloud, and the inertial navigation data. collecting (S101) road data, the road data comprising a two-dimensional streetscape image, a three-dimensional point cloud, and inertial navigation data; performing (S102) region segmentation on the two-dimensional streetscape image based on a spatial position relation of the two-dimensional streetscape image, the three-dimensional point cloud, and the inertial navigation data; extracting a ground region image according to the region segmentation; detecting (S103) at least one target road traffic marking in the ground region image, the at least one target road traffic marking comprising a lane line and/or a road sign; calculating (S104) three-dimensional coordinates of the at least one target road traffic marking based on the spatial position relation of the two-dimensional streetscape image, the three-dimensional point cloud, and the inertial navigation data.
A magnetic element holder for an electric motor, comprising a carrier formed of a frame structure, which carrier comprises at least one receiving section for receiving at least one magnetic element and is configured with holding means for positionally fixed holding of the at least one magnetic element inside the at least one receiving section , wherein the magnetic element holder is configured to be fastened to an inner wall of a rotor of an electric motor when used as intended, wherein the magnetic element holder has at least one spring element on its outer edge, by means of which a bias can be generated with respect to a second magnetic element holder adjacently positionable on the outer edge in a circumferential direction of the rotor, characterized in that the magnetic element holder in the circumferential direction of the rotor comprises multiple parallel row sections , each having at least one receiving section for at least one magnetic element , wherein the row sections are spaced apart from each other in the circumferential direction of the rotor, and wherein a hinge is provided between the row sections , respectively, by means of which the row sections can be movably inclined relative to each other.
An automatic analysis device for performing an analysis of a sample, the device comprising: two or more analysis units for performing the analysis of the sample; one control part for controlling operations of the two or more analysis units ; a storage part for storing time charts of operations having different purposes for respective analysis units; and one common unit for supplying the sample to the two or more analysis units , wherein the storage part stores time charts of operations having different purposes for the common unit , and wherein the two or more analysis units are operated independent to each other by control of the control part based on the time charts stored in the storage part , and a synchronization point where synchronization is made between each time chart , the point being a timing when an operation is started in other time charts , is provided in the time charts , characterized in that the synchronization points which are timings at which a time chart of a first analysis unit can start operation are provided to the time charts of a second analysis unit and the common unit wherein said time chart is also provided with an operation starting point which is a timing at which the operation of the second analysis unit and the common unit are started and wherein in the synchronisation points of the second analysis unit and the common unit, the second unit and the common unit are already operating in synchronisation. two or more analysis units for performing the analysis of the sample; one control part for controlling operations of the two or more analysis units ; a storage part for storing time charts of operations having different purposes for respective analysis units; and one common unit for supplying the sample to the two or more analysis units , wherein the storage part stores time charts of operations having different purposes for the common unit , and wherein the two or more analysis units are operated independent to each other by control of the control part based on the time charts stored in the storage part , and a synchronization point where synchronization is made between each time chart , the point being a timing when an operation is started in other time charts , is provided in the time charts , characterized in that the synchronization points which are timings at which a time chart of a first analysis unit can start operation are provided to the time charts of a second analysis unit and the common unit wherein said time chart is also provided with an operation starting point which is a timing at which the operation of the second analysis unit and the common unit are started and wherein in the synchronisation points of the second analysis unit and the common unit, the second unit and the common unit are already operating in synchronisation.
A harvesting combine comprising: - a power processing unit extending longitudinally between a front end and a rear end and vertically between a top and a bottom and comprising an internal combustion engine assembly , - a rear grain cart located behind the power processing unit for storage of harvested grain, - a forward operator cab at the front end of the power processing unit , - a cleaning fan assembly located at the front bottom of the power processing unit and configured to draw a first air flow drawn from in front of the fan assembly into the power processing unit , - a rotor and concaves assembly for threshing grain located within the power processing unit , and - a charge fan assembly located behind the forward operator cab for receiving and drawing in a second air flow from about the top of the power processing unit , characterised in that the charge fan assembly is adapted to direct a first portion of the second air flow downwardly into the cleaning fan assembly , whereby the first air flow mingles with the first portion of the second air flow forced downwardly. - a power processing unit extending longitudinally between a front end and a rear end and vertically between a top and a bottom and comprising an internal combustion engine assembly , - a rear grain cart located behind the power processing unit for storage of harvested grain, - a forward operator cab at the front end of the power processing unit , - a cleaning fan assembly located at the front bottom of the power processing unit and configured to draw a first air flow drawn from in front of the fan assembly into the power processing unit , - a rotor and concaves assembly for threshing grain located within the power processing unit , and - a charge fan assembly located behind the forward operator cab for receiving and drawing in a second air flow from about the top of the power processing unit ,
Hybrid or electric vehicle with a floor, low end lengths extending along the two side edges of the floor, at least one subfloor propulsion battery tray , a cradle of engine support including two rear ends, and inner underfloor stretchers with an outboard end Batch of propulsion battery means that the vehicle is characterized in that it also includes at least one reinforcement device ; the reinforcement device comprising at least one body attached to an inner stretcher front underfloor and at least two reinforcement legs extending from that body ; and in so far as a first reinforcement leg connects the body to a rear end of the cradle and a second reinforcement leg connects the body to a long base.
A communication apparatus having a communication control function, which enables the apparatus to operate as a control apparatus that is adapted to form a wireless network and to control the wireless network, and having an apparatus function other than the communication control function, the communication apparatus characterized by : a determination means configured to determine whether priority is to be given to the apparatus function over the communication control function in the case that an instruction to implement the apparatus function is received while the apparatus is implementing the communication control function and operating as the control apparatus; and a control means configured to control operation of the apparatus such that priority is given to the apparatus function over the communication control function by terminating the communication control function in a case that the determination means determines that priority is to be given to the apparatus function over the communication control function and by implementing the apparatus function. a determination means configured to determine whether priority is to be given to the apparatus function over the communication control function in the case that an instruction to implement the apparatus function is received while the apparatus is implementing the communication control function and operating as the control apparatus; and a control means configured to control operation of the apparatus such that priority is given to the apparatus function over the communication control function by terminating the communication control function in a case that the determination means determines that priority is to be given to the apparatus function over the communication control function and by implementing the apparatus function.
An image encoding method for encoding a current block, comprising: setting a fixed number of first merging candidates, said fixed number being a maximum number of usable-for-merging candidates, each merging candidate being a combination of a prediction direction, a motion vector that has been used to encode a first block, and a reference picture index; removing an identical candidate from the first merging candidates; removing, from the first merging candidates, a merging candidate that has been coded by intra prediction, that is outside a boundary of the slice or a picture including the current block, or that is yet to be coded; determining whether or not the total number of first merging candidates after the removing steps is less than the fixed number; deriving a second merging candidate having a second motion vector when the total number of first merging candidates is less than the fixed number, the second candidate being different from each of the first merging candidates; and encoding a coded index indicating either one of the first merging candidates after the removing steps and the second merging candidate; wherein the coded index is encoded using the fixed number, and wherein the motion vector of the indicated merging candidate is used to encode the current block. setting a fixed number of first merging candidates, said fixed number being a maximum number of usable-for-merging candidates, each merging candidate being a combination of a prediction direction, a motion vector that has been used to encode a first block, and a reference picture index; removing an identical candidate from the first merging candidates; removing, from the first merging candidates, a merging candidate that has been coded by intra prediction, that is outside a boundary of the slice or a picture including the current block, or that is yet to be coded; determining whether or not the total number of first merging candidates after the removing steps is less than the fixed number; deriving a second merging candidate having a second motion vector when the total number of first merging candidates is less than the fixed number, the second candidate being different from each of the first merging candidates; and encoding a coded index indicating either one of the first merging candidates after the removing steps and the second merging candidate; wherein the coded index is encoded using the fixed number, and wherein the motion vector of the indicated merging candidate is used to encode the current block.
A process for preparing a miniaturised separation column for chromatography purposes with a porous monolithic stationary phase anchored in the column, comprising the following steps: (a) providing a flat substrate of silicon, glass, glass-ceramic or ceramic, (b) etching at least one channel structure into the flat substrate, (c) introducing a non-porous stationary phase porous precursor material into at least part of the channel structure(s); and (d) forming a porous, three-dimensional network from the precursor material, characterised in that liquid-tight covering of the channel structure(s) on the upper side of the flat substrate is effected by conformal deposition from the gas phase in a step (e) after step (d). (a) providing a flat substrate of silicon, glass, glass-ceramic or ceramic, (b) etching at least one channel structure into the flat substrate, (c) introducing a non-porous stationary phase porous precursor material into at least part of the channel structure(s); and (d) forming a porous, three-dimensional network from the precursor material,
A method for operating a constrained device within a network, the network comprising a Network Address Translation, NAT, node deployed between the constrained device and a manager, the method, performed by the constrained device, comprising: receiving from the manager configuration information for a Port Control Protocol, PCP, configuration data Object on the constrained device , the configuration information comprising: a value for a Resource in the PCP configuration data Object (21 0a); and execution of a Resource in the PCP configuration data Object, the execution triggering sending of a PCP request ; and; sending a PCP Request to the NAT node in accordance with the executed Resource, the PCP Request including the Resource value received in the configuration information . receiving from the manager configuration information for a Port Control Protocol, PCP, configuration data Object on the constrained device , the configuration information comprising: a value for a Resource in the PCP configuration data Object (21 0a); and execution of a Resource in the PCP configuration data Object, the execution triggering sending of a PCP request ; and; a value for a Resource in the PCP configuration data Object (21 0a); and execution of a Resource in the PCP configuration data Object, the execution triggering sending of a PCP request ; sending a PCP Request to the NAT node in accordance with the executed Resource, the PCP Request including the Resource value received in the configuration information .
A method for service offloading in a communications system, characterized by forwarding, at a software defined networking switch, a traffic flow to a deep packet inspection virtual machine; determining, in a network apparatus, whether a traffic flow has been properly classified by the deep packet inspection virtual machine; wherein if the traffic flow has been properly classified by the deep packet inspection virtual machine, instructing a software defined networking controller to offload further packets of said traffic flow from the deep packet inspection virtual machine.
A method for calibrating an interleaved analog-to-digital converter (ADC), comprising: injecting a pulsed signal having a substantially-random amplitude into a plurality of channels in the ADC; after the pulsed signal is injected, determining for each channel a gain correlation value indicating a degree of correlation between the injected pulsed signal and an output of the respective channel; comparing the gain correlation values to determine a degree of mismatch between the channels; and calibrating at least the timing mismatch and the phase/timing portion of the bandwidth mismatch of at least one of the channels as a function of the determined degree of mismatch between the channels; wherein the timing of the pulsed signal is controlled so that each of the plurality of channels samples an edge of a respective pulse of the pulsed signal. injecting a pulsed signal having a substantially-random amplitude into a plurality of channels in the ADC; after the pulsed signal is injected, determining for each channel a gain correlation value indicating a degree of correlation between the injected pulsed signal and an output of the respective channel; comparing the gain correlation values to determine a degree of mismatch between the channels; and calibrating at least the timing mismatch and the phase/timing portion of the bandwidth mismatch of at least one of the channels as a function of the determined degree of mismatch between the channels; wherein the timing of the pulsed signal is controlled so that each of the plurality of channels samples an edge of a respective pulse of the pulsed signal.
Vehicle inner ceiling for upwardly delimiting an interior of a vehicle , with multiple strip lights for lighting the interior of the vehicle and/or for displaying information for a passenger in the interior of the vehicle , a multiplicity of webs , which run in the longitudinal direction of the vehicle inner ceiling and are spaced apart from one another, wherein channel-shaped depressions , which respectively run in the longitudinal direction of the vehicle interior ceiling, are formed in the intermediate spaces between the webs , and the multiple strip lights are arranged at least in a number of the intermediate spaces and/or at least on a number of the webs and run in the longitudinal direction of the vehicle inner ceiling , characterized in that the vehicle inner ceiling has multiple profile elements , wherein each of the profile elements respectively has at least some of the webs and also a connecting element for connecting adjacent webs , and wherein the profile elements are displaceable with respect to one another in their transverse direction. a multiplicity of webs , which run in the longitudinal direction of the vehicle inner ceiling and are spaced apart from one another, wherein channel-shaped depressions , which respectively run in the longitudinal direction of the vehicle interior ceiling, are formed in the intermediate spaces between the webs , and the multiple strip lights are arranged at least in a number of the intermediate spaces and/or at least on a number of the webs and run in the longitudinal direction of the vehicle inner ceiling , characterized in that the vehicle inner ceiling has multiple profile elements , wherein each of the profile elements respectively has at least some of the webs and also a connecting element for connecting adjacent webs , and wherein the profile elements are displaceable with respect to one another in their transverse direction.
A component for a gas turbine engine, comprising: an outer wall comprising an exterior surface ; at least one plenum defined interiorly to the outer wall and configured to receive a cooling fluid therein; a coating system disposed on the exterior surface , the coating system having a thickness ; and a plurality of adaptive cooling openings defined in the outer wall , wherein each of the adaptive cooling openings extends from a first end in flow communication with the at least one plenum , outward through the exterior surface and to a second end covered underneath at least a portion of the thickness of the coating system , wherein at least one of the adaptive cooling openings is oriented at an acute angle relative to a direction normal to the outer wall , characterized in further comprising groups of the adaptive cooling openings in an arrangement, wherein each of the adaptive cooling openings in each of the groups is rotated by the acute angle in a different direction from others of the adaptive cooling openings in the group. an outer wall comprising an exterior surface ; at least one plenum defined interiorly to the outer wall and configured to receive a cooling fluid therein; a coating system disposed on the exterior surface , the coating system having a thickness ; and a plurality of adaptive cooling openings defined in the outer wall , wherein each of the adaptive cooling openings extends from a first end in flow communication with the at least one plenum , outward through the exterior surface and to a second end covered underneath at least a portion of the thickness of the coating system , wherein at least one of the adaptive cooling openings is oriented at an acute angle relative to a direction normal to the outer wall , characterized in further comprising groups of the adaptive cooling openings in an arrangement, wherein each of the adaptive cooling openings in each of the groups is rotated by the acute angle in a different direction from others of the adaptive cooling openings in the group.