mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method comprising: selecting at least one previously traveled track from trajectory data associated with at least one journey of at least one vehicle; determining at least one reference route for the at least one previously driven track, wherein the reference route represents an optimal or near-to-optimal route for the at least one journey; processing the trajectory data associated with the at least one journey of the at least one vehicle to determine at least one deviation from the at least one reference route, wherein processing the trajectory data comprises causing a comparison of a length of the at least one reference route and an actual traveled length of the at least one previously traveled track; determining an initiation of at least one parking search by the at least one vehicle based on the at least one deviation; and determining at least one portion of the at least one journey that is associated with the at least one parking search. selecting at least one previously traveled track from trajectory data associated with at least one journey of at least one vehicle; determining at least one reference route for the at least one previously driven track, wherein the reference route represents an optimal or near-to-optimal route for the at least one journey; processing the trajectory data associated with the at least one journey of the at least one vehicle to determine at least one deviation from the at least one reference route, wherein processing the trajectory data comprises causing a comparison of a length of the at least one reference route and an actual traveled length of the at least one previously traveled track; determining an initiation of at least one parking search by the at least one vehicle based on the at least one deviation; and determining at least one portion of the at least one journey that is associated with the at least one parking search.
A method of forming an orthopaedic implant , comprising: heat bonding a porous material to a surface of an insert to form a bonded insert (1 10, 610, 710); characterized in placing a bare portion of the bonded insert in an opening formed in a material of an implant body ; and heat bonding the bare portion to the material to bond the bonded insert to the implant body . heat bonding a porous material to a surface of an insert to form a bonded insert (1 10, 610, 710); characterized in placing a bare portion of the bonded insert in an opening formed in a material of an implant body ; and heat bonding the bare portion to the material to bond the bonded insert to the implant body .
A method for receiving control information through an enhanced physical downlink control channel, EPDCCH, by a user equipment , UE, in a wireless communication system, the method further comprising: receiving a plurality of EPDCCH set configurations; attempting to decode the EPDCCH in each of a plurality of EPDCCH physical resource block, PRB, sets based on each of the plurality of EPDCCH set configurations, wherein in attempting the decoding, the UE determines EPDCCH resource elements for each of the plurality of EPDCCH PRB sets using each parameter set indicated by each of the plurality of EPDCCH set configurations for each of the EPDCCH PRB sets, and wherein the each parameter set indicated by each of the plurality of EPDCCH set configurations comprises a cell-specific reference signal, CRS, position related parameter, a channel state Information-reference signal, CSI-RS, position related parameter, and a physical downlink control channel, PDCCH, position related parameter. receiving a plurality of EPDCCH set configurations; attempting to decode the EPDCCH in each of a plurality of EPDCCH physical resource block, PRB, sets based on each of the plurality of EPDCCH set configurations, wherein in attempting the decoding, the UE determines EPDCCH resource elements for each of the plurality of EPDCCH PRB sets using each parameter set indicated by each of the plurality of EPDCCH set configurations for each of the EPDCCH PRB sets, and wherein the each parameter set indicated by each of the plurality of EPDCCH set configurations comprises a cell-specific reference signal, CRS, position related parameter, a channel state Information-reference signal, CSI-RS, position related parameter, and a physical downlink control channel, PDCCH, position related parameter.
An educational toy comprising a. at least a first self-moving vehicle adapted to move and steer freely on a two-dimensional surface and comprising a control button for starting vehicle motion, and b. at least one tangible, three-dimensional marker comprising at least one machine-readable information item , wherein the marker is adapted to be placeable freely on the surface and wherein the marker has a height (h) above the surface when placed on the surface , wherein a ground clearance (g) of the self-moving vehicle is smaller than the height (h) of the marker above the surface , and wherein the self-moving vehicle comprises at least one sensor adapted for a wireless readout of the machine-readable information item of the marker and a control unit adapted for controlling the self-moving vehicle depending on the machine-readable information item as read out by the sensor , and characterized in that , information about a previous playrun of the self-moving vehicle is stored in a memory of the self-moving vehicle and wherein this information comprises information about the marker as read out during the previous playrun, and wherein the self-moving vehicle is adapted to store all required information about a playrun in the memory connected to the control unit and is adapted, by pressing the control button , to rerun a sequence or course corresponding to the information stored in the previous playrun in absence of the markers. a. at least a first self-moving vehicle adapted to move and steer freely on a two-dimensional surface and comprising a control button for starting vehicle motion, and b. at least one tangible, three-dimensional marker comprising at least one machine-readable information item , wherein the marker is adapted to be placeable freely on the surface and wherein the marker has a height (h) above the surface when placed on the surface , wherein a ground clearance (g) of the self-moving vehicle is smaller than the height (h) of the marker above the surface , and wherein the self-moving vehicle comprises at least one sensor adapted for a wireless readout of the machine-readable information item of the marker and a control unit adapted for controlling the self-moving vehicle depending on the machine-readable information item as read out by the sensor , and characterized in that , information about a previous playrun of the self-moving vehicle is stored in a memory of the self-moving vehicle and wherein this information comprises information about the marker as read out during the previous playrun, and wherein the self-moving vehicle is adapted to store all required information about a playrun in the memory connected to the control unit and is adapted, by pressing the control button , to rerun a sequence or course corresponding to the information stored in the previous playrun in absence of the markers.
A pneumatic disc brake for a utility vehicle, comprising: - a brake calliper that fits over a brake disc ; - a pneumatic brake cylinder that is connected in an airtight manner to the brake calliper; - it being possible to move a brake lever that is arranged in a calliper interior of the brake calliper from a non-braking position into a braking position by means of a tappet that is arranged in a tappet chamber of the brake cylinder ; - there being arranged in an airtight pressure chamber of the disc brake , the volume of this pressure chamber changing proportionally to a stroke movement of the tappet , a pressure sensor that is connected to a first interface of an evaluation unit and monitors a pressure that changes with the stroke movement of the tappet during braking; characterised in that - the pressure chamber takes the form of the tappet chamber , this tappet chamber being separated from the cylinder interior and the calliper interior of the brake calliper by an airtight separating device . - a brake calliper that fits over a brake disc ; - a pneumatic brake cylinder that is connected in an airtight manner to the brake calliper; - it being possible to move a brake lever that is arranged in a calliper interior of the brake calliper from a non-braking position into a braking position by means of a tappet that is arranged in a tappet chamber of the brake cylinder ; - there being arranged in an airtight pressure chamber of the disc brake , the volume of this pressure chamber changing proportionally to a stroke movement of the tappet , a pressure sensor that is connected to a first interface of an evaluation unit and monitors a pressure that changes with the stroke movement of the tappet during braking; - the pressure chamber takes the form of the tappet chamber , this tappet chamber being separated from the cylinder interior and the calliper interior of the brake calliper by an airtight separating device .
A package for a foodstuff product, comprising: - a foodstuff product (P); - an outer wrapper that envelops said product (P) completely so as to define a closed chamber (C) containing said product; and - a support , set on which is said product (P), which is housed within said closed chamber (C) together with said product (P), said package being characterised in that said support comprises a base , on which said product rests, and lateral walls that surround said product, wherein said lateral walls include a pair of lateral walls that are set in positions opposed to one another with respect to said product (P) and have a height such as to project above said product (P), wherein said pair of lateral walls are configured for constituting a support for a further package positioned directly on top of said package, and wherein said pair of lateral walls have respective top edges that are set at a distance apart shorter than the size of said base in a corresponding direction. - a foodstuff product (P); - an outer wrapper that envelops said product (P) completely so as to define a closed chamber (C) containing said product; and - a support , set on which is said product (P), which is housed within said closed chamber (C) together with said product (P),
A detecting device, characterized by comprising: an image acquirer configured to acquire four images of a person, wherein three images are captured in at least three different infrared wavelength ranges and one image is captured in visible light and wherein the four images are taken simultaneously; a face detector configured to analyze the visible light image captured by the image acquirer and to detect a face region of the person, wherein the face region includes three different face regions, the three different face regions being a forehead region (R2), a right cheek region (R3), and a left cheek region (R4) in the face region; and a determiner configured to determine whether the person is wearing a disguise by determining and judging whether luminances of pixels of the three different face regions satisfy specific relations between the three infrared images based on the three images acquired by the image acquirer , wherein the disguise is made of silicone, and the image acquirer acquires the images in infrared wavelength ranges from 1161 to 1171 nm, from 1185 to 1195 nm, and from 1209 to 1219 nm separately, and the determiner determines that the specific relations are satisfied when the luminance of the face region in the image in the infrared wavelength range from 1185 to 1195 nm is lower than the luminances of the face region in the images in the infrared wavelength ranges from 1161 to 1171 nm and from 1209 to 1219 nm, wherein the luminance of the face region is defined by the luminances of pixels in said region, an image acquirer configured to acquire four images of a person, wherein three images are captured in at least three different infrared wavelength ranges and one image is captured in visible light and wherein the four images are taken simultaneously; a face detector configured to analyze the visible light image captured by the image acquirer and to detect a face region of the person, wherein the face region includes three different face regions, the three different face regions being a forehead region (R2), a right cheek region (R3), and a left cheek region (R4) in the face region; and a determiner configured to determine whether the person is wearing a disguise by determining and judging whether luminances of pixels of the three different face regions satisfy specific relations between the three infrared images based on the three images acquired by the image acquirer , wherein the disguise is made of silicone, and the image acquirer acquires the images in infrared wavelength ranges from 1161 to 1171 nm, from 1185 to 1195 nm, and from 1209 to 1219 nm separately, and the determiner determines that the specific relations are satisfied when the luminance of the face region in the image in the infrared wavelength range from 1185 to 1195 nm is lower than the luminances of the face region in the images in the infrared wavelength ranges from 1161 to 1171 nm and from 1209 to 1219 nm, wherein the luminance of the face region is defined by the luminances of pixels in said region,
A magnetic clamping apparatus comprising a magnetizable surface configured to anchor a ferromagnetic element in a removable manner and a plurality of magnetic poles , each provided with a free surface thereof, the magnetizable surface being at least partially defined by the free surfaces of said plurality of magnetic poles placed side by side, on the magnetizable surface at least a part of the magnetic poles being arranged in a group, characterized in that each free surface of each magnetic pole of the group has at least two measuring areas , each measuring area being associated with at least one sensor adapted to detect a magnetic flux exiting from said area.
A hand dishwashing cleaning composition comprising: a) from 1 % to 60% by weight of the total composition of a surfactant system comprising: (i) an anionic surfactant; and (ii) a primary co-surfactant system, wherein the primary co-surfactant system is preferably selected from the group consisting of amphoteric surfactant, zwitterionic surfactant and mixtures thereof; and b) from 0.1% to 10%, preferably from 0.5% to 4%, by weight of the total composition of a cyclodextrin, wherein at least 50% or more of the cyclodextrin is complexed with the surfactant system; wherein the composition preferably comprises anionic surfactant and the primary co-surfactant system in a ratio of from 10:1 to 1:1. a) from 1 % to 60% by weight of the total composition of a surfactant system comprising: (i) an anionic surfactant; and (ii) a primary co-surfactant system, wherein the primary co-surfactant system is preferably selected from the group consisting of amphoteric surfactant, zwitterionic surfactant and mixtures thereof; and (i) an anionic surfactant; and (ii) a primary co-surfactant system, wherein the primary co-surfactant system is preferably selected from the group consisting of amphoteric surfactant, zwitterionic surfactant and mixtures thereof; and b) from 0.1% to 10%, preferably from 0.5% to 4%, by weight of the total composition of a cyclodextrin, wherein at least 50% or more of the cyclodextrin is complexed with the surfactant system;
A window or door framework for building walls or the like, comprising at least a frame and at least a hinged element hinged to said frame , further comprising - at least a housing seat adapted to house vacuum creating means within at least one of said frame and said hinged element ; said vacuum creating means being adapted to the expulsion of air from the inside of at least one of said frame and said hinged element ; characterized in that - said vacuum creating means are housed in said housing seat . - at least a housing seat adapted to house vacuum creating means within at least one of said frame and said hinged element ; said vacuum creating means being adapted to the expulsion of air from the inside of at least one of said frame and said hinged element ; characterized in that - said vacuum creating means are housed in said housing seat .
A method for key derivation performed by a User Equipment, UE, comprising: sending (S206) a radio resource control, RRC, connection reestablishment request to a target base station; receiving (S207) a RRC connection reestablishment message from the target base station, the RRC connection reestablishment message comprising a target cell's physical cell identifier, ID; obtaining the target's physical cell ID from the RRC connection reestablishment message; and deriving (S208) a key corresponding to a target cell for being used in communication with the target base station, the target cell being one of multiple cells under control of the target base station, wherein the key corresponding to the target cell for being used in communication with the target base station is derived according to the target cell's physical cell ID. sending (S206) a radio resource control, RRC, connection reestablishment request to a target base station; receiving (S207) a RRC connection reestablishment message from the target base station, the RRC connection reestablishment message comprising a target cell's physical cell identifier, ID; obtaining the target's physical cell ID from the RRC connection reestablishment message; and deriving (S208) a key corresponding to a target cell for being used in communication with the target base station, the target cell being one of multiple cells under control of the target base station, wherein the key corresponding to the target cell for being used in communication with the target base station is derived according to the target cell's physical cell ID.
Method for monitoring the change in the state of wear of a windscreen wiper of a wiping system for a motor vehicle window , in order to replace this windscreen wiper after a given wear threshold (S), the method comprising, in succession: - a step a) of determining the replacement of the windscreen wiper with a new windscreen wiper ; - a step b) of estimating or measuring the state of wear of the new windscreen wiper at a time t0; - a step c) of monitoring the change over time in the state of wear of the new windscreen wiper starting from the time t0; and - a step d) of detecting when the state of wear of the new windscreen wiper reaches or passes said threshold (S), wherein step a) of determining the replacement of the windscreen wiper with a new windscreen wiper is a step of outputting an interrogation message to a user of the vehicle and/or a person responsible for the maintenance of the windscreen wiper, the method being characterized in that said message is a message asking the user of the vehicle and/or the person responsible for the maintenance of the windscreen wiper if they have replaced the windscreen wiper with another new windscreen wiper. - a step a) of determining the replacement of the windscreen wiper with a new windscreen wiper ; - a step b) of estimating or measuring the state of wear of the new windscreen wiper at a time t0; - a step c) of monitoring the change over time in the state of wear of the new windscreen wiper starting from the time t0; and - a step d) of detecting when the state of wear of the new windscreen wiper reaches or passes said threshold (S),
Rotor for an electrical machine , in particular a synchronous machine , - wherein the rotor has a rotor shaft defining a rotor axis , - wherein the rotor has a winding support , which is arranged fixed against rotation on the rotor shaft , with the result that it surrounds the rotor shaft in a central section , in relation to the rotor axis , - wherein the winding support supports a superconducting rotor winding , - wherein the rotor has a sleeve , which surrounds the winding support and the rotor winding at least radially, in relation to the rotor axis , characterized in that - the sleeve consists integrally of a copper alloy which contains a maximum of 2.0 percent by weight of chromium, at least 0.1 and at most 0.5 percent by weight of zirconium and the remainder copper, at least in the region in which it surrounds the winding support and the superconducting rotor winding radially, and is solidified, - wherein the solidified copper alloy is an oxide dispersion-hardened copper alloy. - wherein the rotor has a rotor shaft defining a rotor axis , - wherein the rotor has a winding support , which is arranged fixed against rotation on the rotor shaft , with the result that it surrounds the rotor shaft in a central section , in relation to the rotor axis , - wherein the winding support supports a superconducting rotor winding , - wherein the rotor has a sleeve , which surrounds the winding support and the rotor winding at least radially, in relation to the rotor axis , characterized in that - the sleeve consists integrally of a copper alloy which contains a maximum of 2.0 percent by weight of chromium, at least 0.1 and at most 0.5 percent by weight of zirconium and the remainder copper, at least in the region in which it surrounds the winding support and the superconducting rotor winding radially, and is solidified, - wherein the solidified copper alloy is an oxide dispersion-hardened copper alloy.
A method , comprising steps of: laying down composite tows on a substrate using a composite laying head with a compaction roller and a heater mounted forward of the compaction roller ; capturing infrared images of the composite tows , after laying down the composite tows , using an infrared camera , mounted aft of the compaction roller ; and determining a degree of intimate contact and a level of tack between the composite tows and the substrate using the infrared images , wherein the step of determining the level of tack is based on a metric , relating the level of tack to values of intensities of the infrared images of the composite tows , wherein the values of intensities, taken within the infrared images of the composite tows , are representative of temperatures of the composite tows , wherein the degree of intimate contact is defined by uniformity of material temperature in the composite tows behind the compaction roller and the level of tack is defined by the actual temperature of composite tows in infrared images . laying down composite tows on a substrate using a composite laying head with a compaction roller and a heater mounted forward of the compaction roller ; capturing infrared images of the composite tows , after laying down the composite tows , using an infrared camera , mounted aft of the compaction roller ; and determining a degree of intimate contact and a level of tack between the composite tows and the substrate using the infrared images , wherein the step of determining the level of tack is based on a metric , relating the level of tack to values of intensities of the infrared images of the composite tows , wherein the values of intensities, taken within the infrared images of the composite tows , are representative of temperatures of the composite tows , wherein the degree of intimate contact is defined by uniformity of material temperature in the composite tows behind the compaction roller and the level of tack is defined by the actual temperature of composite tows in infrared images .