mhurhangee/patent-ind-claim-en huggingface dataset:
A system for vehicle to mobile device secure wireless communications, the system comprising: a vehicle comprising an on-board computer with a memory having a vehicle identification number, VIN, a connector plug, and an motorized engine; a connected vehicle device, CVD, comprising a processor, a WiFi radio, a BLUETOOTH radio, a memory, and a connector for mating with the connector plug of the vehicle; and a mobile device comprising a graphical user interface, a processor, a WiFi radio, a BLUETOOTH radio, and a cellular network interface, the mobile device further comprising a power unit identification number; the mobile device having previously paired with the CVD ; wherein the CVD is configured to broadcast a WiFi network having a Service Set Identifier, SSID, wherein the SSID is not published; wherein the mobile device is configured to search for a vehicle having a CVD broadcasting a WiFi network with the SSID; wherein the CVD is configured to obtain the vehicle identification number, VIN, from the on-board computer, validate the power unit identification number to the VIN and configure the WiFi network settings to include an SSID comprising the power unit identification number in an encrypted form; and wherein the mobile device is configured to connect to the CVD using the configured WiFi network settings. a vehicle comprising an on-board computer with a memory having a vehicle identification number, VIN, a connector plug, and an motorized engine; a connected vehicle device, CVD, comprising a processor, a WiFi radio, a BLUETOOTH radio, a memory, and a connector for mating with the connector plug of the vehicle; and a mobile device comprising a graphical user interface, a processor, a WiFi radio, a BLUETOOTH radio, and a cellular network interface, the mobile device further comprising a power unit identification number; the mobile device having previously paired with the CVD ; wherein the CVD is configured to broadcast a WiFi network having a Service Set Identifier, SSID, wherein the SSID is not published; wherein the mobile device is configured to search for a vehicle having a CVD broadcasting a WiFi network with the SSID; wherein the CVD is configured to obtain the vehicle identification number, VIN, from the on-board computer, validate the power unit identification number to the VIN and configure the WiFi network settings to include an SSID comprising the power unit identification number in an encrypted form; and wherein the mobile device is configured to connect to the CVD using the configured WiFi network settings.
An ankle prosthesis comprising a talar component which includes a talar upper face defining a first articular surface and which extends between a talar anterior edge and an opposite talar posterior edge according to a first average direction (A-A'), said first articular surface being curved according to said first average direction (A-A'), said first articular surface comprising a first curved portion and a second curved portion , each extending according to said first average direction (A-A'), said first curved portion having a first curvature and said second curved portion having a second curvature, said prosthesis being characterized in that said first curved portion and said second curved portion define respectively an anterior portion and a posterior portion of said first articular surface , said first curvature being greater than said second curvature.
A label which can be attached to a curved surface, the label comprising at least the following: - a first label portion which can be attached to a curved surface, - a second label portion which can be bent relative to the first label portion and comprises a reinforcement area that has an edge between the first label portion and the second label portion , and - a stamped line , wherein the edge is curved and is formed as a segment of a boundary line which results from an intersection of the curved surface with a planar intersection plane at a predetermined, defined angle (α), whereby in the bent state of the second label portion the edge abuts against the curved surface and the portion that can be bent is fixed at the predetermined, defined angle (α) relative the first label portion , characterized in that the stamped line extends transverse to the curved edge . - a first label portion which can be attached to a curved surface, - a second label portion which can be bent relative to the first label portion and comprises a reinforcement area that has an edge between the first label portion and the second label portion , and - a stamped line ,
Vehicle seat element for a vehicle seat having a residual spring travel adjustment device , the vehicle seat element having a first fastening eye , the residual spring travel adjustment device can be introduced into the first fastening eye and the residual spring travel adjustment device has a fastening eye insert having an eccentric hole , wherein the fastening eye insert is cylindrical, characterised in that the fastening eye insert has two projections extending in a radial direction that engage in complementarily shaped grooves (9, 9', 9", 9"') of the first fastening eye .
Dialysis device comprising: • a prescriber interface; • programming means configured to allow a prescriber, via the prescriber interface, to input a set of therapeutic objectives, to define a treatment and to define rules forming basis for at least one treatment alternative; • a condition-determining means that is configured to measure clinical or therapeutic parameters during an ongoing treatment session or resulting from a treatment session; • re-evaluation means by which it is possible to automatically determine and suggest to the patient at least one treatment alternative based on the measured parameter, which is the most appropriate to the patient requirements and which allows achieving the set of therapeutic objectives; • a patient interface; and • modification means configured to allow the patient, via the patient interface, to modify the treatment by selecting one of the at least one treatment alternative. • a prescriber interface; • programming means configured to allow a prescriber, via the prescriber interface, to input a set of therapeutic objectives, to define a treatment and to define rules forming basis for at least one treatment alternative; • a condition-determining means that is configured to measure clinical or therapeutic parameters during an ongoing treatment session or resulting from a treatment session; • re-evaluation means by which it is possible to automatically determine and suggest to the patient at least one treatment alternative based on the measured parameter, which is the most appropriate to the patient requirements and which allows achieving the set of therapeutic objectives; • a patient interface; and • modification means configured to allow the patient, via the patient interface, to modify the treatment by selecting one of the at least one treatment alternative.
Motor vehicle rear suspension of the type having two longitudinal trailing arms , wherein each trailing arm has a front end intended to be connected to the body of the vehicle by an articulation of transverse axis and a stub-axle carrier at a rear end, the rear suspension comprising two transverse struts each having one end secured to a trailing arm and being connected to one another by a pivot connection of transverse axis of rotation situated in a transversely median position of the rear suspension, to the rear of the front ends of the trailing arms and vertically above an axis of rotation of the rear suspension which is defined by the front ends of the two trailing arms, characterized in that it comprises a link having a front end intended to be connected to the body of the vehicle by an articulation having at least one transverse axis of rotation and at least one longitudinal axis of rotation, and a rear end connected to the pivot connection by an articulation of transverse axis of rotation.
Packaging for textile articles comprising: - a plurality of textile articles superimposed on each other in a stacking direction (X) so as to form at least one stack ; - a flat core arranged in a substantially perpendicular manner to the stacking direction (X), wherein the flat core comprises recesses along a couple of sides ; and - a band which surrounds the at least one stack of textile articles and the flat core , wherein the band is tightened around the stack so as to keep it united and so as to be received in the recesses of the flat core ; characterized in that the band : - is at least partially made of polymeric material; and - is blocked in position by means of welding. - a plurality of textile articles superimposed on each other in a stacking direction (X) so as to form at least one stack ; - a flat core arranged in a substantially perpendicular manner to the stacking direction (X), wherein the flat core comprises recesses along a couple of sides ; and - a band which surrounds the at least one stack of textile articles and the flat core , - is at least partially made of polymeric material; and - is blocked in position by means of welding.
An antiperspirant/deodorant composition comprising: an oil-in-water emulsion base comprising: an emulsifier, a plant-based oil, a polyol, and water; an antiperspirant active dispersed in the oil-in-water emulsion base, wherein the antiperspirant active consists essentially of a zinc-based antiperspirant active; and a substantivity enhancer of the zinc-based antiperspirant active; wherein the substantivity enhancer is a film-forming polymer composition; wherein the emulsifier comprises a mixture of steareth-2 and steareth-20 or a mixture of steareth-2 and steareth-21; and wherein the composition is aluminum-free. an oil-in-water emulsion base comprising: an emulsifier, a plant-based oil, a polyol, and water; an antiperspirant active dispersed in the oil-in-water emulsion base, wherein the antiperspirant active consists essentially of a zinc-based antiperspirant active; and a substantivity enhancer of the zinc-based antiperspirant active; wherein the substantivity enhancer is a film-forming polymer composition; wherein the emulsifier comprises a mixture of steareth-2 and steareth-20 or a mixture of steareth-2 and steareth-21; and wherein the composition is aluminum-free.
A flash-spun plexifilamentary fiber strand comprising fibers having a total crystallinity index of less than or equal to 55%, the flash-spun plexifilamentary fiber strand having a BET surface area of less than or equal to 12 m 2 /g, a crush value of greater than or equal to 0.9 mm/g, wherein said fiber strand comprises predominantly fibers formed from homopolymers of ethylene, and wherein all parameter values are determined according to the respective methods referred to in the description.
Carrying device for receiving goods , comprising - a rear wall which delimits a carrying volume for receiving the goods towards the rear, - a front wall delimiting the carrying volume towards the front and - a flexible bottom device , which -- has a bottom wall , -- is designed without side walls, -- can be arranged in a closed state and an open state , -- in the closed state delimits the load-bearing volume downwards, -- in the open condition releases the support volume downwards, and -- has securing means arranged on the side of the bottom wall for loss-proof retention of the goods in the carrying volume , characterized in that the securing means has a plurality of projections laterally delimiting the carrying volume and arranged at a distance from one another and/or has at least one such projection which is designed as a knob and/or as a pin and/or as a web. - a rear wall which delimits a carrying volume for receiving the goods towards the rear, - a front wall delimiting the carrying volume towards the front and - a flexible bottom device , which -- has a bottom wall , -- is designed without side walls, -- can be arranged in a closed state and an open state , -- in the closed state delimits the load-bearing volume downwards, -- in the open condition releases the support volume downwards, and -- has securing means arranged on the side of the bottom wall for loss-proof retention of the goods in the carrying volume , -- has a bottom wall , -- is designed without side walls, -- can be arranged in a closed state and an open state , -- in the closed state delimits the load-bearing volume downwards, -- in the open condition releases the support volume downwards, and -- has securing means arranged on the side of the bottom wall for loss-proof retention of the goods in the carrying volume ,
A fiber cord for reinforcement, comprising an adhesive treatment agent attached to a surface thereof, characterized in that the fiber cord includes, in an inner layer part thereof, a compound A 1 having a molecular weight of less than 1,000 and a smaller amount of a compound B 1 than the compound A 1 , the compound A 1 being an aromatic compound or a compound containing an α-dicarboxylic acid component, the compound B 1 being an aliphatic compound or an alicyclic compound, wherein the compound A 1 is located only in the inner layer part of the fiber cord.
A method of preparing cellulose derivatives the method comprising: - providing a compound having the hydroxyl groups of native cellulose activated by a reaction using a compound containing an acidic substituent, - reacting said activated cellulose with one or more amine compounds in an aqueous milieu, at a temperature within the range 35-60 °C, thereby forming an aqueous phase and a remaining organic reaction mixture, - separating the aqueous phase from the organic reaction mixture, - recovering the product. - providing a compound having the hydroxyl groups of native cellulose activated by a reaction using a compound containing an acidic substituent, - reacting said activated cellulose with one or more amine compounds in an aqueous milieu, at a temperature within the range 35-60 °C, thereby forming an aqueous phase and a remaining organic reaction mixture, - separating the aqueous phase from the organic reaction mixture, - recovering the product.
A polyarylene ether ketone resin having a repeating unit (1-1) represented by general formula (1-1) below and a repeating unit (2-1) represented by general formula (2-1) below, (in the formulae, R is a hydrogen atom or an alkyl group having 1 to 4 carbon atoms, and Ar1 and Ar2 are each a divalent organic group (3-1) represented by general formula (3-1) below) (in the formula, n is 0 or 1).
A method for digitally modulating a signal in a communication network, such method comprising: selecting a modulation scheme represented by a given constellation of points (P1-P8; P1'-P16') within the complex plane, each point having a given initial position comprising an I-coordinate and a Q-coordinate in the complex plane, the given constellation having a mean symbol energy, and modifying the I-coordinate and/or the Q-coordinate of at least one of said constellation points (P1-P3; P1'-P4') around said initial position so as to optimize a performance function associated with said modulation scheme while keeping constant the mean symbol energy, wherein said modulation scheme is a bit interleaved coded modulation scheme in which bit patterns are mapped into modulation symbols according to a non-Gray labelling map, and wherein said given modulation scheme is a set partitioning 16-QAM, SP-16QAM, scheme and modifying the I-coordinate and/or Q-coordinate of at least one of said constellation points (P1-P3; P1'-P4') is computed on the basis that: P 1 ≡ √ Es * / 9.18 , 0 , P 2 ≡ √ Es * / 3.66 , 1.86 √ Es * / 4.76 P 3 ≡ 3 √ Es * / 4.76 , 0 where Es* is the mean symbol energy, and where P1, P2 and P3 are the constellation points located in the first quadrant. selecting a modulation scheme represented by a given constellation of points (P1-P8; P1'-P16') within the complex plane, each point having a given initial position comprising an I-coordinate and a Q-coordinate in the complex plane, the given constellation having a mean symbol energy, and modifying the I-coordinate and/or the Q-coordinate of at least one of said constellation points (P1-P3; P1'-P4') around said initial position so as to optimize a performance function associated with said modulation scheme while keeping constant the mean symbol energy, wherein said modulation scheme is a bit interleaved coded modulation scheme in which bit patterns are mapped into modulation symbols according to a non-Gray labelling map, and wherein said given modulation scheme is a set partitioning 16-QAM, SP-16QAM, scheme and modifying the I-coordinate and/or Q-coordinate of at least one of said constellation points (P1-P3; P1'-P4') is computed on the basis that: P 1 ≡ √ Es * / 9.18 , 0 , P 2 ≡ √ Es * / 3.66 , 1.86 √ Es * / 4.76 P 3 ≡ 3 √ Es * / 4.76 , 0 where Es* is the mean symbol energy, and where P1, P2 and P3 are the constellation points located in the first quadrant.
A processor-implemented method, comprising: collecting, via one or more hardware processors, a Bluetooth Low Energy, BLE, beacon emitted by at least one client device , by a first receiver (102.a) and a second receiver (102.b), measuring Received Signal Strength Indication, RSSI, value of the BLE beacon, via the one or more hardware processors, with respect to the first receiver (102.a) and the second receiver (102.b), wherein the first receiver (102.a) is positioned outside an entrance point of a room with respect to which the entry event or the exit event is determined for the user, wherein the second receiver (102.b) is positioned inside an entrance point of a room with respect to which the entry event or the exit event is determined for the user; and determining one of an entry event or an exit event for a user of the client device , via one or more hardware processors, when the BLE beacon received at both the first receiver (102.a) and the second receiver (102.b) is within a same time window, and initiate a timer window upon reception of the BLE beacon signal by the first receiver (102.a) or the second receiver (102.b) and terminate the timer window upon receiving confirmation indicating reception of the BLE beacon from both the first receiver (102.a) and the second receiver (102.b) is within the same time window. collecting, via one or more hardware processors, a Bluetooth Low Energy, BLE, beacon emitted by at least one client device , by a first receiver (102.a) and a second receiver (102.b), measuring Received Signal Strength Indication, RSSI, value of the BLE beacon, via the one or more hardware processors, with respect to the first receiver (102.a) and the second receiver (102.b), wherein the first receiver (102.a) is positioned outside an entrance point of a room with respect to which the entry event or the exit event is determined for the user, wherein the second receiver (102.b) is positioned inside an entrance point of a room with respect to which the entry event or the exit event is determined for the user; and determining one of an entry event or an exit event for a user of the client device , via one or more hardware processors, when the BLE beacon received at both the first receiver (102.a) and the second receiver (102.b) is within a same time window, and initiate a timer window upon reception of the BLE beacon signal by the first receiver (102.a) or the second receiver (102.b) and terminate the timer window upon receiving confirmation indicating reception of the BLE beacon from both the first receiver (102.a) and the second receiver (102.b) is within the same time window.
A method for extending the length of a pre-existing rotor blade , the method comprising: cutting off the pre-existing rotor blade at a specific location into a first blade segment and a second blade segment ; coupling a first end of a blade insert to a first joint end of the first blade segment such that a first interface is defined between the blade insert and the first blade segment ; coupling a second end of the blade insert to a second joint end of the second blade segment such that a second interface is defined between the blade insert and the second blade segment ; securing one or more shear web couplings to a side of respective shear webs of blade segments and the blade insert so as to extend the shear web couplings across the first and/or second interface , the method further comprising: forming a scarfed section in at least one of the first blade segment or the second blade segment ; and forming a corresponding scarfed section in the blade insert . cutting off the pre-existing rotor blade at a specific location into a first blade segment and a second blade segment ; coupling a first end of a blade insert to a first joint end of the first blade segment such that a first interface is defined between the blade insert and the first blade segment ; coupling a second end of the blade insert to a second joint end of the second blade segment such that a second interface is defined between the blade insert and the second blade segment ; securing one or more shear web couplings to a side of respective shear webs of blade segments and the blade insert so as to extend the shear web couplings across the first and/or second interface , the method further comprising: forming a scarfed section in at least one of the first blade segment or the second blade segment ; and forming a corresponding scarfed section in the blade insert . forming a scarfed section in at least one of the first blade segment or the second blade segment ; and forming a corresponding scarfed section in the blade insert .