mhurhangee/patent-ind-claim-en huggingface dataset:
A method for configuring a touchscreen display of a mobile device comprising: Capturing an image of an object with a fingerprint sensor of the mobile device, wherein the mobile device is a protected device having a plurality of enrolled users, and wherein the capturing of the image of the object is performed by the fingerprint sensor while the touchscreen display of the mobile device is disabled; and in response to a determination that the object captured within the image is a finger, uf enabling the touchscreen display of the mobile device to receive touch input via the touchscreen display and unlocking a subset of functions of the mobile device without performing authentication of a fingerprint and/or receipt of a user password. Capturing an image of an object with a fingerprint sensor of the mobile device, wherein the mobile device is a protected device having a plurality of enrolled users, and wherein the capturing of the image of the object is performed by the fingerprint sensor while the touchscreen display of the mobile device is disabled; and in response to a determination that the object captured within the image is a finger, uf enabling the touchscreen display of the mobile device to receive touch input via the touchscreen display and unlocking a subset of functions of the mobile device without performing authentication of a fingerprint and/or receipt of a user password.
A closed-loop system for cryosurgery, comprising a closed-loop flow path for a cryofluid at cryogenic temperatures, said closed-loop flow path having a nominal pressure throughout and including a first section and a second section ; a pump positioned in the second section of the closed-loop flow path for circulating said cryofluid in said closed-loop flow path; a heat exchanger coupled to a heat sink and positioned in the first section of the closed-loop flow path for cooling said cryofluid in the first section of the closed-loop flow path to cryogenic temperatures; and one or more cryoneedles positioned in the first section of the closed-loop flow path , each cryoneedle configured to provide a cryotherapy, the system characterised by a recuperator in said closed-loop flow path, the recuperator positioned between the first section and the second section, said recuperator configured for transferring thermal energy between said cryofluid in said second section and said cryofluid at cryogenic temperatures in said first section, the second section having an operating temperature substantially greater than cryogenic temperatures; and one or more flow control devices positioned in the second section of the closed-loop flow path, each flow control device configured for selectively enabling and disabling a flow of said cryofluid at cryogenic temperatures between said closed-loop flow path and one or more of the cryoneedles. a closed-loop flow path for a cryofluid at cryogenic temperatures, said closed-loop flow path having a nominal pressure throughout and including a first section and a second section ; a pump positioned in the second section of the closed-loop flow path for circulating said cryofluid in said closed-loop flow path; a heat exchanger coupled to a heat sink and positioned in the first section of the closed-loop flow path for cooling said cryofluid in the first section of the closed-loop flow path to cryogenic temperatures; and one or more cryoneedles positioned in the first section of the closed-loop flow path , each cryoneedle configured to provide a cryotherapy, the system characterised by a recuperator in said closed-loop flow path, the recuperator positioned between the first section and the second section, said recuperator configured for transferring thermal energy between said cryofluid in said second section and said cryofluid at cryogenic temperatures in said first section, the second section having an operating temperature substantially greater than cryogenic temperatures; and one or more flow control devices positioned in the second section of the closed-loop flow path, each flow control device configured for selectively enabling and disabling a flow of said cryofluid at cryogenic temperatures between said closed-loop flow path and one or more of the cryoneedles.
A seal assembly comprising: a sealing component and a spring energizer comprising a plurality of coils , the sealing component and the spring energizer each comprising a bore that align; wherein: the sealing component comprises an inside flange with a seal lip and a V-bottom groove in which the spring energizer is located; the seal lip comprises an extended portion that extends in a direction of the bore of the sealing component; the extended portion for sealing against a dynamic member has a generally constant cross-sectional width to within 23% of a maximum width that is configured to wear during use to produce a generally constant surface friction when worn; and wherein the plurality of coils contact two tapered surfaces of the V-bottom groove . a sealing component and a spring energizer comprising a plurality of coils , the sealing component and the spring energizer each comprising a bore that align; wherein: the sealing component comprises an inside flange with a seal lip and a V-bottom groove in which the spring energizer is located; the seal lip comprises an extended portion that extends in a direction of the bore of the sealing component; the extended portion for sealing against a dynamic member has a generally constant cross-sectional width to within 23% of a maximum width that is configured to wear during use to produce a generally constant surface friction when worn; and wherein the plurality of coils contact two tapered surfaces of the V-bottom groove . the sealing component comprises an inside flange with a seal lip and a V-bottom groove in which the spring energizer is located; the seal lip comprises an extended portion that extends in a direction of the bore of the sealing component; the extended portion for sealing against a dynamic member has a generally constant cross-sectional width to within 23% of a maximum width that is configured to wear during use to produce a generally constant surface friction when worn; and wherein the plurality of coils contact two tapered surfaces of the V-bottom groove .
A computer-implemented method for applying an analysis to a data model, comprising: A. receiving the analysis and the data model, wherein the analysis and the data model are each in semantic format, wherein the semantic format is generated using domain ontology and semantic technology and wherein the analysis comprises one or more queries or operations; B. processing the analysis and the data model to identify one or more elements present in the analysis while missing from the data model and determine that the analysis is not applicable to the data model upon identification of the one or more elements; C. presenting the one or more elements to a user and receiving a user input to adjust the data model thereby defining an adjusted data model; D. repeating steps B and C until the analysis is applicable to the adjusted data model; and E. performing the analysis on one or more data objects of the adjusted data model. A. receiving the analysis and the data model, wherein the analysis and the data model are each in semantic format, wherein the semantic format is generated using domain ontology and semantic technology and wherein the analysis comprises one or more queries or operations; B. processing the analysis and the data model to identify one or more elements present in the analysis while missing from the data model and determine that the analysis is not applicable to the data model upon identification of the one or more elements; C. presenting the one or more elements to a user and receiving a user input to adjust the data model thereby defining an adjusted data model; D. repeating steps B and C until the analysis is applicable to the adjusted data model; and E. performing the analysis on one or more data objects of the adjusted data model.
A compound represented by Chemical Formula 1 below, or a pharmaceutically acceptable salt thereof: in Chemical Formula 1, R 1 and R 2 are each independently C 1-4 alkyl, R 3 is C 1-4 alkyl, C 1-4 alkyl substituted with C 5-10 heteroaryl, C 6-10 aryl, or C 5-10 heteroaryl, X is CH, or N, and Y is NH, or O. R 1 and R 2 are each independently C 1-4 alkyl, R 3 is C 1-4 alkyl, C 1-4 alkyl substituted with C 5-10 heteroaryl, C 6-10 aryl, or C 5-10 heteroaryl, X is CH, or N, and Y is NH, or O.
A method comprising: detecting, by a second connected vehicle , whether a second driver of the second connected vehicle is drowsy; determining, by the second connected vehicle , whether the second connected vehicle is in automated driving mode; inserting, into a Vehicle-to-Everything message, digital data that describes whether the second driver of the second connected vehicle is drowsy, and whether the second connected vehicle is in automated driving mode; receiving, by a first connected vehicle , the Vehicle-to-Everything message indicating that the second connected vehicle is being operated by a drowsy driver based on the digital data included in the Vehicle-to-Everything message, characterized by determining, by the first connected vehicle , whether it is in an automated driving mode; and responsive to the first connected vehicle not being in automated driving mode, providing a notification to a first driver of the first connected vehicle , and responsive to the first connected vehicle being in automated driving mode, providing the notification to the first driver of the first connected vehicle , and the first connected vehicle automatically taking an evasive maneuver to avoid the second connected vehicle . detecting, by a second connected vehicle , whether a second driver of the second connected vehicle is drowsy; determining, by the second connected vehicle , whether the second connected vehicle is in automated driving mode; inserting, into a Vehicle-to-Everything message, digital data that describes whether the second driver of the second connected vehicle is drowsy, and whether the second connected vehicle is in automated driving mode; receiving, by a first connected vehicle , the Vehicle-to-Everything message indicating that the second connected vehicle is being operated by a drowsy driver based on the digital data included in the Vehicle-to-Everything message, characterized by determining, by the first connected vehicle , whether it is in an automated driving mode; and responsive to the first connected vehicle not being in automated driving mode, providing a notification to a first driver of the first connected vehicle , and responsive to the first connected vehicle being in automated driving mode, providing the notification to the first driver of the first connected vehicle , and the first connected vehicle automatically taking an evasive maneuver to avoid the second connected vehicle .
An organic light-emitting diode substrate, comprising: a substrate ; a conductive layer formed over the substrate comprising a plurality of anodes and a plurality of cathodes , wherein each of the anodes are electrically insulated from the rest of the anodes and the cathodes ; characterized in that , the organic light-emitting diode substrate further comprises a light-emitting layer , including a plurality of light-emitting regions emitting different colors of light, formed over the plurality of anodes and the plurality of cathodes , wherein each of the light-emitting regions is electrically connected with at least one of the anodes and at least one of the cathodes , two adjacent ones of the light-emitting regions share one of the electrodes, and shared electrodes have a same polarity. a substrate ; a conductive layer formed over the substrate comprising a plurality of anodes and a plurality of cathodes , wherein each of the anodes are electrically insulated from the rest of the anodes and the cathodes ; characterized in that , the organic light-emitting diode substrate further comprises a light-emitting layer , including a plurality of light-emitting regions emitting different colors of light, formed over the plurality of anodes and the plurality of cathodes , wherein each of the light-emitting regions is electrically connected with at least one of the anodes and at least one of the cathodes , two adjacent ones of the light-emitting regions share one of the electrodes, and shared electrodes have a same polarity.
A kit for non-invasively detecting fetal deafness pathogenic gene mutations, comprising: reagents for extracting plasma DNAs, barcode linker for labeling the extracted plasma DNAs through the start and terminal positions of the extracted plasma DNAs and 6 different bases on 3' end of the barcode linker, a DNA cyclase, primers and reagents for amplifying target DNAs, and primers and reagents for pre-amplifying the pre-determined loci of deafness pathogenic genes, wherein the primers for pre-amplifying the pre-determined loci of deafness pathogenic genes are pairs of primers that are backward extended and designed to simultaneously testing a plurality of mutation loci comprising 22 loci of GJB2 gene, GJB3 gene, and SLC26A4 gene; the pairs of primers being: GJB2-F1 (SEQ ID NO: 2): CACGCTGCAGACGATCC, GJB2-R1 (SEQ ID NO: 3): CCCCAATCCATCTTCTACTCT; GJB2-F2 (SEQ ID NO: 4): TCCCACATCCGGCTATG, GJB2-R2 (SEQ ID NO: 5): GATGGGGAAGTAGTGATCGTAG; GJB3-F (SEQ ID NO: 7): CGTGGACTGCTACATTGCC, GJB3-R (SEQ ID NO: 8): ATGTTGGGGCAGGGG; PDS3-F (SEQ ID NO: 10): CGTCATTTCGGGAGT, PDS3-R (SEQ ID NO: 11): CTAAGCAGCCATTCC; PDS5-F (SEQ ID NO: 13): CCCTGACTCTGCTGG, PDS5-R (SEQ ID NO: 14): CACTGGCAATCAGGA; PDS7-F2 (SEQ ID NO: 16): TGGCAGTAGCAATTATCGTC, PDS7-R2 (SEQ ID NO: 17): TTTCATATGGAGCCAACCTG; PDS10-F (SEQ ID NO: 19): CCACTGCTCTTTCCCGC, PDS10-R (SEQ ID NO: 20): CAAGAGAAGAATCCTGAGAAGATG; PDS17-F (SEQ ID NO: 22): TTCCTGGACGTTGTTGGAG, PDS17-R (SEQ ID NO: 23): GATATAGCTCCACAGTCAAGCAC; and PDS19-F (SEQ ID NO: 25): TCTTGAGATTTCACTTGGTT, PDS19-R (SEQ ID NO: 26): GTTCCATTTTAGAAACGGTA. GJB2-F1 (SEQ ID NO: 2): CACGCTGCAGACGATCC, GJB2-R1 (SEQ ID NO: 3): CCCCAATCCATCTTCTACTCT; GJB2-F2 (SEQ ID NO: 4): TCCCACATCCGGCTATG, GJB2-R2 (SEQ ID NO: 5): GATGGGGAAGTAGTGATCGTAG; GJB3-F (SEQ ID NO: 7): CGTGGACTGCTACATTGCC, GJB3-R (SEQ ID NO: 8): ATGTTGGGGCAGGGG; PDS3-F (SEQ ID NO: 10): CGTCATTTCGGGAGT, PDS3-R (SEQ ID NO: 11): CTAAGCAGCCATTCC; PDS5-F (SEQ ID NO: 13): CCCTGACTCTGCTGG, PDS5-R (SEQ ID NO: 14): CACTGGCAATCAGGA; PDS7-F2 (SEQ ID NO: 16): TGGCAGTAGCAATTATCGTC, PDS7-R2 (SEQ ID NO: 17): TTTCATATGGAGCCAACCTG; PDS10-F (SEQ ID NO: 19): CCACTGCTCTTTCCCGC, PDS10-R (SEQ ID NO: 20): CAAGAGAAGAATCCTGAGAAGATG; PDS17-F (SEQ ID NO: 22): TTCCTGGACGTTGTTGGAG, PDS17-R (SEQ ID NO: 23): GATATAGCTCCACAGTCAAGCAC; and PDS19-F (SEQ ID NO: 25): TCTTGAGATTTCACTTGGTT, PDS19-R (SEQ ID NO: 26): GTTCCATTTTAGAAACGGTA.
An electrically controllable seat post , comprising: a retractable rod comprising a switch and a cylinder , wherein the switch is configured to trigger an elongation and a contraction of the cylinder ; and a switch actuator corresponding to the switch and comprising: a pushing member , which is linearly movable to open or close the switch so as to drive an elongation and a contraction of the retractable rod via elongation and contraction of the cylinder ; and an electromagnetic coil generating a magnetic force by injecting a current therethrough; and a controller controlling the switch actuator; wherein the pushing member has a pole of a magnetic field formed at an end of the pushing member by injecting the current through the electromagnetic coil or by a magnetic property at the end of the pushing member ; wherein the pushing member is directly and non-contactly driven by another pole of a magnetic field formed by the electromagnetic coil to be moved linearly; characterised in that the electromagnetic coil comprises an inner surface, the inner surface comprises a spiral groove , the pushing member comprises a protruding member corresponding to the spiral groove , and when the pushing member is elongated or contracted, the protruding member slides in the spiral groove to rotate the pushing member synchronously, so that the pushing member is linearly movable and rotatable to open or close the switch . a retractable rod comprising a switch and a cylinder , wherein the switch is configured to trigger an elongation and a contraction of the cylinder ; and a switch actuator corresponding to the switch and comprising: a pushing member , which is linearly movable to open or close the switch so as to drive an elongation and a contraction of the retractable rod via elongation and contraction of the cylinder ; and an electromagnetic coil generating a magnetic force by injecting a current therethrough; and a controller controlling the switch actuator; a pushing member , which is linearly movable to open or close the switch so as to drive an elongation and a contraction of the retractable rod via elongation and contraction of the cylinder ; and an electromagnetic coil generating a magnetic force by injecting a current therethrough; and a controller controlling the switch actuator; wherein the pushing member has a pole of a magnetic field formed at an end of the pushing member by injecting the current through the electromagnetic coil or by a magnetic property at the end of the pushing member ; wherein the pushing member is directly and non-contactly driven by another pole of a magnetic field formed by the electromagnetic coil to be moved linearly; characterised in that the electromagnetic coil comprises an inner surface, the inner surface comprises a spiral groove , the pushing member comprises a protruding member corresponding to the spiral groove , and when the pushing member is elongated or contracted, the protruding member slides in the spiral groove to rotate the pushing member synchronously, so that the pushing member is linearly movable and rotatable to open or close the switch .
A pharmaceutical composition comprising igmesine, or a pharmaceutically acceptable salt thereof, for use in a method of treating Alzheimer's disease in a human subject in need thereof, wherein the method comprises administering the igmesine as monotherapy in a range of from 1 to 20 mg per day.
A method for controlling a display screen according to an eye focus, wherein the method is adapted to control a head-mounted electronic device , the head-mounted electronic device comprises a display screen and a focal length detection optical sensor , the display screen is transparent when display is turned off, and the method comprises: displaying an image on the display screen , an eye focus of a user being within a first distance range; and characterized in turning off the display screen , when it is detected that a frequency at which the eye focus of the user is beyond a fixed focus of the display screen is greater than a first threshold. displaying an image on the display screen , an eye focus of a user being within a first distance range; and characterized in turning off the display screen , when it is detected that a frequency at which the eye focus of the user is beyond a fixed focus of the display screen is greater than a first threshold.
A vehicle comprising: a front surface exposed to the front of the vehicle; a forward ground-engaging wheel ; a wheel arch defined by the body of the vehicle, the forward wheel being at least partially located in the wheel arch in at least one configuration of the wheel; and a duct extending from the front surface into the wheel arch, the vehicle being characterised in that the duct is unobstructed throughout its length, the duct has an opening in the front surface, the front surface includes a front lamp unit of the vehicle and the opening is located immediately outboard of the front lamp unit. a front surface exposed to the front of the vehicle; a forward ground-engaging wheel ; a wheel arch defined by the body of the vehicle, the forward wheel being at least partially located in the wheel arch in at least one configuration of the wheel; and a duct extending from the front surface into the wheel arch, the vehicle being characterised in that the duct is unobstructed throughout its length, the duct has an opening in the front surface, the front surface includes a front lamp unit of the vehicle and the opening is located immediately outboard of the front lamp unit.
An embossing device for applying plastic deformations to a workpiece , comprising a first jaw which has at least one seat for receiving an insert body , an insert body which is arranged on the seat and fastened thereto, a second jaw which is at least an abutment opposite the insert body , an actuating device which is configured to move at least one of the jaws towards and away from the other jaw , characterized in that the seat is formed by a polygonally delimited pocket and that the insert body is polygonally bordered and has a two- or multi-fold rotational symmetry. a first jaw which has at least one seat for receiving an insert body , an insert body which is arranged on the seat and fastened thereto, a second jaw which is at least an abutment opposite the insert body , an actuating device which is configured to move at least one of the jaws towards and away from the other jaw , characterized in that the seat is formed by a polygonally delimited pocket and that the insert body is polygonally bordered and has a two- or multi-fold rotational symmetry.
Clamping jaw for a clamping unit for processing a workpiece by means of a working fluid while directing a barrier fluid flow to a contact region between the clamping jaw and the workpiece, which contact region is to be kept free of working fluid, the clamping unit being adapted to clamp the workpiece for machining with a plurality of clamping jaws movable relative to one another, the clamping jaw having a barrier fluid inlet for introducing barrier fluid, and a contact surface for contacting the workpiece during clamping, wherein a fluid passage region of the clamping jaw forming the contact surface and/or a contact surface proximal region adjacent to the contact surface comprises a layer or body of an open-pored material having a fluid-permeable open-pored structure, wherein the clamping jaw is adapted to direct the barrier fluid introduced through the barrier fluid inlet through the open-porous material toward the contact region to be kept free of working fluid, wherein the average pore size of the open-pored material is smaller than 0.5 mm.