mhurhangee/patent-ind-claim-en huggingface dataset:
Method for a motor vehicle with a camera , comprising: - providing an image from the camera , said image imaging the surroundings of the motor vehicle , characterized by - ascertaining at least one line of vehicles in the image, - ascertaining at least one driving lane in dependence on the ascertained at least one line of vehicles , - ascertaining a state of driving direction indicators in the at least one line of vehicles in the image , - ascertaining a lane topology comprising information relating to a driving direction of the at least one driving lane as a lane for turning right, a lane for driving straight ahead or a lane for turning left, for the ascertained at least one driving lane , in dependence on the state of the driving direction indicators in the at least one line of vehicles . - providing an image from the camera , said image imaging the surroundings of the motor vehicle , characterized by - ascertaining at least one line of vehicles in the image, - ascertaining at least one driving lane in dependence on the ascertained at least one line of vehicles , - ascertaining a state of driving direction indicators in the at least one line of vehicles in the image , - ascertaining a lane topology comprising information relating to a driving direction of the at least one driving lane as a lane for turning right, a lane for driving straight ahead or a lane for turning left, for the ascertained at least one driving lane , in dependence on the state of the driving direction indicators in the at least one line of vehicles .
A near-eye-display (NED) system comprising: an eye tracking system configured to: track a location of an eye of a user of the NED ; determine an eyebox location based in part on the tracked location of the user's eye ; and move the eyebox to one or more eyebox locations based on a movement of the user's eye ; a light source configured to emit an image light ; an output waveguide comprising: an input grating configured to receive the image light emitted from the light source and expand the received image light in at least one dimension to transmit an expanded image light, and a dynamic output grating comprising a plurality of liquid crystal (LC) pixels that are arranged in a 2-dimensional array, the plurality of pixels including an active subset of LC pixels that are configured to out-couple the expanded image light from the output waveguide to one or more eyebox locations tracked by the eye tracking system in accordance with switching instructions; and a controller configured to generate the switching instructions and provide the switching instructions to the dynamic output grating . an eye tracking system configured to: track a location of an eye of a user of the NED ; determine an eyebox location based in part on the tracked location of the user's eye ; and move the eyebox to one or more eyebox locations based on a movement of the user's eye ; track a location of an eye of a user of the NED ; determine an eyebox location based in part on the tracked location of the user's eye ; and move the eyebox to one or more eyebox locations based on a movement of the user's eye ; a light source configured to emit an image light ; an output waveguide comprising: an input grating configured to receive the image light emitted from the light source and expand the received image light in at least one dimension to transmit an expanded image light, and a dynamic output grating comprising a plurality of liquid crystal (LC) pixels that are arranged in a 2-dimensional array, the plurality of pixels including an active subset of LC pixels that are configured to out-couple the expanded image light from the output waveguide to one or more eyebox locations tracked by the eye tracking system in accordance with switching instructions; and a controller configured to generate the switching instructions and provide the switching instructions to the dynamic output grating . an input grating configured to receive the image light emitted from the light source and expand the received image light in at least one dimension to transmit an expanded image light, and a dynamic output grating comprising a plurality of liquid crystal (LC) pixels that are arranged in a 2-dimensional array, the plurality of pixels including an active subset of LC pixels that are configured to out-couple the expanded image light from the output waveguide to one or more eyebox locations tracked by the eye tracking system in accordance with switching instructions; and a controller configured to generate the switching instructions and provide the switching instructions to the dynamic output grating .
An apparatus comprising: a hand-held syringe housing comprising a proximal end and a discharge end; a magnet retention ring comprising at least one magnet disposed on an outer surface of the syringe housing, proximate the proximal end; a plunger comprising a shaft, wherein the plunger is slidably received within and alongan axis of the handheld syringe housing between a first position and a second position; a plurality of Hall sensors disposed within the shaft; and wherein the at least one magnet of the magnet retention ring is configured to form a magnetic field through which the shaft passes during use, and wherein the plunger is configured to allow rotational movement about the axis, as the at least one of the plurality of Hall sensors, in use, passes through the magnetic field. a hand-held syringe housing comprising a proximal end and a discharge end; a magnet retention ring comprising at least one magnet disposed on an outer surface of the syringe housing, proximate the proximal end; a plunger comprising a shaft, wherein the plunger is slidably received within and alongan axis of the handheld syringe housing between a first position and a second position; a plurality of Hall sensors disposed within the shaft; and wherein the at least one magnet of the magnet retention ring is configured to form a magnetic field through which the shaft passes during use, and wherein the plunger is configured to allow rotational movement about the axis, as the at least one of the plurality of Hall sensors, in use, passes through the magnetic field.
A light emitting element driving device arranged to drive a series connection unit including a plurality of light emitting elements (Z1-Z3), comprising: a) a power element ; b) a plurality of single-element short-circuit detection unit (5A-5C); and c) a control unit arranged to control the power element to supply current to the series connection unit of light emitting elements wherein d) each of the plurality of single-element short-circuit detection units (5A-5C) is arranged for detecting that a corresponding one of the plurality of light emitting elements is short-circuited, and e) the control unit is arranged to control the power element so that current supplied from the light emitting element driving device to the series connection unit is increased, when at least one of the plurality of single-element short-circuit detection units (5A-5C) detects a short circuit, characterised in that f) each of the plurality of single-element short-circuit detection units (5A-5C) is connected in parallel with a respective one of the plurality of light emitting elements (Z1-Z3). a) a power element ; b) a plurality of single-element short-circuit detection unit (5A-5C); and c) a control unit arranged to control the power element to supply current to the series connection unit of light emitting elements wherein d) each of the plurality of single-element short-circuit detection units (5A-5C) is arranged for detecting that a corresponding one of the plurality of light emitting elements is short-circuited, and e) the control unit is arranged to control the power element so that current supplied from the light emitting element driving device to the series connection unit is increased, when at least one of the plurality of single-element short-circuit detection units (5A-5C) detects a short circuit, characterised in that f) each of the plurality of single-element short-circuit detection units (5A-5C) is connected in parallel with a respective one of the plurality of light emitting elements (Z1-Z3).
A method for securing a partial product against unauthorized use of the partial product, wherein a partial product in interaction with a supplementary product generates a predetermined visually apparent effect , wherein in the method: - a specific encoding alienation key (ES1) and an associated decoding alienation key (DS1) are generated, - the supplementary product is alienated with the specific encoding alienation key (ES1), and - the partial product to be secured is alienated with the associated decoding alienation key (DS1), such that the alienated partial product (30-1), in interaction with the alienated supplementary product (40-1), generates the predetermined visually apparent effect and, in interaction with an unalienated supplementary product or a supplemental product (40-2) alienated with another encoding alienation key, does not generate the predetermined visually apparent effect , wherein the partial product to be secured provides an emboss structure with a plurality of raster elements, and the supplementary product modifies the embossed surface of the emboss structure in its reflection behavior. - a specific encoding alienation key (ES1) and an associated decoding alienation key (DS1) are generated, - the supplementary product is alienated with the specific encoding alienation key (ES1), and - the partial product to be secured is alienated with the associated decoding alienation key (DS1),
A method for recovering a secret of a user shared into at least one predetermined limit value of partitions of the secret each associated to one depositary, a depositary being a depositary user or a server, said predetermined limit value corresponding to a number of partitions of the secret necessary to recover the secret, said partitions being encrypted and recorded on a server, said method being characterised in that it includes the following steps: - establishment of a secure channel between the user and the server, the user authenticating the server, - request for recovering the secret of the user received by the server, - sending of an authentication challenge to the user by the server, - transmission by the user to the server of the answer to the authentication challenge authenticating the user before the server, - transfer by the server of each encrypted depositary partition to the corresponding depositary; - decryption (25 or 50) of at least the predetermined limit value of partitions, each partition being decrypted by means of a private key of said corresponding depositary, - transmission (26 or 52) to the user by each depositary of each decrypted partition corresponding to said depositary, by means of a secure channel established between the user and each depositary, and - reconstruction by the user of the secret from each decrypted partition. - establishment of a secure channel between the user and the server, the user authenticating the server, - request for recovering the secret of the user received by the server, - sending of an authentication challenge to the user by the server, - transmission by the user to the server of the answer to the authentication challenge authenticating the user before the server, - transfer by the server of each encrypted depositary partition to the corresponding depositary; - decryption (25 or 50) of at least the predetermined limit value of partitions, each partition being decrypted by means of a private key of said corresponding depositary, - transmission (26 or 52) to the user by each depositary of each decrypted partition corresponding to said depositary, by means of a secure channel established between the user and each depositary, and - reconstruction by the user of the secret from each decrypted partition.
A method for configuring transmission order of uplink data, the method being performed by a radio equipment controller, REC, of an access node , the REC having an REC-RE interface to a radio equipment, RE, of the access node , the method comprising, scheduling transmission on a radio interface between the access node and one or more terminal devices and characterized by further comprising: providing (S106) instructions to the RE how the RE is to prioritize received uplink data for transmission over the REC-RE interface , which received uplink data is received by the RE on the radio interface , thereby configuring the transmission order over the REC-RE interface of said uplink data.
A method for producing a dispersion liquid containing silver nano-particles, comprising: mixing a silver compound with amines comprising an aliphatic hydrocarbon monoamine (A) comprising an aliphatic hydrocarbon group and one amino group, said aliphatic hydrocarbon group having 6 or more carbon atoms in total; and further comprising at least one of: an aliphatic hydrocarbon monoamine (B) comprising an aliphatic hydrocarbon group and one amino group, said aliphatic hydrocarbon group having 5 or less carbon atoms in total; and an aliphatic hydrocarbon diamine (C) comprising an aliphatic hydrocarbon group and two amino groups, said aliphatic hydrocarbon group having 8 or less carbon atoms in total; to form a complex compound comprising the silver compound and the amines wherein a saturated or unsaturated aliphatic carboxylic acid is not used; thermally decomposing the complex compound by heating to form silver nano-particles; and dispersing the silver nano-particles in a dispersion solvent containing 50 to 90% by weight of an alcohol-based solvent and 10 to 50% by weight of an aliphatic hydrocarbon-based solvent. mixing a silver compound with amines comprising an aliphatic hydrocarbon monoamine (A) comprising an aliphatic hydrocarbon group and one amino group, said aliphatic hydrocarbon group having 6 or more carbon atoms in total; and further comprising at least one of: an aliphatic hydrocarbon monoamine (B) comprising an aliphatic hydrocarbon group and one amino group, said aliphatic hydrocarbon group having 5 or less carbon atoms in total; and an aliphatic hydrocarbon diamine (C) comprising an aliphatic hydrocarbon group and two amino groups, said aliphatic hydrocarbon group having 8 or less carbon atoms in total; to form a complex compound comprising the silver compound and the amines wherein a saturated or unsaturated aliphatic carboxylic acid is not used; thermally decomposing the complex compound by heating to form silver nano-particles; and dispersing the silver nano-particles in a dispersion solvent containing 50 to 90% by weight of an alcohol-based solvent and 10 to 50% by weight of an aliphatic hydrocarbon-based solvent.
Method of manufacturing a component or semi-finished product having a fiber-reinforced foam core , comprising the steps of: - Providing a planar or spatially curved/shaped foam core having a first major surface and an opposing second major surface , - placing at least one needle on the first maj or surface of the foam core , - piercing the foam core with the needle such that a needle tip penetrates through the first major surface into the foam core and then through the second major surface , - hooking a reinforcing fiber to the needle tip, - retracting the needle so that the reinforcing fiber is pulled through the foam core , and - coating the reinforcing fiber with a liquid or powder resin during retraction of the needle , characterized in that - the piercing of the needle comprises penetrating into a stitch hole of a stitch plate on which the foam core is laid, - the coating of the reinforcing fiber is carried out by a coating device in the stitch hole . - Providing a planar or spatially curved/shaped foam core having a first major surface and an opposing second major surface , - placing at least one needle on the first maj or surface of the foam core , - piercing the foam core with the needle such that a needle tip penetrates through the first major surface into the foam core and then through the second major surface , - hooking a reinforcing fiber to the needle tip, - retracting the needle so that the reinforcing fiber is pulled through the foam core , and - coating the reinforcing fiber with a liquid or powder resin during retraction of the needle , - the piercing of the needle comprises penetrating into a stitch hole of a stitch plate on which the foam core is laid, - the coating of the reinforcing fiber is carried out by a coating device in the stitch hole .
A stacked integrated circuit, comprising: a first tier wafer ; a first extended contact extending through opposing surfaces of a source region or a drain region in the first tier wafer for providing electrical connectivity through the first tier wafer ; a second tier wafer attached to the first tier wafer , the second tier wafer including an electrical component electrically coupled to the first extended contact ; a first back-end-of-line layer on a front side of the first tier wafer ; a second back-end-of-line layer on a back side of the first tier wafer , in which the first extended contact couples the first back-end-of-line layer to the second back-end-of-line layer ; a first contact pad on the back side of the first tier wafer coupled to the second back-end-of-line layer ; a third back-end-of-line layer coupled to the electrical component on a front side of the second tier wafer ; and a second contact pad on the front side of the second tier wafer coupled between the third back-end-of-line layer and the first contact pad , the first extended contact coupling the third back-end-of-line layer to the first back-end-of-line layer . a first tier wafer ; a first extended contact extending through opposing surfaces of a source region or a drain region in the first tier wafer for providing electrical connectivity through the first tier wafer ; a second tier wafer attached to the first tier wafer , the second tier wafer including an electrical component electrically coupled to the first extended contact ; a first back-end-of-line layer on a front side of the first tier wafer ; a second back-end-of-line layer on a back side of the first tier wafer , in which the first extended contact couples the first back-end-of-line layer to the second back-end-of-line layer ; a first contact pad on the back side of the first tier wafer coupled to the second back-end-of-line layer ; a third back-end-of-line layer coupled to the electrical component on a front side of the second tier wafer ; and a second contact pad on the front side of the second tier wafer coupled between the third back-end-of-line layer and the first contact pad , the first extended contact coupling the third back-end-of-line layer to the first back-end-of-line layer .
Dual accelerator system for a motor vehicle comprising: - a mounting system for mounting the dual accelerator system to a vehicle, - a frame secured to the mounting system and defining an axis of rotation, - an actuator comprising a pedal pad , a connecting rod , and a mounting element attached to a rotation shaft rotatably mounted relative to the pedal frame about the axis of rotation, and whose position relative to the frame is detected by a position sensor , said position sensor being capable of generating a signal representative of the position of said actuator , characterized in that : - a computer receiving the signal representative of the position of said actuator is configurable via an input interface to generate a signal representative of the position of said actuator according to several standards, said computer is connectable via an output interface to a motor vehicle information communication network, and in that - the actuator can be fixed in at least two different axial positions relative to the axis of rotation. - a mounting system for mounting the dual accelerator system to a vehicle, - a frame secured to the mounting system and defining an axis of rotation, - an actuator comprising a pedal pad , a connecting rod , and a mounting element attached to a rotation shaft rotatably mounted relative to the pedal frame about the axis of rotation, and whose position relative to the frame is detected by a position sensor , said position sensor being capable of generating a signal representative of the position of said actuator , - a computer receiving the signal representative of the position of said actuator is configurable via an input interface to generate a signal representative of the position of said actuator according to several standards, said computer is connectable via an output interface to a motor vehicle information communication network, and in that - the actuator can be fixed in at least two different axial positions relative to the axis of rotation.
A data transmission method for direct communication, wherein the direct communication is a direct communication scenario for a first terminal based on scheduling of an access network device, and the method comprises: transmitting , by the first terminal, sidelink data to a second terminal through a sidelink according to downlink control information, DCI, transmitted by the access network device; receiving , by the first terminal, sidelink hybrid auto repeat request, HARQ, feedback information from the second terminal, in a second time-frequency resource through a physical sidelink feedback channel, PSFCH, the sidelink HARQ feedback information being configured to indicate a reception state corresponding to the sidelink data; and reporting , by the first terminal, the sidelink HARQ feedback information to the access network device in a first time-frequency resource through a physical uplink control channel, PUCCH; wherein the first time-frequency resource comprises a PUCCH resource mapped according to a third time-frequency resource used for transmitting the DCI; and the second time-frequency resource comprises a PSFCH resource mapped by the second terminal according to a fourth time-frequency resource used for transmitting the sidelink data. transmitting , by the first terminal, sidelink data to a second terminal through a sidelink according to downlink control information, DCI, transmitted by the access network device; receiving , by the first terminal, sidelink hybrid auto repeat request, HARQ, feedback information from the second terminal, in a second time-frequency resource through a physical sidelink feedback channel, PSFCH, the sidelink HARQ feedback information being configured to indicate a reception state corresponding to the sidelink data; and reporting , by the first terminal, the sidelink HARQ feedback information to the access network device in a first time-frequency resource through a physical uplink control channel, PUCCH; wherein the first time-frequency resource comprises a PUCCH resource mapped according to a third time-frequency resource used for transmitting the DCI; and the second time-frequency resource comprises a PSFCH resource mapped by the second terminal according to a fourth time-frequency resource used for transmitting the sidelink data.