mhurhangee/patent-ind-claim-en huggingface dataset:
A substrate holding apparatus configured to rotate a substrate (W) about its axis while causing the substrate (W) to make a circular motion, comprising: rollers capable of contacting a periphery of the substrate (W); electric motors configured to rotate the rollers ; eccentric shafts arranged around a predetermined central axis (CP); and actuators , wherein the eccentric shafts have first shaft portions and second shaft portions , the second shaft portions being eccentric relative to the first shaft portions , respectively, the rollers are fixed to the second shaft portions , respectively, the first shaft portions are coupled to the electric motors , respectively, the eccentric shafts include movable shafts and reference shafts , the actuators are coupled to the movable shafts , respectively, and each actuator is configured to move the respectively coupled movable shaft in a direction closer to the reference shafts and in a direction away from the reference shafts. rollers capable of contacting a periphery of the substrate (W); electric motors configured to rotate the rollers ; eccentric shafts arranged around a predetermined central axis (CP); and actuators , wherein the eccentric shafts have first shaft portions and second shaft portions , the second shaft portions being eccentric relative to the first shaft portions , respectively, the rollers are fixed to the second shaft portions , respectively, the first shaft portions are coupled to the electric motors , respectively, the eccentric shafts include movable shafts and reference shafts , the actuators are coupled to the movable shafts , respectively, and each actuator is configured to move the respectively coupled movable shaft in a direction closer to the reference shafts and in a direction away from the reference shafts.
A method of navigating an autonomous vehicle having at least a first type of environment perception sensor, characterized in that the method comprises: receiving a plurality of sensor performance reports including a road segment identifier and sensor range data for the first type of environment perception sensor on the identified road segment; for each of a plurality of road segments, using the received sensor performance reports to determine at least a first average sensor range for the first type of sensor; selecting a route for the autonomous vehicle based at least in part on the first average sensor range for at least one road segment on the route; and causing the autonomous vehicle to follow the selected route.
A method for authenticating a user device by an authentication computing device, the method comprising: generating , using the authentication computing device, a locked data file for use in authenticating a user device enrolled in an authentication service, the locked data file is configured to process a challenge and generate a challenge response; transmitting the locked data file from the authentication computing device to a first user device as part of the first user device enrolling in the authentication service; receiving , at the authentication computing device, an authentication request; generating , using the authentication computing device, the challenge based on the authentication request; transmitting the challenge from the authentication computing device to the first user device; and receiving , at the authentication computing device, the challenge response from the first user device to authenticate the first user device; characterised in that transmitting the challenge comprises transmitting a challenge that requests a current activated lifetime of the locked data file, and wherein receiving the challenge response comprises receiving a challenge response that includes the current activated lifetime. generating , using the authentication computing device, a locked data file for use in authenticating a user device enrolled in an authentication service, the locked data file is configured to process a challenge and generate a challenge response; transmitting the locked data file from the authentication computing device to a first user device as part of the first user device enrolling in the authentication service; receiving , at the authentication computing device, an authentication request; generating , using the authentication computing device, the challenge based on the authentication request; transmitting the challenge from the authentication computing device to the first user device; and receiving , at the authentication computing device, the challenge response from the first user device to authenticate the first user device; characterised in that transmitting the challenge comprises transmitting a challenge that requests a current activated lifetime of the locked data file, and wherein receiving the challenge response comprises receiving a challenge response that includes the current activated lifetime.
A handy type cleaner comprising: a body ; a suction inlet coupled to the body and configured to guide air containing dust into the body ; a dust separation unit disposed in the body and comprising: a first cyclone unit for separating dust from air sucked through the suction inlet , and a second cyclone unit for separating dust from air discharged from the first cyclone unit ; a suction motor disposed in the body and above the second cyclone unit and including a rotary impeller ; a first filter configured to filter air discharged from the second cyclone unit and flowing to the suction motor ; and a filter unit detachably coupled to a top of the body , wherein the filter unit provides a structure of fixing the first filter , and includes a second filter for filtering air discharging from the suction motor and a filter frame for supporting the filter , and characterized in that , when the filter unit is separated from the body , the first filter and the second filter are configured to be separated in a same direction to the outside. a body ; a suction inlet coupled to the body and configured to guide air containing dust into the body ; a dust separation unit disposed in the body and comprising: a first cyclone unit for separating dust from air sucked through the suction inlet , and a second cyclone unit for separating dust from air discharged from the first cyclone unit ; a first cyclone unit for separating dust from air sucked through the suction inlet , and a second cyclone unit for separating dust from air discharged from the first cyclone unit ; a suction motor disposed in the body and above the second cyclone unit and including a rotary impeller ; a first filter configured to filter air discharged from the second cyclone unit and flowing to the suction motor ; and a filter unit detachably coupled to a top of the body , wherein the filter unit provides a structure of fixing the first filter , and includes a second filter for filtering air discharging from the suction motor and a filter frame for supporting the filter , and characterized in that , when the filter unit is separated from the body , the first filter and the second filter are configured to be separated in a same direction to the outside.
An electrical connection of an exhaust gas system of an internal combustion engine, comprising - a bushing having a geometric central axis , - an electrical conductor passing through said bushing along the geometric central axis , and - an insulating layer electrically insulating said bushing from said conductor , characterized in that the bushing , the insulating layer and the electric conductor are pressed together in order to achieve a mechanical cold transformation, in that the insulating layer is made of a material having a lower hardness than the material of which the electrical conductor is made, and in that the electrical conductor has an external circumferential surface with protrusions and/or recesses (20; 20a, 20b) on at least part of the external circumferential surface of the electrical conductor , which is covered by the insulating layer . - a bushing having a geometric central axis , - an electrical conductor passing through said bushing along the geometric central axis , and - an insulating layer electrically insulating said bushing from said conductor , the bushing , the insulating layer and the electric conductor are pressed together in order to achieve a mechanical cold transformation, in that the insulating layer is made of a material having a lower hardness than the material of which the electrical conductor is made, and in that the electrical conductor has an external circumferential surface with protrusions and/or recesses (20; 20a, 20b) on at least part of the external circumferential surface of the electrical conductor , which is covered by the insulating layer .
A computing system including a plurality of entities (21,...,24), wherein each of the entities involved in a transaction requested by a user is configured to capture its own behavior data reflecting a dynamic behavior of the entity that captured it, wherein said system is configured to generate a set of locality-sensitive-hashing hashes from each of said behavior data, said system comprising a repository that stores a plurality of usage patterns , wherein the repository has been populated with said a plurality of usage patterns at a first stage , each of said usage pattern corresponding to a transaction type, wherein said system is configured to identify a selected usage pattern among said plurality of usage patterns by using a type of said transaction and to compute a similarity score for each of the entities involved in the transaction, based on both said selected usage pattern and the set of generated locality-sensitive-hashing hashes and wherein said system, based on a subset of the computed similarity scores, is configured to apply a preset security action to the transaction. wherein each of the entities involved in a transaction requested by a user is configured to capture its own behavior data reflecting a dynamic behavior of the entity that captured it, wherein said system is configured to generate a set of locality-sensitive-hashing hashes from each of said behavior data, said system comprising a repository that stores a plurality of usage patterns , wherein the repository has been populated with said a plurality of usage patterns at a first stage , each of said usage pattern corresponding to a transaction type, wherein said system is configured to identify a selected usage pattern among said plurality of usage patterns by using a type of said transaction and to compute a similarity score for each of the entities involved in the transaction, based on both said selected usage pattern and the set of generated locality-sensitive-hashing hashes and wherein said system, based on a subset of the computed similarity scores, is configured to apply a preset security action to the transaction.
An apparatus comprising: a substrate ; a first conductive material located in a first device level of a memory device , the first conductive material including a first cavity , the first cavity having a first sidewall; a second conductive material located in a second device level of the memory device , the second conductive material including a second cavity , the second cavity having a second sidewall; a first dielectric formed on the first sidewall and the second sidewall; a first memory element located in the first cavity and electrically isolated from the first conductive material by a first portion of the first dielectric ; a second memory element located in the second cavity and electrically isolated from the second conductive material by a second portion of the first dielectric ; a second dielectric formed on a side of the first memory element and on a side of the second memory element ; a conductive channel extending from the first device level to the second device level and facing the first and second memory elements , such that the conductive channel is electrically isolated from the first and second memory elements by at least a respective portion of the second dielectric ; and a first data line configured to be selectively coupled to the conductive channel , characterised in that the first data line is located between the second conductive material and the substrate and is configured to allow local erase operation of the memory device . a substrate ; a first conductive material located in a first device level of a memory device , the first conductive material including a first cavity , the first cavity having a first sidewall; a second conductive material located in a second device level of the memory device , the second conductive material including a second cavity , the second cavity having a second sidewall; a first dielectric formed on the first sidewall and the second sidewall; a first memory element located in the first cavity and electrically isolated from the first conductive material by a first portion of the first dielectric ; a second memory element located in the second cavity and electrically isolated from the second conductive material by a second portion of the first dielectric ; a second dielectric formed on a side of the first memory element and on a side of the second memory element ; a conductive channel extending from the first device level to the second device level and facing the first and second memory elements , such that the conductive channel is electrically isolated from the first and second memory elements by at least a respective portion of the second dielectric ; and a first data line configured to be selectively coupled to the conductive channel , characterised in that the first data line is located between the second conductive material and the substrate and is configured to allow local erase operation of the memory device .
A decorative panel comprising a core layer, a decorative layer applied to said core, and a transparent or translucent outermost layer applied to said decorative layer, said outermost layer consisting of a synthetic resin, said decorative layer is a IR reflectivity increasing layer, comprising a layer of white pigmented synthetic resin and a colored layer adjacent to the outermost layer and comprising pigments chosen from the group of the IR reflective type pigments and IR transmissive type pigments, or a combination thereof, characterized in that said IR reflectivity increasing layer further comprises a white pigmented, synthetic resin impregnated decorative paper adjacent the core, wherein said layer of white pigmented synthetic resin is positioned between said colored layer and said white pigmented, synthetic resin impregnated decorative paper.
An ultrasonic welding apparatus for welding rod-shaped electric conductors which are provided with an insulating outer sheath and have bare regions free of the sheath, comprising a compression space arrangement having a compression space for receiving bare regions to be connected to each other, and a positioning device for positioning the bare regions relative to each other, the positioning device having two stop elements which each have a stop surface for axially positioning a bare region in such a manner that the bare regions overlap with an overlap length in order for a weld node to be formed, characterized in that the positioning device is remote from the compression space arrangement and is provided with a transferring device which has a receiving device for fixedly receiving, outside of the compression space , the conductors axially positioned by means of the positioning device , and the transferring device serves to transfer the conductors fixed in a receiving position in the receiving device into the welding position within the compression space .
A heat exchanger for an air-conditioning system, in particular of a motor vehicle, - having multiple PTC heaters for heating the air (L S ) conducted through the heat exchangers , which are arranged at a distance from one another, so that the respective intermediate spaces that are present between two adjacent PTC heaters in each case form an air path through which the air (L S ) can flow, - wherein at least one PTC heater comprises a tubular body with two longitudinal walls which extend along a longitudinal direction (L), in which along the longitudinal direction (L) a plurality of PTC heating elements is arranged next to one another, - wherein the PTC heating elements are arranged at a shorter distance (a1) from a first longitudinal wall of the tubular body than a second longitudinal wall located opposite the first longitudinal wall , - wherein in at least one intermediate space that is present between two adjacent PTC heaters a rib structure is arranged, which extends along a transverse direction orthogonally to the longitudinal direction, characterized in that - the rib structure protrudes over the first longitudinal walls of the two tubular bodies delimiting the intermediate space along the transverse direction (Q). - having multiple PTC heaters for heating the air (L S ) conducted through the heat exchangers , which are arranged at a distance from one another, so that the respective intermediate spaces that are present between two adjacent PTC heaters in each case form an air path through which the air (L S ) can flow, - wherein at least one PTC heater comprises a tubular body with two longitudinal walls which extend along a longitudinal direction (L), in which along the longitudinal direction (L) a plurality of PTC heating elements is arranged next to one another, - wherein the PTC heating elements are arranged at a shorter distance (a1) from a first longitudinal wall of the tubular body than a second longitudinal wall located opposite the first longitudinal wall , - wherein in at least one intermediate space that is present between two adjacent PTC heaters a rib structure is arranged, which extends along a transverse direction orthogonally to the longitudinal direction, - the rib structure protrudes over the first longitudinal walls of the two tubular bodies delimiting the intermediate space along the transverse direction (Q).
Method for locating a short circuit in an electrical grid comprising at least one line section with a non-linear distance reactance curve, in particular of an autotransformer system or a system with booster transformers, having the steps: - Detecting section-specific parameters of the line sections of the electrical grid, characterised by - Deriving at least one corresponding separate mathematical function for each line section of the electrical grid from the section-specific parameters of the respective line section, wherein for line sections with a non-linear distance reactance curve, the mathematical function represents a short-circuit reactance of the line section as a non-linear function of a location within the line section with a non-linear distance reactance curve and wherein for line sections with a linear distance reactive curve, the mathematical function represents a short-circuit reactance of the line section as a linear function of a location within the line section with a linear distance reactance curve; - Combining the corresponding, separate mathematical functions derived for each line section of the electrical grid with one another in order to form an electrical grid-specific mathematical function and - Deducing the location of the short circuit within a line section of the electrical grid from the corresponding, separate mathematical functions derived for each line section of the electrical grid and/or the electrical-grid specific mathematical function and a short-circuit reactance value determined with respect to the short circuit. - Detecting section-specific parameters of the line sections of the electrical grid, characterised by - Deriving at least one corresponding separate mathematical function for each line section of the electrical grid from the section-specific parameters of the respective line section, wherein for line sections with a non-linear distance reactance curve, the mathematical function represents a short-circuit reactance of the line section as a non-linear function of a location within the line section with a non-linear distance reactance curve and wherein for line sections with a linear distance reactive curve, the mathematical function represents a short-circuit reactance of the line section as a linear function of a location within the line section with a linear distance reactance curve; - Combining the corresponding, separate mathematical functions derived for each line section of the electrical grid with one another in order to form an electrical grid-specific mathematical function and - Deducing the location of the short circuit within a line section of the electrical grid from the corresponding, separate mathematical functions derived for each line section of the electrical grid and/or the electrical-grid specific mathematical function and a short-circuit reactance value determined with respect to the short circuit.
A sole structure for an article of footwear comprising: a sole plate has a forefoot portion with a foot-facing surface ; wherein the sole plate has at least one groove extending at least partially transversely in the foot-facing surface ; wherein the at least one groove is open when the sole structure is dorsiflexed in a first portion of a flexion range, and closed when the sole structure is dorsiflexed in a second portion of the flexion range that includes flex angles greater than in the first portion of the flexion range, wherein the at least one groove includes a series of grooves that have different depths (D), widths (W), and/or spacing from one another, and wherein grooves toward the middle of the series of grooves in a longitudinal direction are wider than grooves toward the anterior and posterior ends of the series of grooves . a sole plate has a forefoot portion with a foot-facing surface ; wherein the sole plate has at least one groove extending at least partially transversely in the foot-facing surface ; wherein the at least one groove is open when the sole structure is dorsiflexed in a first portion of a flexion range, and closed when the sole structure is dorsiflexed in a second portion of the flexion range that includes flex angles greater than in the first portion of the flexion range, wherein the at least one groove includes a series of grooves that have different depths (D), widths (W), and/or spacing from one another, and wherein grooves toward the middle of the series of grooves in a longitudinal direction are wider than grooves toward the anterior and posterior ends of the series of grooves .