mhurhangee/ep-ind-claims huggingface dataset:
Photo-crosslinkable cosmetic composition, in particular for coating a nail or false nail, and more particularly for making up a nail or false nail, comprising, in a physiologically acceptable medium: - at least one photo-crosslinkable compound comprising at least one polyurethane di(meth)acrylate compound, more preferentially polyurethane dimethacrylate compound, - nitrocellulose, di(tert-butyl) 4-hydroxytoluene, - at least one secondary antioxidant chosen from a di(t-butyl) hydroxyphenylamino bisoctylthiotriazine compound. - at least one photo-crosslinkable compound comprising at least one polyurethane di(meth)acrylate compound, more preferentially polyurethane dimethacrylate compound, - nitrocellulose, di(tert-butyl) 4-hydroxytoluene, - at least one secondary antioxidant chosen from a di(t-butyl) hydroxyphenylamino bisoctylthiotriazine compound.
A vehicle control system comprising: a traction control device including a driving mode switching unit capable of selecting one of a plurality of driving modes, wherein when a slip amount detected based on a rotation speed of a wheel exceeds a slip determination threshold value (Sth) set according to a driving mode selected by the driving mode switching unit, the traction control device suppresses the slip by reducing a torque of a drive device of the vehicle and/or actuating a brake device of the wheel, thereby controlling traction; and a collision avoidance support device including an obstacle detection unit for detecting an obstacle, a calculation unit for determining a collision prediction time required for the vehicle to collide with the obstacle based on a relative distance and a relative speed between the obstacle detected by the obstacle detection unit and the vehicle, an alarm unit capable of outputting an alarm for notifying a possibility of a collision with the obstacle to a driver of the vehicle, and an alarm control unit for causing the alarm unit to output the alarm when the collision prediction time determined by the calculation unit is equal to or less than an alarm determination threshold value (Ath), characterized in that the alarm control unit is configured to be capable of changing setting of the alarm determination threshold value (Ath) in conjunction with a driving mode selected by the driving mode switching unit. a traction control device including a driving mode switching unit capable of selecting one of a plurality of driving modes, wherein when a slip amount detected based on a rotation speed of a wheel exceeds a slip determination threshold value (Sth) set according to a driving mode selected by the driving mode switching unit, the traction control device suppresses the slip by reducing a torque of a drive device of the vehicle and/or actuating a brake device of the wheel, thereby controlling traction; and a collision avoidance support device including an obstacle detection unit for detecting an obstacle, a calculation unit for determining a collision prediction time required for the vehicle to collide with the obstacle based on a relative distance and a relative speed between the obstacle detected by the obstacle detection unit and the vehicle, an alarm unit capable of outputting an alarm for notifying a possibility of a collision with the obstacle to a driver of the vehicle, and an alarm control unit for causing the alarm unit to output the alarm when the collision prediction time determined by the calculation unit is equal to or less than an alarm determination threshold value (Ath), characterized in that the alarm control unit is configured to be capable of changing setting of the alarm determination threshold value (Ath) in conjunction with a driving mode selected by the driving mode switching unit.
A system (100; 150; 200) for generating terrain in a virtual world, the system comprising: a module (310; 410) for generating procedural rules, wherein each of the procedural rules defines at least a portion of the terrain in a virtual world; a terrain generator (320; 420) configured to process the generated procedural rules and generate a digital representation of the virtual world; and a display module for displaying at least a portion of the generated terrain; wherein: said procedural rules are organised into hierarchical layers such that a single location in the terrain can have multiple procedural rules that overlap and the terrain has at least one location that has overlapping rules, when multiple procedural rules overlap the terrain generator specifies a blend region and initiates a boundary influence computation to blend heights and colours to prevent hard, visible discontinuities at the overlap of the procedural rules, said procedural rules are textually represented so that boundaries, filters and affectors in the procedural rules are assigned numeric values that represent desired attributes in a logical, textual format, and the terrain is modified by adding or deleting at least one rule from said procedural rules. a module (310; 410) for generating procedural rules, wherein each of the procedural rules defines at least a portion of the terrain in a virtual world; a terrain generator (320; 420) configured to process the generated procedural rules and generate a digital representation of the virtual world; and a display module for displaying at least a portion of the generated terrain; said procedural rules are organised into hierarchical layers such that a single location in the terrain can have multiple procedural rules that overlap and the terrain has at least one location that has overlapping rules, when multiple procedural rules overlap the terrain generator specifies a blend region and initiates a boundary influence computation to blend heights and colours to prevent hard, visible discontinuities at the overlap of the procedural rules, said procedural rules are textually represented so that boundaries, filters and affectors in the procedural rules are assigned numeric values that represent desired attributes in a logical, textual format, and the terrain is modified by adding or deleting at least one rule from said procedural rules.
An optical element comprising: a base having a curved depression formed in a front surface thereof; and a formed layer arranged on the base, wherein the formed layer includes a first portion on the depression as viewed from a depth direction of the depression, a curved surface of the first portion on a side opposite to an inner surface of the depression is formed like a concave curve that is concave in a same direction as the inner surface of the depression, a predetermined surface of the first portion that is opposed to the inner surface of the depression is provided with an optical function part, and a depth of the depression is greater than a thickness of the first portion in the depth direction of the depression, characterized in that the formed layer further includes a second portion on a front surface of the base while integrally formed with and connecting to the first portion, wherein the front surface on which the second portion is positioned is a surface discontinuous with the inner surface of the depression, and wherein a thickness of the second portion in the depth direction of the depression is greater than the thickness of the first portion in the depth direction of the depression. a base having a curved depression formed in a front surface thereof; and a formed layer arranged on the base, wherein the formed layer includes a first portion on the depression as viewed from a depth direction of the depression, a curved surface of the first portion on a side opposite to an inner surface of the depression is formed like a concave curve that is concave in a same direction as the inner surface of the depression, a predetermined surface of the first portion that is opposed to the inner surface of the depression is provided with an optical function part, and a depth of the depression is greater than a thickness of the first portion in the depth direction of the depression, characterized in that the formed layer further includes a second portion on a front surface of the base while integrally formed with and connecting to the first portion, wherein the front surface on which the second portion is positioned is a surface discontinuous with the inner surface of the depression, and wherein a thickness of the second portion in the depth direction of the depression is greater than the thickness of the first portion in the depth direction of the depression.
A device for displaying a time, comprising at least one container, at least one reservoir, at least one pump which is connected to the container, wherein a fluid is pumpable out of the reservoir into an inside of the container with the help of the pump, and a control for adjusting a fluid level in the inside of the container in accordance with time information, characterised in that the container comprises several lateral outflow openings and the outflow openings are arranged at different heights of the container, wherein the outflow openings correspond to time information.
A prosthetic mitral heart valve comprising: a base structure having a non-circular central flow orifice oriented around a flow axis, the base structure including a stent having three cusps (56a, 56b, 56c) on an inflow end and three commissures (54a, 54b, 54c) on an outflow end, the commissures angling radially inwardly from the adjacent cusps, the stent covered with cloth; three flexible leaflets (22a, 22b, 22c) mounted on the base structure and projecting into the flow orifice; the three flexible leaflets each including a cusp edge terminating in a pair of commissure edges, a free edge (32a, 32b, 32c) extending between each pair of commissure edges and opposite the cusp edge, wherein one of the three flexible leaflets is larger than the other two. a base structure having a non-circular central flow orifice oriented around a flow axis, the base structure including a stent having three cusps (56a, 56b, 56c) on an inflow end and three commissures (54a, 54b, 54c) on an outflow end, the commissures angling radially inwardly from the adjacent cusps, the stent covered with cloth; three flexible leaflets (22a, 22b, 22c) mounted on the base structure and projecting into the flow orifice; the three flexible leaflets each including a cusp edge terminating in a pair of commissure edges, a free edge (32a, 32b, 32c) extending between each pair of commissure edges and opposite the cusp edge, wherein one of the three flexible leaflets is larger than the other two.
A battery assembly comprising: a battery housing defining an opening and including a plurality of bosses (30a-30c) extending from an outer surface of the battery housing, the plurality of bosses (30a-30c) being spaced apart from one another and the opening; a feedthrough member being disposed with the opening and extending from the battery housing; and a connector including at least one electrical terminal (36a, 36b) electrically connected with the feedthrough member and including a plurality of spaced apart recesses (35a-35c), wherein the plurality of bosses (30a-30c) and the plurality of recesses (35a-35c) are disposable in a mating configuration to assemble the battery housing and the connector to prevent rotation of the connector relative to the battery housing. a battery housing defining an opening and including a plurality of bosses (30a-30c) extending from an outer surface of the battery housing, the plurality of bosses (30a-30c) being spaced apart from one another and the opening; a feedthrough member being disposed with the opening and extending from the battery housing; and a connector including at least one electrical terminal (36a, 36b) electrically connected with the feedthrough member and including a plurality of spaced apart recesses (35a-35c), wherein the plurality of bosses (30a-30c) and the plurality of recesses (35a-35c) are disposable in a mating configuration to assemble the battery housing and the connector to prevent rotation of the connector relative to the battery housing.
A method of resolving duplicate MAC addresses in a network configured with a server managing MAC addresses and a plurality of information devices (2, 2A-2X), wherein the server distributes a MAC request frame that requests a MAC address of each of the plurality of information devices (2, 2A-2X) on the network, collects a MAC information frame returned from each of the plurality of information devices (2, 2A-2X), the MAC information frame including a MAC address and a device identifier of information device (2, 2A-2X); and if duplication of the MAC addresses in the collected MAC information frames is detected, the server distributes a MAC setting frame including the device identifiers of the information devices (2, 2A-2X) having duplicate MAC addresses and new MAC addresses to the network so as to change MAC addresses of the plurality of information devices (2, 2A-2X) having the duplicate MAC addresses to the new MAC addresses.
A method of operating a wireless communication system to control Carrier Aggregation at the system, the wireless communication system comprising a wireless access point, a wireless relay, and a plurality of wireless User Equipments (UEs) (101, 102), the wireless access point wirelessly receiving user data and transferring a first portion of the user data to a wireless UE using a UE CA configuration and a second portion of the user data to the wireless relay using a relay CA configuration wherein the wireless relay wirelessly serves additional UEs, the method characterized by: the wireless access point determining first amounts of the first portion of the user data by using a first Access Point Name related to the wireless UE and determining second amounts of the second portion of the user data by using a second APN related to the wireless relay and translating the first amounts of the first portion into a new UE CA configuration and the second amounts of the second portion into a new relay CA configuration; and the wireless access point wirelessly receiving additional user data and transferring a first portion of the additional user data to the wireless UE using the new UE CA configuration and a second portion of the additional user data to the wireless relay using the new relay CA configuration. the wireless access point determining first amounts of the first portion of the user data by using a first Access Point Name related to the wireless UE and determining second amounts of the second portion of the user data by using a second APN related to the wireless relay and translating the first amounts of the first portion into a new UE CA configuration and the second amounts of the second portion into a new relay CA configuration; and the wireless access point wirelessly receiving additional user data and transferring a first portion of the additional user data to the wireless UE using the new UE CA configuration and a second portion of the additional user data to the wireless relay using the new relay CA configuration.
An elastic roll (20, 20A, 20B, 20D, 20E) comprising: a roll core (21, 21A, 21B, 21D, 21E); an inner-layer laminate covering an outer-peripheral surface of the roll core (21, 21A, 21B, 21D, 21E) parallel to a roll longitudinal direction; a surface-layer elastomer (23, 23A, 23B, 23D, 23E) including a tubular portion covering an outer-peripheral surface of the inner-layer laminate, and edge portions connected to the tubular portion, covering both end surfaces of the inner-layer laminate orthogonal to the roll longitudinal direction, and arranged in a manner being in contact with the roll core (21, 21A, 21B, 21D, 21E); the elastic roll (20, 20A, 20B, 20D, 20E) being characterized in that it further comprises end-portion sealing structural bodies (24, 24A, 24B, 24D, 24E) configured to press the edge portions of the surface-layer elastomer (23, 23A, 23B, 23D, 23E) against the roll core (21, 21A, 21B, 21D, 21E). a roll core (21, 21A, 21B, 21D, 21E); an inner-layer laminate covering an outer-peripheral surface of the roll core (21, 21A, 21B, 21D, 21E) parallel to a roll longitudinal direction; a surface-layer elastomer (23, 23A, 23B, 23D, 23E) including a tubular portion covering an outer-peripheral surface of the inner-layer laminate, and edge portions connected to the tubular portion, covering both end surfaces of the inner-layer laminate orthogonal to the roll longitudinal direction, and arranged in a manner being in contact with the roll core (21, 21A, 21B, 21D, 21E); a surface-layer elastomer (23, 23A, 23B, 23D, 23E) including a tubular portion covering an outer-peripheral surface of the inner-layer laminate, and edge portions connected to the tubular portion, covering both end surfaces of the inner-layer laminate orthogonal to the roll longitudinal direction, and arranged in a manner being in contact with the roll core (21, 21A, 21B, 21D, 21E); the elastic roll (20, 20A, 20B, 20D, 20E) being characterized in that it further comprises end-portion sealing structural bodies (24, 24A, 24B, 24D, 24E) configured to press the edge portions of the surface-layer elastomer (23, 23A, 23B, 23D, 23E) against the roll core (21, 21A, 21B, 21D, 21E).
Discharge lamp having a lamp bulb held by a lamp base, a plurality of metallic fixing lugs arranged so as to be offset approximately uniformly relative to one another about a lamp longitudinal axis projecting out of the lamp base and being welded to a metal clamp engaging firmly around the lamp bulb, each fixing lug having a holding section and an adjoining welding section, characterized in that at least one welding cross section has an area of at least 0.5 mm 2 in a connecting plane located between the metal clamp and the welding section.
Intervention device for nuclear fuel assembly within a nuclear reactor pool, with the said device incorporating: - a pod configured to hold and move a nuclear fuel assembly over the entire height of the pool, and - at least one tool configured to measure a parameter of the said nuclear fuel assembly held by the said pod, with the said at-least-one tool being mounted in a tool holder configured to hold and move the said at-least-one tool over the entire height of the pool independently of the said pod, characterized in that the pod incorporates a mounting arm positioned on an upper part of the latter, and a plate forming a lower extremity of the said pod, and in that the pod is configured to hold a nuclear fuel assembly pressed against the said plate, and in that it is surrounded by an opening in the said mounting arm. - a pod configured to hold and move a nuclear fuel assembly over the entire height of the pool, and - at least one tool configured to measure a parameter of the said nuclear fuel assembly held by the said pod, with the said at-least-one tool being mounted in a tool holder configured to hold and move the said at-least-one tool over the entire height of the pool independently of the said pod,
A method for wireless communication performed by a user equipment, UE, comprising: identifying, for a control region of a control channel, one or more sets of decoding candidates associated with one or more search space sets, wherein the one or more sets of decoding candidates comprise one or more sets of UE-specific decoding candidates of one or more UE-specific search space sets; identifying, for the control region, a set of common decoding candidates associated with a common search space set; and hashing the set of common decoding candidates to a first subset of control channel elements, CCEs, of the control region; determining a total number of available CCEs for the one or more UE-specific search space sets based at least in part on a CCE channel estimation limitation and a number of CCEs of the first subset of CCEs; determining a number of available CCEs for each of the one or more UE-specific search space sets based at least in part on the total number of available CCEs; determining an applied one or more sets of UE-specific decoding candidates by hashing a first subset of the one or more sets of UE-specific decoding candidates to a second subset of CCEs of the control region based at least in part on the number of available CCEs, and admitting to the applied one or more sets of UE-specific decoding candidates a second subset of the one or more sets of UE-specific decoding candidates having hashed locations overlapping with the second subset of CCEs; and monitoring the control region for the applied one or more sets of UE-specific decoding candidates. identifying, for a control region of a control channel, one or more sets of decoding candidates associated with one or more search space sets, wherein the one or more sets of decoding candidates comprise one or more sets of UE-specific decoding candidates of one or more UE-specific search space sets; identifying, for the control region, a set of common decoding candidates associated with a common search space set; and hashing the set of common decoding candidates to a first subset of control channel elements, CCEs, of the control region; determining a total number of available CCEs for the one or more UE-specific search space sets based at least in part on a CCE channel estimation limitation and a number of CCEs of the first subset of CCEs; determining a number of available CCEs for each of the one or more UE-specific search space sets based at least in part on the total number of available CCEs; determining an applied one or more sets of UE-specific decoding candidates by hashing a first subset of the one or more sets of UE-specific decoding candidates to a second subset of CCEs of the control region based at least in part on the number of available CCEs, and admitting to the applied one or more sets of UE-specific decoding candidates a second subset of the one or more sets of UE-specific decoding candidates having hashed locations overlapping with the second subset of CCEs; and monitoring the control region for the applied one or more sets of UE-specific decoding candidates.
A flow battery system, comprising: a flow battery stack having an electrolyte solution flowing therethrough; a sensor (30, 32, 34, 36, 38, 40) in communication with the electrolyte solution; and a coolant loop (20, 22, 24) in heat exchange communication with the electrolyte solution, wherein the heat exchange communication is selective based on an output from the sensor (30, 32, 34, 36, 38, 40), characterised in that: the system comprises a state-of-charge sensor in communication with the electrolyte solution, wherein the state-of-charge sensor is arranged to sense a state-of-charge of ions in the electrolyte solution and provide a state-of-charge signal indicative thereof, and wherein the system is arranged such that the heat exchange communication is selective based on the state-of-charge signal. a flow battery stack having an electrolyte solution flowing therethrough; a sensor (30, 32, 34, 36, 38, 40) in communication with the electrolyte solution; and a coolant loop (20, 22, 24) in heat exchange communication with the electrolyte solution, wherein the heat exchange communication is selective based on an output from the sensor (30, 32, 34, 36, 38, 40), characterised in that: the system comprises a state-of-charge sensor in communication with the electrolyte solution, wherein the state-of-charge sensor is arranged to sense a state-of-charge of ions in the electrolyte solution and provide a state-of-charge signal indicative thereof, and wherein the system is arranged such that the heat exchange communication is selective based on the state-of-charge signal. the system comprises a state-of-charge sensor in communication with the electrolyte solution, wherein the state-of-charge sensor is arranged to sense a state-of-charge of ions in the electrolyte solution and provide a state-of-charge signal indicative thereof, and wherein the system is arranged such that the heat exchange communication is selective based on the state-of-charge signal.