mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication at a user equipment, UE, comprising: receiving data from a first base station; performing a measurement of a downlink signal from a second base station based on a measurement configuration; and transmitting a scheduling request in response to a decrease in at least one of an amount of received downlink data or a number of received grants to transmit uplink data after the measurement is performed. receiving data from a first base station; performing a measurement of a downlink signal from a second base station based on a measurement configuration; and transmitting a scheduling request in response to a decrease in at least one of an amount of received downlink data or a number of received grants to transmit uplink data after the measurement is performed.
An aerosol provision system (100, 100', 100", 100A), comprising an aerosol generator operable to generate an aerosolised payload, in which the aerosol generator comprises a heater and an e-liquid reservoir; and a receptacle (101, 101') forming a partially enclosed central space for holding at least a portion of said generated aerosolised payload, wherein the aerosol generator is positioned inside the receptacle, and comprises an airflow generator adapted to draw air through the aerosol generator and into the enclosed central space of the receptacle; and the receptacle comprises a first opening from which a user may inhale the aerosolised payload.
A relay configuration method, comprising: receiving, by a configuration apparatus, a first candidate frequency band set, a second candidate frequency band set, and an adjacent-frequency guard interval, wherein the adjacent-frequency guard interval is determined according to an outband suppression capability of a wireless relay, the first candidate frequency band set comprises a candidate frequency band of an access link between the relay and a terminal device, and the second candidate frequency band set comprises a candidate frequency band of a backhaul link between the relay and a base station; acquiring, by the configuration apparatus, a first determined frequency band and a second determined frequency band according to the first candidate frequency band set, the second candidate frequency band set, and the adjacent-frequency guard interval; and sending, by the configuration apparatus, the first determined frequency band and the second determined frequency band to the relay; and sending, by the configuration apparatus, the first determined frequency band and the second determined frequency band to the base station; wherein, the first candidate frequency band set and the adjacent-frequency guard interval are sent by the relay; and the second candidate frequency band set is sent by the base station. receiving, by a configuration apparatus, a first candidate frequency band set, a second candidate frequency band set, and an adjacent-frequency guard interval, wherein the adjacent-frequency guard interval is determined according to an outband suppression capability of a wireless relay, the first candidate frequency band set comprises a candidate frequency band of an access link between the relay and a terminal device, and the second candidate frequency band set comprises a candidate frequency band of a backhaul link between the relay and a base station; acquiring, by the configuration apparatus, a first determined frequency band and a second determined frequency band according to the first candidate frequency band set, the second candidate frequency band set, and the adjacent-frequency guard interval; and sending, by the configuration apparatus, the first determined frequency band and the second determined frequency band to the relay; and sending, by the configuration apparatus, the first determined frequency band and the second determined frequency band to the base station; wherein, the first candidate frequency band set and the adjacent-frequency guard interval are sent by the relay; and the second candidate frequency band set is sent by the base station.
An observation system comprising an observation apparatus and an operation apparatus, with the observation apparatus and operation apparatus each having a power source unit, wherein the operation apparatus comprises an operation unit adapted to remotely control the observation apparatus, and the observation apparatus comprises at least one electrically driven unit (107, 110 and 111) comprising a motor, a control unit (201, 807) adapted to control the electrically driven unit, a first power supply line (210, 810 and 1203) used for supplying the electrically driven unit with electric power from the power source unit, a switch unit (211, 813, 813(a), 813(b) and 1202) which is equipped on the first power supply line and is used for turning on or off power supply to the electrically driven unit, a second power supply line (209, 809 and 1204) used for supplying the control unit (201, 807) with electric power from the power source unit, wherein the control unit (201, 807) is configured to: perform an initialization process of the at least one electrically driven unit (107, 110 and 111), wherein the at least one electrically driven unit (107, 110 and 111) is supplied with electric power by turning on the switch unit (211, 813, 813(a), 813(b) and 1202) at startup; to stop supplying electric power only to the at least one electrically driven unit (107, 110 and 111) by turning off the switch unit (211, 813, 813(a), 813(b) and 1202) when the initialization process in completed; and to control an on/off changeover of the switch unit (211, 813, 813(a), 813(b), 1202) in accordance with the state of the operation unit, current position counters of respective I/F units are configured to maintain respective current positions of the electrically driven units (107, 110 and 111), and the control unit (201, 807) and the I/F units are configured to be supplied with electric power also when the initialization process of the electrically driven units (107, 110 and 111) is completed, such that it is possible to detect a position information of the electrically driven units (107, 110 and 111) after the initialization process is completed.
A printhead support structure, comprising: means for receiving a printhead; first and second portions having a flexure arrangement therebetween for converting a translational movement of the first portion to a rotational movement of the second portion; and means for coupling the second portion to said receiving means for adjusting the rotational angle of the printhead, wherein the first portion is configured for coupling to a print carriage and is constrained to move substantially along a first axis; and wherein the second portion is fixed at an edge, such that the second portion is constrained to rotate about a second axis parallel to the first axis. means for receiving a printhead; first and second portions having a flexure arrangement therebetween for converting a translational movement of the first portion to a rotational movement of the second portion; and means for coupling the second portion to said receiving means for adjusting the rotational angle of the printhead, wherein the first portion is configured for coupling to a print carriage and is constrained to move substantially along a first axis; and wherein the second portion is fixed at an edge, such that the second portion is constrained to rotate about a second axis parallel to the first axis.
A cosmetic method for affecting a pigmentation appearance of a skin tissue, comprising: cooling a plurality of separated surface regions of skin tissue, wherein the cooling of the separated surface regions comprises contacting non-penetrating distal ends of a plurality of cold objects (110, 410, 610, 710) with the plurality of the separated surface regions of skin tissue for a duration that is greater than 15 seconds, wherein the plurality of cold objects (110, 410, 610, 710) are provided at a temperature between -4 degrees Celsius to -30 degrees Celsius, wherein a width of at least two adjacent ones of the cooled regions of the skin tissue is less than about 1 mm, wherein the cooled regions of skin are separated by substantially uncooled regions of skin, and wherein the cooling conditions are selected to produce a hypopigmentation in the cooled regions of the skin tissue. cooling a plurality of separated surface regions of skin tissue, wherein the cooling of the separated surface regions comprises contacting non-penetrating distal ends of a plurality of cold objects (110, 410, 610, 710) with the plurality of the separated surface regions of skin tissue for a duration that is greater than 15 seconds, wherein the plurality of cold objects (110, 410, 610, 710) are provided at a temperature between -4 degrees Celsius to -30 degrees Celsius, wherein a width of at least two adjacent ones of the cooled regions of the skin tissue is less than about 1 mm, wherein the cooled regions of skin are separated by substantially uncooled regions of skin, and wherein the cooling conditions are selected to produce a hypopigmentation in the cooled regions of the skin tissue.
An isolated recombinant Streptococcus mutans strain comprising: (a) a mutation in a polynucleotide involved in lactic acid synthesis such that expression of lactic acid is diminished by about 80% or more as compared to a wild-type S. mutans strain, wherein the polynucleotide involved in lactic acid synthesis is a lactate dehydrogenase ( ldh) gene, a ldh promoter, a phosphoenolpyruvate phosphotransferase system ( pts) gene, a pts promoter, a glycogen synthase (glgA) gene, a glgA promoter, a fructosyltransferase ( ftf) gene, or a ftf promoter; (b) a recombinant alcohol dehydrogenase polynucleotide; (c) a recombinant polynucleotide encoding a lantibiotic comprising Formula I: (SEQ ID NO:1), wherein the following mutations are present: a Phe1Ile mutation or a Phe1Gly mutation; a Trp4Ala mutation; a Dha5Ala mutation; an Arg13Asp mutation; or combinations of two or more of these mutations. (a) a mutation in a polynucleotide involved in lactic acid synthesis such that expression of lactic acid is diminished by about 80% or more as compared to a wild-type S. mutans strain, wherein the polynucleotide involved in lactic acid synthesis is a lactate dehydrogenase ( ldh) gene, a ldh promoter, a phosphoenolpyruvate phosphotransferase system ( pts) gene, a pts promoter, a glycogen synthase (glgA) gene, a glgA promoter, a fructosyltransferase ( ftf) gene, or a ftf promoter; (b) a recombinant alcohol dehydrogenase polynucleotide; (c) a recombinant polynucleotide encoding a lantibiotic comprising Formula I: (SEQ ID NO:1), wherein the following mutations are present: a Phe1Ile mutation or a Phe1Gly mutation; a Trp4Ala mutation; a Dha5Ala mutation; an Arg13Asp mutation; or combinations of two or more of these mutations.
A clearance adjustment mechanism for a gearwheel transmission which comprises at least one gearwheel (16, 66) with a centreline (39, 67), and a hole formed in the gearwheel (16, 66) and running substantially parallel with the centreline (39, 67), characterised by a spigot which is insertable in the hole, is provided with a threaded portion that fits in a threaded aperture in a frame element on which the gearwheel (16, 66) is attachable, and a conical portion and fits in the hole, the hole has a conical step configured to cooperate with the conical portion of the spigot, so that the spigot will move axially so that its conical portion causes the gearwheel (16, 66) to be pressed axially against the frame element while at the same time being moved radially in such a way that the centreline (39, 67) of the gearwheel (16, 66) moves in parallel when the spigot is turned in the hole.
A Francis-type runner for a turbine, this runner comprising a crown, a band and blades (2A, 2B) the number of which is not a prime number, which are made as one piece and extend between the crown and the band and between a leading edge (6A, 6B) and a trailing edge (7A, 7B), each trailing edge having its concave face facing upstream over its entire length, wherein: first blades, uniformly distributed about a central axis (X 1) of the runner and equal in number to a divisor of the total number of blades have a point (P A) of attachment of their trailing edge to the crown which is lowered in comparison with the point (P B) of attachment of the trailing edge to the crown of second blades; and the ratio between, on the one hand, the radius (R PA) of a circle (C PA) centered on the central axis (X 1) of the runner, perpendicular to this axis and passing through the point (P A) of attachment of the trailing edge of a first blade to the crown, and, on the other hand, the radius (R Q) of a circle (C Q) centered on the central axis (X 1) of the runner, perpendicular to this axis and passing through the point (Q A) of attachment of the trailing edge of the same blade to the band, is less than 0.15, the runner being characterized in that the ratio between, on the one hand, the radius (R PA) of the circle (C PA) centered on the central axis (X 1) of the runner, perpendicular to this axis and passing through the point (P A) of attachment of the trailing edge of a first blade to the crown and, on the other hand, the radius (R PB) of the circle (C PB) centered on the central axis (X 1) of the runner, perpendicular to this axis and passing through the point (P B) of attachment of the trailing edge of a second blade to the crown is less than 0.75.
Setting tool consisting of a first part for driving in a drop-in anchor and a second part that can be mounted on the first part along an axis for drilling a hole for the drop-in anchor, characterised in that the first part has an insertion end for a percussive hand-held power tool, a plunger with an impact surface and a part of a rotary coupling and that the second part has a slip-on sleeve coaxially surrounding the plunger and bearing against the impact surface of the plunger, a counterpart to the rotary coupling and a drill bit permanently connected to the slip-on sleeve.
An edible crystalline composition, comprising: granulated citric acid or granulated malic acid; natural lemon oil encapsulated in an extruded carbohydrate matrix capsule; and granulated lemon juice solids having dehydrated lemon juice. granulated citric acid or granulated malic acid; natural lemon oil encapsulated in an extruded carbohydrate matrix capsule; and granulated lemon juice solids having dehydrated lemon juice.
A composition for cytology staining, comprising: i. a dye component consisting of a single dye of Azure C; ii. one or more hygroscopic polyol(s), said polyol(s) present at less than about 10% v/v of the composition in total; and iii. a remainder, wherein the remainder is a solvent consisting essentially of water. i. a dye component consisting of a single dye of Azure C; ii. one or more hygroscopic polyol(s), said polyol(s) present at less than about 10% v/v of the composition in total; and iii. a remainder, wherein the remainder is a solvent consisting essentially of water.
Hand-held power tool having a control unit (12a, 12b, 12c, 12d) that has control software and said control software having control parameters and said control software being provided for the purpose of controlling a drive unit (14a, 14b, 14c, 14d) of the hand-held power tool, and having an interface unit (16a, 16b, 16c, 16d) that is provided for the purpose of updating or modifying the control software and/or the control parameters in such a way that these units act directly on the operation of the hand-held power tool, wherein the interface unit (16a, 16b, 16c, 16d) is provided for the purpose of connecting the control unit (12a, 12b, 12c, 12d) to an external programming unit (18a, 18b, 18c, 18d), characterized in that the control unit (12a, 12b, 12c, 12d) is provided for the purpose of processing or implementing received user-specific data transmitted by the external programming unit (18a, 18b, 18c, 18d) regarding a tool behavior in such a way that the hand-held power tool can be operated with an aggressive behavior, a behavior having high impact energy or a low vibration behaviour.
A sensor abnormality determining apparatus applied to a semiconductor module that is provided with a power element, a cooling water circuit having cooling water for cooling the power element circulating therein, a temperature sensor adapted to detect a temperature of the power element, and a water temperature sensor adapted to detect a temperature of the cooling water circulating in the cooling water circulation path, comprising: an abnormality determining section adapted to determine that the temperature sensor is abnormal when a temperature difference between the temperature detected by means of the temperature sensor and the water temperature detected by means of the water temperature sensor is higher than a previously set determination temperature difference which serves as a reference for the abnormality determination; characterized by a determination temperature setting section adapted to set the previously set determination temperature difference to a lower value when the temperature detected by means of the temperature sensor is lower than the water temperature detected by means of the water temperature sensor as compared with a value when the temperature detected by means of the temperature sensor is higher than the water temperature detected by means of the water temperature sensor. an abnormality determining section adapted to determine that the temperature sensor is abnormal when a temperature difference between the temperature detected by means of the temperature sensor and the water temperature detected by means of the water temperature sensor is higher than a previously set determination temperature difference which serves as a reference for the abnormality determination; characterized by a determination temperature setting section adapted to set the previously set determination temperature difference to a lower value when the temperature detected by means of the temperature sensor is lower than the water temperature detected by means of the water temperature sensor as compared with a value when the temperature detected by means of the temperature sensor is higher than the water temperature detected by means of the water temperature sensor.
Door wing for a sliding door, comprising a door leaf and a seal having a seal carrier part, which is mounted in a vertically displaceable manner on the door leaf, and at least one sealing element (22, 24) which is carried by said seal carrier part and which, in a mounted state of the door wing is in contact with a floor surface, wherein, in an operating state, the seal is mounted on the door leaf so as to be freely sliding in the direction of gravitational force, and the sealing element (22, 24) is designed to support the seal on the floor surface, characterized in that two sealing elements (22, 24), as viewed perpendicularly to the door leaf plane, are provided one behind the other, and the two sealing elements (22, 24) are carried by a common seal carrier part, and the seal is provided at least in certain portions with a guide part which is designed for guiding the door leaf of a sliding door in the displacement direction of the sliding door along a guide device provided on the floor and is formed on the seal carrier part, wherein the guide part, as viewed perpendicularly to the door leaf plane, is arranged between two sealing elements (22, 24).
A method of increasing the efficiency of genome editing comprising contacting a cell undergoing genome editing in vitro with a compound that inhibits the expression or activity of TGFβ, wherein the method is not a method of modifying the germ line genetic identity of a human being.
A burner combustion method in which at least two burners are disposed opposite each other in a furnace so as to cause combustion, the method comprising: cyclically changing at least one of a flow rate of a fuel fluid and a flow rate of an oxidant fluid supplied to the respective burners, while cyclically changing a concentration of oxygen in the oxidant fluid thereby cyclically changing an oxygen ratio obtained by dividing a supply oxygen amount by a theoretically required oxygen amount, whereby, the burners are made to cause combustion in a cyclical oscillation state, wherein with respect to the cyclical change in an oscillation state of the burners, a phase difference is provided between a cyclical change in an oscillation state of at least one burner and cyclical changes in oscillation states of other burners. cyclically changing at least one of a flow rate of a fuel fluid and a flow rate of an oxidant fluid supplied to the respective burners, while cyclically changing a concentration of oxygen in the oxidant fluid thereby cyclically changing an oxygen ratio obtained by dividing a supply oxygen amount by a theoretically required oxygen amount, whereby, the burners are made to cause combustion in a cyclical oscillation state, wherein with respect to the cyclical change in an oscillation state of the burners, a phase difference is provided between a cyclical change in an oscillation state of at least one burner and cyclical changes in oscillation states of other burners.
Method for producing a wear-resistant coating on a component, in particular a component of a turbomachine, wherein the method comprises the following steps: - providing an electrolyte, which contains Co and/or Ni, - dispersing first particles in the electrolyte, wherein the first particles comprise hard material particles and slip material particles and have a metal covering, in particular a covering that comprises Ni and/or Co or is formed therefrom, - dispersing second particles in the electrolyte, wherein the second particles comprise metal alloy particles in which the metal alloy has chromium and aluminum, - putting the component to be coated in a bath of the electrolyte in which first and second particles have been dispersed, - applying a matrix of Co and/or Ni comprising embedded metal alloy particles and embedded hard material particles and slip material particles to the component by electrodeposition, and - subjecting the component to heat treatment under vacuum. - providing an electrolyte, which contains Co and/or Ni, - dispersing first particles in the electrolyte, wherein the first particles comprise hard material particles and slip material particles and have a metal covering, in particular a covering that comprises Ni and/or Co or is formed therefrom, - dispersing second particles in the electrolyte, wherein the second particles comprise metal alloy particles in which the metal alloy has chromium and aluminum, - putting the component to be coated in a bath of the electrolyte in which first and second particles have been dispersed, - applying a matrix of Co and/or Ni comprising embedded metal alloy particles and embedded hard material particles and slip material particles to the component by electrodeposition, and - subjecting the component to heat treatment under vacuum.
A ball coupling, which can be actuated by means of a handle which is pivotably retained on a coupling housing about a cross bolt attached thereto and which can be blocked by means of a key lock, wherein the cross bolt is guided in slots of the handle, and wherein the key lock is retained in a borehole of the handle which extends perpendicularly to the longitudinal axis of the coupling housing and faces its upper side, characterized in that a closing bolt of the key lock engages behind the cross bolt in the blocking position in such a way that a pivoting movement of the handle around the cross bolt is blocked.