mhurhangee/ep-ind-claims huggingface dataset:
A base station apparatus which performs a retransmission control to a mobile station apparatus, said base station apparatus comprising: a transmission section configured to transmit control information including at least first information which requests retransmission, second information which indicates an access method of a plurality of access methods for retransmitting data, and third information which relates to retransmission power for retransmitting the data, simultaneously; a reception section configured to receive a transmission power headroom; wherein the plurality of access methods are constituted by at least a first access method and a second access method, wherein the first access method indicates a method to use discrete frequency bands and the second method indicates a method to use contiguous frequency bands for said mobile station apparatus; a peak-to-average power ration, PAPR, of the second access method is lower than a PAPR of the first access method; and if the retransmission occurs when said mobile station apparatus uses the first access method, said base station apparatus determines a transmission power headroom in the first access method of said mobile station apparatus, and if a result of the determination shows that there is no transmission power headroom, said base station apparatus instructs said mobile station apparatus to perform retransmission by increasing the transmission power using the second access method, using the control information. a transmission section configured to transmit control information including at least first information which requests retransmission, second information which indicates an access method of a plurality of access methods for retransmitting data, and third information which relates to retransmission power for retransmitting the data, simultaneously; a reception section configured to receive a transmission power headroom; wherein the plurality of access methods are constituted by at least a first access method and a second access method, wherein the first access method indicates a method to use discrete frequency bands and the second method indicates a method to use contiguous frequency bands for said mobile station apparatus; a peak-to-average power ration, PAPR, of the second access method is lower than a PAPR of the first access method; and if the retransmission occurs when said mobile station apparatus uses the first access method, said base station apparatus determines a transmission power headroom in the first access method of said mobile station apparatus, and if a result of the determination shows that there is no transmission power headroom, said base station apparatus instructs said mobile station apparatus to perform retransmission by increasing the transmission power using the second access method, using the control information.
A method of identifying occupants in a vehicle for enhancing the traveling experience dependent on who the occupants are, the method comprising: - detecting, by a sensor (10a, 10b, 10c, 10d), at least a first occupant in a vehicle; - identifying a first occupant using identification data of the first occupant; - identifying a second occupant using identification data of the second occupant; - associating the first occupant with an unique identity and storing the association in a memory; - associating the second occupant with an unique identity and storing the association in the memory; - (S7b) identifying a data session in the vehicle, wherein the data session is a multimedia session; - (S8b) associating the data session with the combination of the unique identity of the first occupant and the unique identity of the second occupant; - storing the association as association data together with a timestamp in the memory; - detecting and identifying that the first occupant is together with the second occupant; - retrieving previously stored association data from the memory based on the combination of unique identities of the first and the second occupants, for determining a previous data session associated with the first and the second occupants at an earlier point in time; and - generating a data session suggestion based on the retrieved previously stored association data - detecting, by a sensor (10a, 10b, 10c, 10d), at least a first occupant in a vehicle; - identifying a first occupant using identification data of the first occupant; - identifying a second occupant using identification data of the second occupant; - associating the first occupant with an unique identity and storing the association in a memory; - associating the second occupant with an unique identity and storing the association in the memory; - (S7b) identifying a data session in the vehicle, wherein the data session is a multimedia session; - (S8b) associating the data session with the combination of the unique identity of the first occupant and the unique identity of the second occupant; - storing the association as association data together with a timestamp in the memory; - detecting and identifying that the first occupant is together with the second occupant; - retrieving previously stored association data from the memory based on the combination of unique identities of the first and the second occupants, for determining a previous data session associated with the first and the second occupants at an earlier point in time; and - generating a data session suggestion based on the retrieved previously stored association data
A method of detecting a failing nozzle in an ejection device comprising a number of ejection units during the printing of a print job, each ejection unit being arranged to eject droplets of a liquid and comprising a nozzle, a liquid duct connected to the nozzle, and an electro-mechanical transducer, arranged to create an acoustic pressure wave in a liquid in the liquid duct and further arranged to sense a residual pressure wave in the liquid, the method comprising: a) actuating an electro-mechanical transducer to generate a pressure wave in the liquid in a corresponding liquid duct; and b) sensing a residual pressure wave in the liquid in said liquid duct; and c) comparing the residual pressure wave sensed in step b) with another residual pressure wave in the liquid of the same or another liquid duct, sensed in a previous execution of the method, by determining the difference of a parameter of the residual pressure wave sensed in step b) and a parameter of the other residual pressure wave; and d) determining whether the nozzle corresponding to said liquid duct is in an operative state or in a malfunctioning state, wherein said nozzle is determined to be in a malfunctioning state when the difference of said parameter of the residual pressure wave sensed in step b) and said parameter of said other residual pressure wave sensed in a previous execution of the method exceeds a predetermined threshold. a) actuating an electro-mechanical transducer to generate a pressure wave in the liquid in a corresponding liquid duct; and b) sensing a residual pressure wave in the liquid in said liquid duct; and c) comparing the residual pressure wave sensed in step b) with another residual pressure wave in the liquid of the same or another liquid duct, sensed in a previous execution of the method, by determining the difference of a parameter of the residual pressure wave sensed in step b) and a parameter of the other residual pressure wave; and d) determining whether the nozzle corresponding to said liquid duct is in an operative state or in a malfunctioning state, wherein said nozzle is determined to be in a malfunctioning state when the difference of said parameter of the residual pressure wave sensed in step b) and said parameter of said other residual pressure wave sensed in a previous execution of the method exceeds a predetermined threshold.
Actuator system having at least one arrangement for an electrical plug, where the arrangement comprises a socket and a rotatable union nut in connection with the socket, and where the union nut has an opening for inserting the electrical plug into said socket, characterized in that the shape of the cross section of the electrical plug in an area near the union nut, and the shape of the opening in a front of the union nut is adapted so that when the union nut is turned to: i) an inoperative position, the shape of the opening in the union nut compared to the shape of the cross section of the electrical plug is in such a way that the electrical plug freely can be inserted and removed from the socket, and ii) a locked position, where the shape of the opening in the front of the union nut compared to the shape of the cross section of the plug in the area near the union nut is in such a way that the union nut obstructs for insertion and removal of the electrical plug, and that the union nut in its locked position is locked by a spring leg, constructed near the socket, said spring leg which, by going into mesh with a groove in the side wall of the union nut, prevents the union nut from rotating back to the inoperative position. i) an inoperative position, the shape of the opening in the union nut compared to the shape of the cross section of the electrical plug is in such a way that the electrical plug freely can be inserted and removed from the socket, and ii) a locked position, where the shape of the opening in the front of the union nut compared to the shape of the cross section of the plug in the area near the union nut is in such a way that the union nut obstructs for insertion and removal of the electrical plug, and
A carbon brush, having a wear-limit indicating function, having a current-carrying stranded wire arranged in a brush body and having a stranded indicating wire, which at a stranded-wire end section is surrounded and fixed by a sleeve having an infeed opening, said sleeve comprising an inner diameter (26a, 26b) and a consistent outer diameter and being arranged in a recess formed in the brush body in its entirety, said sleeve being formed as a centering sleeve, characterized in that the inner diameter (26a, 26b) of the centering sleeve corresponds to the outer diameter at the infeed opening and comprises a tapering being conical in the infeed direction, said conical tapering of the inner diameter (26a, 26b) being limited to a section adjacent to the infeed opening and the centering sleeve comprising a section having a consistent inner diameter adjacent thereto.
Potato peeling disc with a plurality of teeth or abrasive elements on the upper side of the potato peeling disc for peeling potatoes, wherein the potato peeling disc has a central opening formed by an inner contour of the potato peeling disc, characterized in that the potato peeling disc is adapted to be detachably mounted on a rotatable tool of a food processor by a manual attachment, wherein the potato peeling disc comprises at least one driver on the underside of the potato peeling disc for coupling with an arm of the tool for transmitting a torque, which is arranged at a distance radially from the central opening on the potato peeling disc to bear, in operation, against the arm of the rotatable tool in the direction of rotation and transmit the driving torque to the potato peeling disc so that the potato peeling disc rotates about a central axis as a result. wherein the potato peeling disc has a central opening formed by an inner contour of the potato peeling disc, characterized in that the potato peeling disc is adapted to be detachably mounted on a rotatable tool of a food processor by a manual attachment, wherein the potato peeling disc comprises at least one driver on the underside of the potato peeling disc for coupling with an arm of the tool for transmitting a torque, which is arranged at a distance radially from the central opening on the potato peeling disc to bear, in operation, against the arm of the rotatable tool in the direction of rotation and transmit the driving torque to the potato peeling disc so that the potato peeling disc rotates about a central axis as a result. the potato peeling disc is adapted to be detachably mounted on a rotatable tool of a food processor by a manual attachment, wherein the potato peeling disc comprises at least one driver on the underside of the potato peeling disc for coupling with an arm of the tool for transmitting a torque, which is arranged at a distance radially from the central opening on the potato peeling disc to bear, in operation, against the arm of the rotatable tool in the direction of rotation and transmit the driving torque to the potato peeling disc so that the potato peeling disc rotates about a central axis as a result.
A catch and release system for catching and releasing a ball in a wellbore, comprising: a tubular housing; and a seat disposed in the tubular housing and movable between a catch position for receiving a ball and a release position; characterized by: a cam disposed in the tubular housing, longitudinally movable relative thereto, and operable to move the seat from the catch position to the release position; an actuator operable to move the cam; and an electronics package disposed in the tubular housing, comprising: a pressure sensor in fluid communication with a bore of the tubular housing above the seat and configured to monitor a pressure in the bore of the tubular housing, wherein the electronics package is configured to operate the actuator to move the seat to the release position once a predetermined pressure has been reached. a tubular housing; and a seat disposed in the tubular housing and movable between a catch position for receiving a ball and a release position; characterized by: a cam disposed in the tubular housing, longitudinally movable relative thereto, and operable to move the seat from the catch position to the release position; an actuator operable to move the cam; and an electronics package disposed in the tubular housing, comprising: a pressure sensor in fluid communication with a bore of the tubular housing above the seat and configured to monitor a pressure in the bore of the tubular housing, wherein the electronics package is configured to operate the actuator to move the seat to the release position once a predetermined pressure has been reached. a cam disposed in the tubular housing, longitudinally movable relative thereto, and operable to move the seat from the catch position to the release position; an actuator operable to move the cam; and an electronics package disposed in the tubular housing, comprising: a pressure sensor in fluid communication with a bore of the tubular housing above the seat and configured to monitor a pressure in the bore of the tubular housing, wherein the electronics package is configured to operate the actuator to move the seat to the release position once a predetermined pressure has been reached.
A method for the continuous production of a mixture of fully colored and non-colored fertilizer particles having a median size of about 1 to 6 mm with a predefined ratio of fully colored and non-colored fertilizer particles, starting from a stream A of non-colored fertilizer particles, comprising the steps of: a1) continuously separating the stream A of non-colored fertilizer particles into a stream C of non-colored fertilizer particles and one or more parallel streams B1, B2,... Bn of non-colored fertilizer particles in a predefined ratio; b1) continuously coloring the non-colored fertilizer particles from the parallel streams B1, B2,... Bn obtained from step a1) with a non-rub-off coloring agent, such that the non-colored fertilizer particles become fully colored; c1) continuously joining the parallel streams B1, B2,... Bn, now comprising the fully colored fertilizer particles, obtained from step b1), with the stream C of non-colored fertilizer particles downstream of the separation step a1), thereby obtaining the mixture of fully colored and non-colored fertilizer particles, and; d1) optionally, processing the mixture of fully colored and non-colored fertilizer particles, obtained from step c1). a1) continuously separating the stream A of non-colored fertilizer particles into a stream C of non-colored fertilizer particles and one or more parallel streams B1, B2,... Bn of non-colored fertilizer particles in a predefined ratio; b1) continuously coloring the non-colored fertilizer particles from the parallel streams B1, B2,... Bn obtained from step a1) with a non-rub-off coloring agent, such that the non-colored fertilizer particles become fully colored; c1) continuously joining the parallel streams B1, B2,... Bn, now comprising the fully colored fertilizer particles, obtained from step b1), with the stream C of non-colored fertilizer particles downstream of the separation step a1), thereby obtaining the mixture of fully colored and non-colored fertilizer particles, and; d1) optionally, processing the mixture of fully colored and non-colored fertilizer particles, obtained from step c1).
A method for identifying a drug against diabetes comprising: (a) determining the amount of glyoxylate in a test sample of a non-human animal subject suffering from diabetes or advanced glycation end products (AGEs) related diabetic complications wherein said test sample has been taken after the subject has been brought into contact with a compound suspected to be a drug against diabetes; and (b) comparing the amount determined in step (a) to a reference amount for glyoxylate, whereby a compound being a drug against diabetes is identified. (a) determining the amount of glyoxylate in a test sample of a non-human animal subject suffering from diabetes or advanced glycation end products (AGEs) related diabetic complications wherein said test sample has been taken after the subject has been brought into contact with a compound suspected to be a drug against diabetes; and (b) comparing the amount determined in step (a) to a reference amount for glyoxylate, whereby a compound being a drug against diabetes is identified.
A transport frame (300, 400, 500, 600, 700) for a nacelle/rotor hub unit of a wind turbine, wherein the unit comprises a wind turbine nacelle and a wind turbine rotor hub mounted to the nacelle, the transport frame (300, 400, 500, 600, 700) comprising: a main beam (310, 410, 510, 610, 710) for supporting the weight of the nacelle/rotor hub unit; first and second lateral stabilization elements (320, 330, 620, 720) connected to opposite sides of the main beam at a centre portion thereof; a holding fixture (340, 440, 540) for fixing the nacelle/rotor hub unit to the transport frame (300, 400, 500, 600, 700); a first attachment point (350, 450, 550) for a lifting appliance (850, 1120), the first attachment point (350, 450, 550) being provided at a first end (312, 412, 512, 612, 712) of the main beam (310, 410, 510, 610, 710); a second attachment point for the lifting appliance (850, 1120), the second attachment point being provided at the first lateral stabilization element (320, 620, 720); and a third attachment point for the lifting appliance (850, 1120), the third attachment point being provided at the second lateral stabilization element; and whereby the attachment points (350, 352) are arranged so that the centre of gravity of the transport frame with the nacelle/rotor hub unit is located between the first attachment point and the second and third attachment points. a main beam (310, 410, 510, 610, 710) for supporting the weight of the nacelle/rotor hub unit; first and second lateral stabilization elements (320, 330, 620, 720) connected to opposite sides of the main beam at a centre portion thereof; a holding fixture (340, 440, 540) for fixing the nacelle/rotor hub unit to the transport frame (300, 400, 500, 600, 700); a first attachment point (350, 450, 550) for a lifting appliance (850, 1120), the first attachment point (350, 450, 550) being provided at a first end (312, 412, 512, 612, 712) of the main beam (310, 410, 510, 610, 710); a second attachment point for the lifting appliance (850, 1120), the second attachment point being provided at the first lateral stabilization element (320, 620, 720); and a third attachment point for the lifting appliance (850, 1120), the third attachment point being provided at the second lateral stabilization element; and whereby the attachment points (350, 352) are arranged so that the centre of gravity of the transport frame with the nacelle/rotor hub unit is located between the first attachment point and the second and third attachment points.
A resealable container comprising: a housing; a lid coupled to the housing; and a basket received within the housing and including side walls defining an interior space, and a retainer (64, 92, 128) extending over at least a portion of the interior space; and characterised in that said retainer is configured to support a plurality of test elements in a side-to-side direction and a front-to-back direction within the basket; wherein the retainer includes a wiper comprising a plurality of segments (132a-d) each configured to support a plurality of test elements; wherein said segments are sized differently; and wherein said segments are configured such that an unused segment provides front-to-back support to said plurality of test elements supported by an adjacent segment. a housing; a lid coupled to the housing; and a basket received within the housing and including side walls defining an interior space, and a retainer (64, 92, 128) extending over at least a portion of the interior space; side walls defining an interior space, and a retainer (64, 92, 128) extending over at least a portion of the interior space; and characterised in that said retainer is configured to support a plurality of test elements in a side-to-side direction and a front-to-back direction within the basket; wherein the retainer includes a wiper comprising a plurality of segments (132a-d) each configured to support a plurality of test elements; wherein said segments are sized differently; and wherein said segments are configured such that an unused segment provides front-to-back support to said plurality of test elements supported by an adjacent segment.