mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling a transmission rate of a data stream by a server transmitting the data stream to a client over a network channel, the method comprising: receiving a feedback message from the client, the feedback message containing information indicating a positive or negative acknowledgement of receipt of each one of a plurality of data packets of the data stream; analysing the feedback message to determine the number of lost data packets and at least one of the number of delayed data packets and the number of retransmitted data packets; calculating values of a plurality of metrics, said values including a first value of a first metric representing packet loss and at least one of a second value of a second metric representing delayed packets and a third value of a third metric representing retransmission rate, wherein said values are calculated based on the analysis of the feedback message; determining whether one or more of said values, including said first value, satisfies a corresponding criterion; and if the determination is affirmative, decreasing the transmission rate using the value, or one of the values, that satisfies the corresponding criterion, wherein the first metric is prioritized over the second and third metrics such that the transmission rate is decreased using said first value if the corresponding criterion is satisfied. receiving a feedback message from the client, the feedback message containing information indicating a positive or negative acknowledgement of receipt of each one of a plurality of data packets of the data stream; analysing the feedback message to determine the number of lost data packets and at least one of the number of delayed data packets and the number of retransmitted data packets; calculating values of a plurality of metrics, said values including a first value of a first metric representing packet loss and at least one of a second value of a second metric representing delayed packets and a third value of a third metric representing retransmission rate, wherein said values are calculated based on the analysis of the feedback message; determining whether one or more of said values, including said first value, satisfies a corresponding criterion; and if the determination is affirmative, decreasing the transmission rate using the value, or one of the values, that satisfies the corresponding criterion, wherein the first metric is prioritized over the second and third metrics such that the transmission rate is decreased using said first value if the corresponding criterion is satisfied.
Pneumatic tube carrier for transporting sample tubes for bodily fluids along a pneumatic tube system, said carrier comprising a tubular main part which has an opening at both ends that can be closed by means of a lid, and comprising a magazine arranged in the main part, the magazine comprising: - a plurality of receptacles which are arranged one next to the other within the main part, and into each of which at least one sample tube to be transported can be inserted in the direction of the longitudinal axis of the magazine, - at least one holding means for each receptacle, for ensuring that a sample tube received in the relevant receptacle does not inadvertently slide out of said receptacle in the axial direction; characterized in that the magazine further comprises: - an actuating member, which is arranged such that it can be shifted relative to the receptacles, preferably bidirectionally, about or along a movement axis, from a first functional position into a second functional position, the transfer of the actuating member from one of the functional positions (60, 62) into the other functional position (60, 62) causing or allowing all of the holding means to be transferred into the corresponding release position thereof such that a sample tube arranged in each receptacle can automatically slide out of said receptacle due to the force of gravity. - a plurality of receptacles which are arranged one next to the other within the main part, and into each of which at least one sample tube to be transported can be inserted in the direction of the longitudinal axis of the magazine, - at least one holding means for each receptacle, for ensuring that a sample tube received in the relevant receptacle does not inadvertently slide out of said receptacle in the axial direction; characterized in that the magazine further comprises: - an actuating member, which is arranged such that it can be shifted relative to the receptacles, preferably bidirectionally, about or along a movement axis, from a first functional position into a second functional position, the transfer of the actuating member from one of the functional positions (60, 62) into the other functional position (60, 62) causing or allowing all of the holding means to be transferred into the corresponding release position thereof such that a sample tube arranged in each receptacle can automatically slide out of said receptacle due to the force of gravity.
A method for controlling user equipment using a portable wireless communications device, wherein the portable wireless communications device implements a secondary interactive media guidance application which co-operates with a primary interactive media guidance application running on the user equipment device, the method comprising: displaying, on the portable wireless communications device, without displaying on the user equipment device, an interface screen of the secondary interactive media guidance application associated with a user input to create a search string for a search command; receiving the user input to create the search string on the portable wireless communications device; transmitting, using the portable wireless communications device, the search command to the user equipment device, wherein the user equipment device executes the command without interrupting media content being displayed using the user equipment device; receiving, on the portable wireless communications device, confirmation data from the user equipment device confirming that the search command has been executed, wherein the confirmation data includes search results; and displaying at least some of the search results on a screen display of the portable wireless communications device. displaying, on the portable wireless communications device, without displaying on the user equipment device, an interface screen of the secondary interactive media guidance application associated with a user input to create a search string for a search command; receiving the user input to create the search string on the portable wireless communications device; transmitting, using the portable wireless communications device, the search command to the user equipment device, wherein the user equipment device executes the command without interrupting media content being displayed using the user equipment device; receiving, on the portable wireless communications device, confirmation data from the user equipment device confirming that the search command has been executed, wherein the confirmation data includes search results; and displaying at least some of the search results on a screen display of the portable wireless communications device.
A fastener delivery tool, comprising: a housing comprising an actuator; an elongate shaft extending from the housing and terminating in a distal tip, the shaft comprising a belt assembly (280, 284) therein comprising pairs of features releasably engaging tines (6a, 6b) of respective fasteners in a relaxed state, each of the fasteners defining a loop between the tines (6a, 6b) in the relaxed state; a loading chamber in the distal tip for successively receiving a fastener from the belt in the relaxed state as the belt is advanced; a retaining member for limiting movement of the fastener received within the loading chamber; an ejection track communicating with the loading chamber; and a tongue and a pusher member coupled to the actuator, activation of the actuator advancing the tongue to engage the tines (6a, 6b) so as to transform the fastener received within the loading chamber from the relaxed state to a U-shaped constrained state, advancing the pusher member to advance the fastener from the loading chamber down the ejection track, and advancing the belt to deliver another fastener within the loading chamber, wherein the features comprise nonmetallic material to avoid damaging the tines (6a, 6b) releasably engaged by the features. a housing comprising an actuator; an elongate shaft extending from the housing and terminating in a distal tip, the shaft comprising a belt assembly (280, 284) therein comprising pairs of features releasably engaging tines (6a, 6b) of respective fasteners in a relaxed state, each of the fasteners defining a loop between the tines (6a, 6b) in the relaxed state; a loading chamber in the distal tip for successively receiving a fastener from the belt in the relaxed state as the belt is advanced; a retaining member for limiting movement of the fastener received within the loading chamber; an ejection track communicating with the loading chamber; and a tongue and a pusher member coupled to the actuator, activation of the actuator advancing the tongue to engage the tines (6a, 6b) so as to transform the fastener received within the loading chamber from the relaxed state to a U-shaped constrained state, advancing the pusher member to advance the fastener from the loading chamber down the ejection track, and advancing the belt to deliver another fastener within the loading chamber,
An improper fuel nozzle insertion-inhibiting assembly configured to prevent an improper fuel-dispensing device from dispensing fuel into a fuel fill line of a vehicle, the improper fuel nozzle insertion-inhibiting assembly comprising: a cover including an (i) open cavity defined by a circumferential wall and a front face wall, and (ii) a main body defining an internal chamber; and at least one barrier door pivotally secured to the main body, wherein the at least one barrier door is configured to close a nozzle-receiving channel that extends through the internal chamber, and wherein the at least one barrier door is configured to be pivoted open by inward urging of a proper fuel nozzle, characterized in that the at least one barrier door comprises an integral pivot axle that is pivotally secured to an axle bearing within the main body. a cover including an (i) open cavity defined by a circumferential wall and a front face wall, and (ii) a main body defining an internal chamber; and at least one barrier door pivotally secured to the main body, wherein the at least one barrier door is configured to close a nozzle-receiving channel that extends through the internal chamber, and wherein the at least one barrier door is configured to be pivoted open by inward urging of a proper fuel nozzle, characterized in that the at least one barrier door comprises an integral pivot axle that is pivotally secured to an axle bearing within the main body.
Combustion chamber, in particular of a gas turbine, - with at least two burners (A-H) which are connected to a fuel supply via controllable fuel valves, - wherein at least one optical measuring device for detecting chemiluminescent radiation is assigned to each burner (A-H), and a pressure sensor for detecting a pressure is assigned to the combustion chamber, - with a computing and control device which is connected firstly to the optical measuring devices and to the pressure sensor and secondly to the controllable fuel valves, - wherein the computing and control device is configured to calculate, from the measurement values received from the optical measuring devices and the pressure sensor, a correlation between the chemiluminescent radiation of each burner (A-H) and the pressure in the combustion chamber, and to be able to calculate correlation values which allow the burners to be divided into burners at risk of pulsation and burners not at risk of pulsation, - wherein the computing and control device is furthermore configured such that it determines the burner (A-H) or a burner group with the highest correlation and controls the associated fuel valve(s) such that more fuel is supplied to the respective burner (A-H) or burner group, characterised in that the computing and control device is configured such that, to obtain a substantially constant combustion chamber temperature or a substantially constant fuel flow, it counter-controls the fuel valves of the burners not at risk of pulsation proportionally in relation to those of the burners at risk of pulsation. - with at least two burners (A-H) which are connected to a fuel supply via controllable fuel valves, - wherein at least one optical measuring device for detecting chemiluminescent radiation is assigned to each burner (A-H), and a pressure sensor for detecting a pressure is assigned to the combustion chamber, - with a computing and control device which is connected firstly to the optical measuring devices and to the pressure sensor and secondly to the controllable fuel valves, - wherein the computing and control device is configured to calculate, from the measurement values received from the optical measuring devices and the pressure sensor, a correlation between the chemiluminescent radiation of each burner (A-H) and the pressure in the combustion chamber, and to be able to calculate correlation values which allow the burners to be divided into burners at risk of pulsation and burners not at risk of pulsation, - wherein the computing and control device is furthermore configured such that it determines the burner (A-H) or a burner group with the highest correlation and controls the associated fuel valve(s) such that more fuel is supplied to the respective burner (A-H) or burner group,
A mobile communication device, comprising: a matching network including an adjustable reactive element; an antenna coupled with the matching network; a memory (1704, 1706) configured to store computer instructions; and a processor coupled to the memory (1704, 1706) and the matching network, wherein the processor is configured to perform, responsive to executing the computer instructions, operations comprising: identifying a use case for the mobile communication device; retrieving a tuning value from a look-up table of the memory (1704, 1706) that corresponds to the use case, wherein the tuning value is empirical data based on at least one of a total radiated power or a total isotropic sensitivity; tuning the matching network based on the tuning value; determining radiated throughput for at least one of an uplink throughput or a downlink throughput; reducing transmit power responsive to the radiated throughput satisfying a throughput threshold, the reducing of the transmit power being an iterative process based on a power reduction step size; and tuning the matching network responsive to the radiated throughput not satisfying the throughput threshold. a matching network including an adjustable reactive element; an antenna coupled with the matching network; a memory (1704, 1706) configured to store computer instructions; and a processor coupled to the memory (1704, 1706) and the matching network, wherein the processor is configured to perform, responsive to executing the computer instructions, operations comprising: identifying a use case for the mobile communication device; retrieving a tuning value from a look-up table of the memory (1704, 1706) that corresponds to the use case, wherein the tuning value is empirical data based on at least one of a total radiated power or a total isotropic sensitivity; tuning the matching network based on the tuning value; determining radiated throughput for at least one of an uplink throughput or a downlink throughput; reducing transmit power responsive to the radiated throughput satisfying a throughput threshold, the reducing of the transmit power being an iterative process based on a power reduction step size; and tuning the matching network responsive to the radiated throughput not satisfying the throughput threshold. identifying a use case for the mobile communication device; retrieving a tuning value from a look-up table of the memory (1704, 1706) that corresponds to the use case, wherein the tuning value is empirical data based on at least one of a total radiated power or a total isotropic sensitivity; tuning the matching network based on the tuning value; determining radiated throughput for at least one of an uplink throughput or a downlink throughput; reducing transmit power responsive to the radiated throughput satisfying a throughput threshold, the reducing of the transmit power being an iterative process based on a power reduction step size; and tuning the matching network responsive to the radiated throughput not satisfying the throughput threshold.
A quick coupling in use engageable under pressure, comprising a first longitudinal body longitudinally having an internal cavity open at the first longitudinal body ends (2', 2") along which body is supported slidably in contrast to and by action of elastic means, a second longitudinal body longitudinally having an internal cavity open at the second longitudinal body ends (3', 3") and equipped with an opening and closing valve for opening and closing the flow of a fluid under pressure, the said second longitudinal body is supported inside the first body to be able to longitudinally slide in contrast to and by action of said elastic means, said first body and said second body having locking means adapted to cooperate with said first body and said second body for locking the coupling in the engaged position, in use said coupling, in the disengaged position in which said position the said coupling is supplied with a fluid under pressure, the said pressure is acting to close on the valve, the said coupling has surfaces wet by the fluid under pressure configured and arranged such to eliminate the volume variation of fluid under pressure present within the said coupling as, in use, the position assumed by the second body in the first body varies, wherein the said surfaces wet by the said fluid comprise first wet surfaces and second wet surfaces, the said coupling is arranged such that the first wet surfaces delimit a first chamber with a variable volume, wherein the said first chamber comprise the wall portion of said first body comprised between a pair of homologous said ends (2', 3') of said first and said second body (2, 3), and said homologous end of said second body, and such that the second wet surfaces delimit at least one second chamber with a variable volume, wherein the said at least one second chamber comprise parts of the walls of said first and second body (2, 3), the said second chamber being in fluid connection with the internal cavity of said second body through one or more through openings provided through the thickness of the wall of said second body, the said second wet surfaces further delimiting at least one third chamber with a variable volume, wherein the said at least one third chamber comprise further parts of the walls of said first and second body (2, 3), said third chamber being in fluid connection with the internal cavity of said second body through further one or more through openings provided through the thickness of the wall of said second body.
a solar cell, comprising: a substrate, wherein the substrate has a front surface and a rear surface that are opposite to each other, the rear surface comprises a textured region and a flat region adjacent to the textured region, a doped surface field is formed in the textured region of the substrate, there are doping elements in the doped surface field, and the doping elements are N-type doping elements or P-type doping elements; a tunneling dielectric layer, wherein the tunneling dielectric layer is located on the flat region of the rear surface of the substrate; a doped conductive layer, wherein the doped conductive layer is located on a surface of the tunnelling dielectric layer away from the rear surface of the substrate, the doped conductive layer has doping elements, and the doping elements in the doped conductive layer are of the same type as the doping elements in the doped surface field; a rear electrode, wherein a part of a bottom surface of the rear electrode is located in the doped conductive layer and the part of the bottom surface of the rear electrode is in contact with the doped surface field. a substrate, wherein the substrate has a front surface and a rear surface that are opposite to each other, the rear surface comprises a textured region and a flat region adjacent to the textured region, a doped surface field is formed in the textured region of the substrate, there are doping elements in the doped surface field, and the doping elements are N-type doping elements or P-type doping elements; a tunneling dielectric layer, wherein the tunneling dielectric layer is located on the flat region of the rear surface of the substrate; a doped conductive layer, wherein the doped conductive layer is located on a surface of the tunnelling dielectric layer away from the rear surface of the substrate, the doped conductive layer has doping elements, and the doping elements in the doped conductive layer are of the same type as the doping elements in the doped surface field; a rear electrode, wherein a part of a bottom surface of the rear electrode is located in the doped conductive layer and the part of the bottom surface of the rear electrode is in contact with the doped surface field.
A pharmaceutical composition including: (a) methylsulphonylmethane or a pharmaceutically acceptable salt or solvate thereof; (b) glucosamine, a glucosamine derivative or a pharmaceutically acceptable salt or solvate thereof, wherein the glucosamine derivate is selected from glucosamine sulphate, N-acetyl glucosamine and quaternised amino glucosamine; and (c) glycine or a pharmaceutically acceptable salt or solvate thereof, for use in the treatment of an inflammatory or immune disorder selected from inflammatory skin disorders; inflammation of the nasal and/or sinus passages or cavities; inflammatory eye disorders; and hypertension. (a) methylsulphonylmethane or a pharmaceutically acceptable salt or solvate thereof; (b) glucosamine, a glucosamine derivative or a pharmaceutically acceptable salt or solvate thereof, wherein the glucosamine derivate is selected from glucosamine sulphate, N-acetyl glucosamine and quaternised amino glucosamine; and (c) glycine or a pharmaceutically acceptable salt or solvate thereof,