mhurhangee/ep-ind-claims huggingface dataset:
A frame transmission method in a wireless local area network, comprising: generating, by an access point, a physical layer protocol data unit, PPDU of a target type, wherein the PPDU comprises a target media access control, MAC frame structure that is generated in a target encapsulation format characterized in that the MAC frame structure carries a trigger frame, and whether the target MAC frame structure comprises a packet extension field is determined based on the target type and the target encapsulation format such that the target MAC frame structure comprises the packet extension field if: the target type is not that of a high efficiency PPDU, HE PPDU, and/or the target encapsulation format is not that of an aggregated media access control layer protocol data unit, AMPDU; and sending, by the access point, the PPDU. generating, by an access point, a physical layer protocol data unit, PPDU of a target type, wherein the PPDU comprises a target media access control, MAC frame structure that is generated in a target encapsulation format characterized in that the MAC frame structure carries a trigger frame, and whether the target MAC frame structure comprises a packet extension field is determined based on the target type and the target encapsulation format such that the target MAC frame structure comprises the packet extension field if: the target type is not that of a high efficiency PPDU, HE PPDU, and/or the target encapsulation format is not that of an aggregated media access control layer protocol data unit, AMPDU; and sending, by the access point, the PPDU.
An inflatable, expandable implant suitable for implantation in a human body, comprising: a filler material comprising a reactive mixture, a bladder having a substantially non-elastic bladder wall defining a volume, having at least one bladder wall opening for introduction of the filler material, and the bladder having no other passageway exterior to the bladder wall for passage of a body fluid there through, and at least one closure for each of the at least one bladder wall openings for maintaining the filler material within the volume after introduction of the filler material into the volume, characterized in that the filler material comprises a copolymer of a first member selected from the group consisting of poly(ethylene glycol), poly(ethylene oxide), poly(vinyl alcohol), poly(ethylene-co-vinyl alcohol), poly(acrylic acid), poly(ethylene-co-acrylic acid), poly(ethyloxazoline), poly(vinyl pyrrolidone), poly(ethylene-co-vinyl pyrrolidone), poly(maleic acid), poly(ethylene-co-maleic acid), poly(acrylamide), and poly(ethylene oxide)-co-polypropylene oxide) block copolymers and a second member having a strong nucleophile selected from the group consisting of a thiol or a group containing a thiol. a filler material comprising a reactive mixture, a bladder having a substantially non-elastic bladder wall defining a volume, having at least one bladder wall opening for introduction of the filler material, and the bladder having no other passageway exterior to the bladder wall for passage of a body fluid there through, and at least one closure for each of the at least one bladder wall openings for maintaining the filler material within the volume after introduction of the filler material into the volume, characterized in that the filler material comprises a copolymer of a first member selected from the group consisting of poly(ethylene glycol), poly(ethylene oxide), poly(vinyl alcohol), poly(ethylene-co-vinyl alcohol), poly(acrylic acid), poly(ethylene-co-acrylic acid), poly(ethyloxazoline), poly(vinyl pyrrolidone), poly(ethylene-co-vinyl pyrrolidone), poly(maleic acid), poly(ethylene-co-maleic acid), poly(acrylamide), and poly(ethylene oxide)-co-polypropylene oxide) block copolymers and a second member having a strong nucleophile selected from the group consisting of a thiol or a group containing a thiol.
An alkylation reaction apparatus, which is characterized by comprising n reactor(s), in said n reactor(s), there is/are m reactor(s) including the first reactor that are those having three reaction zones as defined below; according to the flow direction order of alkylation reaction streams, said three reaction zones are an x reaction zone, a y reaction zone and a z reaction zone respectively; wherein the reactor provided with three reaction zones has the inner diameters Rx reaction zone for the x reaction zone, Ry reaction zone for the y reaction zone and Rz reaction zone for the z reaction zone respectively, wherein Rz reaction zone > Rx reaction zone > Ry reaction zone, and internal flow disturbance component(s) is/are provided in the x reaction zone, the y reaction zone, and/or the z reaction zone, so that based on the mixing intensity, the mixing intensity of the y reaction zone>the mixing intensity of the x reaction zone>the mixing intensity of the z reaction zone, wherein n≥1 and n≥m.
A bottle comprising a bottle body made of plastics material and a seal, wherein the bottle body comprises: - a shoulder, - a neck integrally formed on the shoulder and having a dispensing opening which can be closed by the seal, - a base which has a stacking recess projecting into a receiving space of the bottle body, which stacking recess is suitable for completely receiving the seal and the neck of an identically constructed bottle, such that when an upper bottle is stacked on a lower bottle, the weight of the upper bottle rests completely on the shoulder of the lower bottle, - a shell region which extends between the shoulder and the base in a vertical direction of the bottle body and has a front wall, a rear wall opposite the front wall and two side walls (20, 21) arranged between the front wall and the rear wall, characterized in that a cross section of the bottle body, which lies in a horizontal plane extending perpendicularly to the vertical direction, is constant in shape and size over the entire height of the shell region, wherein a sleeve designed as a stretch sleeve rests on an outer face of the shell region. - a shoulder, - a neck integrally formed on the shoulder and having a dispensing opening which can be closed by the seal, - a base which has a stacking recess projecting into a receiving space of the bottle body, which stacking recess is suitable for completely receiving the seal and the neck of an identically constructed bottle, such that when an upper bottle is stacked on a lower bottle, the weight of the upper bottle rests completely on the shoulder of the lower bottle, - a shell region which extends between the shoulder and the base in a vertical direction of the bottle body and has a front wall, a rear wall opposite the front wall and two side walls (20, 21) arranged between the front wall and the rear wall,
Aircraft fuselage including a fuselage skin, cross-members supporting a floor of the aircraft, and a multifunctional substructure, characterized in that said multifunctional substructure is fixed to at least one of the cross-members in a lowered part of said cross-member and in that said multifunctional substructure comprises: - at least one duct of an air distribution system having a substantially rectangular section at the location of said at least one cross-member and having lateral walls of said duct that are substantially vertical; - a seat fixing track or a stiffening profile fixed on a first lateral wall of said duct of the multifunctional substructure, and; - a seat fixing track or a stiffening profile fixed on a second lateral wall, opposite the first lateral wall, of said duct of the multifunctional substructure. - at least one duct of an air distribution system having a substantially rectangular section at the location of said at least one cross-member and having lateral walls of said duct that are substantially vertical; - a seat fixing track or a stiffening profile fixed on a first lateral wall of said duct of the multifunctional substructure, and; - a seat fixing track or a stiffening profile fixed on a second lateral wall, opposite the first lateral wall, of said duct of the multifunctional substructure.
Apparatus for removing a blockage from a body of a subject, the apparatus comprising: a tube, configured to advance to the blockage, and comprising a proximal hub configured to connect to a suction-applying device such that, following the advancement of the tube to the blockage, a suction force generated by the suction-applying device is applied, via the tube, to the blockage; a shaft, comprising a first electrically-conductive circumferential portion and a second electrically-conductive circumferential portion, configured to pass through the tube; a first electrically-conductive element, configured to connect the first electrically-conductive circumferential portion to a first terminal of a power source; and a second electrically-conductive element, configured to connect the second electrically-conductive circumferential portion to a second terminal of the power source, the first electrically-conductive circumferential portion being configured to attract the blockage when a voltage is applied by the power source, via the first electrically-conductive element and the second electrically-conductive element, between the first electrically-conductive circumferential portion and the second electrically-conductive circumferential portion, such that the blockage is anchored to the shaft while the suction force is applied to the blockage. a tube, configured to advance to the blockage, and comprising a proximal hub configured to connect to a suction-applying device such that, following the advancement of the tube to the blockage, a suction force generated by the suction-applying device is applied, via the tube, to the blockage; a shaft, comprising a first electrically-conductive circumferential portion and a second electrically-conductive circumferential portion, configured to pass through the tube; a first electrically-conductive element, configured to connect the first electrically-conductive circumferential portion to a first terminal of a power source; and a second electrically-conductive element, configured to connect the second electrically-conductive circumferential portion to a second terminal of the power source, the first electrically-conductive circumferential portion being configured to attract the blockage when a voltage is applied by the power source, via the first electrically-conductive element and the second electrically-conductive element, between the first electrically-conductive circumferential portion and the second electrically-conductive circumferential portion, such that the blockage is anchored to the shaft while the suction force is applied to the blockage.
An apparatus for controlling a combined operations of a construction machine, the apparatus comprising: a plurality of actuators including one driving motor for performing driving operation and a swing motor for performing swinging operation; an operating unit; a first pump and a second pump which provide pressurized oil to the plurality of actuators for performing driving and swinging operations of the construction machine by an operation of the operating unit; a driving control spool which allows the first pump to communicate with the driving motor; and a swing control spool which is positioned at a downstream of the driving control spool and allows the first pump to communicate with the swing motor, wherein the driving control spool allows the driving motor to selectively communicate with the first pump, and the apparatus comprises a driving priority valve which allows the pressurized oil discharged from the first pump to be supplied to only the driving control spool and allows the pressurized oil discharged from the second pump to be supplied to the swing control spool when a combined operations of driving and swinging of the construction machine are performed. a plurality of actuators including one driving motor for performing driving operation and a swing motor for performing swinging operation; an operating unit; a first pump and a second pump which provide pressurized oil to the plurality of actuators for performing driving and swinging operations of the construction machine by an operation of the operating unit; a driving control spool which allows the first pump to communicate with the driving motor; and a swing control spool which is positioned at a downstream of the driving control spool and allows the first pump to communicate with the swing motor, wherein the driving control spool allows the driving motor to selectively communicate with the first pump, and the apparatus comprises a driving priority valve which allows the pressurized oil discharged from the first pump to be supplied to only the driving control spool and allows the pressurized oil discharged from the second pump to be supplied to the swing control spool when a combined operations of driving and swinging of the construction machine are performed.
A photovoltaic device comprising a thin-film photovoltaic layer between a substrate and a cover plate, which cover plate is transparent in an area above the photovoltaic layer, wherein the cover plate overlaps the photovoltaic layer, and wherein the cover plate, in an area adjacent to the photovoltaic layer, is opaque, wherein the cover plate is coated in the opaque area, on at least one side facing towards, or away from, the substrate, or has a modified body so as to be opaque in that area, wherein the opaque area (42, 54) has a colour adjusted to the colour of the photovoltaic layer, wherein the opaque area extends from just above the edge of the photovoltaic layer to the edge of the cover plate or below the rim of a frame.
Seat for vehicle, comprising at least one component comprising at least an external part facing towards a user, wherein said external portion comprises a viscoelastic foam, and said viscoelastic foam is a flexible thermosetting polyurethane foam made with reagents comprising at least one polyol and a compound comprising isocyanate functional groups and characterized in that the variation of compression load deflection of said viscoelastic foam, measured after 10 seconds of applying the deformation by measuring the value of the reaction force with a dynamometer equipped with a circular measuring plate with a diameter of 202 mm and with a compression and release speed of 100 mm/min and calculated in a cycle of deformations from 0% to 65% induced by a state of compressive stresses, does not exceed 0,7 kPa, when measured in a temperature range between -10 °C and + 40 °C.
A system for automatically distinguishing atrial flutter from atrial fibrillation based on a sequence of R-R-intervals of ECG-data, said system comprising means adapted to calculate or simulate an R-R-pattern from a model which is based on - a periodic or almost periodic signal representing peaks of an atrial flutter signal, - a first AV-block scheme blocking respective ones of the excitations corresponding to said peaks of the atrial flutter signal while transmitting the others with a predetermined transmittal delay, - at least one more AV-block scheme blocking respective ones of the excitations transmitted by the previous AV-block scheme and transmitting the others with a predetermined transmittal delay, wherein the excitations transmitted by the last AV-block scheme constitute the calculated or simulated R-R-pattern, the system further comprising consistency checking means adapted to automatically check whether said sequence of R-R-intervals of the ECG-data is to some predetermined degree consistent with said calculated or simulated R-R-pattern, said system being configured to identify the ECG-data to be based on atrial flutter if said predetermined degree of consistency is found. - a periodic or almost periodic signal representing peaks of an atrial flutter signal, - a first AV-block scheme blocking respective ones of the excitations corresponding to said peaks of the atrial flutter signal while transmitting the others with a predetermined transmittal delay, - at least one more AV-block scheme blocking respective ones of the excitations transmitted by the previous AV-block scheme and transmitting the others with a predetermined transmittal delay, wherein the excitations transmitted by the last AV-block scheme constitute the calculated or simulated R-R-pattern,
A method for recommending an insulin dose adapted for use with an insulin delivery device, the method comprising: receiving blood glucose data including a body glucose concentration level; determining an insulin sensitivity value in correspondence with the BG data; and determining an insulin dose based on the determined IS value, wherein the insulin dose is determined using the equation: Recommended bolus = Carbs / CIR + CBG − TBG / IS − RI where: Carbs is the amount of carbohydrates to be consumed; CIR is the carbohydrate-to-insulin ratio; CBG is the current blood glucose level; TBG is the target blood glucose level; IS the insulin sensitivity value determined in correspondence with the BG data; and RI is the residual insulin remaining in the body of a patient, characterized in that: the insulin sensitivity value determination includes selecting the IS value from a table/ schedule in which IS values correspond to body glucose concentration levels. receiving blood glucose data including a body glucose concentration level; determining an insulin sensitivity value in correspondence with the BG data; and determining an insulin dose based on the determined IS value, wherein the insulin dose is determined using the equation: Recommended bolus = Carbs / CIR + CBG − TBG / IS − RI where: Carbs is the amount of carbohydrates to be consumed; CIR is the carbohydrate-to-insulin ratio; CBG is the current blood glucose level; TBG is the target blood glucose level; IS the insulin sensitivity value determined in correspondence with the BG data; and RI is the residual insulin remaining in the body of a patient, characterized in that: the insulin sensitivity value determination includes selecting the IS value from a table/ schedule in which IS values correspond to body glucose concentration levels. where: Carbs is the amount of carbohydrates to be consumed; CIR is the carbohydrate-to-insulin ratio; CBG is the current blood glucose level; TBG is the target blood glucose level; IS the insulin sensitivity value determined in correspondence with the BG data; and RI is the residual insulin remaining in the body of a patient, characterized in that: the insulin sensitivity value determination includes selecting the IS value from a table/ schedule in which IS values correspond to body glucose concentration levels.
A table frame, comprising: an upright, and a base stand mounted to a bottom of the upright and a connecting member, wherein one of the base stand or the upright is securely coupled with the connecting member, and the other thereof is provided with a locking bump; the connecting member includes an insert-fitting rail and a locking slot provided in the insert-fitting rail; the locking bump is sequentially inserted into the insert rail and slid to be snapped into the locking slot; wherein the table frame further comprises an ejector member configured to eject the locking bump out of the locking slot, wherein the insert-fitting rail includes an insert rail and a detachment-proof rail, wherein the insert rail and the detachment-proof rail are intersected and communicated, and the locking slot is provided inside the detachment-proof rail, wherein the connecting member includes a cylindrical member, the insert rail and the detachment-proof rail are disposed at the circumferential side surface of the cylindrical member, the insert rail is arranged along the axial direction of the cylindrical member, the detachment-proof rail is arranged along the circumferential direction of the cylindrical member, and the locking bump is inserted into the insert rail along the axial direction of the connecting member and then circumferentially rotated to enter the detachment-proof rail.
A method for establishing a radio resource control, RRC, connection by a user equipment, UE, interested in single-cell point-to-multipoint, SCPTM, transmission in a wireless communication system, the method comprising: receiving a list of available SCPTM services from a serving cell; receiving a type of the available SCPTM services from the serving cell; determining whether an SCPTM service of interest in the list of available SCPTM services is a first-type SCPTM service or a second-type SCPTM service, based on the received type of the available SCPTM services, wherein the first-type SCPTM service is a service that requires no hybrid automatic repeat request, HARQ, feedback and no channel state information, CSI, reporting, and wherein the second-type SCPTM service is a service that requires the HARQ feedback or the CSI reporting; when the UE determines the SCPTM service of interest is the second-type SCPTM service, establishing an RRC connection with a network, and receiving the second-type SCPTM service through the established RRC connection; when the UE determines the SCPTM service of interest is the first-type SCPTM service, receiving the first-type SCPTM service without establishing the RRC connection with the network, wherein the first-type SCPTM service is a service that requires no RRC connection establishment for the SCPTM service, and wherein the second-type SCPTM service is a service that has to require RRC connection establishment for the SCPTM service. receiving a list of available SCPTM services from a serving cell; receiving a type of the available SCPTM services from the serving cell; determining whether an SCPTM service of interest in the list of available SCPTM services is a first-type SCPTM service or a second-type SCPTM service, based on the received type of the available SCPTM services, wherein the first-type SCPTM service is a service that requires no hybrid automatic repeat request, HARQ, feedback and no channel state information, CSI, reporting, and wherein the second-type SCPTM service is a service that requires the HARQ feedback or the CSI reporting; when the UE determines the SCPTM service of interest is the second-type SCPTM service, establishing an RRC connection with a network, and receiving the second-type SCPTM service through the established RRC connection; establishing an RRC connection with a network, and receiving the second-type SCPTM service through the established RRC connection; when the UE determines the SCPTM service of interest is the first-type SCPTM service, receiving the first-type SCPTM service without establishing the RRC connection with the network, wherein the first-type SCPTM service is a service that requires no RRC connection establishment for the SCPTM service, and wherein the second-type SCPTM service is a service that has to require RRC connection establishment for the SCPTM service.