mhurhangee/patent-ind-claim-en huggingface dataset:
A network node , comprising: processing circuitry including a processor and a memory , the processing circuitry configured to: configure a wireless device with a transmission time interval, TTI, for use in operating a first physical channel between the network node and the wireless device , the physical channel including a first reference radio resource; compare the TTI with a threshold; determine a first power control dynamic range scheme for the first physical channel based on the comparison between the TTI and the threshold, the power control dynamic range being defined with respect to the first reference radio resource, the determination of the first power control dynamic range scheme includes: if the TTI is greater than the threshold, selecting a first power control dynamic range for the first physical channel; if the TTI is less than the threshold, selecting a second power control dynamic range for the first physical channel, the second power control dynamic range being different from the first power control dynamic range; a power of the first reference radio resource in the first power control dynamic range being the same as a power of the first reference radio resource in the second power control dynamic range; and transmit, on the first physical channel, to the wireless device using the determined first power control dynamic range scheme. configure a wireless device with a transmission time interval, TTI, for use in operating a first physical channel between the network node and the wireless device , the physical channel including a first reference radio resource; compare the TTI with a threshold; determine a first power control dynamic range scheme for the first physical channel based on the comparison between the TTI and the threshold, the power control dynamic range being defined with respect to the first reference radio resource, the determination of the first power control dynamic range scheme includes: if the TTI is greater than the threshold, selecting a first power control dynamic range for the first physical channel; if the TTI is less than the threshold, selecting a second power control dynamic range for the first physical channel, the second power control dynamic range being different from the first power control dynamic range; a power of the first reference radio resource in the first power control dynamic range being the same as a power of the first reference radio resource in the second power control dynamic range; and if the TTI is greater than the threshold, selecting a first power control dynamic range for the first physical channel; if the TTI is less than the threshold, selecting a second power control dynamic range for the first physical channel, the second power control dynamic range being different from the first power control dynamic range; a power of the first reference radio resource in the first power control dynamic range being the same as a power of the first reference radio resource in the second power control dynamic range; and transmit, on the first physical channel, to the wireless device using the determined first power control dynamic range scheme.
An apparatus operation device comprising: a line-of-sight detecting unit that is adapted to detect a line of sight of a user; a neck-mounted terminal that is mounted around a neck of the user and is adapted to detect a motion of the neck of the user; a determining unit that is adapted to determine, based on the line of sight that has been detected and the motion of the neck that has been detected, at least one of a target apparatus to be operated or operation details for the target apparatus; and a control unit that is adapted to control the target apparatus in accordance with the determination by the determining unit, wherein the line-of-sight detecting unit is adapted to suspend detection of the line of sight upon detection of the motion of the neck being started by the neck-mounted terminal , and is adapted to start the detection of the line of sight upon the detection of the motion of the neck being finished by the neck-mounted terminal . a line-of-sight detecting unit that is adapted to detect a line of sight of a user; a neck-mounted terminal that is mounted around a neck of the user and is adapted to detect a motion of the neck of the user; a determining unit that is adapted to determine, based on the line of sight that has been detected and the motion of the neck that has been detected, at least one of a target apparatus to be operated or operation details for the target apparatus; and a control unit that is adapted to control the target apparatus in accordance with the determination by the determining unit, wherein the line-of-sight detecting unit is adapted to suspend detection of the line of sight upon detection of the motion of the neck being started by the neck-mounted terminal , and is adapted to start the detection of the line of sight upon the detection of the motion of the neck being finished by the neck-mounted terminal .
Mobile crane comprising a mobile undercarriage , an upper carriage rotatably mounted on the undercarriage , and a counterweight device that can be coupled to the upper carriage , which comprises a counterweight base plate and at least one connecting member extending substantially perpendicular to the counterweight base plate and connected thereto for lifting the counterweight device and coupling the counterweight device to the upper carriage , characterized in that the counterweight device comprises a carrier plate which can be connected above the counterweight base plate to the at least one connection element , wherein at least one pivot beam is mounted on the carrier plate such that it can pivot about a vertical axis , on which pivot beam at least one first counterweight element can be stacked.
A handpiece for cleansing wounds with a fluid jet , said handpiece comprising a main body , which has a front end with an emergence opening for the emergence of the fluid jet , wherein a porous body is present on the front end , which porous body surrounds the emergence opening and protrudes beyond the latter in the direction of the fluid jet outlet and forms a space through which the fluid jet can pass unimpeded, characterized in that a nozzle is arranged in the front end and forms the emergence opening , and in that the handpiece is stiff.
A method for performing vehicle-to-everything, V2X, communication by a base station, BS, in a wireless communication system, the method comprising: allocating (S910) a first resource set; transmitting (S920) a user equipment, UE, resource reserve request message including information on the first resource set to a neighbor BS; receiving (S930) a UE resource reserve response message from the neighbor BS in response to the UE resource reserve request message, wherein the UE resource reserve response message includes information informing that at least one resource included in the first resource set cannot be served by the neighbor BS, and wherein the UE resource reserve response message includes a list of the at least one resource that cannot be served by the neighbor BS; allocating a second resource set based on the information, wherein a number of resources in the second resource set is equal to a number of resources included in the list of the at least one resource; and transmitting (S940) the second resource set to a UE. allocating (S910) a first resource set; transmitting (S920) a user equipment, UE, resource reserve request message including information on the first resource set to a neighbor BS; receiving (S930) a UE resource reserve response message from the neighbor BS in response to the UE resource reserve request message, wherein the UE resource reserve response message includes information informing that at least one resource included in the first resource set cannot be served by the neighbor BS, and wherein the UE resource reserve response message includes a list of the at least one resource that cannot be served by the neighbor BS; allocating a second resource set based on the information, wherein a number of resources in the second resource set is equal to a number of resources included in the list of the at least one resource; and transmitting (S940) the second resource set to a UE.
A system for feathering an aircraft propeller having coupled thereto an actuator for setting a blade pitch of the propeller , the blade pitch controlled by modulating a supply of hydraulic fluid to the actuator , the system comprising: at least one feather solenoid comprising a first solenoid coil , a second solenoid coil , and a solenoid valve for coupling to the actuator and coupled to the first and the second solenoid coils ; and at least one controller configured to selectively energize and de-energize the first and the second solenoid coils , the solenoid valve configured to, when activated, modulate the supply of hydraulic fluid to the actuator for adjusting the blade pitch of the propeller towards a feather position, wherein the at least one controller comprises a first solenoid driver configured to selectively energize and de-energize the first solenoid coil and a second solenoid driver configured to selectively energize and de-energize the second solenoid coil , characterised in that : the solenoid valve is configured to be activated when the first solenoid coil and the second solenoid coil are de-energised and in that the first solenoid driver and the second solenoid driver are configured to respectively de-energize the first solenoid coil and the second solenoid coil in response to receiving a feather command. at least one feather solenoid comprising a first solenoid coil , a second solenoid coil , and a solenoid valve for coupling to the actuator and coupled to the first and the second solenoid coils ; and at least one controller configured to selectively energize and de-energize the first and the second solenoid coils , the solenoid valve configured to, when activated, modulate the supply of hydraulic fluid to the actuator for adjusting the blade pitch of the propeller towards a feather position, wherein the at least one controller comprises a first solenoid driver configured to selectively energize and de-energize the first solenoid coil and a second solenoid driver configured to selectively energize and de-energize the second solenoid coil , characterised in that : the solenoid valve is configured to be activated when the first solenoid coil and the second solenoid coil are de-energised and in that the first solenoid driver and the second solenoid driver are configured to respectively de-energize the first solenoid coil and the second solenoid coil in response to receiving a feather command.
Marking device to define a position marker on a support surface for a workpiece, - with a marking lamp with a holder to create a light marker, and - with a gear unit to convert a rotational movement of the drive unit into a pivoting movement of the marking lamp , the gear unit having a coupling member , - the marking lamp having a guide area for guiding a translation of a portion of the gear unit , characterized in that - the coupling member is, at one of its ends, non-rotationally connected to the drive unit and, at the opposing end, is movably mounted in the guide area of the marking lamp , and - the drive unit is operatively connected, via the gear unit , with the marking lamp in such a way that a resulting movement of the position marker on the support surface depends linearly on an angle of rotation of the rotational movement of the drive unit with a deviation of less than 10%. - with a marking lamp with a holder to create a light marker, and - with a gear unit to convert a rotational movement of the drive unit into a pivoting movement of the marking lamp , the gear unit having a coupling member , - the marking lamp having a guide area for guiding a translation of a portion of the gear unit , - the coupling member is, at one of its ends, non-rotationally connected to the drive unit and, at the opposing end, is movably mounted in the guide area of the marking lamp , and - the drive unit is operatively connected, via the gear unit , with the marking lamp in such a way that a resulting movement of the position marker on the support surface depends linearly on an angle of rotation of the rotational movement of the drive unit with a deviation of less than 10%.
A mudguard bracket arrangement for fastening a mudguard to a support bar of a vehicle, the arrangement comprising: - a first bracket part arrangeable on a top side of the mudguard , the first bracket part comprising an aperture , - a second bracket part comprising a plate with a raised section , the plate being arrangeable on a bottom side of the mudguard and the raised section being arrangeable through the aperture of the first bracket part , - a third bracket part releasably attachable to the first and the second bracket part for connecting the first and the second bracket parts to the support bar of a vehicle, characterised in that the first bracket part comprises a first quick clamping member and the second bracket part comprises a counterpart of the first quick clamping member for securing the first and the second bracket part to each other. - a first bracket part arrangeable on a top side of the mudguard , the first bracket part comprising an aperture , - a second bracket part comprising a plate with a raised section , the plate being arrangeable on a bottom side of the mudguard and the raised section being arrangeable through the aperture of the first bracket part , - a third bracket part releasably attachable to the first and the second bracket part for connecting the first and the second bracket parts to the support bar of a vehicle,
Flame case comprising a burner which can be connected to a fuel supply, and at least one reflector arranged laterally in relation to a flame produced by the burner when in operation, with a surface with capacity for reflecting the flame , characterised in that the flame case is provided with a transparent or translucent flame surround , of which the diameter corresponds to a multiple of the flame produced by the burner during an operation of the flame case .
An RFID device , which is for communicating with a remote RFID reader, said RFID device comprising: a band formed by an adhesive closure formed by a region wherein a portion of a first end overlaps or overlays and adheres to a portion of a second end of said band ; an adhesive for forming the adhesive closure , said adhesive being arranged at a distance from the first end ; and an RFID inlay positioned on a back of the band and comprised of at least one security cut , characterized in that the adhesive on the back extends partially onto the RFID inlay and onto the security cut and does not extend all the way to the first end , and a portion of the RFID inlay is further positioned between the adhesive closure and the first end , such that upon removal of the RFID device from the wearer, the RFID inlay is severed along the at least one security cut and the RFID inlay will no longer function. a band formed by an adhesive closure formed by a region wherein a portion of a first end overlaps or overlays and adheres to a portion of a second end of said band ; an adhesive for forming the adhesive closure , said adhesive being arranged at a distance from the first end ; and an RFID inlay positioned on a back of the band and comprised of at least one security cut , characterized in that the adhesive on the back extends partially onto the RFID inlay and onto the security cut and does not extend all the way to the first end , and a portion of the RFID inlay is further positioned between the adhesive closure and the first end , such that upon removal of the RFID device from the wearer, the RFID inlay is severed along the at least one security cut and the RFID inlay will no longer function.
A solid oxide fuel cell device assembly comprising: at least one solid oxide fuel cell device including one electrolyte sheet sandwiched between at least one pair of electrodes; including at least one anode and at least one cathode ; and characterized by at least two solid oxide fuel cell devices separated by a non-steel frame , the non-steel frame is fixedly attached to said at least two solid oxide fuel cell devices without a seal located therebetween, is made from glass, glass-ceramic or ceramic based material, and is sintered to said solid oxide fuel cell devices , and wherein said frame is a hermetic seal; and wherein the solid oxide fuel cell device assembly includes at least one reactant chamber that is partially formed by the at least two solid oxide fuel cell devices and the frame . at least one solid oxide fuel cell device including one electrolyte sheet sandwiched between at least one pair of electrodes; including at least one anode and at least one cathode ; and characterized by at least two solid oxide fuel cell devices separated by a non-steel frame , the non-steel frame is fixedly attached to said at least two solid oxide fuel cell devices without a seal located therebetween, is made from glass, glass-ceramic or ceramic based material, and is sintered to said solid oxide fuel cell devices , and wherein said frame is a hermetic seal; and wherein the solid oxide fuel cell device assembly includes at least one reactant chamber that is partially formed by the at least two solid oxide fuel cell devices and the frame .
An embolic device for embolizing a target vascular site , the embolic device comprising: a biodegradable shape memory polymer or copolymer strand having an original shape and a deformed shape; and a water-responsive element which surrounds at least part of the biodegradable shape memory polymer or copolymer strand , wherein the biodegradable shape memory polymer or copolymer strand is stretched to form the deformed shape such that a diameter in the deformed shape is of a smaller size than the diameter of the biodegradable shape memory polymer or copolymer strand in the original shape, wherein the biodegradable shape memory polymer or copolymer strand is provided in the deformed shape and configured to resume the original shape in response to exposure to a fluid medium in its deformed shape, and wherein the water-responsive element is configured to swell upon exposure to the fluid medium. a biodegradable shape memory polymer or copolymer strand having an original shape and a deformed shape; and a water-responsive element which surrounds at least part of the biodegradable shape memory polymer or copolymer strand , wherein the biodegradable shape memory polymer or copolymer strand is stretched to form the deformed shape such that a diameter in the deformed shape is of a smaller size than the diameter of the biodegradable shape memory polymer or copolymer strand in the original shape, wherein the biodegradable shape memory polymer or copolymer strand is provided in the deformed shape and configured to resume the original shape in response to exposure to a fluid medium in its deformed shape, and wherein the water-responsive element is configured to swell upon exposure to the fluid medium.
A flavor encapsulation product comprising a soluble tapioca flour composition; wherein: the soluble tapioca flour composition comprises a carbohydrate content ranging from 90 to 98 wt%, a protein content ranging from 0.5 to 1.5 wt%, a fat content of less than 1 wt%, and an insoluble fiber content ranging from 0.5 to 3.5 wt%; the flavor encapsulation is a flavor emulsion; and the soluble tapioca flour is at least a partial replacement or full replacement of maltodextrin. the soluble tapioca flour composition comprises a carbohydrate content ranging from 90 to 98 wt%, a protein content ranging from 0.5 to 1.5 wt%, a fat content of less than 1 wt%, and an insoluble fiber content ranging from 0.5 to 3.5 wt%; the flavor encapsulation is a flavor emulsion; and the soluble tapioca flour is at least a partial replacement or full replacement of maltodextrin.
A lubricating composition comprising (a) at least 30 % by weight of the composition of at least one monoester of formula (I) wherein ■ R 1 represents a hydrocarbon group, either saturated or unsaturated, linear or branched, comprising from 14 to 24 carbon atoms; ■ R 2 represents a hydrocarbon group, either saturated or unsaturated, linear or branched, comprising from 2 to 18 carbon atoms ; (b) at least one polyalphaolefin oil (PAO) for which the kinematic viscosity measured at 100 °C according to the ASTM D445 standard ranges from 40 to 3,000 mm 2 .s -1 ; (c) at least one polyalphaolefin oil (PAO) for which the kinematic viscosity measured at 100 °C according to the ASTM D445 standard ranges from 1.5 to 10 mm 2 .s -1 . (a) at least 30 % by weight of the composition of at least one monoester of formula (I) wherein ■ R 1 represents a hydrocarbon group, either saturated or unsaturated, linear or branched, comprising from 14 to 24 carbon atoms; ■ R 2 represents a hydrocarbon group, either saturated or unsaturated, linear or branched, comprising from 2 to 18 carbon atoms ; ■ R 1 represents a hydrocarbon group, either saturated or unsaturated, linear or branched, comprising from 14 to 24 carbon atoms; ■ R 2 represents a hydrocarbon group, either saturated or unsaturated, linear or branched, comprising from 2 to 18 carbon atoms ; (b) at least one polyalphaolefin oil (PAO) for which the kinematic viscosity measured at 100 °C according to the ASTM D445 standard ranges from 40 to 3,000 mm 2 .s -1 ; (c) at least one polyalphaolefin oil (PAO) for which the kinematic viscosity measured at 100 °C according to the ASTM D445 standard ranges from 1.5 to 10 mm 2 .s -1 .
A feedstuff for ruminants containing a kraft pulp derived from a lignocellulosic material, wherein the kraft pulp has a Canadian standard freeness of 400 ml or more.