mhurhangee/ep-ind-claims huggingface dataset:
A method for a user equipment, UE (102, 220), to communicate traffic flow information to a network, the method being characterized by: detecting a traffic flow, the detecting based on monitoring for a characteristic of the traffic flow, wherein a 5-tuple associated with the traffic flow has not been provided by the network; determining the 5-tuple associated with the traffic flow; and reporting the 5-tuple to the network, wherein the reporting is in response to at least one of: receiving a request from the network requesting traffic flow information, or determining that a first policy condition has been met. detecting a traffic flow, the detecting based on monitoring for a characteristic of the traffic flow, wherein a 5-tuple associated with the traffic flow has not been provided by the network; determining the 5-tuple associated with the traffic flow; and reporting the 5-tuple to the network, wherein the reporting is in response to at least one of: receiving a request from the network requesting traffic flow information, or determining that a first policy condition has been met. receiving a request from the network requesting traffic flow information, or determining that a first policy condition has been met.
A method executed by an access point for communicating modulation parameters in a wireless communication system employing multi-carrier modulation, the method comprising: determining a particular modulation scheme to be used; determining one or more modulation parameters associated with the particular modulation scheme and a modulation schedule associated with the particular modulation scheme, the modulation schedule including a time value indicating when the particular modulation scheme will take effect; and transmitting the determined one or more modulation parameters and the modulation schedule to an access terminal, characterized in that the modulation schedule further includes a time duration during which the particular modulation scheme is to be used. determining a particular modulation scheme to be used; determining one or more modulation parameters associated with the particular modulation scheme and a modulation schedule associated with the particular modulation scheme, the modulation schedule including a time value indicating when the particular modulation scheme will take effect; and transmitting the determined one or more modulation parameters and the modulation schedule to an access terminal, characterized in that the modulation schedule further includes a time duration during which the particular modulation scheme is to be used.
An implantable catheter provided for insertion through a wall of a dural venous sinus in a subject, having a proximal and distal end, comprising: - a tubular shaft for insertion through the wall of the venous sinus into the sinus, provided with a shaft lumen in fluid connection with a proximal port at the proximal end and a distal port at the distal end of the shaft, characterised in the implantable catheter further comprises: - a stop element disposed on an outer surface of the tubular shaft, configured to limit the depth of insertion of the tubular shaft into the sinus wherein a drop length of the tubular shaft distal to the stop element, that is the linear distance from an imaginary plane that contacts maximally the engaging surface of the stop element to the distal end of the tubular shaft, measured along an axis perpendicular to said imaginary plane, is equal to or less than 9 mm. - a tubular shaft for insertion through the wall of the venous sinus into the sinus, provided with a shaft lumen in fluid connection with a proximal port at the proximal end and a distal port at the distal end of the shaft, - a stop element disposed on an outer surface of the tubular shaft, configured to limit the depth of insertion of the tubular shaft into the sinus
A filter component assembly kit comprising: a bobbin including a first member and a second member, the first member being connected to the second member so that a through hole is formed in a center of the bobbin, the through hole extending in a first direction; and a core that is in a quadrangular frame shape, the core being configured with first, second, third, and fourth extension bars (31, 32, 33, 34), the first and second extension bars (31, 32) extending in parallel in the first direction, the third and fourth extension bars (33, 34) extending in parallel in a second direction, the second direction being perpendicular to the first direction, wherein when the first extension bar is disposed in the through hole of the bobbin, rotation of the core around the first extension bar is prevented, and a first margin for movement of the first extension bar in the second direction in the through hole is larger than a second margin for movement of the first extension bar in a third direction in the through hole, the third direction being perpendicular to the first and second directions, characterised in that the first member has a rotation prevention member on an end wall component of the first member, arranged to prevent rotation of the core with regard to the bobbin around the first extension bar when the first extension bar is disposed in the through hole. a bobbin including a first member and a second member, the first member being connected to the second member so that a through hole is formed in a center of the bobbin, the through hole extending in a first direction; and a core that is in a quadrangular frame shape, the core being configured with first, second, third, and fourth extension bars (31, 32, 33, 34), the first and second extension bars (31, 32) extending in parallel in the first direction, the third and fourth extension bars (33, 34) extending in parallel in a second direction, the second direction being perpendicular to the first direction, wherein when the first extension bar is disposed in the through hole of the bobbin, rotation of the core around the first extension bar is prevented, and a first margin for movement of the first extension bar in the second direction in the through hole is larger than a second margin for movement of the first extension bar in a third direction in the through hole, the third direction being perpendicular to the first and second directions, characterised in that the first member has a rotation prevention member on an end wall component of the first member, arranged to prevent rotation of the core with regard to the bobbin around the first extension bar when the first extension bar is disposed in the through hole.
A safety apparatus of an electric bicycle, comprising: a foldable portion which is foldable by rotation of a folding lever; a first sensing portion to sense current rotation of the folding lever; a second sensing portion to sense a current folded position of the foldable portion; a control unit provided with both a current rotation information of the folding lever sensed by the first sensing portion and current folded position information of the foldable portion, and comprising at least one of sensing range information on a per rotation basis of the folding lever and sensing range information on a per position basis of the foldable portion which are preset; and a safety drive portion which, when the control unit determines that at least one of the current rotation information of the folding lever and the current folded position information of the foldable portion is deviated from at least one of the sensing range information on a per rotation basis and the sensing range information on a per position basis, turns off activation of a motor depending upon control of the control unit. a foldable portion which is foldable by rotation of a folding lever; a first sensing portion to sense current rotation of the folding lever; a second sensing portion to sense a current folded position of the foldable portion; a control unit provided with both a current rotation information of the folding lever sensed by the first sensing portion and current folded position information of the foldable portion, and comprising at least one of sensing range information on a per rotation basis of the folding lever and sensing range information on a per position basis of the foldable portion which are preset; and a safety drive portion which, when the control unit determines that at least one of the current rotation information of the folding lever and the current folded position information of the foldable portion is deviated from at least one of the sensing range information on a per rotation basis and the sensing range information on a per position basis, turns off activation of a motor depending upon control of the control unit.
A wireless communication system comprising: a plurality of relay devices (111 1 to 111 n) which are connected one another via a communication line and to which unique relaying channels are respectively allocated; and a plurality of wireless terminal devices (TA to TH) which communicate with each other via the relay devices (111 1 to 111 n), each relay device (111 1 to 111 n) transmitting control information to the wireless terminal device which is registered in the own relay device (111 1 to 111 n), and each wireless terminal device selecting, based on the control information received from the relay device (111 1 to 111 n) which registers the own wireless terminal device, a channel that is currently able to relay a communication among channels allocated to the respective relay devices (111 1 to 111 n) to establish a communication between the wireless terminal devices, wherein when a first relay device (111 1) becomes unable to transmit the control information, a second relay device (111 2) transmits, instead of the first relay device (111 1), the control information to the wireless terminal device registered in the first relay device (111 1), and the wireless terminal device registered in the first relay device (111 1) receives the control information from the second relay device (111 2), and wherein the second relay device (111 2) has information on the wireless terminal device registered in the first relay device (111 1) beforehand, and the wireless terminal device registered in the first relay device (111 1) has information on the second relay device (111 2) beforehand. a plurality of relay devices (111 1 to 111 n) which are connected one another via a communication line and to which unique relaying channels are respectively allocated; and a plurality of wireless terminal devices (TA to TH) which communicate with each other via the relay devices (111 1 to 111 n), each relay device (111 1 to 111 n) transmitting control information to the wireless terminal device which is registered in the own relay device (111 1 to 111 n), and each wireless terminal device selecting, based on the control information received from the relay device (111 1 to 111 n) which registers the own wireless terminal device, a channel that is currently able to relay a communication among channels allocated to the respective relay devices (111 1 to 111 n) to establish a communication between the wireless terminal devices, wherein when a first relay device (111 1) becomes unable to transmit the control information, a second relay device (111 2) transmits, instead of the first relay device (111 1), the control information to the wireless terminal device registered in the first relay device (111 1), and the wireless terminal device registered in the first relay device (111 1) receives the control information from the second relay device (111 2), and wherein the second relay device (111 2) has information on the wireless terminal device registered in the first relay device (111 1) beforehand, and the wireless terminal device registered in the first relay device (111 1) has information on the second relay device (111 2) beforehand.
A power supply apparatus for supplying power to an electric load through a power supply line, the power supply apparatus comprising: power source means configured to supply electric power through the power supply line; a capacitor connected to the power supply line; a charge circuit configured to receive power from the power source means and to output a current value to charge the capacitor; detection means configured to detect a voltage value of the capacitor; control means configured to change, after charge of the capacitor is complete, a first current value supplied before the charge of the capacitor is complete to a second current value which is smaller than the first current value, characterized in that the apparatus further comprises first determination means configured to determine whether a first condition is satisfied based on the voltage value detected by the detection means after charge of the capacitor is complete; and second determination means configured to, in the case that the first condition is satisfied, determine whether an error process is to be performed within a predetermined period of time after the first determination means determines that the first condition is satisfied, wherein, in the case that the first determination means determines that the first condition is satisfied after charge of the capacitor is complete, the control means is further configured to control the charge circuit to change the second current value output from the charge circuit to a third current value which is larger than the second current value. power source means configured to supply electric power through the power supply line; a capacitor connected to the power supply line; a charge circuit configured to receive power from the power source means and to output a current value to charge the capacitor; detection means configured to detect a voltage value of the capacitor; control means configured to change, after charge of the capacitor is complete, a first current value supplied before the charge of the capacitor is complete to a second current value which is smaller than the first current value, characterized in that the apparatus further comprises first determination means configured to determine whether a first condition is satisfied based on the voltage value detected by the detection means after charge of the capacitor is complete; and second determination means configured to, in the case that the first condition is satisfied, determine whether an error process is to be performed within a predetermined period of time after the first determination means determines that the first condition is satisfied, wherein, in the case that the first determination means determines that the first condition is satisfied after charge of the capacitor is complete, the control means is further configured to control the charge circuit to change the second current value output from the charge circuit to a third current value which is larger than the second current value.
System comprising a liquid treatment cartridge and a cap for placement on a cartridge head section of the liquid treatment cartridge, wherein the cartridge head section includes at least one liquid inlet port and at least one liquid outlet port, and wherein the cartridge head section is configured for insertion into a head part of a liquid treatment system whilst the cap remains on the cartridge head section, to establish a liquid-tight connection between both the at least one liquid inlet port and the at least one liquid outlet port of the liquid treatment cartridge and corresponding outlet and inlet ports (14,15) of the head part of the liquid treatment system that enables a stream of liquid to flow from the outlet port of the head part through the liquid inlet port of the cartridge head section into the liquid treatment cartridge and after a treatment of the liquid within the liquid treatment cartridge from the liquid outlet port of the cartridge head section into the inlet port of the head part of the liquid treatment system, wherein the cap comprises at least one port opening that allows for establishing the liquid-tight connection with the at least one liquid inlet port and the at least one liquid outlet port of the cartridge head section without removing the cap from the cartridge head section, and wherein the cap comprises at least one protruding locking part for releasably locking the cartridge head section within the head part of the liquid treatment system. wherein the cartridge head section includes at least one liquid inlet port and at least one liquid outlet port, and wherein the cartridge head section is configured for insertion into a head part of a liquid treatment system whilst the cap remains on the cartridge head section, to establish a liquid-tight connection between both the at least one liquid inlet port and the at least one liquid outlet port of the liquid treatment cartridge and corresponding outlet and inlet ports (14,15) of the head part of the liquid treatment system that enables a stream of liquid to flow from the outlet port of the head part through the liquid inlet port of the cartridge head section into the liquid treatment cartridge and after a treatment of the liquid within the liquid treatment cartridge from the liquid outlet port of the cartridge head section into the inlet port of the head part of the liquid treatment system, wherein the cap comprises at least one port opening that allows for establishing the liquid-tight connection with the at least one liquid inlet port and the at least one liquid outlet port of the cartridge head section without removing the cap from the cartridge head section, and wherein the cap comprises at least one protruding locking part for releasably locking the cartridge head section within the head part of the liquid treatment system.
A blood collection needle assembly comprising: a. a hollow blood collection needle having a distal end, a proximal end and a needle wall that defines a lumen of the needle, wherein a blood entry aperture is formed at the distal end of the needle and a blood exit aperture is formed at the proximal end of the needle, b. a tube holder attached to the blood collection needle, and c. a light source; characterized in that the light source is configured to emit light and connected to or integrated in the tube holder, wherein the wall of the blood collection needle has a light entry aperture which is arranged at a position between the blood entry aperture and the blood exit aperture, and wherein the light emitted by the light source is allowed to enter the lumen of the blood collection needle through the light entry aperture. a. a hollow blood collection needle having a distal end, a proximal end and a needle wall that defines a lumen of the needle, wherein a blood entry aperture is formed at the distal end of the needle and a blood exit aperture is formed at the proximal end of the needle, b. a tube holder attached to the blood collection needle, and c. a light source;
Alternating plough with a plough frame which is fastenable rotatably and/or pivotably to a headstock for connecting the alternating plough to an agricultural tractor, is supportable on the ground via a support wheel and has rows of ploughshares (8, 9) arranged on opposite sides of the plough frame such that, by means of a rotational movement of the plough frame initiated via a rotary cylinder, either the one row of ploughshares or the other row of ploughshares is transferable into the operating position thereof or into the non-operating position thereof, wherein, for the working depth guide of the rotary plough, the support wheel can be set in the working depth guide thereof via an adjustment element and, when the plough frame rotates, the support wheel together with the adjustment element pivots into the oppositely oriented support operating position thereof, wherein the adjustment element of the support wheel in the set working depth guide thereof is supported on an actuating member providing an abutment, wherein the support wheel is prevented by said actuating member and the adjustment element from an actuating movement in the set working depth guide, and wherein, after release of the actuating member, the support wheel together with the adjustment element is pivotable, preferably automatically, into the oppositely oriented support operating position when the plough frame rotates, characterized in that the actuating member is designed as an actuating cylinder.
A reverse shoulder orthopaedic implant, comprising: a metaglene component having a platform with (i) a number of screw holes extending through it, and (ii) an elongated stem extending outwardly from a medial surface thereof, the elongated stem being configured to be implanted into the scapula of a patient and having a threaded bore formed therein, and a screw cap having (i) a locking flange, and (ii) a threaded shaft extending away from the lower surface of the locking flange so that it can be positioned in the bore of the metaglene component, the locking flange extending outwardly from the shaft and having an outer annular edge, characterised in that, when the screw cap is rotated to tighten it to the metaglene component, the outer annular edge of the locking flange overlaps at least a section of the circumference of each of the screw holes in the platform so that the outer annular edge of the locking flange overlaps at least a section of the outer edge of compression screws which are positioned in the screw holes when the implant is implanted, preventing the compression screws from backing out of and escaping from the screw holes. a metaglene component having a platform with (i) a number of screw holes extending through it, and (ii) an elongated stem extending outwardly from a medial surface thereof, the elongated stem being configured to be implanted into the scapula of a patient and having a threaded bore formed therein, and a screw cap having (i) a locking flange, and (ii) a threaded shaft extending away from the lower surface of the locking flange so that it can be positioned in the bore of the metaglene component, the locking flange extending outwardly from the shaft and having an outer annular edge, characterised in that, when the screw cap is rotated to tighten it to the metaglene component, the outer annular edge of the locking flange overlaps at least a section of the circumference of each of the screw holes in the platform so that the outer annular edge of the locking flange overlaps at least a section of the outer edge of compression screws which are positioned in the screw holes when the implant is implanted, preventing the compression screws from backing out of and escaping from the screw holes.
A motor vehicle with a heat exchanger, in particular an electrical auxiliary heater, with at least one heating register which comprises at least one heating element received in a profile, wherein the profile is connected to a heat radiating surface of a heating network of the heat exchanger, wherein the profile is galvanically connected to each element of the heat radiating surface of the heating network, wherein the heat radiating surface has at least one rib element, characterised in that the heating element is connected to a first contact sheet which is at a positive potential and the second contact sheet, which is at the negative potential, is arranged within the heating register, wherein the heating element and the first contact sheet are held in a plastic frame in the profile, wherein the heat exchanger is potential-free and wherein the second contact sheet is arranged within the profile.