mhurhangee/ep-ind-claims huggingface dataset:
A method for determining a reference signal sequence, comprising: receiving first indication information from a network device, wherein the first indication information indicates a target resource; receiving second indication information from the network device, wherein the second indication information indicates a frequency domain start position of a maximum system bandwidth; receiving third indication information from the network device, wherein the third indication information indicates a frequency domain start position of a bandwidth part; determining a reference signal sequence based on an offset between the frequency domain start position of the bandwidth part and the frequency domain start position of the maximum system bandwidth; and sending the reference signal sequence by using the target resource. receiving first indication information from a network device, wherein the first indication information indicates a target resource; receiving second indication information from the network device, wherein the second indication information indicates a frequency domain start position of a maximum system bandwidth; receiving third indication information from the network device, wherein the third indication information indicates a frequency domain start position of a bandwidth part; determining a reference signal sequence based on an offset between the frequency domain start position of the bandwidth part and the frequency domain start position of the maximum system bandwidth; and sending the reference signal sequence by using the target resource.
An amplifier circuit that amplifies a carrier wave that a transmitting and receiving part has received, the amplifier circuit comprising: a superimposition wave generation part that generates a superimposition wave to be superimposed onto the carrier wave; an amplifying part that adds the carrier wave and the superimposition wave to obtain an amplified carrier wave, and outputs the amplified carrier wave; and characterized by an amplitude detection part that detects, based on a change in an amplitude value of the carrier wave, that the carrier wave is a predetermined carrier wave that carries a predetermined communication signal, a switch part that controls connection between the amplifying part and an output terminal (T3, T4) of the amplifier circuit, wherein the amplitude detection part controls the switch part to supply the output of the amplifying part to the output terminal (T3, T4) of the amplifier circuit when having detected the predetermined carrier wave, and the amplifier circuit outputs the amplified carrier wave when having detected the predetermined carrier wave. a superimposition wave generation part that generates a superimposition wave to be superimposed onto the carrier wave; an amplifying part that adds the carrier wave and the superimposition wave to obtain an amplified carrier wave, and outputs the amplified carrier wave; and characterized by an amplitude detection part that detects, based on a change in an amplitude value of the carrier wave, that the carrier wave is a predetermined carrier wave that carries a predetermined communication signal, a switch part that controls connection between the amplifying part and an output terminal (T3, T4) of the amplifier circuit, wherein the amplitude detection part controls the switch part to supply the output of the amplifying part to the output terminal (T3, T4) of the amplifier circuit when having detected the predetermined carrier wave, and the amplifier circuit outputs the amplified carrier wave when having detected the predetermined carrier wave.
Apparatus for endovascularly replacing a patient's heart valve, the apparatus comprising: an expandable anchor supporting a replacement valve, the anchor and replacement valve being adapted for percutaneous delivery and deployment to replace the patient's heart valve; and a delivery system comprising a delivery catheter adapted to deliver the anchor and replacement valve to a vicinity of the heart, characterized in that the delivery system comprises proximal and distal anchor actuation elements, which are configured to actuate proximal and distal regions of the anchor independently, the anchor and the replacement valve being further adapted to permit blood flow through the replacement valve and to prevent blood backflow through the replacement valve after the replacement valve exits the catheter and before final deployment of the anchor. an expandable anchor supporting a replacement valve, the anchor and replacement valve being adapted for percutaneous delivery and deployment to replace the patient's heart valve; and a delivery system comprising a delivery catheter adapted to deliver the anchor and replacement valve to a vicinity of the heart, characterized in that the delivery system comprises proximal and distal anchor actuation elements, which are configured to actuate proximal and distal regions of the anchor independently, the anchor and the replacement valve being further adapted to permit blood flow through the replacement valve and to prevent blood backflow through the replacement valve after the replacement valve exits the catheter and before final deployment of the anchor.
An illumination device for illuminating objects arranged in or on shelves of metal shelving, having: a lamp and at least one magnet for the magnetically fastening of lamps on shelves of metal shelving, having means for the fastening, which make possible a fastening of the magnet on the lamps, wherein the magnet is fastened with the means for the fastening on the lamp, and wherein the magnet is provided for the magnetic fastening of the lamp on the shelves, characterized in that the magnet is designed wedge-shaped in the cross section. a lamp and at least one magnet for the magnetically fastening of lamps on shelves of metal shelving, having means for the fastening, which make possible a fastening of the magnet on the lamps, wherein the magnet is fastened with the means for the fastening on the lamp, and wherein the magnet is provided for the magnetic fastening of the lamp on the shelves, characterized in that the magnet is designed wedge-shaped in the cross section.
A foam booster comprising a saccharide blend having: (a) 30 wt. % to 50 wt. % of an aldohexose or mixture of aldohexoses; (b) 20 wt. % to 55 wt. % of a ketohexose or mixture of ketohexoses; (c) 10 wt. % to 25 wt. % of a disaccharide or mixture of disaccharides; and (d) 5 wt. % to 20 wt. % of a high level saccharide or mixture of high level saccharides wherein the higher level polysaccharides comprise at least 4 monosaccharide units. (a) 30 wt. % to 50 wt. % of an aldohexose or mixture of aldohexoses; (b) 20 wt. % to 55 wt. % of a ketohexose or mixture of ketohexoses; (c) 10 wt. % to 25 wt. % of a disaccharide or mixture of disaccharides; and (d) 5 wt. % to 20 wt. % of a high level saccharide or mixture of high level saccharides wherein the higher level polysaccharides comprise at least 4 monosaccharide units.
An interlayer for a laminated glass which comprises a thermoplastic resin sheet provided with embossments comprising concave portions and convex portions on both sides thereof, said concave portions being provided in a linear pattern, and said concave portions on at least one side having a trough-like geometry with a continual bottom, characterized in a plateau-forming top surface of said convex portions having fine concave and convex portions, as well as a pitch of embossments on one side being different from a pitch of embossments on the other side to thereby obviate an occurrence of moiré phenomenon.
A method for preparing a transparent sheet material comprising an organic, polymeric substrate and an inorganic layer on each side of the substrate, the method comprising the steps of: a) providing an apparatus for generating a glow discharge plasma, said apparatus comprising at least two opposing electrodes, a power supply for the electrodes and a treatment space between the electrodes; b) providing the treatment space with a gas mixture at about atmospheric pressure, the gas mixture comprising a reactive gas and a precursor; and c) moving a transparent substrate through the treatment space comprising the gas mixture at an average speed of at least 1 m/min while applying an electrical potential across the electrodes, thereby generating a glow discharge plasma in the treatment space and depositing an inorganic layer on one or both sides of the substrate; wherein: (i) the organic, polymeric substrate is polyethylene terephthalate or polyethylene naphthalate; (ii) the electrodes apply a discharge energy to the substrate of less than 25 J/cm2; (iii) the overall thickness of the inorganic layer on each side of the substrate is less than 5 nm and (iv) the inorganic layer on each side of the substrate comprises silicon. a) providing an apparatus for generating a glow discharge plasma, said apparatus comprising at least two opposing electrodes, a power supply for the electrodes and a treatment space between the electrodes; b) providing the treatment space with a gas mixture at about atmospheric pressure, the gas mixture comprising a reactive gas and a precursor; and c) moving a transparent substrate through the treatment space comprising the gas mixture at an average speed of at least 1 m/min while applying an electrical potential across the electrodes, thereby generating a glow discharge plasma in the treatment space and depositing an inorganic layer on one or both sides of the substrate; (i) the organic, polymeric substrate is polyethylene terephthalate or polyethylene naphthalate; (ii) the electrodes apply a discharge energy to the substrate of less than 25 J/cm2; (iii) the overall thickness of the inorganic layer on each side of the substrate is less than 5 nm and (iv) the inorganic layer on each side of the substrate comprises silicon.
Method for producing an electrically conductive area in a polymer material, comprising the following steps: - providing a polymer layer comprising electrically conductive particles with a density such that the layer is insulating, - heating the polymer material to a temperature higher than or equal to the glass transition temperature of the polymer material, - compressing a portion (24, 24', 24a, 24b) of the polymer layer by means of a stamp, in order to obtain a density of conductive particles such that said portion becomes conductive, and - removing the stamp from the polymer layer, characterized in that the polymer material is raised to a temperature higher than or equal to the glass transition temperature of the polymer material, before compressing of the portion of the polymer layer. - providing a polymer layer comprising electrically conductive particles with a density such that the layer is insulating, - heating the polymer material to a temperature higher than or equal to the glass transition temperature of the polymer material, - compressing a portion (24, 24', 24a, 24b) of the polymer layer by means of a stamp, in order to obtain a density of conductive particles such that said portion becomes conductive, and - removing the stamp from the polymer layer,
Method for operating a brake assist system for an electric motorcycle, wherein the method comprises: determining a total braking torque required for braking the electric motorcycle; characterized by determining a motor torque to be generated by means of an electric motor of the electric motorcycle in dependence on the total braking torque and on a maximum braking torque that can be generated by means of a brake system of the electric motorcycle; and, when the maximum braking torque is generated, generating a control command for activating the electric motor, so that the motor torque is generated together with the maximum braking torque. determining a total braking torque required for braking the electric motorcycle; characterized by determining a motor torque to be generated by means of an electric motor of the electric motorcycle in dependence on the total braking torque and on a maximum braking torque that can be generated by means of a brake system of the electric motorcycle; and, when the maximum braking torque is generated, generating a control command for activating the electric motor, so that the motor torque is generated together with the maximum braking torque.
A device for monitoring the quality of moving linear textile material, particularly changes in its diameter and the presence of extraneous fibers and/or colour impurities in the linear textile material, at an operating unit of a textile machine, comprising a source of radiation and a linear digital optical sensor, between which a space has been created for passage of linear textile material, whereby between the radiation source and the space for passage of linear textile material is arranged an optical member and further comprising sensors of radiation reflected from the linear textile material, characterized in that the optical member is formed by an aspheric bi-cylindrical lens, comprising a spheric cylindrical surface directed towards the radiation source and having the axis of the cylinder parallel with the direction of the movement of the monitored textile material for the collimation of a beam of rays, and an aspheric cylindrical surface having the axis of the cylinder perpendicular to the direction of the movement of the monitored textile material for focusing the beam of rays on the active surface of the linear digital optical sensor, for increasing the numerical aperture of the optical member, as well as for uniform irradiation of a greater length of the monitored linear textile material and of the reflecting surface of an aperture slot so as to increase the sensitivity of detection of extraneous fibers and/or colour impurities in the monitored linear textile material.
A tape cartridge which is mountable on a mounting section of a tape printer, the tape printer having a print head configured to perform a printing operation on a tape-shaped printing medium, a drive shaft (45 - Fig. 8) configured to provide a conveying force to the printing medium, and an identification portion (42 - Fig. 9(a),(b)) configured to identify a type of a cartridge containing the printing medium, the tape cartridge comprising: a tape roll around which the printing medium is wound; a platen roller that has a first fitting portion (244 - Fig. 8(a)) to be fitted to the drive shaft when the tape cartridge is mounted on the mounting section of the tape printer; and a second fitting portion (264 - Fig. 4(a)) that is disposed at a center of the tape roll in an axial direction of the tape roll and is fitted to the identification portion when the tape cartridge is mounted on the mounting section of the tape printer, characterised in that when the tape cartridge is mounted on the mounting section of the tape printer, the second fitting portion is disposed in a depressed portion (262 - Fig. 11(a)) facing the mounting section. a tape roll around which the printing medium is wound; a platen roller that has a first fitting portion (244 - Fig. 8(a)) to be fitted to the drive shaft when the tape cartridge is mounted on the mounting section of the tape printer; and a second fitting portion (264 - Fig. 4(a)) that is disposed at a center of the tape roll in an axial direction of the tape roll and is fitted to the identification portion when the tape cartridge is mounted on the mounting section of the tape printer, characterised in that when the tape cartridge is mounted on the mounting section of the tape printer, the second fitting portion is disposed in a depressed portion (262 - Fig. 11(a)) facing the mounting section.
A method of repairing a wall of a tank for transporting and/or storing liquefied natural gas, the tank wall comprising at least one membrane and a plurality of reinforcements, the membrane comprising a plurality of corrugations in at least one of which at least one reinforcement is arranged, the reinforcement extending along a main direction of elongation and comprising at least one outer wall which delimits a cavity of the reinforcement, the repair method being characterized in that, in at least one step, the reinforcement is cut along a direction secant to the main direction of elongation thereof so as to form at least one first reinforcement portion and a second reinforcement portion, which are separable from the tank wall, in another step, the first reinforcement portion and the second reinforcement portion are substituted by at least two replacement portions and in another step, a sleeve is inserted to a cavity of the at least two replacement portions.
A delivery device comprising: a handle; a central elongate member extending from the handle; a sheath configured to slide over and relative to the central elongate member; a distal tether retainer at a distal end of the central elongate member; a proximal tether retainer characterized in that the proximal tether retainer is positioned along the central elongate member between the handle and the distal tether retainer, the proximal tether retainer including a mini clamp mechanism positioned within the sheath; and a plurality of tethers each having a distal end adapted to be held by the distal tether retainer and a proximal end adapted to be held in a clamped position by the mini clamp mechanism, each of the tethers being configured to extend from the proximal tether retainer, through a portion of a prosthetic heart valve to the distal tether retainer, wherein the plurality of tethers hold the prosthetic heart valve in the collapsed condition when a remainder of the prosthetic heart valve is uncovered from the sheath. a handle; a central elongate member extending from the handle; a sheath configured to slide over and relative to the central elongate member; a distal tether retainer at a distal end of the central elongate member; a proximal tether retainer characterized in that the proximal tether retainer is positioned along the central elongate member between the handle and the distal tether retainer, the proximal tether retainer including a mini clamp mechanism positioned within the sheath; and a plurality of tethers each having a distal end adapted to be held by the distal tether retainer and a proximal end adapted to be held in a clamped position by the mini clamp mechanism, each of the tethers being configured to extend from the proximal tether retainer, through a portion of a prosthetic heart valve to the distal tether retainer, wherein the plurality of tethers hold the prosthetic heart valve in the collapsed condition when a remainder of the prosthetic heart valve is uncovered from the sheath.
An information transmission method, comprising: generating, by a control platform, forwarding information of a Bit Indexed Explicit Replication, BIER, network; sending, by the control platform according to the forwarding information of the BIER network, a BIER flow table to an ingress forwarding device of forwarding devices through an OpenFlow protocol for indicating, by the control platform, the ingress forwarding device to send a received multicast packet in a multicast manner according to the BIER flow table, wherein the BIER flow table comprises multicast flow information and BIER information, wherein the BIER information comprises a BitString, the BitString being formed by a set of BIER egress forwarding devices; and wherein the multicast flow information and the BIER information are only sent to the ingress forwarding device. generating, by a control platform, forwarding information of a Bit Indexed Explicit Replication, BIER, network; sending, by the control platform according to the forwarding information of the BIER network, a BIER flow table to an ingress forwarding device of forwarding devices through an OpenFlow protocol for indicating, by the control platform, the ingress forwarding device to send a received multicast packet in a multicast manner according to the BIER flow table, wherein the BIER flow table comprises multicast flow information and BIER information, wherein the BIER information comprises a BitString, the BitString being formed by a set of BIER egress forwarding devices; and wherein the multicast flow information and the BIER information are only sent to the ingress forwarding device.
A method (500, 600) for capturing user input on a computing device, comprising: receiving an electrical signal from a force sensitive sensor positioned on a case of the computing device; converting at least a portion of the received electrical signal into a frequency domain signal portion; determining a weighting factor to be applied to each of a plurality of reference signal templates, the weighting factor depending upon a variety of factors including a currently active application, a current operation mode, a command, a recognized state, a sensor reading or a combination thereof; comparing (514, 658) the received electrical signal to each of the plurality of weighted reference signal templates by calculating cross-correlation values of the frequency domain signal portion and each of the plurality of weighted reference signal templates; determining (520, 628) whether the received electrical signal matches one of the weighted reference signal templates by determining whether a highest cross-correlation value of the calculated cross-correlation values is above a threshold value; identifying a functionality associated with the matched weighted reference signal template; and implementing the identified functionality on the computing device. receiving an electrical signal from a force sensitive sensor positioned on a case of the computing device; converting at least a portion of the received electrical signal into a frequency domain signal portion; determining a weighting factor to be applied to each of a plurality of reference signal templates, the weighting factor depending upon a variety of factors including a currently active application, a current operation mode, a command, a recognized state, a sensor reading or a combination thereof; comparing (514, 658) the received electrical signal to each of the plurality of weighted reference signal templates by calculating cross-correlation values of the frequency domain signal portion and each of the plurality of weighted reference signal templates; determining (520, 628) whether the received electrical signal matches one of the weighted reference signal templates by determining whether a highest cross-correlation value of the calculated cross-correlation values is above a threshold value; identifying a functionality associated with the matched weighted reference signal template; and implementing the identified functionality on the computing device.