mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a terminal in a next generation mobile communication system, the method comprising: receiving, from a base station, information on a discontinuous reception, DRX, cycle of the terminal; determining a paging frame including one or more paging occasions, based on a paging frame offset, a system frame number, and the DRX cycle of the terminal; determining an index indicating a start of a paging occasion to be monitored based on a number of the one or more paging occasions included in the paging frame; and monitoring the paging occasion based on the index, wherein the paging occasion includes multiple time slots, and wherein the paging frame is further determined based on: SFN + Offset mod T = T div N * UE _ ID mod N, where the SFN is the system frame number, the Offset is the paging frame offset, the T is the DRX cycle of the terminal, the N is a number of total paging frames in the T, and the UE_ID is a mobile subscriber identity mod 1024. receiving, from a base station, information on a discontinuous reception, DRX, cycle of the terminal; determining a paging frame including one or more paging occasions, based on a paging frame offset, a system frame number, and the DRX cycle of the terminal; determining an index indicating a start of a paging occasion to be monitored based on a number of the one or more paging occasions included in the paging frame; and monitoring the paging occasion based on the index, wherein the paging occasion includes multiple time slots, and wherein the paging frame is further determined based on: SFN + Offset mod T = T div N * UE _ ID mod N, where the SFN is the system frame number, the Offset is the paging frame offset, the T is the DRX cycle of the terminal, the N is a number of total paging frames in the T, and the UE_ID is a mobile subscriber identity mod 1024.
An aqueous binder composition free of phenol and formaldehyde having a pH of ≥ 8 for mineral fibres comprising: - a component (i) in form of one or more kraft lignins and having a carboxylic acid group content of 0.03 to 0.9 mmol/g, based on the dry weight of the kraft lignins; - a component (ii) in form of one or more cross-linkers; - a component (iii) in form of one or more plasticizers, wherein component (i) is in form of one or more kraft lignins having an average carboxylic acid group content of less than 1.4 groups per macromolecule considering the M_n wt. average of component (i), with the proviso that the composition does not comprise a crosslinker selected from epoxy compounds having a molecular weight M W of 500 or less. - a component (i) in form of one or more kraft lignins and having a carboxylic acid group content of 0.03 to 0.9 mmol/g, based on the dry weight of the kraft lignins; - a component (ii) in form of one or more cross-linkers; - a component (iii) in form of one or more plasticizers, wherein component (i) is in form of one or more kraft lignins having an average carboxylic acid group content of less than 1.4 groups per macromolecule considering the M_n wt. average of component (i), with the proviso that the composition does not comprise a crosslinker selected from epoxy compounds having a molecular weight M W of 500 or less.
Device for switching on and off an engine of a motor vehicle, having a sensor for determining the location of a vehicle in front and a control device for switching on and off the engine as a function of the state of the movement of the vehicle in front, wherein the control device is configured to control the switching on and off of the engine as a function of the state of movement of at least one further vehicle (14, 18) in the same lane, characterized in that the further vehicle or one of the further vehicles is the vehicle in question which is equipped with the device, and in that the control device is designed to switch off the engine even before the vehicle in question has come to a standstill if the vehicle in front and/or a vehicle two in front are stationary.
A tire comprising: a plurality of rib-shaped land portions which extend in a tire circumferential direction; and a circumferential groove positioned between the land portions and extending in the tire circumferential direction, wherein the circumferential groove is formed with an intra-groove groove recessed farther inward in a tire radial direction than the circumferential groove with a groove bottom of the circumferential groove being an upper end of the intra-groove groove, the intra-groove groove includes: a high-angle groove section in which an angle formed between a straight line perpendicular to a tire equator line and the intra-groove groove is equal to or more than a predetermined angle, and a low-angle groove section in which an angle formed between the straight line and the intra-groove groove is smaller than the predetermined angle, and which is continuous with the high-angle groove section, the high-angle groove section is positioned closer, than the low-angle groove section, to an intra-groove center line passing through a center of a tread width direction of the circumferential groove, and a width perpendicular to an extension direction of the high-angle groove section is wider than a width perpendicular to an extension direction of the low-angle groove section. a high-angle groove section in which an angle formed between a straight line perpendicular to a tire equator line and the intra-groove groove is equal to or more than a predetermined angle, and a low-angle groove section in which an angle formed between the straight line and the intra-groove groove is smaller than the predetermined angle, and which is continuous with the high-angle groove section,
A crane which is to be mounted on a mobile machine for forestry work, wherein the crane has a base anchored to the mobile machine, a main arm pivotally secured thereto, and an articulated arm pivotally secured to the free end of the main arm, wherein the free end of the articulated arm is configured to releasably secure a loading grab, and wherein a cable winch is secured to the crane, from which a cable is tetherable to a load to be pulled by the cable, wherein the device defining an attachment point - i.e., the point from which the cable extends away from the crane towards the load - is secured to the articulated arm in the vicinity of the free end of the articulated arm, wherein the articulated arm has two mutually telescopic sub-arms (8, 9), wherein the one sub-arm is only pivotable relative to the main arm about the axis about which the articulated arm is pivotable relative to the main arm, and wherein the second sub-arm is radially displaceable with respect to the axis in its longitudinal direction, characterised in that together with the loading grab, the cable winch is also secured in the vicinity of the free end of the second sub-arm.
An input device comprising: at least one operation shaft (10, 13), the tip thereof being projected to the outside through a shaft insertion hole formed through a case main body, the at least one operation shaft (10, 13) being movable along the case main body; and an operation knob movably attached to the tip of the at least one operation shaft (10, 13) and driving the at least one operation shaft (10, 13), wherein a bearing portion (20, 21) provided inside the operation knob is recess-projection fitted on the at least one operation shaft (10, 13), characterized in that the case main body is provided with at least one elastic support piece (24, 25) deforming following the movement of the operation knob and elastically supporting the operation knob. at least one operation shaft (10, 13), the tip thereof being projected to the outside through a shaft insertion hole formed through a case main body, the at least one operation shaft (10, 13) being movable along the case main body; and an operation knob movably attached to the tip of the at least one operation shaft (10, 13) and driving the at least one operation shaft (10, 13), wherein a bearing portion (20, 21) provided inside the operation knob is recess-projection fitted on the at least one operation shaft (10, 13), characterized in that the case main body is provided with at least one elastic support piece (24, 25) deforming following the movement of the operation knob and elastically supporting the operation knob.
Binder composition for producing a wood-based material, in particular a board-shaped wood-based material, with - an organic phase comprising at least one isocyanate binder, - an aqueous phase and - a phase transfer catalyst to accelerate the curing of the isocyanate binder. - an organic phase comprising at least one isocyanate binder, - an aqueous phase and - a phase transfer catalyst to accelerate the curing of the isocyanate binder.
Electronic key for unlocking an electronic lock, this key comprising: - a battery, - a memory containing access rights for opening the electronic lock, - a microprocessor programmed to execute a set of pre-programmed functions, one of these pre-programmed functions being the function that consists in transmitting the access rights to the electronic lock to unlock it, characterized in that: - the memory comprises: - a pre-stored consumption table, this table associating a predetermined consumed amount of energy with each of the pre-programmed functions, and - a remaining amount of energy stored in the battery, - the microprocessor is programmed to, on each execution of one of the pre-programmed functions: - estimate a new remaining amount of energy by decrementing the remaining amount of energy stored beforehand in the memory by a value that is constructed on the basis of the consumed amount of energy that is associated with this pre-programmed function in the consumption table, then - storing in the memory the new remaining amount of energy instead of the preceding remaining amount of energy. - a battery, - a memory containing access rights for opening the electronic lock, - a microprocessor programmed to execute a set of pre-programmed functions, one of these pre-programmed functions being the function that consists in transmitting the access rights to the electronic lock to unlock it, characterized in that: - the memory comprises: - a pre-stored consumption table, this table associating a predetermined consumed amount of energy with each of the pre-programmed functions, and - a remaining amount of energy stored in the battery, - a pre-stored consumption table, this table associating a predetermined consumed amount of energy with each of the pre-programmed functions, and - a remaining amount of energy stored in the battery, - the microprocessor is programmed to, on each execution of one of the pre-programmed functions: - estimate a new remaining amount of energy by decrementing the remaining amount of energy stored beforehand in the memory by a value that is constructed on the basis of the consumed amount of energy that is associated with this pre-programmed function in the consumption table, then - storing in the memory the new remaining amount of energy instead of the preceding remaining amount of energy. - estimate a new remaining amount of energy by decrementing the remaining amount of energy stored beforehand in the memory by a value that is constructed on the basis of the consumed amount of energy that is associated with this pre-programmed function in the consumption table, then - storing in the memory the new remaining amount of energy instead of the preceding remaining amount of energy.
A method for reporting location change of user equipment, UE, wherein the method comprises: receiving from a mobility management entity, by a session management function entity, location change information of the UE in a presence reporting area, PRA, an identity of the PRA, and an identity of a PRA set comprising the PRA, wherein the location change information of the UE in the PRA comprises information about entering or leaving the PRA by the UE; determining, by the session management function entity based on the identity of the PRA set and stored PRA subscription information, a subscription entity subscribing to a location change event of the UE in any PRA comprised in the PRA set, wherein the PRA subscription information comprises the identity of the PRA set and an identity of the subscription entity; and sending, by the session management function entity, the identity of the PRA and the location change information of the UE in the PRA to the subscription entity; wherein the session management function entity comprises a packet data network gateway, or a session management function entity; wherein the subscription entity comprises a policy and charging rules function entity, an online charging system entity, or a policy function entity; wherein the mobility management entity comprises a mobility management entity, a serving general packet radio service support node, or a mobility management function entity. receiving from a mobility management entity, by a session management function entity, location change information of the UE in a presence reporting area, PRA, an identity of the PRA, and an identity of a PRA set comprising the PRA, wherein the location change information of the UE in the PRA comprises information about entering or leaving the PRA by the UE; determining, by the session management function entity based on the identity of the PRA set and stored PRA subscription information, a subscription entity subscribing to a location change event of the UE in any PRA comprised in the PRA set, wherein the PRA subscription information comprises the identity of the PRA set and an identity of the subscription entity; and sending, by the session management function entity, the identity of the PRA and the location change information of the UE in the PRA to the subscription entity; wherein the session management function entity comprises a packet data network gateway, or a session management function entity; wherein the subscription entity comprises a policy and charging rules function entity, an online charging system entity, or a policy function entity; wherein the mobility management entity comprises a mobility management entity, a serving general packet radio service support node, or a mobility management function entity.
A heater for thermoforming covering sheets for fitting covering sheets on edges of base boards to be covered in making aesthetic panels, characterised in that it comprises an elongated body formed by two symmetrical side profiles (3.1), between which a longitudinal gap is formed in which a heat radiation lamp is housed, said gap being longitudinally open through a slit through which the heat radiation of the lamp is projected outwardly, while the side profiles (3.1) are attached by practicable regulator crosspieces by means of which said side profiles (3.1) can be moved closer to or away from each other for adjusting the width of the mentioned projection slit for projecting the heat radiation outwardly.
A method for wireless communication, the method comprising: determining, using a processor of a wireless system, a type of a Media Access Control, MAC, frame header according to a type of a MAC Protocol Data Unit, MPDU; assigning, using the processor of the wireless system, values to function fields in the MAC frame header, to generate the MAC frame header; generating, using the processor of the wireless system, the MPDU, which includes at least the MAC frame header; and encapsulating and then sending the MPDU, wherein, the type of the MPDU indicates first and second types of frames having different MAC frame header lengths, and wherein, a length L1 of a MAC frame header of the first type and a length L2 of the MAC frame header of a second type are fixed, and the length L1 is smaller than the length L2, the MAC frame header of the first type is composed of a field carrying repeat indication information, the repeat indication information is used to indicate whether the current frame is a retransmission of a previous frame. determining, using a processor of a wireless system, a type of a Media Access Control, MAC, frame header according to a type of a MAC Protocol Data Unit, MPDU; assigning, using the processor of the wireless system, values to function fields in the MAC frame header, to generate the MAC frame header; generating, using the processor of the wireless system, the MPDU, which includes at least the MAC frame header; and encapsulating and then sending the MPDU, wherein, the type of the MPDU indicates first and second types of frames having different MAC frame header lengths, and wherein, a length L1 of a MAC frame header of the first type and a length L2 of the MAC frame header of a second type are fixed, and the length L1 is smaller than the length L2, the MAC frame header of the first type is composed of a field carrying repeat indication information, the repeat indication information is used to indicate whether the current frame is a retransmission of a previous frame.
A method, comprising the steps of: positioning a portion of a wire within a connector formed from a thin strip of electrically conductive material, a portion of which is secured to an end of one of a plurality of feedthrough pins which also each have a side surface and a length, the end of each pin being the surface at the extremity of the pin's length and not a portion of the side surface; and causing the thin strip of electrically conductive material to be secured to the portion of the wire such that the wire is electrically connected to the end of the feedthrough pin. positioning a portion of a wire within a connector formed from a thin strip of electrically conductive material, a portion of which is secured to an end of one of a plurality of feedthrough pins which also each have a side surface and a length, the end of each pin being the surface at the extremity of the pin's length and not a portion of the side surface; and causing the thin strip of electrically conductive material to be secured to the portion of the wire such that the wire is electrically connected to the end of the feedthrough pin.
A fluid dispensing device for delivering a stream of fluid to a patient's eye, comprising: a light source (116, 516, 616, 620); a nozzle (128, 228, 408, 528) spaced from the light source (116, 516, 616, 620); a membrane (124, 224, 404, 412) positioned within a beam path of the light source (116, 516, 616, 620), wherein the membrane (124, 224, 404, 412) is configured to allow a portion of light from the light source (116, 516, 616, 620) through to the nozzle (128, 228, 408, 528); and a fluid chamber (126, 226, 402) positioned between the membrane (124, 224, 404, 412) and the nozzle (128, 228, 408, 528), wherein the nozzle (128, 228, 408, 528) is configured to allow a beam of the portion of light to pass through along the beam path, and wherein the nozzle (128, 228, 408, 528) is further configured to form a stream of fluid expelled from the fluid chamber (126, 226, 402) along the beam path. a light source (116, 516, 616, 620); a nozzle (128, 228, 408, 528) spaced from the light source (116, 516, 616, 620); a membrane (124, 224, 404, 412) positioned within a beam path of the light source (116, 516, 616, 620), wherein the membrane (124, 224, 404, 412) is configured to allow a portion of light from the light source (116, 516, 616, 620) through to the nozzle (128, 228, 408, 528); and a fluid chamber (126, 226, 402) positioned between the membrane (124, 224, 404, 412) and the nozzle (128, 228, 408, 528), wherein the nozzle (128, 228, 408, 528) is configured to allow a beam of the portion of light to pass through along the beam path, and wherein the nozzle (128, 228, 408, 528) is further configured to form a stream of fluid expelled from the fluid chamber (126, 226, 402) along the beam path.
A method for producing drimenol or a mixture comprising drimenol comprising: a. contacting an acyclic farnesyl diphosphate with a polypeptide having sesquiterpene synthase activity, wherein the polypeptide comprises an amino acid sequence having at least 80%, 85%, 90%, 95%, 96%, 97%, 98% or 99% sequence identity to SEQ ID NO: 2 or comprises the amino acid sequence of SEQ ID NO: 2,; and b. optionally isolating the drimenol. a. contacting an acyclic farnesyl diphosphate with a polypeptide having sesquiterpene synthase activity, wherein the polypeptide comprises an amino acid sequence having at least 80%, 85%, 90%, 95%, 96%, 97%, 98% or 99% sequence identity to SEQ ID NO: 2 or comprises the amino acid sequence of SEQ ID NO: 2,; and b. optionally isolating the drimenol.
A sealing arrangement comprising: a turbine static structure comprising: an inner case having a first contact surface; and a seal ring fastened to the inner case, the seal ring having a second contact surface; a bearing compartment that is surrounded by the turbine static structure having a third contact surface; and characterized in that the turbine static structure further comprising a piston seal positioned between the inner case, the seal ring, and the bearing compartment, the piston seal having a first side configured to contact the first contact surface, a second side configured to contact the second contact surface, and a third side configured to contact the third contact surface. a turbine static structure comprising: an inner case having a first contact surface; and a seal ring fastened to the inner case, the seal ring having a second contact surface; an inner case having a first contact surface; and a seal ring fastened to the inner case, the seal ring having a second contact surface; a bearing compartment that is surrounded by the turbine static structure having a third contact surface; and characterized in that the turbine static structure further comprising a piston seal positioned between the inner case, the seal ring, and the bearing compartment, the piston seal having a first side configured to contact the first contact surface, a second side configured to contact the second contact surface, and a third side configured to contact the third contact surface.
A resource selection method, wherein the method comprises: when a plurality of service packets arrive, selecting, by a user equipment, UE, transmitting resources in a corresponding target candidate resource set successively for each service packet of the plurality of the service packets: for the each service packet: excluding, by the UE, according to a quantity of power amplifiers, PAs, of the UE, first slot resources from an available candidate resource set after performing exclusion of occupied resources and/or power sorting on a target candidate resource set corresponding to the each service packet, and selecting, by the UE, transmitting resources in an available candidate set that excludes the first slot resources; wherein the first slot resources are slot resources that cause PA phase discontinuity when the PAs are shared. excluding, by the UE, according to a quantity of power amplifiers, PAs, of the UE, first slot resources from an available candidate resource set after performing exclusion of occupied resources and/or power sorting on a target candidate resource set corresponding to the each service packet, and selecting, by the UE, transmitting resources in an available candidate set that excludes the first slot resources; wherein the first slot resources are slot resources that cause PA phase discontinuity when the PAs are shared.