mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing a crimped sheet of material for an aerosol-generating article, the method comprising the steps of: • feeding a substantially continuous sheet of material to a set of crimping rollers in a transport direction, the set of rollers comprising a first main roller , a second main roller and a pre-crimping roller , the first and second main rollers including a first and a second plurality of ridges , respectively, across at least a portion of their width and the pre-crimping roller including a third plurality of ridges across a portion of its width; • pre-crimping the substantially continuous sheet of material to form a pre-crimped sheet by feeding the substantially continuous sheet between the first main roller and the pre-crimping roller such that the first plurality of ridges of the first main roller and the third plurality of ridges of the pre-crimping roller apply a first pattern of crimp corrugations to the substantially continuous sheet; • crimping the pre-crimped sheet of material to form a crimped sheet by feeding the substantially continuous sheet between the first main roller and the second main roller such that the first and second plurality of ridges of the first and second main rollers (11; 21) apply a second pattern of crimp corrugations to the pre-crimped sheet; • characterized in that the pre-crimping roller is idle and of a smaller diameter than the first and second main rollers (11; 21). • feeding a substantially continuous sheet of material to a set of crimping rollers in a transport direction, the set of rollers comprising a first main roller , a second main roller and a pre-crimping roller , the first and second main rollers including a first and a second plurality of ridges , respectively, across at least a portion of their width and the pre-crimping roller including a third plurality of ridges across a portion of its width; • pre-crimping the substantially continuous sheet of material to form a pre-crimped sheet by feeding the substantially continuous sheet between the first main roller and the pre-crimping roller such that the first plurality of ridges of the first main roller and the third plurality of ridges of the pre-crimping roller apply a first pattern of crimp corrugations to the substantially continuous sheet; • crimping the pre-crimped sheet of material to form a crimped sheet by feeding the substantially continuous sheet between the first main roller and the second main roller such that the first and second plurality of ridges of the first and second main rollers (11; 21) apply a second pattern of crimp corrugations to the pre-crimped sheet; • characterized in that the pre-crimping roller is idle and of a smaller diameter than the first and second main rollers (11; 21).
Rail vehicle with a drive , an internal energy storage unit and a drive control device , wherein - arranged in a driver's cab of the rail vehicle is an operating element , with which a maximum drive performance of the drive can be set on the vehicle driver side when the drive is fed with electrical energy of the internal energy storage unit for internally fed drive operation, wherein the operating element generates an item of performance limitation information indicating the maximum drive performance that has been set, which is transmitted by means of a performance limitation signal (LBS), - the drive control device is embodied to limit the drive performance of the drive to the maximum drive performance that has been set, - the drive is connected to a current collector of the rail vehicle , which can be connected to a trackside energy supply network for feeding the drive with electrical energy of the energy supply network for network-fed drive operation, and - the performance limitation signal (LBS) is ignored when the drive is in network-fed drive operation. - arranged in a driver's cab of the rail vehicle is an operating element , with which a maximum drive performance of the drive can be set on the vehicle driver side when the drive is fed with electrical energy of the internal energy storage unit for internally fed drive operation, wherein the operating element generates an item of performance limitation information indicating the maximum drive performance that has been set, which is transmitted by means of a performance limitation signal (LBS), - the drive control device is embodied to limit the drive performance of the drive to the maximum drive performance that has been set, - the drive is connected to a current collector of the rail vehicle , which can be connected to a trackside energy supply network for feeding the drive with electrical energy of the energy supply network for network-fed drive operation, and - the performance limitation signal (LBS) is ignored when the drive is in network-fed drive operation.
LLDPE fiber of 1 to 3 denier and comprising 1 to 6% by weight nanoclay, the fiber having a heat distortion temperature higher than 70°C as measured by ASTM D 648 at a load of 455 kPa, wherein the nanoclay is coated with titanate, or zirconate coupling agents.
A device for filling at least one package with a first volume of solid food product, the device comprising: a pump operatively connected to a product tank containing the solid food product, at least one fill head operatively connected to the pump ; a valve configured to selectively connect the pump to the product tank or to the fill head ; and a control unit configured to control the valve to connect the pump to the product tank or to the fill head , and to control the pump to supply the first volume of solid food product to the fill head , characterized in that the control unit is further configured to control the pump to draw from the product tank a larger volume of solid food product than the first volume and to output an excess volume back to the product tank , a pump operatively connected to a product tank containing the solid food product, at least one fill head operatively connected to the pump ; a valve configured to selectively connect the pump to the product tank or to the fill head ; and a control unit configured to control the valve to connect the pump to the product tank or to the fill head , and to control the pump to supply the first volume of solid food product to the fill head ,
A catheter comprising: an elongated body having a longitudinal axis; a distal assembly distal the elongated body, the distal assembly having a helical form comprising a proximal loop and a distal loop , and a shape-memory support member extending through at least the proximal loop; at least one irrigated ablation ring electrode mounted on proximal loop; and a control handle proximal the elongated body, wherein the proximal loop comprises a multi-lumened tubing ; wherein the distal loop comprises a straight distal end section , wherein the distal loop and straight distal end section comprise a nonconductive tubing with a lumen into which the support member extends to help secure the distal loop to the proximal loop ; the proximal loop has a lesser flexibility and the distal loop has a greater flexibility, characterized in that a proximal end of the nonconductive tubing is received in a trepanned distal end of the multi-lumened tubing and a sealant seals the lumens of the multi-lumened tubing at its distal end and attaches the nonconductive tubing to the multi-lumened tubing . an elongated body having a longitudinal axis; a distal assembly distal the elongated body, the distal assembly having a helical form comprising a proximal loop and a distal loop , and a shape-memory support member extending through at least the proximal loop; at least one irrigated ablation ring electrode mounted on proximal loop; and a control handle proximal the elongated body, wherein the proximal loop comprises a multi-lumened tubing ; wherein the distal loop comprises a straight distal end section , wherein the distal loop and straight distal end section comprise a nonconductive tubing with a lumen into which the support member extends to help secure the distal loop to the proximal loop ; the proximal loop has a lesser flexibility and the distal loop has a greater flexibility, characterized in that a proximal end of the nonconductive tubing is received in a trepanned distal end of the multi-lumened tubing and a sealant seals the lumens of the multi-lumened tubing at its distal end and attaches the nonconductive tubing to the multi-lumened tubing .
A chamber arranged for surrounding and isolating a work product from electromagnetic fields which comprises; an electromagnetic shield to be positioned around said work product, wherein said electromagnetic shield is arranged to be substantially impervious to incident electromagnetic radiation, electric fields and magnetic fields; and a plurality of nested shells working together to isolate work product from external electromagnetic fields, the shells comprising materials selected from the group consisting of metamaterials in series, and superconductors and metamaterials in combination or in series with each other; and wherein at least one shell comprises metamaterial designed to interact with an incident wave ; and wherein all said shells have an open position and a closed position, and a sound perturbation system housed at the base of the chamber or around the chamber and arranged to be in operative communication with the work product and to project sound into the chamber. an electromagnetic shield to be positioned around said work product, wherein said electromagnetic shield is arranged to be substantially impervious to incident electromagnetic radiation, electric fields and magnetic fields; and a plurality of nested shells working together to isolate work product from external electromagnetic fields, the shells comprising materials selected from the group consisting of metamaterials in series, and superconductors and metamaterials in combination or in series with each other; and wherein at least one shell comprises metamaterial designed to interact with an incident wave ; and wherein all said shells have an open position and a closed position, and a sound perturbation system housed at the base of the chamber or around the chamber and arranged to be in operative communication with the work product and to project sound into the chamber.
A method for wireless communications by a base station, BS, comprising a processor in electrical communication with a memory, the processor configured to obtain data from the memory in preparation for wireless communications, the method comprising: selecting , by the processor and based on a modulation and coding scheme, MCS, and a resource allocation, RA, for transmitting a codeword, a base graph, BG, stored in said memory, from which to derive a low density parity check, LDPC, code for use in encoding data bits; encoding , by an encoder circuit, the data bits to generate the codeword using the LDPC code derived from the selected BG; and transmitting , by a transceiver circuit, the codeword using the MCS via resources of the RA using one or more antenna elements in electrical communication with the transceiver circuit; obtaining, by the transceiver circuit, an indication that a user equipment, UE, did not receive the codeword; characterized by further comprising: selecting, by the processor, a code rate for a retransmission of the bits of the codeword, wherein the selection is from a restricted set of code rates designed to ensure the UE selects a same BG to decode the retransmission; and retransmitting, by the transceiver circuit using the one or more antenna elements and the processor, the data bits in another codeword according to the selected code rate. selecting , by the processor and based on a modulation and coding scheme, MCS, and a resource allocation, RA, for transmitting a codeword, a base graph, BG, stored in said memory, from which to derive a low density parity check, LDPC, code for use in encoding data bits; encoding , by an encoder circuit, the data bits to generate the codeword using the LDPC code derived from the selected BG; and transmitting , by a transceiver circuit, the codeword using the MCS via resources of the RA using one or more antenna elements in electrical communication with the transceiver circuit; obtaining, by the transceiver circuit, an indication that a user equipment, UE, did not receive the codeword; characterized by further comprising: selecting, by the processor, a code rate for a retransmission of the bits of the codeword, wherein the selection is from a restricted set of code rates designed to ensure the UE selects a same BG to decode the retransmission; and retransmitting, by the transceiver circuit using the one or more antenna elements and the processor, the data bits in another codeword according to the selected code rate. selecting, by the processor, a code rate for a retransmission of the bits of the codeword, wherein the selection is from a restricted set of code rates designed to ensure the UE selects a same BG to decode the retransmission; and retransmitting, by the transceiver circuit using the one or more antenna elements and the processor, the data bits in another codeword according to the selected code rate.
An electronic device comprising: a first housing ; a second housing ; a hinge area disposed between the first housing and the second housing ; at least one hinge module provided at the hinge area, the at least one hinge module being coupled to the first housing and the second housing and configured to allow rotation of the first housing and the second housing with respect to each other between a folded position and a unfolded position; a first battery provided in the first housing ; a first circuit board provided in the first housing , the first circuit board includes a first portion disposed between the first battery and the hinge module ; and at least one flexible printed circuit board, FPCB, extending from an interior of the first housing to an interior of the second housing , wherein a portion of the at least one FPCB is disposed between the first battery and the first portion of the first circuit board . a first housing ; a second housing ; a hinge area disposed between the first housing and the second housing ; at least one hinge module provided at the hinge area, the at least one hinge module being coupled to the first housing and the second housing and configured to allow rotation of the first housing and the second housing with respect to each other between a folded position and a unfolded position; a first battery provided in the first housing ; a first circuit board provided in the first housing , the first circuit board includes a first portion disposed between the first battery and the hinge module ; and at least one flexible printed circuit board, FPCB, extending from an interior of the first housing to an interior of the second housing , wherein a portion of the at least one FPCB is disposed between the first battery and the first portion of the first circuit board .
A method of operating a user equipment, UE, comprising: receiving , from a network entity, at least one base station almanac, BSA, message that indicates (i) a set of antenna locations associated with at least one base station, the set of antenna locations including at least one antenna location of a base station that is based upon a plurality of different antenna locations associated with the base station, the at least one antenna location including a single antenna location that is representative of multiple different antenna locations of the base station, and (ii) a mapping of each of a plurality of beams to the at least one antenna location; receiving , from the base station, the plurality of beams in accordance with the mapping; and performing one or more measurements on one or more of the plurality of beams. receiving , from a network entity, at least one base station almanac, BSA, message that indicates (i) a set of antenna locations associated with at least one base station, the set of antenna locations including at least one antenna location of a base station that is based upon a plurality of different antenna locations associated with the base station, the at least one antenna location including a single antenna location that is representative of multiple different antenna locations of the base station, and (ii) a mapping of each of a plurality of beams to the at least one antenna location; receiving , from the base station, the plurality of beams in accordance with the mapping; and performing one or more measurements on one or more of the plurality of beams.
A flame mitigation device for a combustible material system having a projected flame path, external to the system, for a flame to be released from the system in the event of an explosion, comprising: an enclosure configured to enclose at least a portion of a combustible material region; at least one sensor configured to sense a flame in the event of an explosion; and at least one pressure release device configured to release a flame from the enclosure in the event of an explosion, the pressure release device having an outlet side; wherein the flame mitigation device further comprises at least one suppression agent release device configured to release a flame suppression agent into the projected flame path when the flame is sensed, characterized in that the suppression agent release device is oriented on the outlet side of the pressure release device. an enclosure configured to enclose at least a portion of a combustible material region; at least one sensor configured to sense a flame in the event of an explosion; and at least one pressure release device configured to release a flame from the enclosure in the event of an explosion, the pressure release device having an outlet side; wherein the flame mitigation device further comprises at least one suppression agent release device configured to release a flame suppression agent into the projected flame path when the flame is sensed, characterized in that the suppression agent release device is oriented on the outlet side of the pressure release device.
Sealing plug for closing a pipe comprising a plug section extending around a central axis (M) and having at least one retaining element , which plug section projects into the pipe in the state connected to the pipe , the at least one retaining element being capable of providing a non-positive connection between the sealing plug and the inside of the pipe, and a front section with a tab element , the tab element being freely accessible in the state connected to the pipe , in such a way that the tab element can be gripped by an installer and that the sealing plug with the tab element can be pulled out of the pipe , wherein the tab element is designed as a bend which preferably extends by a bend angle (α) about the central axis (M) from a first bend end to a second bend end , the said bend ends being integrally formed on the front section and it being possible for the bend to be bent away from the front section , characterized in that the outer diameter (D10) of the bend is selected to be as large as possible, wherein the outer diameter (D10), however, not being larger than the outer diameter (D4) of the at least one retaining element ; or in that the outer diameter (D10), however, is not larger than 1.1 times the outer diameter (D4) of the at least one retaining element . a plug section extending around a central axis (M) and having at least one retaining element , which plug section projects into the pipe in the state connected to the pipe , the at least one retaining element being capable of providing a non-positive connection between the sealing plug and the inside of the pipe, and a front section with a tab element , the tab element being freely accessible in the state connected to the pipe , in such a way that the tab element can be gripped by an installer and that the sealing plug with the tab element can be pulled out of the pipe , wherein the tab element is designed as a bend which preferably extends by a bend angle (α) about the central axis (M) from a first bend end to a second bend end , the said bend ends being integrally formed on the front section and it being possible for the bend to be bent away from the front section , characterized in that the outer diameter (D10) of the bend is selected to be as large as possible, wherein the outer diameter (D10), however, not being larger than the outer diameter (D4) of the at least one retaining element ; or in that the outer diameter (D10), however, is not larger than 1.1 times the outer diameter (D4) of the at least one retaining element .
An artificial neurostimulation system for providing volitional control of a target by a user , the system comprising: at least one set of electrodes configured to measure neural activity of a brain of the user; a target configured to receive an electrical signal; and an electronic data processing device programmed to perform operations including: determining a desired movement of the target based on a first measurement of neural activity including determining whether the desired movement is a discrete movement or a rhythmic movement coordinated by a Central Pattern Generator (CPG) neural network; delivering an electrical signal to the target to start movement of the target including, for a rhythmic movement, using a CPG oscillator for delivering the electrical signal to the target, and measuring a second neural activity of the brain of the user ; characterized in determining a body state of the target based on the second measurement of the neural activity or based on the motion of the target, wherein the electrical signal being delivered to the target as the target moves dynamically changes based on the determined body state so that the desired movement is achieved. at least one set of electrodes configured to measure neural activity of a brain of the user; a target configured to receive an electrical signal; and an electronic data processing device programmed to perform operations including: determining a desired movement of the target based on a first measurement of neural activity including determining whether the desired movement is a discrete movement or a rhythmic movement coordinated by a Central Pattern Generator (CPG) neural network; delivering an electrical signal to the target to start movement of the target including, for a rhythmic movement, using a CPG oscillator for delivering the electrical signal to the target, and measuring a second neural activity of the brain of the user ; characterized in determining a body state of the target based on the second measurement of the neural activity or based on the motion of the target, wherein the electrical signal being delivered to the target as the target moves dynamically changes based on the determined body state so that the desired movement is achieved. determining a desired movement of the target based on a first measurement of neural activity including determining whether the desired movement is a discrete movement or a rhythmic movement coordinated by a Central Pattern Generator (CPG) neural network; delivering an electrical signal to the target to start movement of the target including, for a rhythmic movement, using a CPG oscillator for delivering the electrical signal to the target, and measuring a second neural activity of the brain of the user ; characterized in determining a body state of the target based on the second measurement of the neural activity or based on the motion of the target, wherein the electrical signal being delivered to the target as the target moves dynamically changes based on the determined body state so that the desired movement is achieved.