mhurhangee/patent-ind-claim-en huggingface dataset:
A method for performing wireless communication by a first device , the method comprising: receiving (S1510), from a second device , a first sidelink control information, SCI, including information related to a resource reservation period of the second device, in a slot; determining (S1520) a size of a selection window based on a remaining packet delay budget; obtaining (S1530) a value of N by applying a CEILING function to a value obtained by dividing the size of the selection window by the resource reservation period; determining (S1540) that resources are reserved by the second device, in N slots spaced apart by a unit of the resource reservation period, after the slot in which the first SCI is received; and selecting (S1550) a resource for SL communication within the selection window, based on the determination, wherein the N is a positive integer. receiving (S1510), from a second device , a first sidelink control information, SCI, including information related to a resource reservation period of the second device, in a slot; determining (S1520) a size of a selection window based on a remaining packet delay budget; obtaining (S1530) a value of N by applying a CEILING function to a value obtained by dividing the size of the selection window by the resource reservation period; determining (S1540) that resources are reserved by the second device, in N slots spaced apart by a unit of the resource reservation period, after the slot in which the first SCI is received; and selecting (S1550) a resource for SL communication within the selection window, based on the determination, wherein the N is a positive integer.
Rotor having a preferred direction of rotation and permanent magnets at an outer radius of the rotor , wherein - an annular structure , in which the permanent magnets are mounted, is arranged at the outer radius , characterized in that - a conical hub structure is arranged at an inner radius of the rotor , is designed as a conical inner ring , and has a diameter that increases in the axial direction, and - a multiplicity of at least rib-shaped or blade-shaped structures for mechanically connecting the annular structure and the conical hub structure are provided between the annular structure and the conical hub structure in order to form a blade duct through which ambient air flows when the rotor rotates in its assigned preferred direction of rotation, wherein an outer boundary of the flowed-through blade duct is cylindrical and has a constant diameter. - an annular structure , in which the permanent magnets are mounted, is arranged at the outer radius , characterized in that - a conical hub structure is arranged at an inner radius of the rotor , is designed as a conical inner ring , and has a diameter that increases in the axial direction, and - a multiplicity of at least rib-shaped or blade-shaped structures for mechanically connecting the annular structure and the conical hub structure are provided between the annular structure and the conical hub structure in order to form a blade duct through which ambient air flows when the rotor rotates in its assigned preferred direction of rotation, wherein an outer boundary of the flowed-through blade duct is cylindrical and has a constant diameter.
An optical fiber cable comprising: a central strength member lying substantially along a longitudinal axis of the optical fiber cable ; one or more buffer tubes (110a-1101) S-Z stranded around the central strength member , each of the one or more buffer tubes (110a-1101) are wound around the central strength member in sections with a first direction of winding in an S-shape alternating with the sections with a second direction of winding in a Z-shape and the first direction is a clockwise direction and the second direction is an anticlockwise direction, each of the one or more buffer tubes (110a-110l) encloses 24 optical fibers and each of the optical fibers has a diameter of 200 ± 10 microns; a first layer surrounding the one or more buffer tubes (110a-110l), the first layer comprises one or more yarns; ; and a second layer surrounding the first layer , characterized in that the optical fiber cable has an outer diameter of 8.8 millimeters and a weight of 85 kilograms per kilometer ± 10 percent; and the first layer acts as a strengthening element as well as a binding element for the one or more buffer tubes (110a-110l). a central strength member lying substantially along a longitudinal axis of the optical fiber cable ; one or more buffer tubes (110a-1101) S-Z stranded around the central strength member , each of the one or more buffer tubes (110a-1101) are wound around the central strength member in sections with a first direction of winding in an S-shape alternating with the sections with a second direction of winding in a Z-shape and the first direction is a clockwise direction and the second direction is an anticlockwise direction, each of the one or more buffer tubes (110a-110l) encloses 24 optical fibers and each of the optical fibers has a diameter of 200 ± 10 microns; a first layer surrounding the one or more buffer tubes (110a-110l), the first layer comprises one or more yarns; ; and a second layer surrounding the first layer , characterized in that the optical fiber cable has an outer diameter of 8.8 millimeters and a weight of 85 kilograms per kilometer ± 10 percent; and the first layer acts as a strengthening element as well as a binding element for the one or more buffer tubes (110a-110l).
A method for producing a fiber-reinforced resin molding material comprising at least bundled discontinuous reinforcing fiber aggregates and matrix resin, characterized in that as said bundled reinforcing fiber aggregates, both reinforcing fiber aggregates (A) which are formed by cutting continuous reinforcing fiber strands after fiber splitting, in which said strands are completely split into multiple bundles, and reinforcing fiber aggregates (B) which are formed by cutting sections including at least unsplit strand sections in which fiber splitting is incomplete, and in which an incision substantially originating from fiber splitting is present at least at one of both end portions of said reinforcing fiber aggregates (B), are used, and an amount of used reinforcing fiber aggregates (B) is controlled so that a ratio of the weight of said reinforcing fiber aggregates (B) to the total weight of reinforcing fibers in said material becomes within a range of 5-50%.
A system for determining neurostimulation therapy, the system comprising: memory configured to store first information relating to a patient, wherein the first information is captured during a baseline period that is prior to the patient receiving stimulation; and processor circuitry coupled to the memory, the processor circuitry being configured to: receive the first information relating to the patient; receive second information relating to the patient, wherein the second information is captured during an initial therapy assignment and the second information comprises testing data generated by delivering stimulation during an implant procedure; determine initial stimulation program settings based on the first information, the second information and population-informed information, the population-informed information being related to other patients; and cause, during a training period, delivery of therapy based on the initial stimulation program settings. memory configured to store first information relating to a patient, wherein the first information is captured during a baseline period that is prior to the patient receiving stimulation; and processor circuitry coupled to the memory, the processor circuitry being configured to: receive the first information relating to the patient; receive second information relating to the patient, wherein the second information is captured during an initial therapy assignment and the second information comprises testing data generated by delivering stimulation during an implant procedure; determine initial stimulation program settings based on the first information, the second information and population-informed information, the population-informed information being related to other patients; and cause, during a training period, delivery of therapy based on the initial stimulation program settings. receive the first information relating to the patient; receive second information relating to the patient, wherein the second information is captured during an initial therapy assignment and the second information comprises testing data generated by delivering stimulation during an implant procedure; determine initial stimulation program settings based on the first information, the second information and population-informed information, the population-informed information being related to other patients; and cause, during a training period, delivery of therapy based on the initial stimulation program settings.
A plug connection, consisting of a connecting plug and a junction box, for an electrical connection for use in a medical, electrical terminal device, comprising a junction box housing which forms a hollow space of a connecting plug receptacle into which a winding drain passage leads, which is defined by the junction box housing , a sealing element and a terminal-device housing , and which has a drain opening opening to the environment, in order to drain off a fluid collecting in the hollow space of the connecting plug receptacle to the environment even with a connecting plug inserted into the hollow space of the connecting plug receptacle, characterized in that the sealing element is a 2-component seal and consists of a first component , in which a first opening is incorporated, in which a second component with a second opening is introduced, which is adapted and suitable for receiving a connecting plug in a sealing manner.
Diaphragm pump with several pump chambers , wherein each pump chamber is provided with at least one inlet valve and at least one outlet valve and the diaphragm pump has an inlet chamber and an outlet chamber , wherein the respective pump chamber is connected via the inlet valve to the inlet chamber and via the outlet valve to the outlet chamber , wherein the inlet valve has an inlet opening able to be closed by an inlet valve body and the outlet valve has an outlet opening able to be closed by an outlet valve body, characterised in that the outlet opening of the respective pump chamber surrounds the inlet opening of the respective pump chamber or that the inlet opening of the respective pump chamber surrounds the outlet opening of the respective pump chamber .
An apparatus for polishing the work rolls of a metal leveler, each said work roll having a work roll circumference and a work roll length, the leveler having a frame , a series of upper work rolls and a series of lower work rolls , said apparatus comprising: - one or more polishing units sized, shaped and configured to be removably inserted between the series of upper work rolls and the series of lower work rolls of the leveler at a location between the series of upper work rolls and the series of lower work rolls , said polishing unit comprising at least one polisher configured for engaging and polishing at least one of said series of upper and lower work rolls of the leveler during the rotation of said work roll, - said at least one polisher including a substantially rigid concave pan (22(a)) having an abrasive material (22(c)) positioned therewithin for exposure of said abrasive material (22(c)) to said respective work roll upon engagement of said polisher with said respective work roll and upon rotation of said work roll by said leveler within said substantially rigid concave pan (22(a)); the apparatus being characterized in that said at least one polisher is configured to engage and polish at least the substantial length of a corresponding one of said work rolls of the leveler as said work roll is rotated, without repositioning said polisher along the longitudinal axis of said work roll. - one or more polishing units sized, shaped and configured to be removably inserted between the series of upper work rolls and the series of lower work rolls of the leveler at a location between the series of upper work rolls and the series of lower work rolls , said polishing unit comprising at least one polisher configured for engaging and polishing at least one of said series of upper and lower work rolls of the leveler during the rotation of said work roll, - said at least one polisher including a substantially rigid concave pan (22(a)) having an abrasive material (22(c)) positioned therewithin for exposure of said abrasive material (22(c)) to said respective work roll upon engagement of said polisher with said respective work roll and upon rotation of said work roll by said leveler within said substantially rigid concave pan (22(a));
Method for implanting single or multiply charged ions into a surface of an object to be treated, said method including the step that consists in directing towards the surface of the object to be treated an ion beam produced by an ion source of the electronic cyclotron resonance ECR type, the method also including the steps consisting in: • producing at least one primary electron beam and directing said primary electron beam so that it passes through the ion beam , and • producing a secondary electron beam by reflection of the primary electron beam onto a target once said primary electron beam has traversed the ion beam , the target being oriented such that the secondary electron beam falls onto the surface of the object to be treated. • producing at least one primary electron beam and directing said primary electron beam so that it passes through the ion beam , and • producing a secondary electron beam by reflection of the primary electron beam onto a target once said primary electron beam has traversed the ion beam , the target being oriented such that the secondary electron beam falls onto the surface of the object to be treated.
A pediatric patient support system comprising: a support extension configured to be removably coupled to an end of a cradle of a table , wherein the support extension comprises a pair of radial supports extending in a direction which, when the support extension is coupled to the end of the cradle of the table , is radial relative to a longitudinal axis of the cradle ; a pair of rods , wherein each rod of the pair of rods is coupled to a respective radial support of the pair of radial supports and extends in a direction which, when the support extension is coupled to the end of the cradle of the table , is substantially parallel to the longitudinal axis ; and a patient support disposed between and directly coupled to the pair of rods , the patient support comprising a backing manufactured from a flexible material of suitable tensile strength to support and suspend a pediatric patient, wherein the patient support is configured to move along the rods axially relative to the longitudinal axis , to move the pediatric patient in and out of a central bore of a medical imaging system . a support extension configured to be removably coupled to an end of a cradle of a table , wherein the support extension comprises a pair of radial supports extending in a direction which, when the support extension is coupled to the end of the cradle of the table , is radial relative to a longitudinal axis of the cradle ; a pair of rods , wherein each rod of the pair of rods is coupled to a respective radial support of the pair of radial supports and extends in a direction which, when the support extension is coupled to the end of the cradle of the table , is substantially parallel to the longitudinal axis ; and a patient support disposed between and directly coupled to the pair of rods , the patient support comprising a backing manufactured from a flexible material of suitable tensile strength to support and suspend a pediatric patient, wherein the patient support is configured to move along the rods axially relative to the longitudinal axis , to move the pediatric patient in and out of a central bore of a medical imaging system .
Device for processing substrates comprising a first and a second processing cylinder , between which the substrate can be fed, wherein the substrate is subjected to processing by passing through tool components operating in the cylinder gap between the processing cylinders , the group of tools consisting of cutting tools, stamping tools, creasing tools, perforating tools or grooving tools, wherein the first and/or the second processing cylinder has a tool holder for mounting a tool component, wherein a load cylinder is assigned to the second processing cylinder on its side facing away from the first processing cylinder , which load cylinder is in surface contact with the second processing cylinder , characterised in that the first processing cylinder has an arc holding system and the load cylinder has a device for fixing a lift.
An intermediate system to intermediate system, IS-IS, routing protocol based notification method, characterized by comprising: within a delay period since an intermediate system, IS, establishes a new neighbor, notifying, by the IS, the outside through a link state protocol, LSP, data packet that a METRIC for traffic of the IS reaching the new neighbor is a preset value (S102), performing, by all ISs in a network where the IS is located, topology and routing calculations according to the preset value, wherein the METRIC comprises a link cost, and the outside comprise all the ISs in the network where the IS is located except the IS itself; after the delay period expires, in response to determining that the new neighbor is established and in a stable state, restoring, by the IS, the METRIC to a default value (S104), and performing, by all the ISs in the network where the IS is located, the topology and routing calculations according to the default value, wherein the preset value is greater than the default value, wherein the preset value comprises at least one of: a maximum protocol value; or a sum of one value and the default value. within a delay period since an intermediate system, IS, establishes a new neighbor, notifying, by the IS, the outside through a link state protocol, LSP, data packet that a METRIC for traffic of the IS reaching the new neighbor is a preset value (S102), performing, by all ISs in a network where the IS is located, topology and routing calculations according to the preset value, wherein the METRIC comprises a link cost, and the outside comprise all the ISs in the network where the IS is located except the IS itself; after the delay period expires, in response to determining that the new neighbor is established and in a stable state, restoring, by the IS, the METRIC to a default value (S104), and performing, by all the ISs in the network where the IS is located, the topology and routing calculations according to the default value, wherein the preset value is greater than the default value, wherein the preset value comprises at least one of: a maximum protocol value; or a sum of one value and the default value. a maximum protocol value; or a sum of one value and the default value.
A sensor for always-on, low power operation, comprising: a microelectromechanical systems, MEMS, acoustic sensor configured to generate an audio signal and associated with a back cavity ; and a sensor package comprising a lid and a package substrate , wherein the sensor package has a port adapted to receive acoustic waves, and wherein the sensor package houses the MEMS acoustic sensor and defines the back cavity associated with the MEMS acoustic sensor, characterized in that the sensor further comprises a digital signal processor, DSP, located in the back cavity and configured to generate a control signal distinct from the audio signal, for a system processor external to the sensor, in response to receiving the audio signal from the MEMS acoustic sensor, wherein the control signal is based at least in part on the audio signal, and wherein the control signal is directed to the system processor external to the sensor. a microelectromechanical systems, MEMS, acoustic sensor configured to generate an audio signal and associated with a back cavity ; and a sensor package comprising a lid and a package substrate , wherein the sensor package has a port adapted to receive acoustic waves, and wherein the sensor package houses the MEMS acoustic sensor and defines the back cavity associated with the MEMS acoustic sensor, characterized in that the sensor further comprises a digital signal processor, DSP, located in the back cavity and configured to generate a control signal distinct from the audio signal, for a system processor external to the sensor, in response to receiving the audio signal from the MEMS acoustic sensor, wherein the control signal is based at least in part on the audio signal, and wherein the control signal is directed to the system processor external to the sensor.
A method of manufacturing a flexible electronic device, the method comprising: arranging an electronic component on a temporary carrier ; providing a flexible laminate comprising an adhesive layer ; pressing the temporary carrier and the flexible laminate together with the adhesive layer facing the temporary carrier such that the electronic component is pushed into the adhesive layer ; and removing the temporary carrier , wherein the flexible laminate further comprises a flexible layer and an electrically conductive layer , the flexible layer being arranged between the electrically conductive layer and the adhesive layer . arranging an electronic component on a temporary carrier ; providing a flexible laminate comprising an adhesive layer ; pressing the temporary carrier and the flexible laminate together with the adhesive layer facing the temporary carrier such that the electronic component is pushed into the adhesive layer ; and removing the temporary carrier , wherein the flexible laminate further comprises a flexible layer and an electrically conductive layer , the flexible layer being arranged between the electrically conductive layer and the adhesive layer .
A frequency configuration method for new radio, NR, applied to a network device, characterized by the method comprising: adding information of a target frequency to configuration information, and representing the information of the target frequency by a segment number of the target frequency and a radio frequency channel number, RFCN, corresponding to a segment within which the target frequency is located, wherein numbering with RFCNs is performed in each of the segments in an entire spectrum of the NR; and sending the configuration information to a terminal device; wherein the method further comprises: configuring at least two pieces of segment information, wherein the at least two pieces of segment information are obtained by dividing the entire spectrum, and there is no overlapping band between different pieces of segment information; and determining the at least two pieces of segment information based on a protocol. adding information of a target frequency to configuration information, and representing the information of the target frequency by a segment number of the target frequency and a radio frequency channel number, RFCN, corresponding to a segment within which the target frequency is located, wherein numbering with RFCNs is performed in each of the segments in an entire spectrum of the NR; and sending the configuration information to a terminal device; wherein the method further comprises: configuring at least two pieces of segment information, wherein the at least two pieces of segment information are obtained by dividing the entire spectrum, and there is no overlapping band between different pieces of segment information; and determining the at least two pieces of segment information based on a protocol. configuring at least two pieces of segment information, wherein the at least two pieces of segment information are obtained by dividing the entire spectrum, and there is no overlapping band between different pieces of segment information; and determining the at least two pieces of segment information based on a protocol.