mhurhangee/patent-ind-claim-en huggingface dataset:
A method of transmission scheduling implemented by a scheduling node , the method comprising: transmitting , to a radio node configured for sub-subframe operation, a semi-persistent scheduling, SPS, configuration message configuring the radio node for sub-subframe-based SPS; wherein the SPS configuration message comprises an identifier of the radio node and indicates a pattern of sub-subframes in which a resource allocation for the radio node repeats, and wherein the method further comprises determining a Hybrid Automatic Repeat Request, HARQ, process identifier corresponding to a data transmission on a particular sub-subframe , wherein determining the HARQ process identifier is based on a position of the particular sub-subframe within a comprising subframe according to: HARQ Process ID = floor CURRENT _ TTI / semiPersistSchedIntervalUL * SSFs modulo numberOfConfUISPS-Processes ; wherein CURRENT_TTI = [(SFN * 10 * SSFs) + (sub_num * SSFs) + ssf_pos]; wherein semiPersistSchedlntervalUL is a subframe-based SPS period ; wherein SSFs is a number sub-subframes within the subframe ; wherein numberOfConfUISPS-Processes is a total number of HARQ process identifiers configured; wherein SFN is a system frame number; wherein sub_num is an index of the subframe within a larger frame structure ; wherein ssf_pos is an index of the particular sub-subframe within the subframe . transmitting , to a radio node configured for sub-subframe operation, a semi-persistent scheduling, SPS, configuration message configuring the radio node for sub-subframe-based SPS; wherein the SPS configuration message comprises an identifier of the radio node and indicates a pattern of sub-subframes in which a resource allocation for the radio node repeats, and wherein the method further comprises determining a Hybrid Automatic Repeat Request, HARQ, process identifier corresponding to a data transmission on a particular sub-subframe , wherein determining the HARQ process identifier is based on a position of the particular sub-subframe within a comprising subframe according to: HARQ Process ID = floor CURRENT _ TTI / semiPersistSchedIntervalUL * SSFs modulo numberOfConfUISPS-Processes ; wherein CURRENT_TTI = [(SFN * 10 * SSFs) + (sub_num * SSFs) + ssf_pos]; wherein semiPersistSchedlntervalUL is a subframe-based SPS period ; wherein SSFs is a number sub-subframes within the subframe ; wherein numberOfConfUISPS-Processes is a total number of HARQ process identifiers configured; wherein SFN is a system frame number; wherein sub_num is an index of the subframe within a larger frame structure ; wherein ssf_pos is an index of the particular sub-subframe within the subframe .
A panel fastening system comprising a panel , in particular a fiber cement board, having a visible side and a rear side , at least one slot which is introduced into the rear side of the panel and which extends along a longitudinal axis (L), and which has at least one stop face , wherein a first slot portion extends between the at least one stop face and the rear side , and wherein a second slot portion extends between the at least one stop face and the slot base , and at least one fastening element which is inserted into the slot and which has a fastening portion and a contact face , wherein the contact face of the fastening element abuts against the at least one stop face , wherein the stop face in the slot forms a stop against a pulling-out force, which acts on the fastening element substantially at a right angle with respect to the rear side, characterized in that the panel fastening system further comprises at least one securing element which can be arranged in the slot , wherein the at least one securing element secures the at least one fastening element against a movement in the direction of the longitudinal axis (L). a panel , in particular a fiber cement board, having a visible side and a rear side , at least one slot which is introduced into the rear side of the panel and which extends along a longitudinal axis (L), and which has at least one stop face , wherein a first slot portion extends between the at least one stop face and the rear side , and wherein a second slot portion extends between the at least one stop face and the slot base , and at least one fastening element which is inserted into the slot and which has a fastening portion and a contact face , wherein the contact face of the fastening element abuts against the at least one stop face , wherein the stop face in the slot forms a stop against a pulling-out force, which acts on the fastening element substantially at a right angle with respect to the rear side, characterized in that the panel fastening system further comprises at least one securing element which can be arranged in the slot , wherein the at least one securing element secures the at least one fastening element against a movement in the direction of the longitudinal axis (L).
A system comprising a respiratory mask and a headgear for use in supporting the respiratory mask in position on a patient's face, wherein the headgear comprises at least a first headgear component and a second headgear component, characterized in that each of the first headgear component and the second headgear component is formed of a single unitary, seamless structure that is fully fashioned to shape in one unitary piece, without being cut from a sheet of material by knitting; and the first and second headgear components have a substantially seamless connection to one another, the first and second headgear components meeting at a junction.
A method for producing a component from an FRP part made of a fibre-reinforced plastic composite material and from a plastics part made of a first plastic, wherein in an FRP processing step the FRP part is produced from the fibre-reinforced plastic composite material, wherein at least one recess is introduced into a connection region of the FRP part , wherein the recess extends completely through the FRP part in a direction of the part, wherein the recess is completely surrounded by the fibre-reinforced plastic composite material along a perimeter of the recesses , wherein in a connecting step a connecting plastics piece made of a second plastic is arranged in the connection region such that contact portions of the connecting plastics piece abut on mutually opposite side surfaces of the FRP part , wherein the contact portions are connected together via at least one web portion extending through the at least one recess , and wherein in a plastics processing step following the connecting step the plastics part is arranged on at least one contact portion .
A reflector assembly comprising: a frame centered about a longitudinal axis ; a first curved body extending from the frame , the first curved body including a plurality of facets each having a plurality of sides ; a second curved body extending from the frame and connected to the first curved body for supporting the first curved body ; and a reflective mesh having an electromagnetically reflective surface; and a plurality of tensioning members extending between the first curved body and the second curved body for shaping the first curved body ; characterized in that it further comprises a support structure having a first end secured to the reflective mesh and a second end secured to the first curved body and spacing the reflective mesh away from the first curved body towards the second curved body , the support structure including a plurality of primary support members secured to at least one facet and a plurality of secondary support members secured to the at least one facet , the primary and secondary support members on each facet having different lengths (L 1 , L 2 ) from one another such that the reflective mesh has a different shape than the first curved body . a frame centered about a longitudinal axis ; a first curved body extending from the frame , the first curved body including a plurality of facets each having a plurality of sides ; a second curved body extending from the frame and connected to the first curved body for supporting the first curved body ; and a reflective mesh having an electromagnetically reflective surface; and a plurality of tensioning members extending between the first curved body and the second curved body for shaping the first curved body ;
An ice cream mould table for moulding ice cream products, the ice cream mould table comprising a mould arrangement comprising an upper metal plate that has a plurality of mould pockets that each protrude from a bottom side of the upper metal plate , and a spray nozzle arrangement including a plurality of spray nozzles that is arranged to extend between the plurality of mould pockets in an alternating arrangement, wherein the spray nozzle arrangement is arranged to spray a heating fluid on the exterior of the mould pockets such that releasing of ice cream from the mould pockets is facilitated, characterized in that at least one spray nozzle of the plurality of spray nozzles comprises a first spray opening arranged to spray heating fluid towards a target mould pocket and in a first direction (D1) that is inclined by a first angle (α1) relative the vertical direction (V), and a second spray opening arranged to spray heating fluid towards the target mould pocket and in a second direction (D2) that is inclined by a second angle (α2) relative the vertical direction (V), wherein the first angle (α1) is different than the second angle (α2). a mould arrangement comprising an upper metal plate that has a plurality of mould pockets that each protrude from a bottom side of the upper metal plate , and a spray nozzle arrangement including a plurality of spray nozzles that is arranged to extend between the plurality of mould pockets in an alternating arrangement, wherein the spray nozzle arrangement is arranged to spray a heating fluid on the exterior of the mould pockets such that releasing of ice cream from the mould pockets is facilitated, characterized in that at least one spray nozzle of the plurality of spray nozzles comprises a first spray opening arranged to spray heating fluid towards a target mould pocket and in a first direction (D1) that is inclined by a first angle (α1) relative the vertical direction (V), and a second spray opening arranged to spray heating fluid towards the target mould pocket and in a second direction (D2) that is inclined by a second angle (α2) relative the vertical direction (V), wherein the first angle (α1) is different than the second angle (α2).
A method comprising: irradiating a sample with an electron beam ; acquiring multiple frames from a detector ; identifying multiple diffraction peaks in the multiple frames; estimating a first dose rate of at least one diffraction peak in the identified diffraction peaks in a counting mode; and responsive to the first dose rate not greater than a threshold dose rate, generating a diffraction image including the diffraction peak by counting electron detection events, wherein values of pixels belonging to the diffraction peak are determined using a first set of counting parameter values corresponding to a first coincidence area, values of pixels not belonging to the multiple diffraction peaks are determined using a second set of counting parameter values corresponding to a second, different, coincidence area. irradiating a sample with an electron beam ; acquiring multiple frames from a detector ; identifying multiple diffraction peaks in the multiple frames; estimating a first dose rate of at least one diffraction peak in the identified diffraction peaks in a counting mode; and responsive to the first dose rate not greater than a threshold dose rate, generating a diffraction image including the diffraction peak by counting electron detection events, wherein values of pixels belonging to the diffraction peak are determined using a first set of counting parameter values corresponding to a first coincidence area, values of pixels not belonging to the multiple diffraction peaks are determined using a second set of counting parameter values corresponding to a second, different, coincidence area.
A tissue-removing catheter for removing tissue in a body lumen, the tissue-removing catheter comprising: a drive assembly including a gear rotatable about an axis, a gear extension coupled to the gear and extending axially outward from the gear , and a lock received in and coupled to the gear extension , wherein a distal portion of the gear extension comprises a pair of snap-fit cantilever arms spaced apart and generally opposing one another, wherein each cantilever arm defines a snap opening configured to receive a detent of the lock , wherein the gear extension is configured to be rotatably driven by the gear , and the lock is configured to be rotatably driven by the gear extension ; and an elongate drive member received in and coupled to the lock , wherein the drive member is configured to be rotatably driven by the lock , whereby rotation of the gear imparts rotation to the drive member. a drive assembly including a gear rotatable about an axis, a gear extension coupled to the gear and extending axially outward from the gear , and a lock received in and coupled to the gear extension , wherein a distal portion of the gear extension comprises a pair of snap-fit cantilever arms spaced apart and generally opposing one another, wherein each cantilever arm defines a snap opening configured to receive a detent of the lock , wherein the gear extension is configured to be rotatably driven by the gear , and the lock is configured to be rotatably driven by the gear extension ; and an elongate drive member received in and coupled to the lock , wherein the drive member is configured to be rotatably driven by the lock , whereby rotation of the gear imparts rotation to the drive member.
A method in a management system, comprising: receiving an indication that an electronic device is at least potentially compromised; queuing a first instruction in a queue to initiate remediation of the electronic device , wherein instructions are prioritized in the queue, wherein instructions of higher priority are moved through the queue more quickly, while instructions of lower priority are moved through the queue less quickly; and transmitting the instruction to the electronic device to initiate remediation of the electronic device ; the method being characterised by : receiving an indication that the electronic device is not potentially compromised; and transmitting a second instruction to the electronic device to initiate recovery of the electronic device from the remediation. receiving an indication that an electronic device is at least potentially compromised; queuing a first instruction in a queue to initiate remediation of the electronic device , wherein instructions are prioritized in the queue, wherein instructions of higher priority are moved through the queue more quickly, while instructions of lower priority are moved through the queue less quickly; and transmitting the instruction to the electronic device to initiate remediation of the electronic device ; the method being characterised by : receiving an indication that the electronic device is not potentially compromised; and transmitting a second instruction to the electronic device to initiate recovery of the electronic device from the remediation. receiving an indication that the electronic device is not potentially compromised; and transmitting a second instruction to the electronic device to initiate recovery of the electronic device from the remediation.
An ink-jet printing apparatus comprising: an ink-jet printing head that ejects a water-based ink onto a resin printing medium that is transported in a feeding direction thereof; a pair of support rolls for supporting the printing medium; and an under heater that is disposed between one of the pair of support rolls and the other of the pair of support rolls in the feeding direction of the printing medium and that heats the printing medium from a rear side surface of the printing medium opposed to a front side surface thereof which faces to the ink-jet printing head , characterized in that , upon printing, the under heater is disposed at a position spaced apart from a tangential plane to both of an outer cylindrical side surface of the one of the pair of support rolls and an outer cylindrical side surface of the other of the pair of support rolls and the under heater is disposed at a position spaced at a distance of not less than 0.05 mm and not more than 3.0 mm apart from the rear side surface of the printing medium . an ink-jet printing head that ejects a water-based ink onto a resin printing medium that is transported in a feeding direction thereof; a pair of support rolls for supporting the printing medium; and an under heater that is disposed between one of the pair of support rolls and the other of the pair of support rolls in the feeding direction of the printing medium and that heats the printing medium from a rear side surface of the printing medium opposed to a front side surface thereof which faces to the ink-jet printing head , characterized in that , upon printing, the under heater is disposed at a position spaced apart from a tangential plane to both of an outer cylindrical side surface of the one of the pair of support rolls and an outer cylindrical side surface of the other of the pair of support rolls and the under heater is disposed at a position spaced at a distance of not less than 0.05 mm and not more than 3.0 mm apart from the rear side surface of the printing medium .
A DC/DC conversion circuit, comprising an input end, a power circuit, and an output end, and further comprising a bypass circuit, wherein the bypass circuit is a unidirectional conduction circuit; a switch (S) is disposed between the input end and the power circuit, the input end is configured to be connected to one or more external power supplies, and the external power supply is configured to supply power to the DC/DC conversion circuit; the bypass circuit is connected between the input end and the power circuit, the bypass circuit is disposed between the switch (S) and the power circuit, and the bypass circuit is connected to the power circuit so that when the input end is reversely connected to the external power supply, a current output by the external power supply passes through the bypass circuit and the switch (S) to form a closed loop; and the DC/DC conversion circuit characterized by further comprising a controller, wherein the controller is connected to the switch (S), and the controller is configured to control the switch (S) to be closed, so that the external power supply supplies power to the DC/DC conversion circuit and configured to detect a current or a voltage at an output end of the external power supply, to determine whether the input end is reversely connected to the external power supply; and the controller is further configured to, when determining that the input end is reversely connected to the external power supply, control the switch (S) to be opened. a switch (S) is disposed between the input end and the power circuit, the input end is configured to be connected to one or more external power supplies, and the external power supply is configured to supply power to the DC/DC conversion circuit; the bypass circuit is connected between the input end and the power circuit, the bypass circuit is disposed between the switch (S) and the power circuit, and the bypass circuit is connected to the power circuit so that when the input end is reversely connected to the external power supply, a current output by the external power supply passes through the bypass circuit and the switch (S) to form a closed loop; and the DC/DC conversion circuit characterized by further comprising a controller, wherein the controller is connected to the switch (S), and the controller is configured to control the switch (S) to be closed, so that the external power supply supplies power to the DC/DC conversion circuit and configured to detect a current or a voltage at an output end of the external power supply, to determine whether the input end is reversely connected to the external power supply; and the controller is further configured to, when determining that the input end is reversely connected to the external power supply, control the switch (S) to be opened.
Transmission/reception device for radio-frequency signals, comprising at least one transmission/reception control module and at least one radiating element which radiates radio-frequency signals, the control module of the transmission/reception device being adapted to control the pulsed transmission/reception of radio-frequency signals which are linearly and/or circularly polarised in accordance with a plurality of polarisation orientations (θ), characterised in that the device is adapted to control a progressive modification of the polarisation orientation of the radio-frequency signals in transmission and in reception, the progressive modification of the polarisation orientation comprising, starting from an initial polarisation orientation, a progressive modification of the polarisation orientation in accordance with a predetermined orientation modification pattern until said initial polarisation orientation is returned to over a predetermined period of time.
System for treating a head of hair, notably for washing a head of hair, comprising: - a pipe for circulating a liquid, - a device for feeding the pipe with water, - at least one source of product, the product (P1) comprising one or more surfactants, - a device for injecting product into the pipe , - a dispensing device for delivering a treatment solution onto the head of hair (B), characterised in that the system further comprises - a member arranged to control the amount of product injected by the device into the pipe to form the treatment solution comprising one or more surfactants in a content ranging from 0.35% to 1.5% by weight of surfactant(s) relative to the total weight of the treatment solution, and arranged to control the flow rate of liquid delivered by the dispensing device to have a flow rate of between 0.5 and 5 L/min, better still between 0.8 and 3 L/min. - a pipe for circulating a liquid, - a device for feeding the pipe with water, - at least one source of product, the product (P1) comprising one or more surfactants, - a device for injecting product into the pipe , - a dispensing device for delivering a treatment solution onto the head of hair (B), characterised in that the system further comprises - a member arranged to control the amount of product injected by the device into the pipe to form the treatment solution comprising one or more surfactants in a content ranging from 0.35% to 1.5% by weight of surfactant(s) relative to the total weight of the treatment solution, and arranged to control the flow rate of liquid delivered by the dispensing device to have a flow rate of between 0.5 and 5 L/min, better still between 0.8 and 3 L/min.