mhurhangee/patent-ind-claim-en huggingface dataset:
A method of a terminal in a communication system, the method comprising: receiving , from a base station , first information for wireless local area network, WLAN, offload on a broadcast signal, identifying whether second information for the WLAN offload is included in a received radio resource control, RRC, connection reconfiguration message, the RRC connection reconfiguration message including information on a timer associated with the second information; applying the first information for the WLAN offload , if the second information is not included in the RRC connection reconfiguration message; applying the second information for the WLAN offload and starting the timer in response to entering a radio resource control idle mode, if the second information is included in the RRC connection reconfiguration message, stopping , if cell reselection occurs while the timer is running, the timer; and releasing the second information, if the timer is stopped. receiving , from a base station , first information for wireless local area network, WLAN, offload on a broadcast signal, identifying whether second information for the WLAN offload is included in a received radio resource control, RRC, connection reconfiguration message, the RRC connection reconfiguration message including information on a timer associated with the second information; applying the first information for the WLAN offload , if the second information is not included in the RRC connection reconfiguration message; applying the second information for the WLAN offload and starting the timer in response to entering a radio resource control idle mode, if the second information is included in the RRC connection reconfiguration message, stopping , if cell reselection occurs while the timer is running, the timer; and releasing the second information, if the timer is stopped.
Method for producing a metallic component for high-pressure applications, in particular for fuel injection systems of air-compressing, auto-ignition internal combustion engines, having at least one intersection region , wherein, after a hardening process, the intersection region is reworked by means of at least one electrochemical material removal process and at least one mechanical material removal process, characterized in that a mechanical material removal process is performed before the electrochemical material removal process in the intersection region , and in that the mechanical material removal process is performed such that a boundary layer formed as a result of the hardening is at least regionally at least partially removed, and/or in that a mechanical material removal process is performed after the electrochemical material removal process in the intersection region , and in that a roughness formed as a result of the electrochemical material removal process is at least regionally reduced.
A computer readable storage device, wherein the computer readable storage device stores instructions that, when executed by a computer processor, cause the computer processor to perform the following method: displaying a first editable workspace area, wherein the editable workspace comprises a slide deck comprising a plurality of slides, wherein the editable workspace area includes one of the slides of the slide deck, this first slide including a selectable object; receiving an input to select the selectable object; determining, by the computer processor, that the selectable object is selected; after determining that the object is selected, receiving a further input; interpreting the further input differently compared to when no selectable object is selected; editing the selectable object based on the received further input; the method further comprising, during scrolling slides of the slide deck, the slides being images and not editable slides and, if an input is received that indicates the scrolling should be stopped, loading a merged editable/readable version of a selected slide, wherein selection of a slide is determined based on the position of the slide when input that indicates to stop scrolling is received, wherein slides previous and next to the selected slide are only available as images and not as editable slides. displaying a first editable workspace area, wherein the editable workspace comprises a slide deck comprising a plurality of slides, wherein the editable workspace area includes one of the slides of the slide deck, this first slide including a selectable object; receiving an input to select the selectable object; determining, by the computer processor, that the selectable object is selected; after determining that the object is selected, receiving a further input; interpreting the further input differently compared to when no selectable object is selected; editing the selectable object based on the received further input; the method further comprising, during scrolling slides of the slide deck, the slides being images and not editable slides and, if an input is received that indicates the scrolling should be stopped, loading a merged editable/readable version of a selected slide, wherein selection of a slide is determined based on the position of the slide when input that indicates to stop scrolling is received, wherein slides previous and next to the selected slide are only available as images and not as editable slides.
A detector comprising: a plurality of substrates; a plurality of photosensors assembled on each of the plurality of substrates; a plurality of scintillators, each scintillator of the plurality of scintillators being assembled on a photosensor of the plurality of photosensors; and an anti-scatter grid located on the plurality of scintillators, the anti-scatter grid comprising a plurality of grid walls, wherein the plurality of grid walls includes: a first grid wall located above a first gap between two adjacent photosensors assembled on a same substrate of the plurality of substrates; and a second grid wall located above a second gap between two adjacent photosensors assembled on different substrates of the plurality of substrates; and the second gap is bigger than the first gap, wherein a thickness of the first grid wall is different from a thickness of the second grid wall. a plurality of substrates; a plurality of photosensors assembled on each of the plurality of substrates; a plurality of scintillators, each scintillator of the plurality of scintillators being assembled on a photosensor of the plurality of photosensors; and an anti-scatter grid located on the plurality of scintillators, the anti-scatter grid comprising a plurality of grid walls, wherein the plurality of grid walls includes: a first grid wall located above a first gap between two adjacent photosensors assembled on a same substrate of the plurality of substrates; and a second grid wall located above a second gap between two adjacent photosensors assembled on different substrates of the plurality of substrates; and the second gap is bigger than the first gap, wherein a thickness of the first grid wall is different from a thickness of the second grid wall. a first grid wall located above a first gap between two adjacent photosensors assembled on a same substrate of the plurality of substrates; and a second grid wall located above a second gap between two adjacent photosensors assembled on different substrates of the plurality of substrates; and the second gap is bigger than the first gap, wherein a thickness of the first grid wall is different from a thickness of the second grid wall.
A method for determining a user equipment, UE, context by a central unit, CU, of a base station engaged as a secondary base station in dual-connectivity communication with a first UE, the method comprising: receiving, at the CU of the base station from a master node of the dual-connectivity communication, a first configuration message including a first configuration information; based on the received first configuration information, determining a first configuration type; based on the determined first configuration type, generating a first UE Context Setup Request message for the first UE; sending, by the CU, the generated first UE Context Setup Request message to a Distributed Unit, DU, of the base station, the generated first UE Context Setup Request effective to direct the DU to generate a first cell-group configuration; receiving the first generated cell-group configuration; generating a secondary-cell-group configuration using the received first cell-group configuration; and sending the secondary-cell-group configuration in a configuration response message to the master node to configure the first UE. receiving, at the CU of the base station from a master node of the dual-connectivity communication, a first configuration message including a first configuration information; based on the received first configuration information, determining a first configuration type; based on the determined first configuration type, generating a first UE Context Setup Request message for the first UE; sending, by the CU, the generated first UE Context Setup Request message to a Distributed Unit, DU, of the base station, the generated first UE Context Setup Request effective to direct the DU to generate a first cell-group configuration; receiving the first generated cell-group configuration; generating a secondary-cell-group configuration using the received first cell-group configuration; and sending the secondary-cell-group configuration in a configuration response message to the master node to configure the first UE.
Fixing and carrying device for a disposable absorbent incontinence pad having a hip belt that can be releasably closed on itself by means of belt fastening elements and thus forms a hip opening that is continuous in the circumferential direction , to which hip belt the incontinence pad can be releasably attached so that it can be worn in the crotch region of the user and removed again from the hip belt and discarded after use, the hip belt having a front stomach region , a rear back region and a left and a right side region , the hip belt , starting from the back region and the stomach region , having a flap portion which extends in a longitudinal direction in the direction of the crotch region of the user and which has fastening elements on the side thereof facing the body, which fastening elements interact in a releasably adherent manner with complementary fastening elements on the side of the incontinence pad facing away from the body, the incontinence pad having a back region and a stomach region , the dimensions of which are determined by the width of the incontinence pad transversely to the longitudinal direction and the extension in the longitudinal direction from a transverse edge of the incontinence pad up to a distal edge of the front or rear flap portion covering the incontinence pad , characterized in that at least 50% of the back region of the applied incontinence pad is covered by the rear back region of the hip belt and the rear flap portion , and the flap portion has an extension in the longitudinal direction over a distal transverse edge of the stomach or back region facing the crotch in the distal direction toward the crotch region of at least 5 cm, in particular of at least 6 cm, in particular of at least 7 cm, in particular of at least 8 cm, in particular of at least 9 cm, in particular of at least 10 cm, in particular of at most 20 cm, in particular of 10-18 cm, in particular of 10-16 cm.
A method for controlling a raw material feeder in a fuel cell system, the fuel cell system comprising: a fuel cell stack adapted to generate electricity using fuel gas and oxidant gas; a reformer adapted to produce the fuel gas by reforming a raw material; the raw material feeder adapted to supply the raw material to the reformer ; and a combustor adapted to combust anode off-gas discharged from an anode of the fuel cell stack ; and a controller adapted to control the raw material feeder ; characterized in that a period of a load-following operation, in which power output of the fuel cell stack shifts from a lower level to a higher level, is divided into n sub-periods s1, s2, ..., and sn, where n is a natural number of 2 or more; increase amounts in a flow rate of the raw material during the n sub-periods are defined as f1, f2, ..., and fn; n ratios determined from length of a sub-period sx selected from the n sub-periods and increase amounts fx in the flow rate of the raw material during the selected sub-period sx are defined as rx, rx=fx/length of sx, where x is a natural number and 1≤x≤n; and when two ratios are selected from the n ratios with the ratio on a lower output side as a first ratio and the ratio on a higher output side as a second ratio, the raw material feeder is controlled to make the second ratio smaller than the first ratio. a fuel cell stack adapted to generate electricity using fuel gas and oxidant gas; a reformer adapted to produce the fuel gas by reforming a raw material; the raw material feeder adapted to supply the raw material to the reformer ; and a combustor adapted to combust anode off-gas discharged from an anode of the fuel cell stack ; and a controller adapted to control the raw material feeder ; characterized in that a period of a load-following operation, in which power output of the fuel cell stack shifts from a lower level to a higher level, is divided into n sub-periods s1, s2, ..., and sn, where n is a natural number of 2 or more; increase amounts in a flow rate of the raw material during the n sub-periods are defined as f1, f2, ..., and fn; n ratios determined from length of a sub-period sx selected from the n sub-periods and increase amounts fx in the flow rate of the raw material during the selected sub-period sx are defined as rx, rx=fx/length of sx, where x is a natural number and 1≤x≤n; and when two ratios are selected from the n ratios with the ratio on a lower output side as a first ratio and the ratio on a higher output side as a second ratio, the raw material feeder is controlled to make the second ratio smaller than the first ratio.
A method of producing a solution of hypochlorous acid and water ("the product solution") having a pH in a range of from 4.5 to 5.5 and a HOCI concentration of greater than 100 mg/L (w/v) and of 400 mg/L (w/v) or less, the method including subjecting a solution of hydrochloric acid and water ("the reaction solution") to electrolysis and thus obtaining HOCI in an electrolysis reaction; wherein magnesium carbonate (MgCO 3 ) or strontium carbonate (SrCO 3 ) is added to the product solution, the MgCO 3 or SrCO 3 being added to the product solution in a range of increments 60 g to 90 g of MgCO 3 or SrCO 3 per 100 L of product solution; and wherein the subjecting of the reaction solution to electrolysis is effected under a pressure greater than the hydrostatic pressure of the reaction solution, the pressure being maintained for the duration of the electrolysis reaction, wherein when MgCO 3 is used, the pressure is in a range of 5 kPa to 100 kPa; and when SrCO 3 is used, the pressure is in a range of 0.1 kPa to 2 kPa. wherein magnesium carbonate (MgCO 3 ) or strontium carbonate (SrCO 3 ) is added to the product solution, the MgCO 3 or SrCO 3 being added to the product solution in a range of increments 60 g to 90 g of MgCO 3 or SrCO 3 per 100 L of product solution; and wherein the subjecting of the reaction solution to electrolysis is effected under a pressure greater than the hydrostatic pressure of the reaction solution, the pressure being maintained for the duration of the electrolysis reaction, wherein when MgCO 3 is used, the pressure is in a range of 5 kPa to 100 kPa; and when SrCO 3 is used, the pressure is in a range of 0.1 kPa to 2 kPa.
A combination for the treatment of prostate cancer, comprising (i) one of a benzoheterocyclic compound, a pharmaceutically acceptable salt, a solvate, a polymorph, a co-crystal, a stereoisomer and an isotope compound thereof, and (ii) an androgen receptor pathway modulator; wherein, the benzoheterocyclic compound is selected from the group consisting of: and the androgen receptor pathway modulator is selected from: wherein, the benzoheterocyclic compound is selected from the group consisting of: and the androgen receptor pathway modulator is selected from:
A method of identifying a border position of a print medium, the method comprising: advancing the print medium in a feeding direction to reach a cutting position; advancing a cutter in a cutting direction, perpendicular to the feeding direction to cut the print medium; identifying a change in friction when the cutter contacts the print medium; identifying the position of the cutter when the change in friction is identified; and determining the border position based on the identifying of the position of the cutter, wherein identifying a change in friction comprises identifying a change in a speed of the cutter, the cutter is driven by a motor and the method is characterised in that identifying a change in the cutter's speed comprises identifying a change in rotational speed of the motor driving the cutter, and identifying the position of the cutter comprises identifying markings of a rotary encoder, coupled to the motor, and registering a plurality of cutter positions for each rotation of the motor, each marking corresponding to a cutter position along the cutting direction. advancing the print medium in a feeding direction to reach a cutting position; advancing a cutter in a cutting direction, perpendicular to the feeding direction to cut the print medium; identifying a change in friction when the cutter contacts the print medium; identifying the position of the cutter when the change in friction is identified; and determining the border position based on the identifying of the position of the cutter, wherein identifying a change in friction comprises identifying a change in a speed of the cutter, the cutter is driven by a motor and the method is characterised in that identifying a change in the cutter's speed comprises identifying a change in rotational speed of the motor driving the cutter, and identifying the position of the cutter comprises identifying markings of a rotary encoder, coupled to the motor, and registering a plurality of cutter positions for each rotation of the motor, each marking corresponding to a cutter position along the cutting direction.
A method for producing a representative CO 2 waveform, representing a set of CO 2 waveforms obtained from a subject, the method comprising: obtaining two or more CO 2 waveforms; determining one or more scale factors and one or more shape factors for each of the two or more CO 2 waveforms; wherein the one or more shape factors are determined by identifying parameters of best fit functions for each of the two or more CO 2 waveforms; computing, based on the one or more shape and scale factors of each of the two or more CO 2 waveforms, a representative set of shape factors and scale factors representing the two or more CO 2 waveforms obtained from the subject, wherein computing the representative set of shape factors comprises collecting and averaging the parameters of the best fit functions; and constructing a representative CO 2 waveform based on the representative set of shape and scale factors, wherein constructing the representative waveform comprises constructing a waveform based on the averaged parameters. obtaining two or more CO 2 waveforms; determining one or more scale factors and one or more shape factors for each of the two or more CO 2 waveforms; wherein the one or more shape factors are determined by identifying parameters of best fit functions for each of the two or more CO 2 waveforms; computing, based on the one or more shape and scale factors of each of the two or more CO 2 waveforms, a representative set of shape factors and scale factors representing the two or more CO 2 waveforms obtained from the subject, wherein computing the representative set of shape factors comprises collecting and averaging the parameters of the best fit functions; and constructing a representative CO 2 waveform based on the representative set of shape and scale factors, wherein constructing the representative waveform comprises constructing a waveform based on the averaged parameters.
An antenna comprising: a radiating structure ; a ground plane ; and a feed structure coupled to the radiating structure, wherein the radiating structure comprises a plurality of slots located around an inner portion of the radiating structure, the slots being arranged symmetrically about at least one axis that extends along a surface of the radiating structure, the slots being arranged to form a plurality of rings around said inner portion, each ring comprising one or more of said slots , characterized in that each ring includes at least one intra-ring gap between adjacent slot ends, and wherein the, or each, slot of any one of said rings is arranged with respect to the, or each, slot of the, or each, adjacent ring such that the respective intra-ring gaps of adjacent rings are not aligned along any axis that extends along the surface of the radiating structure . a radiating structure ; a ground plane ; and a feed structure coupled to the radiating structure, wherein the radiating structure comprises a plurality of slots located around an inner portion of the radiating structure, the slots being arranged symmetrically about at least one axis that extends along a surface of the radiating structure, the slots being arranged to form a plurality of rings around said inner portion, each ring comprising one or more of said slots , characterized in that each ring includes at least one intra-ring gap between adjacent slot ends, and wherein the, or each, slot of any one of said rings is arranged with respect to the, or each, slot of the, or each, adjacent ring such that the respective intra-ring gaps of adjacent rings are not aligned along any axis that extends along the surface of the radiating structure .
Carabiner comprising: • a body defining an insertion slot of a rope extended by a securing area of the rope , • a first clamp fitted movable between a standby position of the rope in the insertion slot and an obstruction position when the rope is located in the securing area , the obstruction position being configured to prevent insertion of another rope in the securing area , • a second clamp configured to allow movement of the rope from the insertion slot to the securing area and to prevent movement of the rope from the securing area to the insertion slot , the first clamp being distinct from the second clamp , the second clamp being a movable clamp configured to move between a standby position closing the securing area and an insertion position of the rope in the securing area , characterized in that the first clamp comprises a first gate separating the insertion slot and the securing area so that the rope drives the first gate from a standby position to a securing position when the rope moves from the insertion slot to the securing area . • a body defining an insertion slot of a rope extended by a securing area of the rope , • a first clamp fitted movable between a standby position of the rope in the insertion slot and an obstruction position when the rope is located in the securing area , the obstruction position being configured to prevent insertion of another rope in the securing area , • a second clamp configured to allow movement of the rope from the insertion slot to the securing area and to prevent movement of the rope from the securing area to the insertion slot , the first clamp being distinct from the second clamp , the second clamp being a movable clamp configured to move between a standby position closing the securing area and an insertion position of the rope in the securing area ,
An aromatic organic solvent composition in which a weight ratio of C9 aromatic hydrocarbon to C10 aromatic hydrocarbon is 1:1.5 to 1:2.8, a weight ratio of trimethylbenzene to tetramethylbenzene is 1:0.1 to 1:1, the content of naphthalene is 5 ppm or less, and a pour point, measured according to ASTM D97, is -90°C to -30°C.